Skip to content

Instantly share code, notes, and snippets.

@vi

vi/CLBlast_M_GT2.txt

Created December 21, 2017 20:47
Show Gist options
  • Star 0 You must be signed in to star a gist
  • Fork 0 You must be signed in to fork a gist
  • Save vi/233ee39ba3a128e9cf85ef12f4503922 to your computer and use it in GitHub Desktop.
Save vi/233ee39ba3a128e9cf85ef12f4503922 to your computer and use it in GitHub Desktop.
Download ZIP
Testing CLBlast
Raw
CLBlast_M_GT2.txt
clblast_test_diagnostics
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
--- OpenCL device naming:
* Device type GPU
* Device name Intel(R) HD Graphics IvyBridge M GT2
* Platform vendor Intel
* Platform version OpenCL 2.0 beignet 1.3
--- CLBlast device naming:
* Device type GPU
* Device name Intel(R) HD Graphics IvyBridge M GT2
* Device vendor Intel
* Device architecture
--- OpenCL device properties:
* Max work group size 512
* Max work item dimensions 3
* - Max work item size #0 512
* - Max work item size #1 512
* - Max work item size #2 512
* Local memory size 65536KB
* 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_image2d_from_buffer cl_khr_depth_images cl_khr_spir cl_khr_icd cl_intel_accelerator cl_intel_subgroups cl_intel_subgroups_short cl_khr_gl_sharing cl_intel_motion_estimation
--- Some OpenCL library benchmarks (functions from clpp11.h):
* queue.GetContext() 0.0005 ms
* queue.GetDevice() 0.0003 ms
* device.Name() 0.0003 ms
* device.Vendor() 0.0002 ms
* device.Version() 0.0003 ms
* device.Platform() 0.0002 ms
* Buffer<float>(context, 1024) 0.0105 ms
0
clblast_test_override_parameters
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-m 256 [=default]
-n 256 [=default]
-k 256 [=default]
-lda 256 [=default]
-ldb 256 [=default]
-ldc 256 [=default]
-offa 0 [=default]
-offb 0 [=default]
-offc 0 [=default]
-layout 101 (row-major) [=default]
-transA 111 (regular) [=default]
-transB 111 (regular) [=default]
-alpha 2.00 [=default]
-beta 2.00 [=default]
* Testing OverrideParameters for 'SGEMM'
4 test(s) passed
0 test(s) failed
* Testing OverrideParameters for 'CGEMM'
4 test(s) passed
0 test(s) failed
0
clblast_test_preprocessor
./clblast_test_preprocessor: symbol lookup error: ./clblast_test_preprocessor: undefined symbol: _ZN7clblast22PreprocessKernelSourceERKNSt7__cxx1112basic_stringIcSt11char_traitsIcESaIcEEE
127
clblast_test_xamax
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'iSAMAX' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::
Pass rate 100.0%: 12 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
12 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'iDAMAX' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'iCAMAX' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::
Pass rate 100.0%: 12 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
12 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'iZAMAX' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'iHAMAX' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xasum
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SASUM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 offx=0
Error rate 100.00%: n=7 incx=2 offx=0
Error rate 100.00%: n=7 incx=7 offx=0
Error rate 100.00%: n=93 incx=1 offx=0
Error rate 100.00%: n=93 incx=2 offx=0
Error rate 100.00%: n=93 incx=7 offx=0
Error rate 100.00%: n=144 incx=1 offx=0
Error rate 100.00%: n=144 incx=2 offx=0
Error rate 100.00%: n=144 incx=7 offx=0
Error rate 100.00%: n=4096 incx=1 offx=0
Error rate 100.00%: n=4096 incx=2 offx=0
Error rate 100.00%: n=4096 incx=7 offx=0
Pass rate 0.0%: 0 passed / 0 skipped / 12 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
0 test(s) skipped
12 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DASUM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ScASUM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 offx=0
Error rate 100.00%: n=7 incx=2 offx=0
Error rate 100.00%: n=7 incx=7 offx=0
Error rate 100.00%: n=93 incx=1 offx=0
Error rate 100.00%: n=93 incx=2 offx=0
Error rate 100.00%: n=93 incx=7 offx=0
Error rate 100.00%: n=144 incx=1 offx=0
Error rate 100.00%: n=144 incx=2 offx=0
Error rate 100.00%: n=144 incx=7 offx=0
Error rate 100.00%: n=4096 incx=1 offx=0
Error rate 100.00%: n=4096 incx=2 offx=0
Error rate 100.00%: n=4096 incx=7 offx=0
Pass rate 0.0%: 0 passed / 0 skipped / 12 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
0 test(s) skipped
12 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DzASUM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HASUM' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xaxpy
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SAXPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DAXPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CAXPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZAXPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HAXPY' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xaxpybatched
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SAXPYBATCHED' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DAXPYBATCHED' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CAXPYBATCHED' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZAXPYBATCHED' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HAXPYBATCHED' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xcopy
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SCOPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DCOPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CCOPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZCOPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HCOPY' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xdot
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SDOT' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=7 offx=0 offy=0 offdot=0
Pass rate 0.0%: 0 passed / 0 skipped / 36 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
0 test(s) skipped
