Member mx::astro::parAngDeg (realT ha, realT dec, realT lat, bool newflag): Scenario: calculating parallactic angles [test doc]
Member mx::astro::parAngRad (realT ha, realT dec, realT lat): Scenario: calculating parallactic angles [test doc]
Member mx::astro::parAngRad (realT sinHA, realT cosHA, realT sinDec, realT cosDec, realT tanLat): Scenario: calculating parallactic angles [test doc]
Struct mx::improc::cubicConvolTransform< _arithT >: Scenario: Verify direction and accuracy of various image shifts [test doc]
Member mx::improc::imageShift (arrOutT &transim, const arrInT &im, floatT1 dx, floatT2 dy, transformT trans): Scenario: Verify direction and accuracy of various image shifts [test doc]
Member mx::improc::imageShiftWP (outputArrT &out, inputArrT &in, int dx, int dy, bool wrap=true): Scenario: Verify direction and accuracy of various image shifts [test doc]
Member mx::math::angleDiff (typename angleT::realT q1, typename angleT::realT q2): Verify compilation and calculations of math::angleDiff [test doc]
Struct mx::math::degradT< degrees, _realT >: Verify compilation and calculations of math::angleDiff [test doc]
Struct mx::math::degradT< radians, _realT >: Verify compilation and calculations of math::angleDiff [test doc]
Member mx::math::dtor (realT q): Verify compilation and calculations of math::angleDiff [test doc]
Class mx::math::fit::fitGaussian2D< fitterT >: Scenario: Verify direction and accuracy of various image shifts [test doc]
Struct mx::math::fit::gaussian2D_sym_fitter< _realT >: Scenario: Verify direction and accuracy of various image shifts [test doc]
Member mx::math::func::gaussian2D (const realT x, const realT y, const realT G0, const realT G, const realT x0, const realT y0, const realT sigma): Scenario: Verify direction and accuracy of various image shifts [test doc]
Member mx::math::func::moffat (const realT x, const realT I0, const realT Ipk, const realT x0, const realT alpha, const realT beta): Scenario: compiling 1D Moffat function [test doc]
Member mx::math::func::moffat2D (const realT x, const realT y, const realT I0, const realT Ipk, const realT x0, const realT y0, const realT alpha, const realT beta): Scenario: compiling 2D Moffat function [test doc]
Member mx::math::func::moffatFWHM (realT alpha, realT beta): Scenario: compiling Moffat FWHM [test doc]
Member mx::sigproc::augment1SidedPSD (vectorTout &psdTwoSided, vectorTin &psdOneSided, bool addZeroFreq=false, typename vectorTin::value_type scale=0.5): Verify scaling and normalization of augment1SidedPSD [test doc]
Member mx::sigproc::augment1SidedPSDFreq (std::vector< T > &freqTwoSided, std::vector< T > &freqOneSided): Verify scaling and normalization of augment1SidedPSD [test doc]
Member mx::sigproc::frequencyGrid (std::vector< realT > &vec, realParamT dt, bool fftOrder=true): Verify creation of a 1D frequency grid [test doc]
Member mx::sigproc::noll_nm (int &n, int &m, int j): Scenario: testing noll_nm [test doc]
Member mx::sigproc::normPSD (Eigen::Array< floatT, Eigen::Dynamic, Eigen::Dynamic > &psd, Eigen::Array< floatT, Eigen::Dynamic, Eigen::Dynamic > &k, floatParamT normT, floatT kmin=std::numeric_limits< floatT >::min(), floatT kmax=std::numeric_limits< floatT >::max()): Verify scaling and normalization of augment1SidedPSD [test doc]
Member mx::sigproc::normPSD (std::vector< floatT > &psd, std::vector< floatT > &f, floatParamT normT, floatT fmin=std::numeric_limits< floatT >::min(), floatT fmax=std::numeric_limits< floatT >::max()): Verify scaling and normalization of augment1SidedPSD [test doc]
Class mx::sigproc::psdFilter< _realT, _rank, 0 >: Scenario: compiling psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::clear (): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::cols (): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::filter (realArrayT &noise, realArrayT *noiseIm=nullptr, typename std::enable_if< crank==3 >::type *=0) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::filter (realArrayT &noise, realArrayT *noiseIm=nullptr, typename std::enable_if< crank==2 >::type *=0) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::filter (realArrayT &noise, realArrayT *noiseIm=nullptr, typename std::enable_if< crank==1 >::type *=0) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::operator() (realArrayT &noise, realArrayT &noiseIm) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::operator() (realArrayMapT noise) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::operator() (realArrayT &noise) const: Verify filtering and noise normalization. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::planes (): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psd (const realArrayT &npsd, const realT df, typename std::enable_if< crank==1 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psd (const realArrayT &npsd, const realT dk1, const realT dk2, const realT df, typename std::enable_if< crank==3 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psd (const realArrayT &npsd, const realT dk1, const realT dk2, typename std::enable_if< crank==2 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdFilter (): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (const realArrayT &npsdSqrt, realT dk1, realT dk2, realT df, typename std::enable_if< crank==3 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (realArrayT *npsdSqrt): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (const realArrayT &npsdSqrt): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (realArrayT *npsdSqrt, realT df, typename std::enable_if< crank==1 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (realArrayT *npsdSqrt, realT dk1, realT dk2, realT df, typename std::enable_if< crank==3 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (const realArrayT &npsdSqrt, realT df, typename std::enable_if< crank==1 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (const realArrayT &npsdSqrt, realT dk1, realT dk2, typename std::enable_if< crank==2 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::psdSqrt (realArrayT *npsdSqrt, realT dk1, realT dk2, typename std::enable_if< crank==2 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::rows (): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::setSize (typename std::enable_if< crank==3 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::setSize (typename std::enable_if< crank==2 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdFilter< _realT, _rank, 0 >::setSize (typename std::enable_if< crank==1 >::type *=0): Verify compilation and initialization of the 3 ranks for psdFilter. [test doc]
Member mx::sigproc::psdVar (const std::vector< realT > &f, const std::vector< realT > &PSD, realT half=0.5): Scenario: calculating variance from a 1D PSD. [test doc]
Member mx::sigproc::psdVar1sided (realT df, const realT *PSD, size_t sz, realT half=0.5): Scenario: calculating variance from a 1D PSD [test doc]
Member mx::sigproc::psdVar2sided (realT df, const realT *PSD, size_t sz, realT half=0.5): Scenario: calculating variance from a 1D PSD. [test doc]
Member mx::sigproc::zernikeQ (realT k, realT phi, int n, int m): Scenario: testing zernikeQNorm [test doc]
Member mx::sigproc::zernikeQNorm (arrayT &arr, arrayT &k, arrayT &phi, int j): Scenario: testing zernikeQNorm [test doc]
Member mx::sigproc::zernikeQNorm (realT k, realT phi, int n, int m): Scenario: testing zernikeQNorm [test doc]
Member SCENARIO ("Loading aoAtmosphere config settings", "[ao::analysis::aoAtmosphere]"): Scenario: Loading aoAtmosphere config settings
Member SCENARIO ("Verify compilation and basic operation of randomT with std::distributions", "[math::randomT]"): Scenario: Verify compilation and basic operation of randomT with std::distributions.
Member SCENARIO ("Verify compilation and basic operation of randomT with the Laplace distribution", "[math::laplace_distribution]"): Scenario: Verify compilation and basic operation of randomT with the Laplace distribution
Member SCENARIO ("scaling a vector with cublas", "[math::cuda::templateCublas]")
Member SCENARIO ("scaling and accumulating a vector with cublas", "[math::cuda::templateCublas]"): Scenario: scaling and accumulating a vector with cublas Tests cublasTaxpy, as well as basic cudaPtr operations.
Member SCENARIO ("multiplying two vectors element by element", "[math::cuda::templateCublas]"): Scenario: multiplying two vectors element by element Tests mx::cuda::elementwiseXxY, as well as basic cudaPtr operations.
Member SCENARIO ("Verify operation of get_curr_time", "[timeutils]"): Scenario: Verify operation of get_curr_time.
Member SCENARIO ("Verify operation of thread sleep functions", "[timeutils]"): Scenario: Verify operation of thread sleep functions
Member SCENARIO ("Verify operation of timespecAddNsec", "[timeutils]"): Scenario: Verify operation of timespecAddNsec
Member SCENARIO ("Verify parsing of a formatted time string", "[timeutils]"): Scenario: Verify parsing of a formatted time string
Member SCENARIO ("Verify calculation of MJD", "[timeutils]"): Scenario: Verify calculation of MJD
Member SCENARIO ("Verify parsing of an ISO 8601 time string", "[timeutils]"): Scenario: Verify parsing of an ISO 8601 time string
Member SCENARIO ("Verify conversion of an ISO 8601 time string to MJD", "[timeutils]"): Scenario: Verify conversion of an ISO 8601 time string to MJD