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| SGVector<float64_t> result; | |
| auto param_value = param->get_value(); | |
| int64_t len; | |
| auto f_scalar = [this, &len](auto value) { return 1;}; | |
| auto f_vector = [this, &len, param_value](auto value) { return ((SGVector<float64_t>)value).vlen; }; | |
| auto f_matrix = [this, &len, param_value](auto value) { return ((SGMatrix<float64_t>)value).num_rows*((SGMatrix<float64_t>)value).num_cols; }; | |
| sg_any_dispatch(param->get_value(), sg_all_typemap, f_scalar, f_vector, f_matrix); | |
| result=SGVector<float64_t>(len); |
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h: In instantiation of ‘Check shogun::type_internal::execute_function_check_return_type(Check, const shogun::Any&, FunctorT) [with T = shogun::CMeanFunction*; Check = shogun::type_internal::assert_return_type_is_valid; FunctorT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>]’:
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:278:41: required from ‘decltype (execute_function_check_return_type(shogun::type_internal::check_lambda_return{}, any, func)) shogun::type_internal::execute_function_check_arity(shogun::type_internal::ok, const shogun::Any&, FunctorT) [with T = shogun::CMeanFunction*; TraitsT = shogun::type_internal::auto_function_traits<shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>, int>; FunctorT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; decltype (execute_function_check_return_type(shogun::type_internal::check_lambda_return{}, any, func)) = shogun::type_internal::assert_return_type_is_valid]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:294:43: required from ‘decltype (execute_function_check_arity<T, Traits>(shogun::type_internal::check_lambda_arity{}, any, func)) shogun::type_internal::execute_function_checks(const shogun::Any&, FunctorT) [with T = shogun::CMeanFunction*; Traits = shogun::type_internal::auto_function_traits<shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>, int>; FunctorT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; decltype (execute_function_check_arity<T, Traits>(shogun::type_internal::check_lambda_arity{}, any, func)) = shogun::type_internal::assert_return_type_is_valid]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:316:38: required from ‘decltype (execute_function_checks<T, traits>(any, primitive_func)) shogun::type_internal::execute_function(const shogun::Any&, PrimitiveLambdaT, VectorLambdaT, MatrixLambdaT) [with T = shogun::CMeanFunction*; PrimitiveLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; VectorLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:2)>; MatrixLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:3)>; traits = shogun::type_internal::auto_function_traits<shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>, int>; std::enable_if_t<(shogun::type_internal::is_sg_primitive::value && (! shogun::type_internal::is_none::value))>* = 0; decltype (execute_function_checks<T, traits>(any, primitive_func)) = shogun::type_internal::assert_return_type_is_valid]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:400:44: recursively required from ‘decltype (execute_function(any, primitive_func, vector_func, matrix_func)) shogun::type_internal::sg_type_finder(const shogun::Any&, shogun::TYPE, PrimitiveLambdaT, VectorLambdaT, MatrixLambdaT) [with TypeList = shogun::Types<char, signed char, unsigned char, short int, short unsigned int, int, unsigned int, long int, long unsigned int, float, double, long double, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::CSGObject*, shogun::CKernel*, shogun::CLikelihoodModel*, shogun::CMeanFunction*>; PrimitiveLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; VectorLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:2)>; MatrixLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:3)>; typename std::enable_if<(! std::is_same<typename TypeList::Head, shogun::None>::value)>::type* = 0; decltype (execute_function(any, primitive_func, vector_func, matrix_func)) = shogun::type_internal::assert_return_type_is_valid; typename TypeList::Head = char]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:400:44: required from ‘decltype (execute_function(any, primitive_func, vector_func, matrix_func)) shogun::type_internal::sg_type_finder(const shogun::Any&, shogun::TYPE, PrimitiveLambdaT, VectorLambdaT, MatrixLambdaT) [with TypeList = shogun::Types<bool, char, signed char, unsigned char, short int, short unsigned int, int, unsigned int, long int, long unsigned int, float, double, long double, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::CSGObject*, shogun::CKernel*, shogun::CLikelihoodModel*, shogun::CMeanFunction*>; PrimitiveLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; VectorLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:2)>; MatrixLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:3)>; typename std::enable_if<(! std::is_same<typename TypeList::Head, shogun::None>::value)>::type* = 0; decltype (execute_function(any, primitive_func, vector_func, matrix_func)) = shogun::type_internal::assert_return_type_is_valid; typename TypeList::Head = bool]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:522:43: required from ‘decltype (sg_type_findershogun::SG_TYPES(any, shogun::type_internal::get_type(any, typesmap), primitive_func, vector_func, matrix_func)) shogun::sg_any_dispatch(const shogun::Any&, const typemap&, PrimitiveLambdaT, VectorLambdaT, MatrixLambdaT) [with PrimitiveLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:1)>; VectorLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:2)>; MatrixLambdaT = shogun::CEPInferenceMethod::get_derivative_wrt_kernel(const shogun::AnyParameter*)::<lambda(auto:3)>; decltype (sg_type_findershogun::SG_TYPES(any, shogun::type_internal::get_type(any, typesmap), primitive_func, vector_func, matrix_func)) = shogun::type_internal::assert_return_type_is_valid; shogun::SG_TYPES = shogun::Types<bool, char, signed char, unsigned char, short int, short unsigned int, int, unsigned int, long int, long unsigned int, float, double, long double, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGVector, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::SGMatrix, shogun::CSGObject*, shogun::CKernel*, shogun::CLikelihoodModel*, shogun::CMeanFunction*>; shogun::typemap = std::unordered_map<std::type_index, shogun::TYPE>]’
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/machine/gp/EPInferenceMethod.cpp:521:82: required from here
/home/ea461/Workfolder/shogun_project/shogun/src/shogun/lib/type_case.h:263:3: warning: no return statement in function returning non-void [-Wreturn-type]
param_value should be Any