36 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DDOT' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HDOT' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xdotc
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CDOTC' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=7 offx=0 offy=0 offdot=0
Pass rate 0.0%: 0 passed / 0 skipped / 36 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
0 test(s) skipped
36 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZDOTC' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xdotu
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CDOTU' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXXXXXXXXXXXXX:XXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=7 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=93 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=144 incx=7 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=1 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=2 incy=7 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=1 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=2 offx=0 offy=0 offdot=0
Error rate 100.00%: n=4096 incx=7 incy=7 offx=0 offy=0 offdot=0
Pass rate 2.8%: 1 passed / 0 skipped / 35 failed
* Completed all test-cases for this routine. Results:
1 test(s) passed
0 test(s) skipped
35 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZDOTU' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xgbmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGBMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::
Pass rate 100.0%: 288 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::
Pass rate 100.0%: 288 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::
Pass rate 100.0%: 288 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::beignet-opencl-icd: no supported GPU found, this is probably the wrong opencl-icd package for this hardware
(If you have multiple ICDs installed and OpenCL works, you can ignore this message)
terminate called after throwing an instance of 'clblast::CLCudaAPIError'
what(): OpenCL error: clGetDeviceIDs: -1
Aborted
134
clblast_test_xgemm
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGEMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
:::XXX:X----XXXX---X---X-------XXXXXXXXX----XXXX---X---X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.90%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 6.2%: 4 passed / 34 skipped / 26 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 112 (transposed)':
X:::XX::------XX-:-X-:-:-------XXXXXX:X:------XX-:-:-:-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.85%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 20.3%: 13 passed / 34 skipped / 17 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 111 (regular)':
::XXX:::X:XXXXXX---:---:---X---X----X::X----:XXX-------X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.95%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 17.2%: 11 passed / 34 skipped / 19 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 112 (transposed)':
XXXXXXXX--XX--XX-X-X-:-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 97.96%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 1.6%: 1 passed / 37 skipped / 26 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 111 (regular)':
XXXXXXXX--XX--XXXXXXXXX:--XX--XX-----X-X-------X-----:-:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 6.2%: 4 passed / 34 skipped / 26 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 112 (transposed)':
X:XXX:XXXXXXXXXX--:X--XX--XX--XX-----X-:-----X-X-------:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 9.4%: 6 passed / 34 skipped / 24 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 111 (regular)':
X:X:::::------XX:X::XXXX------XX-X-X-X-:-------X-:-:-:-:-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.95%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 21.9%: 14 passed / 34 skipped / 16 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 112 (transposed)':
XXXXXXXX----XXXX--::--XX------XX-X-:-:-X-----X-X---:---:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 10.9%: 7 passed / 37 skipped / 20 failed
* Completed all test-cases for this routine. Results:
60 test(s) passed
278 test(s) skipped
174 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DGEMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGEMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
XXXXXXXX----XXXX---X---X-------XXXXXXXXX----XXXX---X---:-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 1.6%: 1 passed / 34 skipped / 29 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 112 (transposed)':
XXXXXXXX------XX-X-X-X-X-------XXXXXXXXX------XX-X-X-X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 113 (conjugate)':
XXXXXXXX------XX-X-X-X-X-------XXXXXXXXX------XX-X-X-X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 111 (regular)':
XXXXXXXXXXXXXXXX---X---X---X---X----XXXX----XXXX-------X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 112 (transposed)':
XXXXXXXX--XX--XX-X-X-X-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 113 (conjugate)':
XXXXXXXX--XX--XX-X-X-X-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Testing 'regular behaviour' for '101 (row-major) 113 (conjugate) 111 (regular)':
XXXXXXXXXXXXXXXX---X---X---X---X----XXXX----XXXX-------X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 113 (conjugate) 112 (transposed)':
XXXXXXXX--XX--XX-X-X-X-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Testing 'regular behaviour' for '101 (row-major) 113 (conjugate) 113 (conjugate)':
XXXXXXXX--XX--XX-X-X-X-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 111 (regular)':
XXXXXXXX--XX--XXXXXXXXXX--XX--XX-----X-X-------X-----:-:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 4.7%: 3 passed / 34 skipped / 27 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 112 (transposed)':
