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July 26, 2022 14:41
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| CTEST_FULL_OUTPUT | |
| OpenCV version: 3.4.18-dev | |
| OpenCV VCS version: 3.4.18-63-g546be0a952 | |
| Build type: Release | |
| Compiler: /usr/bin/c++ (ver 10.2.1) | |
| Parallel framework: pthreads (nthreads=8) | |
| CPU features: NEON FP16 *NEON_DOTPROD | |
| OpenCV(OpenCL:0): clGetPlatformIDs(0, NULL, &numPlatforms) | |
| OpenCV(OpenCL:0): clGetPlatformIDs(numPlatforms, &platforms[0], &numPlatforms) | |
| arm_release_ver of this libmali is 'g6p0-01eac0', rk_so_ver is '5'. | |
| OpenCV(OpenCL:0): getStringInfo(clGetDeviceInfo, devices[i], CL_DEVICE_NAME, name) | |
| OpenCV(OpenCL:0): clGetDeviceInfo(d, CL_DEVICE_PLATFORM, sizeof(cl_platform_id), &pl, NULL) | |
| OpenCV(OpenCL:0): clCreateContext | |
| OpenCV(OpenCL:0): clGetPlatformIDs(0, NULL, &numPlatforms) | |
| OpenCV(OpenCL:0): clGetPlatformIDs(numPlatforms, &platforms[0], &numPlatforms) | |
| OpenCV(OpenCL:0): clGetDeviceIDs(platform, Device::TYPE_ALL, num_entries=0, devices=NULL, numDevices=0x7ff38bfcec) | |
| OpenCV(OpenCL:0): clGetDeviceIDs(platform, (cl_device_type)Device::TYPE_ALL, numDevices, &devices[0], &numDevices) | |
| OpenCL Platforms: | |
| ARM Platform | |
| iGPU: Mali-LODX r0p0 (OpenCL 2.1 v1.g6p0-01eac0.efb75e2978d783a80fe78be1bfb0efc1) | |
| Current OpenCL device: | |
| Type = iGPU | |
| Name = Mali-LODX r0p0 | |
| Version = OpenCL 2.1 v1.g6p0-01eac0.efb75e2978d783a80fe78be1bfb0efc1 | |
| Driver version = 2.1 | |
| Address bits = 64 | |
| Compute units = 4 | |
| Max work group size = 1024 | |
| Local memory size = 32 KB | |
| Max memory allocation size = 15 GB 328 MB 476 KB | |
| Double support = No | |
| Host unified memory = Yes | |
| Device extensions: | |
| cl_khr_global_int32_base_atomics | |
| cl_khr_global_int32_extended_atomics | |
| cl_khr_local_int32_base_atomics | |
| cl_khr_local_int32_extended_atomics | |
| cl_khr_byte_addressable_store | |
| cl_khr_3d_image_writes | |
| cl_khr_int64_base_atomics | |
| cl_khr_int64_extended_atomics | |
| cl_khr_fp16 | |
| cl_khr_icd | |
| cl_khr_egl_image | |
| cl_khr_image2d_from_buffer | |
| cl_khr_depth_images | |
| cl_khr_subgroups | |
| cl_khr_subgroup_extended_types | |
| cl_khr_subgroup_non_uniform_vote | |
| cl_khr_subgroup_ballot | |
| cl_khr_il_program | |
| cl_khr_priority_hints | |
| cl_khr_create_command_queue | |
| cl_khr_spirv_no_integer_wrap_decoration | |
| cl_khr_extended_versioning | |
| cl_khr_device_uuid | |
| cl_arm_core_id | |
| cl_arm_printf | |
| cl_arm_non_uniform_work_group_size | |
| cl_arm_import_memory | |
| cl_arm_import_memory_dma_buf | |
| cl_arm_import_memory_host | |
| cl_arm_integer_dot_product_int8 | |
| cl_arm_integer_dot_product_accumulate_int8 | |
| cl_arm_integer_dot_product_accumulate_saturate_int8 | |
| cl_arm_scheduling_controls | |
| cl_arm_controlled_kernel_termination | |
| cl_ext_cxx_for_opencl | |
| Has AMD Blas = No | |
| Has AMD Fft = No | |
| Preferred vector width char = 16 | |
| Preferred vector width short = 8 | |
| Preferred vector width int = 4 | |
| Preferred vector width long = 2 | |
| Preferred vector width float = 4 | |
| Preferred vector width double = 0 | |
| TEST: Skip tests with tags: 'mem_6gb', 'verylong' | |
| Repeating all tests (iteration 1) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x7f92539040) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=12288) => 0x5583f95810 | |
| OpenCV(OpenCL:0): handle = clCreateCommandQueue(ch, dh, props, &retval) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95810, sz=10232) => 0x5fffe65000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95810, data=0x5fffe65000, [sz=10232]) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=8192) => 0x5583f95c10 | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95c10, sz=6136) => 0x5fffe68000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95c10, data=0x5fffe68000, [sz=6136]) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x7f92539040 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x7f92539040, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (247 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (62 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (146 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (60 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (210 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (52 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (213 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (49 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 10671.5 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) (164 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (85 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (91 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (75 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/424 (262 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55858bdd80) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55858bdd80 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55858bdd80, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (105 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/426 (260 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x55858bdd80) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x55858bdd80 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55858bdd80, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (87 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55858bdd80) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55858bdd80 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55858bdd80, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (211 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (39 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clBuildProgram(binary: core/fft) | |
| OpenCV(OpenCL:0): result = clGetProgramBuildInfo(handle, devices[0], CL_PROGRAM_BUILD_STATUS, sizeof(build_status), &build_status, &retsz) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (135 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/456 (61 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/480 (108 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (82 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (98 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (85 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 7813.66 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) (72 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/489 (66 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (68 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (57 ms) | |
| [----------] 32 tests from OCL_Core/Dft (3452 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (3452 ms total) | |
| [ PASSED ] 30 tests. | |
| [ FAILED ] 2 tests, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| [ FAILED ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| 2 FAILED TESTS | |
| Repeating all tests (iteration 2) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (50 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (48 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (59 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (102 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (107 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/424 (102 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (91 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 12695.5 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) (116 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (88 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (38 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/456 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 18963.5 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) (105 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (82 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (94 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (87 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/488 (69 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 12010 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) (59 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (74 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (62 ms) | |
| [----------] 32 tests from OCL_Core/Dft (2155 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (2155 ms total) | |
| [ PASSED ] 29 tests. | |
