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| template<typename value_t , typename std::enable_if< std::is_integral< value_t >::value >::type * = nullptr> |
| bool | jb::testing::check_close_enough (value_t num_a, value_t num_b, int tol) |
| | Given two numbers of the same integer type check if the difference is within a given tolerance. More...
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| template<typename value_t > |
| bool | jb::testing::check_close_enough (std::complex< value_t > com_a, std::complex< value_t > com_b, int tol=1) |
| | Given two complex numbers of the same value type check if the difference is within a given tolerance. More...
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| |
| template<typename value_t > |
| bool | jb::testing::check_close_enough (value_t com_a[2], value_t com_b[2], int tol=1) |
| | Compare complex number (as arrays of size 2) values with some tolerance. More...
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| template<typename floating > |
| void | jb::testing::check_small (floating t, double small) |
| | Verify that a floating point value is "close enough" to a small number. More...
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| template<typename real > |
| void | jb::testing::check_small (std::complex< real > t, double small) |
| | Verify that a complex number is "close enough" to a small number. More...
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| template<typename precision_t > |
| std::complex< precision_t > | jb::testing::format (precision_t v[2]) |
| | Wrap FFTW-style complex numbers in std::complex for iostreaming. More...
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| template<typename value_type > |
| value_type | jb::testing::format (value_type t) |
| | Allow generic treatment of FFTW-style complex numbers and other types. More...
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| template<typename real , typename std::enable_if< std::is_floating_point< real >::value >::type * = nullptr> |
| real | jb::testing::relative_error (real actual, real expected) |
| | Calculate the relative error between two float point numbers. More...
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| template<typename integral , typename std::enable_if< std::is_integral< integral >::value >::type * = nullptr> |
| integral | jb::testing::relative_error (integral actual, integral expected) |
| | Adapt relative_error() for integral numbers. More...
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| template<typename real > |
| real | jb::testing::relative_error (std::complex< real > actual, std::complex< real > expected) |
| | Calculate the relative error between two complex numbers. More...
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| template<typename real > |
| real | jb::testing::relative_error (real actual[2], real expected[2]) |
| | Calculate the relative error between two complex numbers in FFTW representation. More...
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| template<typename collection_t > |
| bool | jb::testing::check_collection_close_enough (collection_t const &a, collection_t const &b, int tol=1, int max_differences_printed=JB_TESTING_MAX_DIFFERENCES_PRINTED) |
| | Given two collections of numbers of the same value type, find the differences that are out of a given tolerance and report them via Boost.Test functions. More...
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| template<typename T , std::size_t K> |
| bool | jb::testing::check_collection_close_enough (boost::multi_array< T, K > const &a, boost::multi_array< T, K > const &b, int tol=1, int max_differences_printed=JB_TESTING_MAX_DIFFERENCES_PRINTED) |
| | Specialization for boost::multi_array type. More...
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| template<typename value_t > |
| bool | jb::testing::check_collection_close_enough (std::size_t size, value_t const *a, value_t const *b, int tol=1, int max_differences_printed=JB_TESTING_MAX_DIFFERENCES_PRINTED) |
| | Given two collections of integers, floating point or complex numbers find the differences that are out of a given tolerance and report them via Boost.Test functions. More...
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