XXXXXXXXXXXXXXXX--XX--XX--XX--XX-----X-X-----X-X-------:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 3.1%: 2 passed / 34 skipped / 28 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 113 (conjugate)':
XXXXXXXXXXXXXXXX--XX--XX--XX--XX-----X-X-----X-X-------X-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 1.6%: 1 passed / 34 skipped / 29 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 111 (regular)':
XXXXXXXX------XXXXXXXXXX------XX-X-X-X-X-------X-X-:-:-:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 6.2%: 4 passed / 34 skipped / 26 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 112 (transposed)':
:XXXXXXX----XXXX--XX--XX------XX-X-X-X-X-----X-X---:---:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 6.2%: 4 passed / 37 skipped / 23 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 113 (conjugate)':
XXXXXXX:----XXXX--XX--XX------XX-X-X-X-X-----X-X---:---:-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 6.2%: 4 passed / 37 skipped / 23 failed
* Testing 'regular behaviour' for '102 (col-major) 113 (conjugate) 111 (regular)':
XXXXXXXX------:XXXXXXXXX------XX-X-X-X-X-------X-X-X-X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 1.6%: 1 passed / 34 skipped / 29 failed
* Testing 'regular behaviour' for '102 (col-major) 113 (conjugate) 112 (transposed)':
XXXXXXXX----XXXX--XX--XX------XX-X-X-X-X-----X-X---X---X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Testing 'regular behaviour' for '102 (col-major) 113 (conjugate) 113 (conjugate)':
XXXXXXXX----XXXX--XX--XX------XX-X-X-X-X-----X-X---X---X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 37 skipped / 27 failed
* Completed all test-cases for this routine. Results:
20 test(s) passed
636 test(s) skipped
496 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZGEMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HGEMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGEMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
XXXXXXXX----XXXX---X---X-------XXXXXXXXX----XXXX---X---X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.90%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 112 (transposed)':
XXXXXXXX------XX-X-X-X-X-------XXXXXXXXX------XX-X-X-X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 95.92%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.33%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.80%: m=64 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.95%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.95%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.85%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 111 (regular)':
XX:XXXXXXXXXXXXX---X---:---X---X----XX:X----XXXX-------X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 97.96%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.95%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 4.7%: 3 passed / 34 skipped / 27 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 112 (transposed)':
XXXXXX:X--XX--XX-X-X-X-X---X---X----XXXX------XX-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 97.96%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.93%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 1.6%: 1 passed / 37 skipped / 26 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 111 (regular)':
XXXXXX:X--XX--XXXX:::::X--XX--XX-----X-X-------X-----X-X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.90%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.83%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 9.4%: 6 passed / 34 skipped / 24 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 112 (transposed)':
XXXX:X::XXXXXXXX--XX--XX--X:--XX-----:-:-----X-X-------X-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 97.96%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 10.9%: 7 passed / 34 skipped / 23 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 111 (regular)':
:XXX:XX:------XX:X:XXXXX------XX-X-:-:-X-------X-:-:-X-:-------:
Error rate 97.96%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.98%: m=64 n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 17.2%: 11 passed / 34 skipped / 19 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 112 (transposed)':
::XXXXXX----XXXX--XX--XX------XX-:-X-:-:-----X-X---:---X-------:
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.78%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.55%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 99.88%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 10.9%: 7 passed / 37 skipped / 20 failed
* Completed all test-cases for this routine. Results:
35 test(s) passed
278 test(s) skipped
199 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DGEMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGEMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
XXXXXXXX----XXXX---X---X-------XXXXXXXXX----XXXX---X---X-------X
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=7 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 100.00%: m=64 n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 34 skipped / 30 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 112 (transposed)':
XXXbeignet-opencl-icd: no supported GPU found, this is probably the wrong opencl-icd package for this hardware
(If you have multiple ICDs installed and OpenCL works, you can ignore this message)
terminate called after throwing an instance of 'clblast::CLCudaAPIError'
what(): OpenCL error: clGetDeviceIDs: -1
Aborted
134
clblast_test_xgemmbatched
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGEMMBATCHED' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
::::::::::::::::--------::::::::------::------::--------------::
::::::::::::::::--------::::::::------::------::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 112 (transposed)':
::::::::::::::::------------::::--::--::--::--::--------------::