| [ FAILED ] 3 tests, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| [ FAILED ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| [ FAILED ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| 3 FAILED TESTS | |
| Repeating all tests (iteration 3) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (57 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (60 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (51 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (37 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (85 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (81 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (96 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (98 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/424 (109 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (95 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/426 (117 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (98 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (40 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (42 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 654.641 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) (57 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (42 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffdc00000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffdc00000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/480 (105 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (103 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (102 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/488 (70 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/489 (59 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (69 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (55 ms) | |
| [----------] 32 tests from OCL_Core/Dft (2177 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (2178 ms total) | |
| [ PASSED ] 31 tests. | |
| [ FAILED ] 1 test, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| 1 FAILED TEST | |
| Repeating all tests (iteration 4) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 9628 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (51 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 13302.2 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) (48 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (55 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (43 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (94 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (87 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (97 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (87 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/424 (103 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (97 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/426 (118 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (98 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (48 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (40 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/456 (57 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (49 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (53 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/480 (106 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (101 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (116 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (103 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 6893.15 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) (72 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/489 (68 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (68 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (51 ms) | |
| [----------] 32 tests from OCL_Core/Dft (2241 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (2242 ms total) | |
| [ PASSED ] 29 tests. | |
| [ FAILED ] 3 tests, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| [ FAILED ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| [ FAILED ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| 3 FAILED TESTS | |
| Repeating all tests (iteration 5) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (57 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (48 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (49 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (41 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (61 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (97 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (91 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (105 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (84 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 34162.7 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) (104 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/426 (100 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffe400000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe400000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (95 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (42 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (40 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/456 (61 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (39 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (43 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe000000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (42 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/480 (107 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (83 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (105 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (93 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/488 (66 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/489 (59 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (68 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (57 ms) | |
| [----------] 32 tests from OCL_Core/Dft (2168 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (2168 ms total) | |
| [ PASSED ] 31 tests. | |
| [ FAILED ] 1 test, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| 1 FAILED TEST | |
| Repeating all tests (iteration 6) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (62 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (58 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (62 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (45 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (40 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (44 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (43 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (92 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (84 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/419 (89 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| /opencv-fork/modules/core/test/ocl/test_dft.cpp:124: Failure | |
| Expected: (cvtest::ocl::TestUtils::checkNorm2(dst, udst)) <= (eps), actual: 21609.4 vs 98.304 | |
| Size: [1280 x 768] | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ FAILED ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) (106 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/425, where GetParam() = (1280x768, 3, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/425 (100 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/426, where GetParam() = (1280x768, 3, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/426 (115 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/427, where GetParam() = (1280x768, 3, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/427 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/448, where GetParam() = (1280x768, 0, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/448 (48 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/449, where GetParam() = (1280x768, 0, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/449 (42 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/450, where GetParam() = (1280x768, 0, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/450 (52 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/451, where GetParam() = (1280x768, 0, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/451 (43 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/456, where GetParam() = (1280x768, 0, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/456 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/457, where GetParam() = (1280x768, 0, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/457 (46 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/458, where GetParam() = (1280x768, 0, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/458 (54 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/459, where GetParam() = (1280x768, 0, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/459 (50 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/480, where GetParam() = (1280x768, 1, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/480 (104 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/481, where GetParam() = (1280x768, 1, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/481 (90 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/482, where GetParam() = (1280x768, 1, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/482 (103 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/483, where GetParam() = (1280x768, 1, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/483 (85 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/488, where GetParam() = (1280x768, 1, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/488 (67 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/489, where GetParam() = (1280x768, 1, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/489 (61 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/490, where GetParam() = (1280x768, 1, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/490 (69 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/491, where GetParam() = (1280x768, 1, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5fff800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/491 (55 ms) | |
| [----------] 32 tests from OCL_Core/Dft (2191 ms total) | |
| [----------] Global test environment tear-down | |
| [==========] 32 tests from 1 test case ran. (2191 ms total) | |
| [ PASSED ] 31 tests. | |
| [ FAILED ] 1 test, listed below: | |
| [ FAILED ] OCL_Core/Dft.Mat/424, where GetParam() = (1280x768, 3, CV_32F, true, false, false, false) | |
| 1 FAILED TEST | |
| Repeating all tests (iteration 7) . . . | |
| Note: Google Test filter = OCL_Core/Dft.Mat* | |
| Note: Google Test parameter filter = (1280x768*CV_32F,*,*false,*,*) | |
| [==========] Running 32 tests from 1 test case. | |
| [----------] Global test environment set-up. | |
| [----------] 32 tests from OCL_Core/Dft | |
| [ RUN ] OCL_Core/Dft.Mat/384, where GetParam() = (1280x768, 2, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/384 (61 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/385, where GetParam() = (1280x768, 2, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/385 (63 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/386, where GetParam() = (1280x768, 2, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/386 (57 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/387, where GetParam() = (1280x768, 2, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5fff000000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5fff000000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/387 (64 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/392, where GetParam() = (1280x768, 2, CV_32F, true, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/392 (55 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/393, where GetParam() = (1280x768, 2, CV_32F, true, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/393 (47 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/394, where GetParam() = (1280x768, 2, CV_32F, true, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/394 (56 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/395, where GetParam() = (1280x768, 2, CV_32F, true, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=3932160, origdata=0x55847af300) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=3932160) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f96010 | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=1, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=5, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_cols', arg_index=14, size=4, value=641 / 641u / 0x00000281 / 8.98232e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_cols', dims=2, globalsize=641x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('ifft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=0, cl_mem=0x5583f96010) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=6, step_value=5120) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('ifft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('ifft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=3932160) => 0x5ffe800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffe800000, [sz=3932160]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=3932160) => 0x55847af300 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x55847af300, [sz=3932160]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/395 (50 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/416, where GetParam() = (1280x768, 3, CV_32F, false, false, false, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/416 (104 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/417, where GetParam() = (1280x768, 3, CV_32F, false, false, false, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/417 (84 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/418, where GetParam() = (1280x768, 3, CV_32F, false, false, true, false) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=768 / 768u / 0x00000300 / 1.0762e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95010, sz=7864320) => 0x5586960840 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95010, data=0x5586960840, [sz=7864320]) | |
| OpenCV(OpenCL:0): clFinish(q) | |
| OpenCV(OpenCL:0): clReleaseMemObject(ptr=0x5583f95010) | |
| [ OK ] OCL_Core/Dft.Mat/418 (106 ms) | |
| [ RUN ] OCL_Core/Dft.Mat/419, where GetParam() = (1280x768, 3, CV_32F, false, false, true, true) | |
| OpenCV(OpenCL:0): clCreateBuffer(CL_MEM_USE_HOST_PTR|createFlags, sz=7864320, origdata=0x5586960840) => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer() => 0x5583f95010 | |
| OpenCV(OpenCL:0): clCreateBuffer(capacity=7864320) => 0x5583f95410 | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_rows') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=0, cl_mem=0x5583f95010) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=10, cl_mem=0x5583f95810) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=11, step_value=10232) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=13, size=4, value=160 / 160u / 0x000000a0 / 2.24208e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_rows', arg_index=14, size=4, value=302 / 302u / 0x0000012e / 4.23192e-43) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_rows', dims=2, globalsize=160x768x1, localsize=160x1x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clCreateKernel('fft_multi_radix_cols') | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=0, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=1, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=2, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=3, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=4, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=5, cl_mem=0x5583f95410) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=6, step_value=10240) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=7, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=8, rows_value=768) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=9, cols_value=1280) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=10, cl_mem=0x5583f95c10) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=11, step_value=6136) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=12, offset_value=0) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=13, size=4, value=96 / 96u / 0x00000060 / 1.34525e-43) | |
| OpenCV(OpenCL:0): clSetKernelArg('fft_multi_radix_cols', arg_index=14, size=4, value=1280 / 1280u / 0x00000500 / 1.79366e-42) | |
| OpenCV(OpenCL:0): clEnqueueNDRangeKernel('fft_multi_radix_cols', dims=2, globalsize=1280x96x1, localsize=1x96x1) sync=false | |
| OpenCV(OpenCL:0): clSetEventCallback(asyncEvent, CL_COMPLETE, oclCleanupCallback, this) | |
| OpenCV(OpenCL:0): clReleaseEvent(asyncEvent) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clReleaseKernel(handle) | |
| OpenCV(OpenCL:0): clEnqueueMapBuffer(handle=0x5583f95410, sz=7864320) => 0x5ffd800000 | |
| OpenCV(OpenCL:0): clEnqueueUnmapMemObject(handle=0x5583f95410, data=0x5ffd800000, [sz=7864320]) | |
| OpenCV(OpenCL:0): clReleaseMemObject(entry.clBuffer_) | |
| OpenCV(OpenCL:0): clE |
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