::::::::::::::::------------::::--::--::--::--::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 111 (regular)':
::::::::::::::::::::::::::::::::------::------::------::------::
--------::::::::--------::::::::--------------::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed) 112 (transposed)':
::::::::::::::::----::::----::::--::--::--::--::------::------::
--------::::::::------------::::----------::--::--------------::
Pass rate 42.2%: 54 passed / 74 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 111 (regular)':
::::::::::::::::----::::----::::::::::::::::::::----::::----::::
----------::--::--------------::----------::--::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular) 112 (transposed)':
::::::::::::::::::::::::::::::::----::::----::::----::::----::::
----------::--::----------::--::--------------::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 111 (regular)':
::::::::::::::::------------::::::::::::::::::::------------::::
--::--::--::--::--------------::--::--::--::--::--------------::
Pass rate 46.9%: 60 passed / 68 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed) 112 (transposed)':
::::::::::::::::--------::::::::----::::----::::------------::::
--::--::--::--::----------::--::------::------::--------------::
Pass rate 42.2%: 54 passed / 74 skipped / 0 failed
* Completed all test-cases for this routine. Results:
468 test(s) passed
556 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DGEMMBATCHED' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGEMMBATCHED' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular) 111 (regular)':
::::::::::::::::--------::::::::------::------::--------------::
:::::::::::beignet-opencl-icd: no supported GPU found, this is probably the wrong opencl-icd package for this hardware
(If you have multiple ICDs installed and OpenCL works, you can ignore this message)
terminate called after throwing an instance of 'clblast::CLCudaAPIError'
what(): OpenCL error: clGetDeviceIDs: -1
Aborted
134
clblast_test_xgemv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGEMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Completed all test-cases for this routine. Results:
216 test(s) passed
72 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DGEMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGEMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 113 (conjugate)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 113 (conjugate)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Completed all test-cases for this routine. Results:
324 test(s) passed
108 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZGEMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HGEMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xger
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SGER' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DGER' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HGER' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xgerc
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGERC' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZGERC' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xgeru
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CGERU' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:::::::::::::::::::-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major)':
::::::::::::::::::::::::::::::::::::-:-:-:-:-:-:-:-:-:-:-:-:-:-:
-:-:-:-:
Pass rate 75.0%: 54 passed / 18 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZGERU' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xhbmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHBMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
288 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHBMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xhemm
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHEMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Completed all test-cases for this routine. Results:
114 test(s) passed
142 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHEMM' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xhemv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHEMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHEMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xher
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHER' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
12 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHER' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xher2
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHER2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHER2' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xher2k
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHER2K' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
124 test(s) skipped
132 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHER2K' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xherk
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHERK' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
52 test(s) skipped
76 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHERK' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xhpmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHPMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHPMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xhpr
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHPR' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
24 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHPR' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xhpr2
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CHPR2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZHPR2' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xim2col
* NOTE: This non-BLAS routine is tested against a custom implementation,
not against clBLAS or a CPU BLAS library. Thus, the arguments '-clblas'
and '-cblas' have no effect.
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SIM2COL' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 2048 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
2048 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DIM2COL' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CIM2COL' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 2048 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
2048 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZIM2COL' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HIM2COL' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xnrm2
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SNRM2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXXX
Error rate 100.00%: n=7 incx=1 offx=0
Error rate 100.00%: n=7 incx=2 offx=0
Error rate 100.00%: n=7 incx=7 offx=0
Error rate 100.00%: n=93 incx=1 offx=0
Error rate 100.00%: n=93 incx=2 offx=0
Error rate 100.00%: n=93 incx=7 offx=0
Error rate 100.00%: n=144 incx=1 offx=0
Error rate 100.00%: n=144 incx=2 offx=0
Error rate 100.00%: n=144 incx=7 offx=0
Error rate 100.00%: n=4096 incx=1 offx=0
Error rate 100.00%: n=4096 incx=2 offx=0
Error rate 100.00%: n=4096 incx=7 offx=0
Pass rate 0.0%: 0 passed / 0 skipped / 12 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
0 test(s) skipped
12 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DNRM2' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ScNRM2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
XXXXXXXXXXX:
Error rate 100.00%: n=7 incx=1 offx=0
Error rate 100.00%: n=7 incx=2 offx=0
Error rate 100.00%: n=7 incx=7 offx=0
Error rate 100.00%: n=93 incx=1 offx=0
Error rate 100.00%: n=93 incx=2 offx=0
Error rate 100.00%: n=93 incx=7 offx=0
Error rate 100.00%: n=144 incx=1 offx=0
Error rate 100.00%: n=144 incx=2 offx=0
Error rate 100.00%: n=144 incx=7 offx=0
Error rate 100.00%: n=4096 incx=1 offx=0
Error rate 100.00%: n=4096 incx=2 offx=0
Pass rate 8.3%: 1 passed / 0 skipped / 11 failed
* Completed all test-cases for this routine. Results:
1 test(s) passed
0 test(s) skipped
11 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DzNRM2' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HNRM2' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xomatcopy
* NOTE: This non-BLAS routine is tested against a custom implementation,
not against clBLAS or a CPU BLAS library. Thus, the arguments '-clblas'
and '-cblas' have no effect.
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SOMATCOPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular)':
::::---:-------:
Pass rate 37.5%: 6 passed / 10 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed)':
::::-----:-:---:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular)':
::::-------:---:
Pass rate 37.5%: 6 passed / 10 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed)':
::::-:-:-------:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
26 test(s) passed
38 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DOMATCOPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'COMATCOPY' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 111 (regular)':
::::---:-------:
Pass rate 37.5%: 6 passed / 10 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 112 (transposed)':
::::-----:-:---:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 113 (conjugate)':
::::-----:-:---:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 111 (regular)':
::::-------:---:
Pass rate 37.5%: 6 passed / 10 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 112 (transposed)':
::::-:-:-------:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 113 (conjugate)':
::::-:-:-------:
Pass rate 43.8%: 7 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
40 test(s) passed
56 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZOMATCOPY' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HOMATCOPY' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsbmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSBMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
::::::::
Pass rate 100.0%: 72 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
288 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSBMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSBMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xscal
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSCAL' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::
Pass rate 100.0%: 12 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
12 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSCAL' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CSCAL' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::
Pass rate 100.0%: 12 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
12 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZSCAL' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSCAL' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xspmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSPMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSPMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSPMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xspr
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSPR' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
24 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSPR' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSPR' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xspr2
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSPR2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::
Pass rate 100.0%: 18 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
72 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSPR2' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSPR2' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xswap
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSWAP' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSWAP' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CSWAP' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for 'default':
::::::::::::::::::::::::::::::::::::
Pass rate 100.0%: 36 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZSWAP' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSWAP' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsymm
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Completed all test-cases for this routine. Results:
114 test(s) passed
142 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CSYMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower)':
::::::::---:---:----::::-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower)':
::::::::-----------------------:
Pass rate 28.1%: 9 passed / 23 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower)':
::::::::::::::::-------:-------:
Pass rate 56.2%: 18 passed / 14 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower)':
::::::::----::::---:---:-------:
Pass rate 46.9%: 15 passed / 17 skipped / 0 failed
* Completed all test-cases for this routine. Results:
114 test(s) passed
142 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZSYMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYMM' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsymv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsyr
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYR' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
36 test(s) passed
12 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYR' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYR' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsyr2
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYR2' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower)':
::::::::::::::::::-:-:-:-:-:-:-:-:-:
Pass rate 75.0%: 27 passed / 9 skipped / 0 failed
* Completed all test-cases for this routine. Results:
108 test(s) passed
36 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYR2' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYR2' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xsyr2k
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYR2K' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
X:XXXXXX------XX-:-:-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.73%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 9.4%: 3 passed / 17 skipped / 12 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXX:XXXX------XX-X-X-X-X-------:
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.73%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 6.2%: 2 passed / 17 skipped / 13 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed)':
XXXX:XXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 3.1%: 1 passed / 14 skipped / 17 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed)':
::XXXXXXXXXXXXXX-------:-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 9.4%: 3 passed / 14 skipped / 15 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXX:XXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 3.1%: 1 passed / 14 skipped / 17 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
XX:XX:XXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 6.2%: 2 passed / 14 skipped / 16 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed)':
:XXXXXXX------XX-X-:-:-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 9.4%: 3 passed / 17 skipped / 12 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed)':
XX:XXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.73%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=3.14 beta=3.14
Pass rate 3.1%: 1 passed / 17 skipped / 14 failed
* Completed all test-cases for this routine. Results:
16 test(s) passed
124 test(s) skipped
116 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYR2K' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CSYR2K' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
XXXXXXXXXXXXXXXX-------X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 14 skipped / 18 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed)':
XXXXXXXX------XX-X-X-X-X-------X
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=7 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=7 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldb=64 ldc=64 offa=0 offb=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 17 skipped / 15 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
124 test(s) skipped
132 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZSYR2K' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYR2K' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xsyrk
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'SSYRK' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
:XXX--XX-X-:---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 12.5%: 2 passed / 7 skipped / 7 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.71%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed)':
:XX:XXXX---X---X
Error rate 55.10%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.71%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 12.5%: 2 passed / 6 skipped / 8 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 55.10%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.71%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
::::XXXX---X---X
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 25.0%: 4 passed / 6 skipped / 6 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed)':
X:XX--X:-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.71%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 12.5%: 2 passed / 7 skipped / 7 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed)':
XXXX--XX-X-:---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Error rate 50.76%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=3.14 beta=3.14
Pass rate 6.2%: 1 passed / 7 skipped / 8 failed
* Completed all test-cases for this routine. Results:
11 test(s) passed
52 test(s) skipped
65 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DSYRK' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CSYRK' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular)':
XXXXXXXX---X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 6 skipped / 10 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed)':
XXXX--XX-X-X---X
Error rate 57.14%: n=7 k=7 lda=7 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=7 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 57.14%: n=7 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=7 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=7 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Error rate 50.78%: n=64 k=64 lda=64 ldc=64 offa=0 offc=0 alpha=2.42+3.14i beta=2.42+3.14i
Pass rate 0.0%: 0 passed / 7 skipped / 9 failed
* Completed all test-cases for this routine. Results:
0 test(s) passed
52 test(s) skipped
76 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZSYRK' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HSYRK' routine.
* All tests skipped: Unsupported precision
1
clblast_test_xtbmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STBMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
384 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTBMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTBMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::::::::::::::::::::
Pass rate 100.0%: 24 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
576 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTBMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HTBMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xtpmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STPMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
96 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTPMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTPMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::
Pass rate 100.0%: 6 passed / 0 skipped / 0 failed
* Completed all test-cases for this routine. Results:
144 test(s) passed
0 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTPMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HTPMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xtrmm
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STRMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Completed all test-cases for this routine. Results:
304 test(s) passed
208 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTRMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTRMM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 113 (conjugate) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 113 (conjugate) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 113 (conjugate) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 113 (conjugate) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 113 (conjugate) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 113 (conjugate) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 113 (conjugate) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 113 (conjugate) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Completed all test-cases for this routine. Results:
456 test(s) passed
312 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTRMM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HTRMM' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xtrmv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STRMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
144 test(s) passed
48 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTRMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTRMV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
216 test(s) passed
72 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTRMV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'HTRMV' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xtrsm
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STRSM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Completed all test-cases for this routine. Results:
304 test(s) passed
208 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTRSM' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTRSM' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 113 (conjugate) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 113 (conjugate) 132 (unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 141 (left) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::-:-:--::---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 113 (conjugate) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 113 (conjugate) 132 (unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 142 (right) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::---:::::---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 111 (regular) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 111 (regular) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 112 (transposed) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 113 (conjugate) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 113 (conjugate) 132 (unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 141 (left) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::::---:---:
Pass rate 62.5%: 10 passed / 6 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 113 (conjugate) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 113 (conjugate) 132 (unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 142 (right) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::--::-:-:---:
Pass rate 56.2%: 9 passed / 7 skipped / 0 failed
* Completed all test-cases for this routine. Results:
456 test(s) passed
312 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTRSM' routine.
* All tests skipped: Unsupported precision
0
clblast_test_xtrsv
* Options given/available:
-platform 0 [=default]
-device 0 [=default]
-full_test [false]
-verbose [false]
-cblas 1 [=default]
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'STRSV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
144 test(s) passed
48 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'DTRSV' routine.
* All tests skipped: Unsupported precision
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'CTRSV' routine. Legend:
: -> Test produced correct results
. -> Test returned the correct error code
X -> Test produced incorrect results
/ -> Test returned an incorrect error code
\ -> Test not executed: OpenCL-kernel compilation error
o -> Test not executed: Unsupported precision
- -> Test not completed: Reference CBLAS doesn't output error codes
* Testing with error margins of 0.5% (relative) and 0.001 (absolute)
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '101 (row-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 111 (regular) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 112 (transposed) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 121 (upper) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 132 (unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Testing 'regular behaviour' for '102 (col-major) 122 (lower) 113 (conjugate) 131 (non-unit)':
::::::-:-:-:
Pass rate 75.0%: 9 passed / 3 skipped / 0 failed
* Completed all test-cases for this routine. Results:
216 test(s) passed
72 test(s) skipped
0 test(s) failed
* Running on OpenCL device 'Intel(R) HD Graphics IvyBridge M GT2'.
* Starting tests for the 'ZTRSV' routine.
* All tests skipped: Unsupported precision
0
Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment