Binary compatibility report for the ALGLIB library  between 2.6.0 and 3.0.0 versions on x86

Test Info


Library NameALGLIB
Version #12.6.0
Version #23.0.0
CPU Typex86
GCC Version4.6.1

Test Results


Total Header Files105
Total Shared Libraries1
Total Symbols / Types277 / 2608
VerdictIncompatible
(100%)

Problem Summary


SeverityCount
Added Symbols-2480
Removed SymbolsHigh277
Problems with
Data Types
High0
Medium0
Low0
Problems with
Symbols
High0
Medium0
Low0
Problems with
Constants
Low0
Other Changes
in Constants
-8

Added Symbols (2480)


alglibinternal.h, libalglib.so
namespace alglib_impl
_ftplan_clear struct ftplan* p )
_ftplan_init ( struct ftplan* p, struct ae_state* _state, bool make_automatic )
_ftplan_init_copy ( struct ftplan* dst, struct ftplan* src, struct ae_state* _state, bool make_automatic )
_linminstate_clear struct linminstate* p )
_linminstate_init ( struct linminstate* p, struct ae_state* _state, bool make_automatic )
_linminstate_init_copy ( struct linminstate* dst, struct linminstate* src, struct ae_state* _state, bool make_automatic )
apperiodicmap double* x, double a, double b, double* k, struct ae_state* _state )
applyreflectionfromtheleft ae_matrix* c, double tau, ae_vector* v, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* work, struct ae_state* _state )
applyreflectionfromtheright ae_matrix* c, double tau, ae_vector* v, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* work, struct ae_state* _state )
applyrotationsfromtheleft bool isforward, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* c, ae_vector* s, ae_matrix* a, ae_vector* work, struct ae_state* _state )
applyrotationsfromtheright bool isforward, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* c, ae_vector* s, ae_matrix* a, ae_vector* work, struct ae_state* _state )
apservisfinitecmatrix ae_matrix* x, ae_int_t m, ae_int_t n, struct ae_state* _state )
apservisfinitectrmatrix ae_matrix* x, ae_int_t n, bool isupper, struct ae_state* _state )
apservisfinitematrix ae_matrix* x, ae_int_t m, ae_int_t n, struct ae_state* _state )
apservisfiniteornanmatrix ae_matrix* x, ae_int_t m, ae_int_t n, struct ae_state* _state )
apservisfinitertrmatrix ae_matrix* x, ae_int_t n, bool isupper, struct ae_state* _state )
aredistinct ae_vector* x, ae_int_t n, struct ae_state* _state )
boundval double x, double b1, double b2, struct ae_state* _state )
buildfloaterhormannrationalinterpolant ae_vector* x, ae_int_t n, ae_int_t d, ae_vector* w, struct ae_state* _state )
cmatrixgemmf ae_int_t m, ae_int_t n, ae_int_t k, struct ae_complex alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, struct ae_complex beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, struct ae_state* _state )
cmatrixlefttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
cmatrixmvf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t opa, ae_vector* x, ae_int_t ix, ae_vector* y, ae_int_t iy, struct ae_state* _state )
cmatrixrank1f ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t iu, ae_vector* v, ae_int_t iv, struct ae_state* _state )
cmatrixrighttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
cmatrixscaledtrsafesolve ae_matrix* a, double sa, ae_int_t n, ae_vector* x, bool isupper, ae_int_t trans, bool isunit, double maxgrowth, struct ae_state* _state )
cmatrixsyrkf ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper, struct ae_state* _state )
columnidxabsmax ae_matrix* x, ae_int_t i1, ae_int_t i2, ae_int_t j, struct ae_state* _state )
complexapplyreflectionfromtheleft ae_matrix* c, struct ae_complex tau, ae_vector* v, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* work, struct ae_state* _state )
complexapplyreflectionfromtheright ae_matrix* c, struct ae_complex tau, ae_vector* v, ae_int_t m1, ae_int_t m2, ae_int_t n1, ae_int_t n2, ae_vector* work, struct ae_state* _state )
complexgeneratereflection ae_vector* x, ae_int_t n, struct ae_complex* tau, struct ae_state* _state )
copyandtranspose ae_matrix* a, ae_int_t is1, ae_int_t is2, ae_int_t js1, ae_int_t js2, ae_matrix* b, ae_int_t id1, ae_int_t id2, ae_int_t jd1, ae_int_t jd2, struct ae_state* _state )
copymatrix ae_matrix* a, ae_int_t is1, ae_int_t is2, ae_int_t js1, ae_int_t js2, ae_matrix* b, ae_int_t id1, ae_int_t id2, ae_int_t jd1, ae_int_t jd2, struct ae_state* _state )
ftbaseexecuteplan ae_vector* a, ae_int_t aoffset, ae_int_t n, struct ftplan* plan, struct ae_state* _state )
ftbaseexecuteplanrec ae_vector* a, ae_int_t aoffset, struct ftplan* plan, ae_int_t entryoffset, ae_int_t stackptr, struct ae_state* _state )
ftbasefactorize ae_int_t n, ae_int_t tasktype, ae_int_t* n1, ae_int_t* n2, struct ae_state* _state )
ftbasefindsmooth ae_int_t n, struct ae_state* _state )
ftbasefindsmootheven ae_int_t n, struct ae_state* _state )
ftbasegeneratecomplexfftplan ae_int_t n, struct ftplan* plan, struct ae_state* _state )
ftbasegeneraterealfftplan ae_int_t n, struct ftplan* plan, struct ae_state* _state )
ftbasegeneraterealfhtplan ae_int_t n, struct ftplan* plan, struct ae_state* _state )
ftbasegetflopestimate ae_int_t n, struct ae_state* _state )
ftbaseissmooth ae_int_t n, struct ae_state* _state )
generatereflection ae_vector* x, ae_int_t n, double* tau, struct ae_state* _state )
generaterotation double f, double g, double* cs, double* sn, double* r, struct ae_state* _state )
hermitianmatrixvectormultiply ae_matrix* a, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* x, struct ae_complex alpha, ae_vector* y, struct ae_state* _state )
hermitianrank2update ae_matrix* a, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* x, ae_vector* y, ae_vector* t, struct ae_complex alpha, struct ae_state* _state )
inplacetranspose ae_matrix* a, ae_int_t i1, ae_int_t i2, ae_int_t j1, ae_int_t j2, ae_vector* work, struct ae_state* _state )
internalschurdecomposition ae_matrix* h, ae_int_t n, ae_int_t tneeded, ae_int_t zneeded, ae_vector* wr, ae_vector* wi, ae_matrix* z, ae_int_t* info, struct ae_state* _state )
isfinitecvector ae_vector* z, ae_int_t n, struct ae_state* _state )
isfinitevector ae_vector* x, ae_int_t n, struct ae_state* _state )
linminnormalized ae_vector* d, double* stp, ae_int_t n, struct ae_state* _state )
matrixmatrixmultiply ae_matrix* a, ae_int_t ai1, ae_int_t ai2, ae_int_t aj1, ae_int_t aj2, bool transa, ae_matrix* b, ae_int_t bi1, ae_int_t bi2, ae_int_t bj1, ae_int_t bj2, bool transb, double alpha, ae_matrix* c, ae_int_t ci1, ae_int_t ci2, ae_int_t cj1, ae_int_t cj2, double beta, ae_vector* work, struct ae_state* _state )
matrixvectormultiply ae_matrix* a, ae_int_t i1, ae_int_t i2, ae_int_t j1, ae_int_t j2, bool trans, ae_vector* x, ae_int_t ix1, ae_int_t ix2, double alpha, ae_vector* y, ae_int_t iy1, ae_int_t iy2, double beta, struct ae_state* _state )
mcsrch ae_int_t n, ae_vector* x, double* f, ae_vector* g, ae_vector* s, double* stp, double stpmax, ae_int_t* info, ae_int_t* nfev, ae_vector* wa, struct linminstate* state, ae_int_t* stage, struct ae_state* _state )
nucosm1 double x, struct ae_state* _state )
nuexpm1 double x, struct ae_state* _state )
nulog1p double x, struct ae_state* _state )
pythag2 double x, double y, struct ae_state* _state )
rmatrixgemmf ae_int_t m, ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, struct ae_state* _state )
rmatrixlefttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
rmatrixmvf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t opa, ae_vector* x, ae_int_t ix, ae_vector* y, ae_int_t iy, struct ae_state* _state )
rmatrixrank1f ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t iu, ae_vector* v, ae_int_t iv, struct ae_state* _state )
rmatrixrighttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
rmatrixscaledtrsafesolve ae_matrix* a, double sa, ae_int_t n, ae_vector* x, bool isupper, ae_int_t trans, bool isunit, double maxgrowth, struct ae_state* _state )
rmatrixsyrkf ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper, struct ae_state* _state )
rmatrixtrsafesolve ae_matrix* a, ae_int_t n, ae_vector* x, double* s, bool isupper, bool istrans, bool isunit, struct ae_state* _state )
rowidxabsmax ae_matrix* x, ae_int_t j1, ae_int_t j2, ae_int_t i, struct ae_state* _state )
safepythag2 double x, double y, struct ae_state* _state )
safepythag3 double x, double y, double z, struct ae_state* _state )
safesolvetriangular ae_matrix* a, ae_int_t n, ae_vector* x, double* s, bool isupper, bool istrans, bool isunit, bool normin, ae_vector* cnorm, struct ae_state* _state )
symmetricmatrixvectormultiply ae_matrix* a, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* x, double alpha, ae_vector* y, struct ae_state* _state )
symmetricrank2update ae_matrix* a, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* x, ae_vector* y, ae_vector* t, double alpha, struct ae_state* _state )
tagheappopi ae_vector* a, ae_vector* b, ae_int_t* n, struct ae_state* _state )
tagheappushi ae_vector* a, ae_vector* b, ae_int_t* n, double va, ae_int_t vb, struct ae_state* _state )
tagheapreplacetopi ae_vector* a, ae_vector* b, ae_int_t n, double va, ae_int_t vb, struct ae_state* _state )
tagsort ae_vector* a, ae_int_t n, ae_vector* p1, ae_vector* p2, struct ae_state* _state )
tagsortfast ae_vector* a, ae_vector* bufa, ae_int_t n, struct ae_state* _state )
tagsortfasti ae_vector* a, ae_vector* b, ae_vector* bufa, ae_vector* bufb, ae_int_t n, struct ae_state* _state )
tagsortfastr ae_vector* a, ae_vector* b, ae_vector* bufa, ae_vector* bufb, ae_int_t n, struct ae_state* _state )
taskgenint1d double a, double b, ae_int_t n, ae_vector* x, ae_vector* y, struct ae_state* _state )
taskgenint1dcheb1 double a, double b, ae_int_t n, ae_vector* x, ae_vector* y, struct ae_state* _state )
taskgenint1dcheb2 double a, double b, ae_int_t n, ae_vector* x, ae_vector* y, struct ae_state* _state )
taskgenint1dequidist double a, double b, ae_int_t n, ae_vector* x, ae_vector* y, struct ae_state* _state )
upperhessenberg1norm ae_matrix* a, ae_int_t i1, ae_int_t i2, ae_int_t j1, ae_int_t j2, ae_vector* work, struct ae_state* _state )
upperhessenbergschurdecomposition ae_matrix* h, ae_int_t n, ae_matrix* s, struct ae_state* _state )
vectoridxabsmax ae_vector* x, ae_int_t i1, ae_int_t i2, struct ae_state* _state )
vectornorm2 ae_vector* x, ae_int_t i1, ae_int_t i2, struct ae_state* _state )
xcdot ae_vector* a, ae_vector* b, ae_int_t n, ae_vector* temp, struct ae_complex* r, double* rerr, struct ae_state* _state )
xdot ae_vector* a, ae_vector* b, ae_int_t n, ae_vector* temp, double* r, double* rerr, struct ae_state* _state )

alglibmisc.h, libalglib.so
namespace alglib
_hqrndstate_owner::_hqrndstate_owner [in-charge] ( )
_hqrndstate_owner::_hqrndstate_owner [in-charge] _hqrndstate_owner const& rhs )
_hqrndstate_owner::_hqrndstate_owner [not-in-charge] ( )
_hqrndstate_owner::_hqrndstate_owner [not-in-charge] _hqrndstate_owner const& rhs )
_hqrndstate_owner::c_ptr ( )
_hqrndstate_owner::c_ptr ( ) const
_hqrndstate_owner::operator = _hqrndstate_owner const& rhs )
_hqrndstate_owner::~_hqrndstate_owner [in-charge-deleting] ( )
_hqrndstate_owner::~_hqrndstate_owner [in-charge] ( )
_hqrndstate_owner::~_hqrndstate_owner [not-in-charge] ( )
_kdtree_owner::_kdtree_owner [in-charge] ( )
_kdtree_owner::_kdtree_owner [in-charge] _kdtree_owner const& rhs )
_kdtree_owner::_kdtree_owner [not-in-charge] ( )
_kdtree_owner::_kdtree_owner [not-in-charge] _kdtree_owner const& rhs )
_kdtree_owner::c_ptr ( )
_kdtree_owner::c_ptr ( ) const
_kdtree_owner::operator = _kdtree_owner const& rhs )
_kdtree_owner::~_kdtree_owner [in-charge-deleting] ( )
_kdtree_owner::~_kdtree_owner [in-charge] ( )
_kdtree_owner::~_kdtree_owner [not-in-charge] ( )
hqrndexponential ( hqrndstate const& state, double const lambdav )
hqrndnormal hqrndstate const& state )
hqrndnormal2 ( hqrndstate const& state, double& x1, double& x2 )
hqrndrandomize hqrndstate& state )
hqrndseed ( ae_int_t const s1, ae_int_t const s2, hqrndstate& state )
hqrndstate::hqrndstate [in-charge] ( )
hqrndstate::hqrndstate [in-charge] hqrndstate const& rhs )
hqrndstate::hqrndstate [not-in-charge] ( )
hqrndstate::hqrndstate [not-in-charge] hqrndstate const& rhs )
hqrndstate::operator = hqrndstate const& rhs )
hqrndstate::~hqrndstate [in-charge-deleting] ( )
hqrndstate::~hqrndstate [in-charge] ( )
hqrndstate::~hqrndstate [not-in-charge] ( )
hqrnduniformi ( hqrndstate const& state, ae_int_t const n )
hqrnduniformr hqrndstate const& state )
hqrndunit2 ( hqrndstate const& state, double& x, double& y )
kdtree::kdtree [in-charge] ( )
kdtree::kdtree [in-charge] kdtree const& rhs )
kdtree::kdtree [not-in-charge] ( )
kdtree::kdtree [not-in-charge] kdtree const& rhs )
kdtree::operator = kdtree const& rhs )
kdtree::~kdtree [in-charge-deleting] ( )
kdtree::~kdtree [in-charge] ( )
kdtree::~kdtree [not-in-charge] ( )
kdtreebuild ( real_2d_array const& xy, ae_int_t const n, ae_int_t const nx, ae_int_t const ny, ae_int_t const normtype, kdtree& kdt )
kdtreebuild ( real_2d_array const& xy, ae_int_t const nx, ae_int_t const ny, ae_int_t const normtype, kdtree& kdt )
kdtreebuildtagged ( real_2d_array const& xy, integer_1d_array const& tags, ae_int_t const n, ae_int_t const nx, ae_int_t const ny, ae_int_t const normtype, kdtree& kdt )
kdtreebuildtagged ( real_2d_array const& xy, integer_1d_array const& tags, ae_int_t const nx, ae_int_t const ny, ae_int_t const normtype, kdtree& kdt )
kdtreequeryaknn ( kdtree const& kdt, real_1d_array const& x, ae_int_t const k, bool const selfmatch, double const eps )
kdtreequeryaknn ( kdtree const& kdt, real_1d_array const& x, ae_int_t const k, double const eps )
kdtreequeryknn ( kdtree const& kdt, real_1d_array const& x, ae_int_t const k )
kdtreequeryknn ( kdtree const& kdt, real_1d_array const& x, ae_int_t const k, bool const selfmatch )
kdtreequeryresultsdistances ( kdtree const& kdt, real_1d_array& r )
kdtreequeryresultsdistancesi ( kdtree const& kdt, real_1d_array& r )
kdtreequeryresultstags ( kdtree const& kdt, integer_1d_array& tags )
kdtreequeryresultstagsi ( kdtree const& kdt, integer_1d_array& tags )
kdtreequeryresultsx ( kdtree const& kdt, real_2d_array& x )
kdtreequeryresultsxi ( kdtree const& kdt, real_2d_array& x )
kdtreequeryresultsxy ( kdtree const& kdt, real_2d_array& xy )
kdtreequeryresultsxyi ( kdtree const& kdt, real_2d_array& xy )
kdtreequeryrnn ( kdtree const& kdt, real_1d_array const& x, double const r )
kdtreequeryrnn ( kdtree const& kdt, real_1d_array const& x, double const r, bool const selfmatch )

alglibmisc.h, libalglib.so
namespace alglib_impl
_hqrndstate_clear struct hqrndstate* p )
_hqrndstate_init ( struct hqrndstate* p, struct ae_state* _state, bool make_automatic )
_hqrndstate_init_copy ( struct hqrndstate* dst, struct hqrndstate* src, struct ae_state* _state, bool make_automatic )
_kdtree_clear struct kdtree* p )
_kdtree_init ( struct kdtree* p, struct ae_state* _state, bool make_automatic )
_kdtree_init_copy ( struct kdtree* dst, struct kdtree* src, struct ae_state* _state, bool make_automatic )
hqrndexponential ( struct hqrndstate* state, double lambdav, struct ae_state* _state )
hqrndnormal ( struct hqrndstate* state, struct ae_state* _state )
hqrndnormal2 ( struct hqrndstate* state, double* x1, double* x2, struct ae_state* _state )
hqrndrandomize ( struct hqrndstate* state, struct ae_state* _state )
hqrndseed ae_int_t s1, ae_int_t s2, struct hqrndstate* state, struct ae_state* _state )
hqrnduniformi ( struct hqrndstate* state, ae_int_t n, struct ae_state* _state )
hqrnduniformr ( struct hqrndstate* state, struct ae_state* _state )
hqrndunit2 ( struct hqrndstate* state, double* x, double* y, struct ae_state* _state )
kdtreebuild ae_matrix* xy, ae_int_t n, ae_int_t nx, ae_int_t ny, ae_int_t normtype, struct kdtree* kdt, struct ae_state* _state )
kdtreebuildtagged ae_matrix* xy, ae_vector* tags, ae_int_t n, ae_int_t nx, ae_int_t ny, ae_int_t normtype, struct kdtree* kdt, struct ae_state* _state )
kdtreequeryaknn ( struct kdtree* kdt, ae_vector* x, ae_int_t k, bool selfmatch, double eps, struct ae_state* _state )
kdtreequeryknn ( struct kdtree* kdt, ae_vector* x, ae_int_t k, bool selfmatch, struct ae_state* _state )
kdtreequeryresultsdistances ( struct kdtree* kdt, ae_vector* r, struct ae_state* _state )
kdtreequeryresultsdistancesi ( struct kdtree* kdt, ae_vector* r, struct ae_state* _state )
kdtreequeryresultstags ( struct kdtree* kdt, ae_vector* tags, struct ae_state* _state )
kdtreequeryresultstagsi ( struct kdtree* kdt, ae_vector* tags, struct ae_state* _state )
kdtreequeryresultsx ( struct kdtree* kdt, ae_matrix* x, struct ae_state* _state )
kdtreequeryresultsxi ( struct kdtree* kdt, ae_matrix* x, struct ae_state* _state )
kdtreequeryresultsxy ( struct kdtree* kdt, ae_matrix* xy, struct ae_state* _state )
kdtreequeryresultsxyi ( struct kdtree* kdt, ae_matrix* xy, struct ae_state* _state )
kdtreequeryrnn ( struct kdtree* kdt, ae_vector* x, double r, bool selfmatch, struct ae_state* _state )

ap.h, libalglib.so
namespace alglib
abscomplex complex const& z )
ae_matrix_wrapper::ae_matrix_wrapper [in-charge] ( )
ae_matrix_wrapper::ae_matrix_wrapper [in-charge] ae_matrix_wrapper const& rhs )
ae_matrix_wrapper::ae_matrix_wrapper [not-in-charge] ( )
ae_matrix_wrapper::ae_matrix_wrapper [not-in-charge] ae_matrix_wrapper const& rhs )
ae_matrix_wrapper::allocate_own ae_int_t rows, ae_int_t cols, alglib_impl::ae_datatype datatype )
ae_matrix_wrapper::attach_to alglib_impl::ae_matrix* ptr )
ae_matrix_wrapper::c_ptr ( )
ae_matrix_wrapper::c_ptr ( ) const
ae_matrix_wrapper::cols ( ) const
ae_matrix_wrapper::getstride ( ) const
ae_matrix_wrapper::isempty ( ) const
ae_matrix_wrapper::operator = ae_matrix_wrapper const& rhs )
ae_matrix_wrapper::rows ( ) const
ae_matrix_wrapper::setlength ae_int_t rows, ae_int_t cols )
ae_matrix_wrapper::~ae_matrix_wrapper [in-charge-deleting] ( )
ae_matrix_wrapper::~ae_matrix_wrapper [in-charge] ( )
ae_matrix_wrapper::~ae_matrix_wrapper [not-in-charge] ( )
ae_vector_wrapper::ae_vector_wrapper [in-charge] ( )
ae_vector_wrapper::ae_vector_wrapper [in-charge] ae_vector_wrapper const& rhs )
ae_vector_wrapper::ae_vector_wrapper [not-in-charge] ( )
ae_vector_wrapper::ae_vector_wrapper [not-in-charge] ae_vector_wrapper const& rhs )
ae_vector_wrapper::allocate_own ae_int_t size, alglib_impl::ae_datatype datatype )
ae_vector_wrapper::attach_to alglib_impl::ae_vector* ptr )
ae_vector_wrapper::c_ptr ( )
ae_vector_wrapper::c_ptr ( ) const
ae_vector_wrapper::length ( ) const
ae_vector_wrapper::operator = ae_vector_wrapper const& rhs )
ae_vector_wrapper::setlength ae_int_t iLen )
ae_vector_wrapper::~ae_vector_wrapper [in-charge-deleting] ( )
ae_vector_wrapper::~ae_vector_wrapper [in-charge] ( )
ae_vector_wrapper::~ae_vector_wrapper [not-in-charge] ( )
ap_error::ap_error [in-charge] ( )
ap_error::ap_error [in-charge] char const* s )
ap_error::ap_error [not-in-charge] ( )
ap_error::ap_error [not-in-charge] char const* s )
ap_error::make_assertion bool bClause ) [static]
ap_error::make_assertion bool bClause, char const* msg ) [static]
boolean_1d_array::boolean_1d_array [in-charge] ( )
boolean_1d_array::boolean_1d_array [in-charge] alglib_impl::ae_vector* p )
boolean_1d_array::boolean_1d_array [in-charge] char const* s )
boolean_1d_array::boolean_1d_array [not-in-charge] ( )
boolean_1d_array::boolean_1d_array [not-in-charge] alglib_impl::ae_vector* p )
boolean_1d_array::boolean_1d_array [not-in-charge] char const* s )
boolean_1d_array::getcontent ( )
boolean_1d_array::getcontent ( ) const
boolean_1d_array::operator() ae_int_t i )
boolean_1d_array::operator() ae_int_t i ) const
boolean_1d_array::operator[ ] ae_int_t i )
boolean_1d_array::operator[ ] ae_int_t i ) const
boolean_1d_array::setcontent ae_int_t iLen, bool const* pContent )
boolean_1d_array::tostring ( ) const
boolean_1d_array::~boolean_1d_array [in-charge-deleting] ( )
boolean_1d_array::~boolean_1d_array [in-charge] ( )
boolean_1d_array::~boolean_1d_array [not-in-charge] ( )
boolean_2d_array::boolean_2d_array [in-charge] ( )
boolean_2d_array::boolean_2d_array [in-charge] alglib_impl::ae_matrix* p )
boolean_2d_array::boolean_2d_array [in-charge] char const* s )
boolean_2d_array::boolean_2d_array [not-in-charge] ( )
boolean_2d_array::boolean_2d_array [not-in-charge] alglib_impl::ae_matrix* p )
boolean_2d_array::boolean_2d_array [not-in-charge] char const* s )
boolean_2d_array::operator() ae_int_t i, ae_int_t j )
boolean_2d_array::operator() ae_int_t i, ae_int_t j ) const
boolean_2d_array::operator[ ] ae_int_t i )
boolean_2d_array::operator[ ] ae_int_t i ) const
boolean_2d_array::setcontent ae_int_t irows, ae_int_t icols, bool const* pContent )
boolean_2d_array::tostring ( ) const
boolean_2d_array::~boolean_2d_array [in-charge-deleting] ( )
boolean_2d_array::~boolean_2d_array [in-charge] ( )
boolean_2d_array::~boolean_2d_array [not-in-charge] ( )
complex::c_ptr ( )
complex::c_ptr ( ) const
complex::complex [in-charge] ( )
complex::complex [in-charge] complex const& z )
complex::complex [in-charge] double const& _x )
complex::complex [in-charge] ( double const& _x, double const& _y )
complex::complex [not-in-charge] ( )
complex::complex [not-in-charge] complex const& z )
complex::complex [not-in-charge] double const& _x )
complex::complex [not-in-charge] ( double const& _x, double const& _y )
complex::operator*= complex const& z )
complex::operator*= double const& v )
complex::operator+= complex const& z )
complex::operator+= double const& v )
complex::operator-= complex const& z )
complex::operator-= double const& v )
complex::operator/= complex const& z )
complex::operator/= double const& v )
complex::operator = complex const& z )
complex::operator = double const& v )
complex::tostring int dps ) const
complex_1d_array::complex_1d_array [in-charge] ( )
complex_1d_array::complex_1d_array [in-charge] alglib_impl::ae_vector* p )
complex_1d_array::complex_1d_array [in-charge] char const* s )
complex_1d_array::complex_1d_array [not-in-charge] ( )
complex_1d_array::complex_1d_array [not-in-charge] alglib_impl::ae_vector* p )
complex_1d_array::complex_1d_array [not-in-charge] char const* s )
complex_1d_array::getcontent ( )
complex_1d_array::getcontent ( ) const
complex_1d_array::operator() ae_int_t i )
complex_1d_array::operator() ae_int_t i ) const
complex_1d_array::operator[ ] ae_int_t i )
complex_1d_array::operator[ ] ae_int_t i ) const
complex_1d_array::setcontent ae_int_t iLen, complex const* pContent )
complex_1d_array::tostring int dps ) const
complex_1d_array::~complex_1d_array [in-charge-deleting] ( )
complex_1d_array::~complex_1d_array [in-charge] ( )
complex_1d_array::~complex_1d_array [not-in-charge] ( )
complex_2d_array::complex_2d_array [in-charge] ( )
complex_2d_array::complex_2d_array [in-charge] alglib_impl::ae_matrix* p )
complex_2d_array::complex_2d_array [in-charge] char const* s )
complex_2d_array::complex_2d_array [not-in-charge] ( )
complex_2d_array::complex_2d_array [not-in-charge] alglib_impl::ae_matrix* p )
complex_2d_array::complex_2d_array [not-in-charge] char const* s )
complex_2d_array::operator() ae_int_t i, ae_int_t j )
complex_2d_array::operator() ae_int_t i, ae_int_t j ) const
complex_2d_array::operator[ ] ae_int_t i )
complex_2d_array::operator[ ] ae_int_t i ) const
complex_2d_array::setcontent ae_int_t irows, ae_int_t icols, complex const* pContent )
complex_2d_array::tostring int dps ) const
complex_2d_array::~complex_2d_array [in-charge-deleting] ( )
complex_2d_array::~complex_2d_array [in-charge] ( )
complex_2d_array::~complex_2d_array [not-in-charge] ( )
conj complex const& z )
csqr complex const& z )
fp_eq double v1, double v2 )
fp_greater double v1, double v2 )
fp_greater_eq double v1, double v2 )
fp_isfinite double x )
fp_isinf double x )
fp_isnan double x )
fp_isneginf double x )
fp_isposinf double x )
fp_less double v1, double v2 )
fp_less_eq double v1, double v2 )
fp_nan [data]
fp_neginf [data]
fp_neq double v1, double v2 )
fp_posinf [data]
iceil double x )
ifloor double x )
integer_1d_array::getcontent ( )
integer_1d_array::getcontent ( ) const
integer_1d_array::integer_1d_array [in-charge] ( )
integer_1d_array::integer_1d_array [in-charge] alglib_impl::ae_vector* p )
integer_1d_array::integer_1d_array [in-charge] char const* s )
integer_1d_array::integer_1d_array [not-in-charge] ( )
integer_1d_array::integer_1d_array [not-in-charge] alglib_impl::ae_vector* p )
integer_1d_array::integer_1d_array [not-in-charge] char const* s )
integer_1d_array::operator() ae_int_t i )
integer_1d_array::operator() ae_int_t i ) const
integer_1d_array::operator[ ] ae_int_t i )
integer_1d_array::operator[ ] ae_int_t i ) const
integer_1d_array::setcontent ae_int_t iLen, ae_int_t const* pContent )
integer_1d_array::tostring ( ) const
integer_1d_array::~integer_1d_array [in-charge-deleting] ( )
integer_1d_array::~integer_1d_array [in-charge] ( )
integer_1d_array::~integer_1d_array [not-in-charge] ( )
integer_2d_array::integer_2d_array [in-charge] ( )
integer_2d_array::integer_2d_array [in-charge] alglib_impl::ae_matrix* p )
integer_2d_array::integer_2d_array [in-charge] char const* s )
integer_2d_array::integer_2d_array [not-in-charge] ( )
integer_2d_array::integer_2d_array [not-in-charge] alglib_impl::ae_matrix* p )
integer_2d_array::integer_2d_array [not-in-charge] char const* s )
integer_2d_array::operator() ae_int_t i, ae_int_t j )
integer_2d_array::operator() ae_int_t i, ae_int_t j ) const
integer_2d_array::operator[ ] ae_int_t i )
integer_2d_array::operator[ ] ae_int_t i ) const
integer_2d_array::setcontent ae_int_t irows, ae_int_t icols, ae_int_t const* pContent )
integer_2d_array::tostring ( ) const
integer_2d_array::~integer_2d_array [in-charge-deleting] ( )
integer_2d_array::~integer_2d_array [in-charge] ( )
integer_2d_array::~integer_2d_array [not-in-charge] ( )
machineepsilon [data]
maxint int m1, int m2 )
maxreal double m1, double m2 )
maxrealnumber [data]
minint int m1, int m2 )
minreal double m1, double m2 )
minrealnumber [data]
operator!= ( complex const& lhs, complex const& rhs )
operator* ( complex const& lhs, complex const& rhs )
operator* ( complex const& lhs, double const& rhs )
operator* ( double const& lhs, complex const& rhs )
operator+ complex const& lhs )
operator+ ( complex const& lhs, complex const& rhs )
operator+ ( complex const& lhs, double const& rhs )
operator+ ( double const& lhs, complex const& rhs )
operator- complex const& lhs )
operator- ( complex const& lhs, complex const& rhs )
operator- ( complex const& lhs, double const& rhs )
operator- ( double const& lhs, complex const& rhs )
operator/ ( complex const& lhs, complex const& rhs )
operator/ ( complex const& lhs, double const& rhs )
operator/ ( double const& lhs, complex const& rhs )
operator == ( complex const& lhs, complex const& rhs )
pi ( )
randominteger int maxv )
randomreal ( )
real_1d_array::getcontent ( )
real_1d_array::getcontent ( ) const
real_1d_array::operator() ae_int_t i )
real_1d_array::operator() ae_int_t i ) const
real_1d_array::operator[ ] ae_int_t i )
real_1d_array::operator[ ] ae_int_t i ) const
real_1d_array::real_1d_array [in-charge] ( )
real_1d_array::real_1d_array [in-charge] alglib_impl::ae_vector* p )
real_1d_array::real_1d_array [in-charge] char const* s )
real_1d_array::real_1d_array [not-in-charge] ( )
real_1d_array::real_1d_array [not-in-charge] alglib_impl::ae_vector* p )
real_1d_array::real_1d_array [not-in-charge] char const* s )
real_1d_array::setcontent ae_int_t iLen, double const* pContent )
real_1d_array::tostring int dps ) const
real_1d_array::~real_1d_array [in-charge-deleting] ( )
real_1d_array::~real_1d_array [in-charge] ( )
real_1d_array::~real_1d_array [not-in-charge] ( )
real_2d_array::operator() ae_int_t i, ae_int_t j )
real_2d_array::operator() ae_int_t i, ae_int_t j ) const
real_2d_array::operator[ ] ae_int_t i )
real_2d_array::operator[ ] ae_int_t i ) const
real_2d_array::real_2d_array [in-charge] ( )
real_2d_array::real_2d_array [in-charge] alglib_impl::ae_matrix* p )
real_2d_array::real_2d_array [in-charge] char const* s )
real_2d_array::real_2d_array [not-in-charge] ( )
real_2d_array::real_2d_array [not-in-charge] alglib_impl::ae_matrix* p )
real_2d_array::real_2d_array [not-in-charge] char const* s )
real_2d_array::setcontent ae_int_t irows, ae_int_t icols, double const* pContent )
real_2d_array::tostring int dps ) const
real_2d_array::~real_2d_array [in-charge-deleting] ( )
real_2d_array::~real_2d_array [in-charge] ( )
real_2d_array::~real_2d_array [not-in-charge] ( )
round double x )
sign double x )
sqr double x )
trunc double x )
vadd complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
vadd complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, complex alpha )
vadd complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
vadd complex* vdst, complex const* vsrc, ae_int_t N )
vadd complex* vdst, complex const* vsrc, ae_int_t N, complex alpha )
vadd complex* vdst, complex const* vsrc, ae_int_t N, double alpha )
vadd double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
vadd double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
vadd double* vdst, double const* vsrc, ae_int_t N )
vadd double* vdst, double const* vsrc, ae_int_t N, double alpha )
vdotproduct ( complex const* v0, ae_int_t stride0, char const* conj0, complex const* v1, ae_int_t stride1, char const* conj1, ae_int_t n )
vdotproduct ( complex const* v1, complex const* v2, ae_int_t N )
vdotproduct ( double const* v0, ae_int_t stride0, double const* v1, ae_int_t stride1, ae_int_t n )
vdotproduct ( double const* v1, double const* v2, ae_int_t N )
vlen ae_int_t n1, ae_int_t n2 )
vmove complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
vmove complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, complex alpha )
vmove complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
vmove complex* vdst, complex const* vsrc, ae_int_t N )
vmove complex* vdst, complex const* vsrc, ae_int_t N, complex alpha )
vmove complex* vdst, complex const* vsrc, ae_int_t N, double alpha )
vmove double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
vmove double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
vmove double* vdst, double const* vsrc, ae_int_t N )
vmove double* vdst, double const* vsrc, ae_int_t N, double alpha )
vmoveneg complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
vmoveneg complex* vdst, complex const* vsrc, ae_int_t N )
vmoveneg double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
vmoveneg double* vdst, double const* vsrc, ae_int_t N )
vmul complex* vdst, ae_int_t N, complex alpha )
vmul complex* vdst, ae_int_t N, double alpha )
vmul complex* vdst, ae_int_t stride_dst, ae_int_t n, complex alpha )
vmul complex* vdst, ae_int_t stride_dst, ae_int_t n, double alpha )
vmul double* vdst, ae_int_t N, double alpha )
vmul double* vdst, ae_int_t stride_dst, ae_int_t n, double alpha )
vsub complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
vsub complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, complex alpha )
vsub complex* vdst, ae_int_t stride_dst, complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
vsub complex* vdst, complex const* vsrc, ae_int_t N )
vsub complex* vdst, complex const* vsrc, ae_int_t N, complex alpha )
vsub complex* vdst, complex const* vsrc, ae_int_t N, double alpha )
vsub double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
vsub double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
vsub double* vdst, double const* vsrc, ae_int_t N )
vsub double* vdst, double const* vsrc, ae_int_t N, double alpha )

ap.h, libalglib.so
namespace alglib_impl
_ialglib_i_cmatrixgemmf ae_int_t m, ae_int_t n, ae_int_t k, struct ae_complex alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, struct ae_complex beta, ae_matrix* c, ae_int_t ic, ae_int_t jc )
_ialglib_i_cmatrixlefttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2 )
_ialglib_i_cmatrixrank1f ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t uoffs, ae_vector* v, ae_int_t voffs )
_ialglib_i_cmatrixrighttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2 )
_ialglib_i_cmatrixsyrkf ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper )
_ialglib_i_rmatrixgemmf ae_int_t m, ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc )
_ialglib_i_rmatrixlefttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2 )
_ialglib_i_rmatrixrank1f ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t uoffs, ae_vector* v, ae_int_t voffs )
_ialglib_i_rmatrixrighttrsmf ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2 )
_ialglib_i_rmatrixsyrkf ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper )
_ialglib_mcopyblock ae_int_t m, ae_int_t n, double const* a, ae_int_t op, ae_int_t stride, double* b )
_ialglib_mcopyblock_complex ae_int_t m, ae_int_t n, struct ae_complex const* a, ae_int_t op, ae_int_t stride, double* b )
_ialglib_mcopyunblock ae_int_t m, ae_int_t n, double const* a, ae_int_t op, double* b, ae_int_t stride )
_ialglib_mcopyunblock_complex ae_int_t m, ae_int_t n, double const* a, ae_int_t op, struct ae_complex* b, ae_int_t stride )
_ialglib_mv ae_int_t m, ae_int_t n, double const* a, double const* x, double* y, ae_int_t stride, double alpha, double beta )
_ialglib_mv_32 double const* a, double const* x, double* y, ae_int_t stride, double alpha, double beta )
_ialglib_mv_complex ae_int_t m, ae_int_t n, double const* a, double const* x, struct ae_complex* cy, double* dy, ae_int_t stride, struct ae_complex alpha, struct ae_complex beta )
_ialglib_mv_complex_generic ae_int_t m, ae_int_t n, double const* a, double const* x, struct ae_complex* cy, double* dy, ae_int_t stride, struct ae_complex alpha, struct ae_complex beta )
_ialglib_mv_generic ae_int_t m, ae_int_t n, double const* a, double const* x, double* y, ae_int_t stride, double alpha, double beta )
_ialglib_vcopy ae_int_t n, double const* a, ae_int_t stridea, double* b, ae_int_t strideb )
_ialglib_vzero ae_int_t n, double* p, ae_int_t stride )
_ialglib_vzero_complex ae_int_t n, struct ae_complex* p, ae_int_t stride )
_rcommstate_clear rcommstate* p )
_rcommstate_init rcommstate* p, struct ae_state* _state, bool make_automatic )
_rcommstate_init_copy rcommstate* dst, rcommstate* src, struct ae_state* _state, bool make_automatic )
ae_acos double x, struct ae_state* state )
ae_align void* ptr, size_t alignment )
ae_asin double x, struct ae_state* state )
ae_assert bool cond, char const* msg, struct ae_state* state )
ae_atan double x, struct ae_state* state )
ae_atan2 double x, double y, struct ae_state* state )
ae_break ( struct ae_state* state, enum ae_error_type error_type, char const* msg )
ae_c_abs ( struct ae_complex z, struct ae_state* state )
ae_c_add ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_add_d ( struct ae_complex lhs, double rhs )
ae_c_conj ( struct ae_complex lhs, struct ae_state* state )
ae_c_d_div double lhs, struct ae_complex rhs )
ae_c_d_sub double lhs, struct ae_complex rhs )
ae_c_div ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_div_d ( struct ae_complex lhs, double rhs )
ae_c_eq ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_eq_d ( struct ae_complex lhs, double rhs )
ae_c_mul ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_mul_d ( struct ae_complex lhs, double rhs )
ae_c_neg struct ae_complex lhs )
ae_c_neq ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_neq_d ( struct ae_complex lhs, double rhs )
ae_c_sqr ( struct ae_complex lhs, struct ae_state* state )
ae_c_sub ( struct ae_complex lhs, struct ae_complex rhs )
ae_c_sub_d ( struct ae_complex lhs, double rhs )
ae_complex_from_d double v )
ae_cos double x, struct ae_state* state )
ae_cosh double x, struct ae_state* state )
ae_db_attach ( ae_dyn_block* block, struct ae_state* state )
ae_db_free ae_dyn_block* block )
ae_db_malloc ( ae_dyn_block* block, ae_int_t size, struct ae_state* state, bool make_automatic )
ae_db_realloc ( ae_dyn_block* block, ae_int_t size, struct ae_state* state )
ae_exp double x, struct ae_state* state )
ae_fabs double x, struct ae_state* state )
ae_force_hermitian ae_matrix* a )
ae_force_symmetric ae_matrix* a )
ae_fp_eq double v1, double v2 )
ae_fp_greater double v1, double v2 )
ae_fp_greater_eq double v1, double v2 )
ae_fp_less double v1, double v2 )
ae_fp_less_eq double v1, double v2 )
ae_fp_neq double v1, double v2 )
ae_frame_leave struct ae_state* state )
ae_frame_make ( struct ae_state* state, ae_frame* tmp )
ae_free void* p )
ae_iabs ae_int_t x, struct ae_state* state )
ae_iceil double x, struct ae_state* state )
ae_ifloor double x, struct ae_state* state )
ae_is_hermitian ae_matrix* a )
ae_is_symmetric ae_matrix* a )
ae_isfinite double x, struct ae_state* state )
ae_isinf double x, struct ae_state* state )
ae_isnan double x, struct ae_state* state )
ae_isneginf double x, struct ae_state* state )
ae_isposinf double x, struct ae_state* state )
ae_log double x, struct ae_state* state )
ae_malloc size_t size, struct ae_state* state )
ae_matrix_clear ae_matrix* dst )
ae_matrix_init ae_matrix* dst, ae_int_t rows, ae_int_t cols, ae_datatype datatype, struct ae_state* state, bool make_automatic )
ae_matrix_init_copy ae_matrix* dst, ae_matrix* src, struct ae_state* state, bool make_automatic )
ae_matrix_init_from_x ae_matrix* dst, struct x_matrix* src, struct ae_state* state, bool make_automatic )
ae_matrix_set_length ae_matrix* dst, ae_int_t rows, ae_int_t cols, struct ae_state* state )
ae_maxint ae_int_t m1, ae_int_t m2, struct ae_state* state )
ae_maxreal double m1, double m2, struct ae_state* state )
ae_minint ae_int_t m1, ae_int_t m2, struct ae_state* state )
ae_minreal double m1, double m2, struct ae_state* state )
ae_pow double x, double y, struct ae_state* state )
ae_randominteger ae_int_t maxv, struct ae_state* state )
ae_randomreal struct ae_state* state )
ae_round double x, struct ae_state* state )
ae_sign double x, struct ae_state* state )
ae_sin double x, struct ae_state* state )
ae_sinh double x, struct ae_state* state )
ae_sizeof ae_datatype datatype )
ae_sqr double x, struct ae_state* state )
ae_sqrt double x, struct ae_state* state )
ae_state_clear struct ae_state* state )
ae_state_init struct ae_state* state )
ae_tan double x, struct ae_state* state )
ae_tanh double x, struct ae_state* state )
ae_trunc double x, struct ae_state* state )
ae_v_add double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
ae_v_addd double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
ae_v_cadd ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
ae_v_caddc ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, struct ae_complex alpha )
ae_v_caddd ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
ae_v_cdotproduct ( struct ae_complex const* v0, ae_int_t stride0, char const* conj0, struct ae_complex const* v1, ae_int_t stride1, char const* conj1, ae_int_t n )
ae_v_cmove ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
ae_v_cmovec ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, struct ae_complex alpha )
ae_v_cmoved ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
ae_v_cmoveneg ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
ae_v_cmulc ( struct ae_complex* vdst, ae_int_t stride_dst, ae_int_t n, struct ae_complex alpha )
ae_v_cmuld ( struct ae_complex* vdst, ae_int_t stride_dst, ae_int_t n, double alpha )
ae_v_csub ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n )
ae_v_csubc ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, struct ae_complex alpha )
ae_v_csubd ( struct ae_complex* vdst, ae_int_t stride_dst, struct ae_complex const* vsrc, ae_int_t stride_src, char const* conj_src, ae_int_t n, double alpha )
ae_v_dotproduct ( double const* v0, ae_int_t stride0, double const* v1, ae_int_t stride1, ae_int_t n )
ae_v_len ae_int_t a, ae_int_t b )
ae_v_move double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
ae_v_moved double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
ae_v_moveneg double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
ae_v_muld double* vdst, ae_int_t stride_dst, ae_int_t n, double alpha )
ae_v_sub double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n )
ae_v_subd double* vdst, ae_int_t stride_dst, double const* vsrc, ae_int_t stride_src, ae_int_t n, double alpha )
ae_vector_clear ae_vector* dst )
ae_vector_init ae_vector* dst, ae_int_t size, ae_datatype datatype, struct ae_state* state, bool make_automatic )
ae_vector_init_copy ae_vector* dst, ae_vector* src, struct ae_state* state, bool make_automatic )
ae_vector_init_from_x ae_vector* dst, struct x_vector* src, struct ae_state* state, bool make_automatic )
ae_vector_set_length ae_vector* dst, ae_int_t newsize, struct ae_state* state )
ae_x_attach_to_matrix ( struct x_matrix* dst, ae_matrix* src )
ae_x_attach_to_vector ( struct x_vector* dst, ae_vector* src )
ae_x_set_matrix ( struct x_matrix* dst, ae_matrix* src, struct ae_state* state )
ae_x_set_vector ( struct x_vector* dst, ae_vector* src, struct ae_state* state )
aligned_free void* block )
aligned_malloc size_t size, size_t alignment )
x_force_hermitian struct x_matrix* a )
x_force_symmetric struct x_matrix* a )
x_is_hermitian struct x_matrix* a )
x_is_symmetric struct x_matrix* a )
x_vector_clear struct x_vector* dst )

dataanalysis.h, libalglib.so
namespace alglib
_decisionforest_owner::_decisionforest_owner [in-charge] ( )
_decisionforest_owner::_decisionforest_owner [in-charge] _decisionforest_owner const& rhs )
_decisionforest_owner::_decisionforest_owner [not-in-charge] ( )
_decisionforest_owner::_decisionforest_owner [not-in-charge] _decisionforest_owner const& rhs )
_decisionforest_owner::c_ptr ( )
_decisionforest_owner::c_ptr ( ) const
_decisionforest_owner::operator = _decisionforest_owner const& rhs )
_decisionforest_owner::~_decisionforest_owner [in-charge-deleting] ( )
_decisionforest_owner::~_decisionforest_owner [in-charge] ( )
_decisionforest_owner::~_decisionforest_owner [not-in-charge] ( )
_dfreport_owner::_dfreport_owner [in-charge] ( )
_dfreport_owner::_dfreport_owner [in-charge] _dfreport_owner const& rhs )
_dfreport_owner::_dfreport_owner [not-in-charge] ( )
_dfreport_owner::_dfreport_owner [not-in-charge] _dfreport_owner const& rhs )
_dfreport_owner::c_ptr ( )
_dfreport_owner::c_ptr ( ) const
_dfreport_owner::operator = _dfreport_owner const& rhs )
_dfreport_owner::~_dfreport_owner [in-charge-deleting] ( )
_dfreport_owner::~_dfreport_owner [in-charge] ( )
_dfreport_owner::~_dfreport_owner [not-in-charge] ( )
_linearmodel_owner::_linearmodel_owner [in-charge] ( )
_linearmodel_owner::_linearmodel_owner [in-charge] _linearmodel_owner const& rhs )
_linearmodel_owner::_linearmodel_owner [not-in-charge] ( )
_linearmodel_owner::_linearmodel_owner [not-in-charge] _linearmodel_owner const& rhs )
_linearmodel_owner::c_ptr ( )
_linearmodel_owner::c_ptr ( ) const
_linearmodel_owner::operator = _linearmodel_owner const& rhs )
_linearmodel_owner::~_linearmodel_owner [in-charge-deleting] ( )
_linearmodel_owner::~_linearmodel_owner [in-charge] ( )
_linearmodel_owner::~_linearmodel_owner [not-in-charge] ( )
_logitmodel_owner::_logitmodel_owner [in-charge] ( )
_logitmodel_owner::_logitmodel_owner [in-charge] _logitmodel_owner const& rhs )
_logitmodel_owner::_logitmodel_owner [not-in-charge] ( )
_logitmodel_owner::_logitmodel_owner [not-in-charge] _logitmodel_owner const& rhs )
_logitmodel_owner::c_ptr ( )
_logitmodel_owner::c_ptr ( ) const
_logitmodel_owner::operator = _logitmodel_owner const& rhs )
_logitmodel_owner::~_logitmodel_owner [in-charge-deleting] ( )
_logitmodel_owner::~_logitmodel_owner [in-charge] ( )
_logitmodel_owner::~_logitmodel_owner [not-in-charge] ( )
_lrreport_owner::_lrreport_owner [in-charge] ( )
_lrreport_owner::_lrreport_owner [in-charge] _lrreport_owner const& rhs )
_lrreport_owner::_lrreport_owner [not-in-charge] ( )
_lrreport_owner::_lrreport_owner [not-in-charge] _lrreport_owner const& rhs )
_lrreport_owner::c_ptr ( )
_lrreport_owner::c_ptr ( ) const
_lrreport_owner::operator = _lrreport_owner const& rhs )
_lrreport_owner::~_lrreport_owner [in-charge-deleting] ( )
_lrreport_owner::~_lrreport_owner [in-charge] ( )
_lrreport_owner::~_lrreport_owner [not-in-charge] ( )
_mlpcvreport_owner::_mlpcvreport_owner [in-charge] ( )
_mlpcvreport_owner::_mlpcvreport_owner [in-charge] _mlpcvreport_owner const& rhs )
_mlpcvreport_owner::_mlpcvreport_owner [not-in-charge] ( )
_mlpcvreport_owner::_mlpcvreport_owner [not-in-charge] _mlpcvreport_owner const& rhs )
_mlpcvreport_owner::c_ptr ( )
_mlpcvreport_owner::c_ptr ( ) const
_mlpcvreport_owner::operator = _mlpcvreport_owner const& rhs )
_mlpcvreport_owner::~_mlpcvreport_owner [in-charge-deleting] ( )
_mlpcvreport_owner::~_mlpcvreport_owner [in-charge] ( )
_mlpcvreport_owner::~_mlpcvreport_owner [not-in-charge] ( )
_mlpensemble_owner::_mlpensemble_owner [in-charge] ( )
_mlpensemble_owner::_mlpensemble_owner [in-charge] _mlpensemble_owner const& rhs )
_mlpensemble_owner::_mlpensemble_owner [not-in-charge] ( )
_mlpensemble_owner::_mlpensemble_owner [not-in-charge] _mlpensemble_owner const& rhs )
_mlpensemble_owner::c_ptr ( )
_mlpensemble_owner::c_ptr ( ) const
_mlpensemble_owner::operator = _mlpensemble_owner const& rhs )
_mlpensemble_owner::~_mlpensemble_owner [in-charge-deleting] ( )
_mlpensemble_owner::~_mlpensemble_owner [in-charge] ( )
_mlpensemble_owner::~_mlpensemble_owner [not-in-charge] ( )
_mlpreport_owner::_mlpreport_owner [in-charge] ( )
_mlpreport_owner::_mlpreport_owner [in-charge] _mlpreport_owner const& rhs )
_mlpreport_owner::_mlpreport_owner [not-in-charge] ( )
_mlpreport_owner::_mlpreport_owner [not-in-charge] _mlpreport_owner const& rhs )
_mlpreport_owner::c_ptr ( )
_mlpreport_owner::c_ptr ( ) const
_mlpreport_owner::operator = _mlpreport_owner const& rhs )
_mlpreport_owner::~_mlpreport_owner [in-charge-deleting] ( )
_mlpreport_owner::~_mlpreport_owner [in-charge] ( )
_mlpreport_owner::~_mlpreport_owner [not-in-charge] ( )
_mnlreport_owner::_mnlreport_owner [in-charge] ( )
_mnlreport_owner::_mnlreport_owner [in-charge] _mnlreport_owner const& rhs )
_mnlreport_owner::_mnlreport_owner [not-in-charge] ( )
_mnlreport_owner::_mnlreport_owner [not-in-charge] _mnlreport_owner const& rhs )
_mnlreport_owner::c_ptr ( )
_mnlreport_owner::c_ptr ( ) const
_mnlreport_owner::operator = _mnlreport_owner const& rhs )
_mnlreport_owner::~_mnlreport_owner [in-charge-deleting] ( )
_mnlreport_owner::~_mnlreport_owner [in-charge] ( )
_mnlreport_owner::~_mnlreport_owner [not-in-charge] ( )
_multilayerperceptron_owner::_multilayerperceptron_owner [in-charge] ( )
_multilayerperceptron_owner::_multilayerperceptron_owner [in-charge] _multilayerperceptron_owner const& rhs )
_multilayerperceptron_owner::_multilayerperceptron_owner [not-in-charge] ( )
_multilayerperceptron_owner::_multilayerperceptron_owner [not-in-charge] _multilayerperceptron_owner const& rhs )
_multilayerperceptron_owner::c_ptr ( )
_multilayerperceptron_owner::c_ptr ( ) const
_multilayerperceptron_owner::operator = _multilayerperceptron_owner const& rhs )
_multilayerperceptron_owner::~_multilayerperceptron_owner [in-charge-deleting] ( )
_multilayerperceptron_owner::~_multilayerperceptron_owner [in-charge] ( )
_multilayerperceptron_owner::~_multilayerperceptron_owner [not-in-charge] ( )
decisionforest::decisionforest [in-charge] ( )
decisionforest::decisionforest [in-charge] decisionforest const& rhs )
decisionforest::decisionforest [not-in-charge] ( )
decisionforest::decisionforest [not-in-charge] decisionforest const& rhs )
decisionforest::operator = decisionforest const& rhs )
decisionforest::~decisionforest [in-charge-deleting] ( )
decisionforest::~decisionforest [in-charge] ( )
decisionforest::~decisionforest [not-in-charge] ( )
dfavgce ( decisionforest const& df, real_2d_array const& xy, ae_int_t const npoints )
dfavgerror ( decisionforest const& df, real_2d_array const& xy, ae_int_t const npoints )
dfavgrelerror ( decisionforest const& df, real_2d_array const& xy, ae_int_t const npoints )
dfbuildrandomdecisionforest ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t const nclasses, ae_int_t const ntrees, double const r, ae_int_t& info, decisionforest& df, dfreport& rep )
dfprocess ( decisionforest const& df, real_1d_array const& x, real_1d_array& y )
dfprocessi ( decisionforest const& df, real_1d_array const& x, real_1d_array& y )
dfrelclserror ( decisionforest const& df, real_2d_array const& xy, ae_int_t const npoints )
dfreport::dfreport [in-charge] ( )
dfreport::dfreport [in-charge] dfreport const& rhs )
dfreport::dfreport [not-in-charge] ( )
dfreport::dfreport [not-in-charge] dfreport const& rhs )
dfreport::operator = dfreport const& rhs )
dfreport::~dfreport [in-charge-deleting] ( )
dfreport::~dfreport [in-charge] ( )
dfreport::~dfreport [not-in-charge] ( )
dfrmserror ( decisionforest const& df, real_2d_array const& xy, ae_int_t const npoints )
dsoptimalsplit2 ( real_1d_array const& a, integer_1d_array const& c, ae_int_t const n, ae_int_t& info, double& threshold, double& pal, double& pbl, double& par, double& pbr, double& cve )
dsoptimalsplit2fast ( real_1d_array& a, integer_1d_array& c, integer_1d_array& tiesbuf, integer_1d_array& cntbuf, real_1d_array& bufr, integer_1d_array& bufi, ae_int_t const n, ae_int_t const nc, double const alpha, ae_int_t& info, double& threshold, double& rms, double& cvrms )
fisherlda ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t const nclasses, ae_int_t& info, real_1d_array& w )
fisherldan ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t const nclasses, ae_int_t& info, real_2d_array& w )
kmeansgenerate ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t const k, ae_int_t const restarts, ae_int_t& info, real_2d_array& c, integer_1d_array& xyc )
linearmodel::linearmodel [in-charge] ( )
linearmodel::linearmodel [in-charge] linearmodel const& rhs )
linearmodel::linearmodel [not-in-charge] ( )
linearmodel::linearmodel [not-in-charge] linearmodel const& rhs )
linearmodel::operator = linearmodel const& rhs )
linearmodel::~linearmodel [in-charge-deleting] ( )
linearmodel::~linearmodel [in-charge] ( )
linearmodel::~linearmodel [not-in-charge] ( )
logitmodel::logitmodel [in-charge] ( )
logitmodel::logitmodel [in-charge] logitmodel const& rhs )
logitmodel::logitmodel [not-in-charge] ( )
logitmodel::logitmodel [not-in-charge] logitmodel const& rhs )
logitmodel::operator = logitmodel const& rhs )
logitmodel::~logitmodel [in-charge-deleting] ( )
logitmodel::~logitmodel [in-charge] ( )
logitmodel::~logitmodel [not-in-charge] ( )
lravgerror ( linearmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
lravgrelerror ( linearmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
lrbuild ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t& info, linearmodel& lm, lrreport& ar )
lrbuilds ( real_2d_array const& xy, real_1d_array const& s, ae_int_t const npoints, ae_int_t const nvars, ae_int_t& info, linearmodel& lm, lrreport& ar )
lrbuildz ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t& info, linearmodel& lm, lrreport& ar )
lrbuildzs ( real_2d_array const& xy, real_1d_array const& s, ae_int_t const npoints, ae_int_t const nvars, ae_int_t& info, linearmodel& lm, lrreport& ar )
lrpack ( real_1d_array const& v, ae_int_t const nvars, linearmodel& lm )
lrprocess ( linearmodel const& lm, real_1d_array const& x )
lrreport::lrreport [in-charge] ( )
lrreport::lrreport [in-charge] lrreport const& rhs )
lrreport::lrreport [not-in-charge] ( )
lrreport::lrreport [not-in-charge] lrreport const& rhs )
lrreport::operator = lrreport const& rhs )
lrreport::~lrreport [in-charge-deleting] ( )
lrreport::~lrreport [in-charge] ( )
lrreport::~lrreport [not-in-charge] ( )
lrrmserror ( linearmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
lrunpack ( linearmodel const& lm, real_1d_array& v, ae_int_t& nvars )
mlpavgce ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints )
mlpavgerror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints )
mlpavgrelerror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints )
mlpclserror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize )
mlpcreate0 ( ae_int_t const nin, ae_int_t const nout, multilayerperceptron& network )
mlpcreate1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, multilayerperceptron& network )
mlpcreate2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, multilayerperceptron& network )
mlpcreateb0 ( ae_int_t const nin, ae_int_t const nout, double const b, double const d, multilayerperceptron& network )
mlpcreateb1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, double const b, double const d, multilayerperceptron& network )
mlpcreateb2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, double const b, double const d, multilayerperceptron& network )
mlpcreatec0 ( ae_int_t const nin, ae_int_t const nout, multilayerperceptron& network )
mlpcreatec1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, multilayerperceptron& network )
mlpcreatec2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, multilayerperceptron& network )
mlpcreater0 ( ae_int_t const nin, ae_int_t const nout, double const a, double const b, multilayerperceptron& network )
mlpcreater1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, double const a, double const b, multilayerperceptron& network )
mlpcreater2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, double const a, double const b, multilayerperceptron& network )
mlpcvreport::mlpcvreport [in-charge] ( )
mlpcvreport::mlpcvreport [in-charge] mlpcvreport const& rhs )
mlpcvreport::mlpcvreport [not-in-charge] ( )
mlpcvreport::mlpcvreport [not-in-charge] mlpcvreport const& rhs )
mlpcvreport::operator = mlpcvreport const& rhs )
mlpcvreport::~mlpcvreport [in-charge-deleting] ( )
mlpcvreport::~mlpcvreport [in-charge] ( )
mlpcvreport::~mlpcvreport [not-in-charge] ( )
mlpeavgce ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints )
mlpeavgerror ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints )
mlpeavgrelerror ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints )
mlpebagginglbfgs ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, double const wstep, ae_int_t const maxits, ae_int_t& info, mlpreport& rep, mlpcvreport& ooberrors )
mlpebagginglm ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, ae_int_t& info, mlpreport& rep, mlpcvreport& ooberrors )
mlpecreate0 ( ae_int_t const nin, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreate1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreate2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreateb0 ( ae_int_t const nin, ae_int_t const nout, double const b, double const d, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreateb1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, double const b, double const d, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreateb2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, double const b, double const d, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreatec0 ( ae_int_t const nin, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreatec1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreatec2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreatefromnetwork ( multilayerperceptron const& network, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreater0 ( ae_int_t const nin, ae_int_t const nout, double const a, double const b, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreater1 ( ae_int_t const nin, ae_int_t const nhid, ae_int_t const nout, double const a, double const b, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpecreater2 ( ae_int_t const nin, ae_int_t const nhid1, ae_int_t const nhid2, ae_int_t const nout, double const a, double const b, ae_int_t const ensemblesize, mlpensemble& ensemble )
mlpeissoftmax mlpensemble const& ensemble )
mlpensemble::mlpensemble [in-charge] ( )
mlpensemble::mlpensemble [in-charge] mlpensemble const& rhs )
mlpensemble::mlpensemble [not-in-charge] ( )
mlpensemble::mlpensemble [not-in-charge] mlpensemble const& rhs )
mlpensemble::operator = mlpensemble const& rhs )
mlpensemble::~mlpensemble [in-charge-deleting] ( )
mlpensemble::~mlpensemble [in-charge] ( )
mlpensemble::~mlpensemble [not-in-charge] ( )
mlpeprocess ( mlpensemble const& ensemble, real_1d_array const& x, real_1d_array& y )
mlpeprocessi ( mlpensemble const& ensemble, real_1d_array const& x, real_1d_array& y )
mlpeproperties ( mlpensemble const& ensemble, ae_int_t& nin, ae_int_t& nout )
mlperandomize mlpensemble const& ensemble )
mlperelclserror ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints )
mlpermserror ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints )
mlperror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize )
mlperrorn ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize )
mlpetraines ( mlpensemble const& ensemble, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, ae_int_t& info, mlpreport& rep )
mlpgrad ( multilayerperceptron const& network, real_1d_array const& x, real_1d_array const& desiredy, double& e, real_1d_array& grad )
mlpgradbatch ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize, double& e, real_1d_array& grad )
mlpgradn ( multilayerperceptron const& network, real_1d_array const& x, real_1d_array const& desiredy, double& e, real_1d_array& grad )
mlpgradnbatch ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize, double& e, real_1d_array& grad )
mlphessianbatch ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize, double& e, real_1d_array& grad, real_2d_array& h )
mlphessiannbatch ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const ssize, double& e, real_1d_array& grad, real_2d_array& h )
mlpissoftmax multilayerperceptron const& network )
mlpkfoldcvlbfgs ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, double const wstep, ae_int_t const maxits, ae_int_t const foldscount, ae_int_t& info, mlpreport& rep, mlpcvreport& cvrep )
mlpkfoldcvlm ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, ae_int_t const foldscount, ae_int_t& info, mlpreport& rep, mlpcvreport& cvrep )
mlpprocess ( multilayerperceptron const& network, real_1d_array const& x, real_1d_array& y )
mlpprocessi ( multilayerperceptron const& network, real_1d_array const& x, real_1d_array& y )
mlpproperties ( multilayerperceptron const& network, ae_int_t& nin, ae_int_t& nout, ae_int_t& wcount )
mlprandomize multilayerperceptron const& network )
mlprandomizefull multilayerperceptron const& network )
mlprelclserror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints )
mlpreport::mlpreport [in-charge] ( )
mlpreport::mlpreport [in-charge] mlpreport const& rhs )
mlpreport::mlpreport [not-in-charge] ( )
mlpreport::mlpreport [not-in-charge] mlpreport const& rhs )
mlpreport::operator = mlpreport const& rhs )
mlpreport::~mlpreport [in-charge-deleting] ( )
mlpreport::~mlpreport [in-charge] ( )
mlpreport::~mlpreport [not-in-charge] ( )
mlprmserror ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints )
mlptraines ( multilayerperceptron const& network, real_2d_array const& trnxy, ae_int_t const trnsize, real_2d_array const& valxy, ae_int_t const valsize, double const decay, ae_int_t const restarts, ae_int_t& info, mlpreport& rep )
mlptrainlbfgs ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, double const wstep, ae_int_t const maxits, ae_int_t& info, mlpreport& rep )
mlptrainlm ( multilayerperceptron const& network, real_2d_array const& xy, ae_int_t const npoints, double const decay, ae_int_t const restarts, ae_int_t& info, mlpreport& rep )
mnlavgce ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
mnlavgerror ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
mnlavgrelerror ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const ssize )
mnlclserror ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
mnlpack ( real_2d_array const& a, ae_int_t const nvars, ae_int_t const nclasses, logitmodel& lm )
mnlprocess ( logitmodel const& lm, real_1d_array const& x, real_1d_array& y )
mnlprocessi ( logitmodel const& lm, real_1d_array const& x, real_1d_array& y )
mnlrelclserror ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
mnlreport::mnlreport [in-charge] ( )
mnlreport::mnlreport [in-charge] mnlreport const& rhs )
mnlreport::mnlreport [not-in-charge] ( )
mnlreport::mnlreport [not-in-charge] mnlreport const& rhs )
mnlreport::operator = mnlreport const& rhs )
mnlreport::~mnlreport [in-charge-deleting] ( )
mnlreport::~mnlreport [in-charge] ( )
mnlreport::~mnlreport [not-in-charge] ( )
mnlrmserror ( logitmodel const& lm, real_2d_array const& xy, ae_int_t const npoints )
mnltrainh ( real_2d_array const& xy, ae_int_t const npoints, ae_int_t const nvars, ae_int_t const nclasses, ae_int_t& info, logitmodel& lm, mnlreport& rep )
mnlunpack ( logitmodel const& lm, real_2d_array& a, ae_int_t& nvars, ae_int_t& nclasses )
multilayerperceptron::multilayerperceptron [in-charge] ( )
multilayerperceptron::multilayerperceptron [in-charge] multilayerperceptron const& rhs )
multilayerperceptron::multilayerperceptron [not-in-charge] ( )
multilayerperceptron::multilayerperceptron [not-in-charge] multilayerperceptron const& rhs )
multilayerperceptron::operator = multilayerperceptron const& rhs )
multilayerperceptron::~multilayerperceptron [in-charge-deleting] ( )
multilayerperceptron::~multilayerperceptron [in-charge] ( )
multilayerperceptron::~multilayerperceptron [not-in-charge] ( )
pcabuildbasis ( real_2d_array const& x, ae_int_t const npoints, ae_int_t const nvars, ae_int_t& info, real_1d_array& s2, real_2d_array& v )

dataanalysis.h, libalglib.so
namespace alglib_impl
_cvreport_clear struct cvreport* p )
_cvreport_init ( struct cvreport* p, struct ae_state* _state, bool make_automatic )
_cvreport_init_copy ( struct cvreport* dst, struct cvreport* src, struct ae_state* _state, bool make_automatic )
_decisionforest_clear struct decisionforest* p )
_decisionforest_init ( struct decisionforest* p, struct ae_state* _state, bool make_automatic )
_decisionforest_init_copy ( struct decisionforest* dst, struct decisionforest* src, struct ae_state* _state, bool make_automatic )
_dfinternalbuffers_clear struct dfinternalbuffers* p )
_dfinternalbuffers_init ( struct dfinternalbuffers* p, struct ae_state* _state, bool make_automatic )
_dfinternalbuffers_init_copy ( struct dfinternalbuffers* dst, struct dfinternalbuffers* src, struct ae_state* _state, bool make_automatic )
_dfreport_clear struct dfreport* p )
_dfreport_init ( struct dfreport* p, struct ae_state* _state, bool make_automatic )
_dfreport_init_copy ( struct dfreport* dst, struct dfreport* src, struct ae_state* _state, bool make_automatic )
_linearmodel_clear struct linearmodel* p )
_linearmodel_init ( struct linearmodel* p, struct ae_state* _state, bool make_automatic )
_linearmodel_init_copy ( struct linearmodel* dst, struct linearmodel* src, struct ae_state* _state, bool make_automatic )
_logitmcstate_clear struct logitmcstate* p )
_logitmcstate_init ( struct logitmcstate* p, struct ae_state* _state, bool make_automatic )
_logitmcstate_init_copy ( struct logitmcstate* dst, struct logitmcstate* src, struct ae_state* _state, bool make_automatic )
_logitmodel_clear struct logitmodel* p )
_logitmodel_init ( struct logitmodel* p, struct ae_state* _state, bool make_automatic )
_logitmodel_init_copy ( struct logitmodel* dst, struct logitmodel* src, struct ae_state* _state, bool make_automatic )
_lrreport_clear struct lrreport* p )
_lrreport_init ( struct lrreport* p, struct ae_state* _state, bool make_automatic )
_lrreport_init_copy ( struct lrreport* dst, struct lrreport* src, struct ae_state* _state, bool make_automatic )
_mlpcvreport_clear struct mlpcvreport* p )
_mlpcvreport_init ( struct mlpcvreport* p, struct ae_state* _state, bool make_automatic )
_mlpcvreport_init_copy ( struct mlpcvreport* dst, struct mlpcvreport* src, struct ae_state* _state, bool make_automatic )
_mlpensemble_clear struct mlpensemble* p )
_mlpensemble_init ( struct mlpensemble* p, struct ae_state* _state, bool make_automatic )
_mlpensemble_init_copy ( struct mlpensemble* dst, struct mlpensemble* src, struct ae_state* _state, bool make_automatic )
_mlpreport_clear struct mlpreport* p )
_mlpreport_init ( struct mlpreport* p, struct ae_state* _state, bool make_automatic )
_mlpreport_init_copy ( struct mlpreport* dst, struct mlpreport* src, struct ae_state* _state, bool make_automatic )
_mnlreport_clear struct mnlreport* p )
_mnlreport_init ( struct mnlreport* p, struct ae_state* _state, bool make_automatic )
_mnlreport_init_copy ( struct mnlreport* dst, struct mnlreport* src, struct ae_state* _state, bool make_automatic )
_multilayerperceptron_clear struct multilayerperceptron* p )
_multilayerperceptron_init ( struct multilayerperceptron* p, struct ae_state* _state, bool make_automatic )
_multilayerperceptron_init_copy ( struct multilayerperceptron* dst, struct multilayerperceptron* src, struct ae_state* _state, bool make_automatic )
dfavgce ( struct decisionforest* df, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
dfavgerror ( struct decisionforest* df, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
dfavgrelerror ( struct decisionforest* df, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
dfbuildinternal ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t nclasses, ae_int_t ntrees, ae_int_t samplesize, ae_int_t nfeatures, ae_int_t flags, ae_int_t* info, struct decisionforest* df, struct dfreport* rep, struct ae_state* _state )
dfbuildrandomdecisionforest ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t nclasses, ae_int_t ntrees, double r, ae_int_t* info, struct decisionforest* df, struct dfreport* rep, struct ae_state* _state )
dfcopy ( struct decisionforest* df1, struct decisionforest* df2, struct ae_state* _state )
dfprocess ( struct decisionforest* df, ae_vector* x, ae_vector* y, struct ae_state* _state )
dfprocessi ( struct decisionforest* df, ae_vector* x, ae_vector* y, struct ae_state* _state )
dfrelclserror ( struct decisionforest* df, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
dfrmserror ( struct decisionforest* df, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
dserraccumulate ae_vector* buf, ae_vector* y, ae_vector* desiredy, struct ae_state* _state )
dserrallocate ( ae_int_t nclasses, ae_vector* buf, struct ae_state* _state )
dserrfinish ae_vector* buf, struct ae_state* _state )
dsgetmeanmindistance ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, struct ae_state* _state )
dsnormalize ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, ae_vector* means, ae_vector* sigmas, struct ae_state* _state )
dsnormalizec ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, ae_vector* means, ae_vector* sigmas, struct ae_state* _state )
dsoptimalsplit2 ae_vector* a, ae_vector* c, ae_int_t n, ae_int_t* info, double* threshold, double* pal, double* pbl, double* par, double* pbr, double* cve, struct ae_state* _state )
dsoptimalsplit2fast ae_vector* a, ae_vector* c, ae_vector* tiesbuf, ae_vector* cntbuf, ae_vector* bufr, ae_vector* bufi, ae_int_t n, ae_int_t nc, double alpha, ae_int_t* info, double* threshold, double* rms, double* cvrms, struct ae_state* _state )
dsoptimalsplitk ae_vector* a, ae_vector* c, ae_int_t n, ae_int_t nc, ae_int_t kmax, ae_int_t* info, ae_vector* thresholds, ae_int_t* ni, double* cve, struct ae_state* _state )
dssplitk ae_vector* a, ae_vector* c, ae_int_t n, ae_int_t nc, ae_int_t kmax, ae_int_t* info, ae_vector* thresholds, ae_int_t* ni, double* cve, struct ae_state* _state )
dstie ae_vector* a, ae_int_t n, ae_vector* ties, ae_int_t* tiecount, ae_vector* p1, ae_vector* p2, struct ae_state* _state )
dstiefasti ae_vector* a, ae_vector* b, ae_int_t n, ae_vector* ties, ae_int_t* tiecount, ae_vector* bufr, ae_vector* bufi, struct ae_state* _state )
fisherlda ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t nclasses, ae_int_t* info, ae_vector* w, struct ae_state* _state )
fisherldan ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t nclasses, ae_int_t* info, ae_matrix* w, struct ae_state* _state )
kmeansgenerate ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t k, ae_int_t restarts, ae_int_t* info, ae_matrix* c, ae_vector* xyc, struct ae_state* _state )
lravgerror ( struct linearmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
lravgrelerror ( struct linearmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
lrbuild ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, struct linearmodel* lm, struct lrreport* ar, struct ae_state* _state )
lrbuilds ae_matrix* xy, ae_vector* s, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, struct linearmodel* lm, struct lrreport* ar, struct ae_state* _state )
lrbuildz ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, struct linearmodel* lm, struct lrreport* ar, struct ae_state* _state )
lrbuildzs ae_matrix* xy, ae_vector* s, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, struct linearmodel* lm, struct lrreport* ar, struct ae_state* _state )
lrcopy ( struct linearmodel* lm1, struct linearmodel* lm2, struct ae_state* _state )
lrline ae_matrix* xy, ae_int_t n, ae_int_t* info, double* a, double* b, struct ae_state* _state )
lrlines ae_matrix* xy, ae_vector* s, ae_int_t n, ae_int_t* info, double* a, double* b, double* vara, double* varb, double* covab, double* corrab, double* p, struct ae_state* _state )
lrpack ae_vector* v, ae_int_t nvars, struct linearmodel* lm, struct ae_state* _state )
lrprocess ( struct linearmodel* lm, ae_vector* x, struct ae_state* _state )
lrrmserror ( struct linearmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
lrunpack ( struct linearmodel* lm, ae_vector* v, ae_int_t* nvars, struct ae_state* _state )
mlpavgce ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpavgerror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpavgrelerror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpclserror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, struct ae_state* _state )
mlpcopy ( struct multilayerperceptron* network1, struct multilayerperceptron* network2, struct ae_state* _state )
mlpcreate0 ae_int_t nin, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreate1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreate2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreateb0 ae_int_t nin, ae_int_t nout, double b, double d, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreateb1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, double b, double d, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreateb2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, double b, double d, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreatec0 ae_int_t nin, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreatec1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreatec2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreater0 ae_int_t nin, ae_int_t nout, double a, double b, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreater1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, double a, double b, struct multilayerperceptron* network, struct ae_state* _state )
mlpcreater2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, double a, double b, struct multilayerperceptron* network, struct ae_state* _state )
mlpeavgce ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpeavgerror ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpeavgrelerror ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpebagginglbfgs ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, double wstep, ae_int_t maxits, ae_int_t* info, struct mlpreport* rep, struct mlpcvreport* ooberrors, struct ae_state* _state )
mlpebagginglm ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, ae_int_t* info, struct mlpreport* rep, struct mlpcvreport* ooberrors, struct ae_state* _state )
mlpecopy ( struct mlpensemble* ensemble1, struct mlpensemble* ensemble2, struct ae_state* _state )
mlpecreate0 ae_int_t nin, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreate1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreate2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreateb0 ae_int_t nin, ae_int_t nout, double b, double d, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreateb1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, double b, double d, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreateb2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, double b, double d, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreatec0 ae_int_t nin, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreatec1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreatec2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreatefromnetwork ( struct multilayerperceptron* network, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreater0 ae_int_t nin, ae_int_t nout, double a, double b, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreater1 ae_int_t nin, ae_int_t nhid, ae_int_t nout, double a, double b, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpecreater2 ae_int_t nin, ae_int_t nhid1, ae_int_t nhid2, ae_int_t nout, double a, double b, ae_int_t ensemblesize, struct mlpensemble* ensemble, struct ae_state* _state )
mlpeissoftmax ( struct mlpensemble* ensemble, struct ae_state* _state )
mlpeprocess ( struct mlpensemble* ensemble, ae_vector* x, ae_vector* y, struct ae_state* _state )
mlpeprocessi ( struct mlpensemble* ensemble, ae_vector* x, ae_vector* y, struct ae_state* _state )
mlpeproperties ( struct mlpensemble* ensemble, ae_int_t* nin, ae_int_t* nout, struct ae_state* _state )
mlperandomize ( struct mlpensemble* ensemble, struct ae_state* _state )
mlperelclserror ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpermserror ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlperror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, struct ae_state* _state )
mlperrorn ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, struct ae_state* _state )
mlpeserialize ( struct mlpensemble* ensemble, ae_vector* ra, ae_int_t* rlen, struct ae_state* _state )
mlpetraines ( struct mlpensemble* ensemble, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, ae_int_t* info, struct mlpreport* rep, struct ae_state* _state )
mlpeunserialize ae_vector* ra, struct mlpensemble* ensemble, struct ae_state* _state )
mlpgrad ( struct multilayerperceptron* network, ae_vector* x, ae_vector* desiredy, double* e, ae_vector* grad, struct ae_state* _state )
mlpgradbatch ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, double* e, ae_vector* grad, struct ae_state* _state )
mlpgradn ( struct multilayerperceptron* network, ae_vector* x, ae_vector* desiredy, double* e, ae_vector* grad, struct ae_state* _state )
mlpgradnbatch ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, double* e, ae_vector* grad, struct ae_state* _state )
mlphessianbatch ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, double* e, ae_vector* grad, ae_matrix* h, struct ae_state* _state )
mlphessiannbatch ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, double* e, ae_vector* grad, ae_matrix* h, struct ae_state* _state )
mlpinitpreprocessor ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t ssize, struct ae_state* _state )
mlpinternalprocessvector ( ae_vector* structinfo, ae_vector* weights, ae_vector* columnmeans, ae_vector* columnsigmas, ae_vector* neurons, ae_vector* dfdnet, ae_vector* x, ae_vector* y, struct ae_state* _state )
mlpissoftmax ( struct multilayerperceptron* network, struct ae_state* _state )
mlpkfoldcvlbfgs ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, double wstep, ae_int_t maxits, ae_int_t foldscount, ae_int_t* info, struct mlpreport* rep, struct mlpcvreport* cvrep, struct ae_state* _state )
mlpkfoldcvlm ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, ae_int_t foldscount, ae_int_t* info, struct mlpreport* rep, struct mlpcvreport* cvrep, struct ae_state* _state )
mlpprocess ( struct multilayerperceptron* network, ae_vector* x, ae_vector* y, struct ae_state* _state )
mlpprocessi ( struct multilayerperceptron* network, ae_vector* x, ae_vector* y, struct ae_state* _state )
mlpproperties ( struct multilayerperceptron* network, ae_int_t* nin, ae_int_t* nout, ae_int_t* wcount, struct ae_state* _state )
mlprandomize ( struct multilayerperceptron* network, struct ae_state* _state )
mlprandomizefull ( struct multilayerperceptron* network, struct ae_state* _state )
mlprelclserror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlprmserror ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mlpserialize ( struct multilayerperceptron* network, ae_vector* ra, ae_int_t* rlen, struct ae_state* _state )
mlptraines ( struct multilayerperceptron* network, ae_matrix* trnxy, ae_int_t trnsize, ae_matrix* valxy, ae_int_t valsize, double decay, ae_int_t restarts, ae_int_t* info, struct mlpreport* rep, struct ae_state* _state )
mlptrainlbfgs ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, double wstep, ae_int_t maxits, ae_int_t* info, struct mlpreport* rep, struct ae_state* _state )
mlptrainlm ( struct multilayerperceptron* network, ae_matrix* xy, ae_int_t npoints, double decay, ae_int_t restarts, ae_int_t* info, struct mlpreport* rep, struct ae_state* _state )
mlpunserialize ae_vector* ra, struct multilayerperceptron* network, struct ae_state* _state )
mnlavgce ( struct logitmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mnlavgerror ( struct logitmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mnlavgrelerror ( struct logitmodel* lm, ae_matrix* xy, ae_int_t ssize, struct ae_state* _state )
mnlclserror ( struct logitmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mnlcopy ( struct logitmodel* lm1, struct logitmodel* lm2, struct ae_state* _state )
mnlpack ae_matrix* a, ae_int_t nvars, ae_int_t nclasses, struct logitmodel* lm, struct ae_state* _state )
mnlprocess ( struct logitmodel* lm, ae_vector* x, ae_vector* y, struct ae_state* _state )
mnlprocessi ( struct logitmodel* lm, ae_vector* x, ae_vector* y, struct ae_state* _state )
mnlrelclserror ( struct logitmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mnlrmserror ( struct logitmodel* lm, ae_matrix* xy, ae_int_t npoints, struct ae_state* _state )
mnltrainh ae_matrix* xy, ae_int_t npoints, ae_int_t nvars, ae_int_t nclasses, ae_int_t* info, struct logitmodel* lm, struct mnlreport* rep, struct ae_state* _state )
mnlunpack ( struct logitmodel* lm, ae_matrix* a, ae_int_t* nvars, ae_int_t* nclasses, struct ae_state* _state )
pcabuildbasis ae_matrix* x, ae_int_t npoints, ae_int_t nvars, ae_int_t* info, ae_vector* s2, ae_matrix* v, struct ae_state* _state )

diffequations.h, libalglib.so
namespace alglib
_odesolverreport_owner::_odesolverreport_owner [in-charge] ( )
_odesolverreport_owner::_odesolverreport_owner [in-charge] _odesolverreport_owner const& rhs )
_odesolverreport_owner::_odesolverreport_owner [not-in-charge] ( )
_odesolverreport_owner::_odesolverreport_owner [not-in-charge] _odesolverreport_owner const& rhs )
_odesolverreport_owner::c_ptr ( )
_odesolverreport_owner::c_ptr ( ) const
_odesolverreport_owner::operator = _odesolverreport_owner const& rhs )
_odesolverreport_owner::~_odesolverreport_owner [in-charge-deleting] ( )
_odesolverreport_owner::~_odesolverreport_owner [in-charge] ( )
_odesolverreport_owner::~_odesolverreport_owner [not-in-charge] ( )
_odesolverstate_owner::_odesolverstate_owner [in-charge] ( )
_odesolverstate_owner::_odesolverstate_owner [in-charge] _odesolverstate_owner const& rhs )
_odesolverstate_owner::_odesolverstate_owner [not-in-charge] ( )
_odesolverstate_owner::_odesolverstate_owner [not-in-charge] _odesolverstate_owner const& rhs )
_odesolverstate_owner::c_ptr ( )
_odesolverstate_owner::c_ptr ( ) const
_odesolverstate_owner::operator = _odesolverstate_owner const& rhs )
_odesolverstate_owner::~_odesolverstate_owner [in-charge-deleting] ( )
_odesolverstate_owner::~_odesolverstate_owner [in-charge] ( )
_odesolverstate_owner::~_odesolverstate_owner [not-in-charge] ( )
odesolveriteration odesolverstate const& state )
odesolverreport::odesolverreport [in-charge] ( )
odesolverreport::odesolverreport [in-charge] odesolverreport const& rhs )
odesolverreport::odesolverreport [not-in-charge] ( )
odesolverreport::odesolverreport [not-in-charge] odesolverreport const& rhs )
odesolverreport::operator = odesolverreport const& rhs )
odesolverreport::~odesolverreport [in-charge-deleting] ( )
odesolverreport::~odesolverreport [in-charge] ( )
odesolverreport::~odesolverreport [not-in-charge] ( )
odesolverresults ( odesolverstate const& state, ae_int_t& m, real_1d_array& xtbl, real_2d_array& ytbl, odesolverreport& rep )
odesolverrkck ( real_1d_array const& y, ae_int_t const n, real_1d_array const& x, ae_int_t const m, double const eps, double const h, odesolverstate& state )
odesolverrkck ( real_1d_array const& y, real_1d_array const& x, double const eps, double const h, odesolverstate& state )
odesolversolve ( odesolverstate& state, void(*diff)(real_1d_array const&, double, real_1d_array&, void*), void* ptr )
odesolverstate::odesolverstate [in-charge] ( )
odesolverstate::odesolverstate [in-charge] odesolverstate const& rhs )
odesolverstate::odesolverstate [not-in-charge] ( )
odesolverstate::odesolverstate [not-in-charge] odesolverstate const& rhs )
odesolverstate::operator = odesolverstate const& rhs )
odesolverstate::~odesolverstate [in-charge-deleting] ( )
odesolverstate::~odesolverstate [in-charge] ( )
odesolverstate::~odesolverstate [not-in-charge] ( )

diffequations.h, libalglib.so
namespace alglib_impl
_odesolverreport_clear struct odesolverreport* p )
_odesolverreport_init ( struct odesolverreport* p, struct ae_state* _state, bool make_automatic )
_odesolverreport_init_copy ( struct odesolverreport* dst, struct odesolverreport* src, struct ae_state* _state, bool make_automatic )
_odesolverstate_clear struct odesolverstate* p )
_odesolverstate_init ( struct odesolverstate* p, struct ae_state* _state, bool make_automatic )
_odesolverstate_init_copy ( struct odesolverstate* dst, struct odesolverstate* src, struct ae_state* _state, bool make_automatic )
odesolveriteration ( struct odesolverstate* state, struct ae_state* _state )
odesolverresults ( struct odesolverstate* state, ae_int_t* m, ae_vector* xtbl, ae_matrix* ytbl, struct odesolverreport* rep, struct ae_state* _state )
odesolverrkck ae_vector* y, ae_int_t n, ae_vector* x, ae_int_t m, double eps, double h, struct odesolverstate* state, struct ae_state* _state )

fasttransforms.h, libalglib.so
namespace alglib
convc1d ( complex_1d_array const& a, ae_int_t const m, complex_1d_array const& b, ae_int_t const n, complex_1d_array& r )
convc1dcircular ( complex_1d_array const& s, ae_int_t const m, complex_1d_array const& r, ae_int_t const n, complex_1d_array& c )
convc1dcircularinv ( complex_1d_array const& a, ae_int_t const m, complex_1d_array const& b, ae_int_t const n, complex_1d_array& r )
convc1dinv ( complex_1d_array const& a, ae_int_t const m, complex_1d_array const& b, ae_int_t const n, complex_1d_array& r )
convr1d ( real_1d_array const& a, ae_int_t const m, real_1d_array const& b, ae_int_t const n, real_1d_array& r )
convr1dcircular ( real_1d_array const& s, ae_int_t const m, real_1d_array const& r, ae_int_t const n, real_1d_array& c )
convr1dcircularinv ( real_1d_array const& a, ae_int_t const m, real_1d_array const& b, ae_int_t const n, real_1d_array& r )
convr1dinv ( real_1d_array const& a, ae_int_t const m, real_1d_array const& b, ae_int_t const n, real_1d_array& r )
corrc1d ( complex_1d_array const& signal, ae_int_t const n, complex_1d_array const& pattern, ae_int_t const m, complex_1d_array& r )
corrc1dcircular ( complex_1d_array const& signal, ae_int_t const m, complex_1d_array const& pattern, ae_int_t const n, complex_1d_array& c )
corrr1d ( real_1d_array const& signal, ae_int_t const n, real_1d_array const& pattern, ae_int_t const m, real_1d_array& r )
corrr1dcircular ( real_1d_array const& signal, ae_int_t const m, real_1d_array const& pattern, ae_int_t const n, real_1d_array& c )
fftc1d complex_1d_array& a )
fftc1d ( complex_1d_array& a, ae_int_t const n )
fftc1dinv complex_1d_array& a )
fftc1dinv ( complex_1d_array& a, ae_int_t const n )
fftr1d ( real_1d_array const& a, ae_int_t const n, complex_1d_array& f )
fftr1d ( real_1d_array const& a, complex_1d_array& f )
fftr1dinv ( complex_1d_array const& f, ae_int_t const n, real_1d_array& a )
fftr1dinv ( complex_1d_array const& f, real_1d_array& a )
fhtr1d ( real_1d_array& a, ae_int_t const n )
fhtr1dinv ( real_1d_array& a, ae_int_t const n )

fasttransforms.h, libalglib.so
namespace alglib_impl
convc1d ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convc1dcircular ae_vector* s, ae_int_t m, ae_vector* r, ae_int_t n, ae_vector* c, struct ae_state* _state )
convc1dcircularinv ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convc1dinv ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convc1dx ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, bool circular, ae_int_t alg, ae_int_t q, ae_vector* r, struct ae_state* _state )
convr1d ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convr1dcircular ae_vector* s, ae_int_t m, ae_vector* r, ae_int_t n, ae_vector* c, struct ae_state* _state )
convr1dcircularinv ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convr1dinv ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, ae_vector* r, struct ae_state* _state )
convr1dx ae_vector* a, ae_int_t m, ae_vector* b, ae_int_t n, bool circular, ae_int_t alg, ae_int_t q, ae_vector* r, struct ae_state* _state )
corrc1d ( ae_vector* signal, ae_int_t n, ae_vector* pattern, ae_int_t m, ae_vector* r, struct ae_state* _state )
corrc1dcircular ( ae_vector* signal, ae_int_t m, ae_vector* pattern, ae_int_t n, ae_vector* c, struct ae_state* _state )
corrr1d ( ae_vector* signal, ae_int_t n, ae_vector* pattern, ae_int_t m, ae_vector* r, struct ae_state* _state )
corrr1dcircular ( ae_vector* signal, ae_int_t m, ae_vector* pattern, ae_int_t n, ae_vector* c, struct ae_state* _state )
fftc1d ae_vector* a, ae_int_t n, struct ae_state* _state )
fftc1dinv ae_vector* a, ae_int_t n, struct ae_state* _state )
fftr1d ae_vector* a, ae_int_t n, ae_vector* f, struct ae_state* _state )
fftr1dinternaleven ae_vector* a, ae_int_t n, ae_vector* buf, struct ftplan* plan, struct ae_state* _state )
fftr1dinv ae_vector* f, ae_int_t n, ae_vector* a, struct ae_state* _state )
fftr1dinvinternaleven ae_vector* a, ae_int_t n, ae_vector* buf, struct ftplan* plan, struct ae_state* _state )
fhtr1d ae_vector* a, ae_int_t n, struct ae_state* _state )
fhtr1dinv ae_vector* a, ae_int_t n, struct ae_state* _state )

integration.h, libalglib.so
namespace alglib
_autogkreport_owner::_autogkreport_owner [in-charge] ( )
_autogkreport_owner::_autogkreport_owner [in-charge] _autogkreport_owner const& rhs )
_autogkreport_owner::_autogkreport_owner [not-in-charge] ( )
_autogkreport_owner::_autogkreport_owner [not-in-charge] _autogkreport_owner const& rhs )
_autogkreport_owner::c_ptr ( )
_autogkreport_owner::c_ptr ( ) const
_autogkreport_owner::operator = _autogkreport_owner const& rhs )
_autogkreport_owner::~_autogkreport_owner [in-charge-deleting] ( )
_autogkreport_owner::~_autogkreport_owner [in-charge] ( )
_autogkreport_owner::~_autogkreport_owner [not-in-charge] ( )
_autogkstate_owner::_autogkstate_owner [in-charge] ( )
_autogkstate_owner::_autogkstate_owner [in-charge] _autogkstate_owner const& rhs )
_autogkstate_owner::_autogkstate_owner [not-in-charge] ( )
_autogkstate_owner::_autogkstate_owner [not-in-charge] _autogkstate_owner const& rhs )
_autogkstate_owner::c_ptr ( )
_autogkstate_owner::c_ptr ( ) const
_autogkstate_owner::operator = _autogkstate_owner const& rhs )
_autogkstate_owner::~_autogkstate_owner [in-charge-deleting] ( )
_autogkstate_owner::~_autogkstate_owner [in-charge] ( )
_autogkstate_owner::~_autogkstate_owner [not-in-charge] ( )
autogkintegrate ( autogkstate& state, void(*func)(double, double, double, double&, void*), void* ptr )
autogkiteration autogkstate const& state )
autogkreport::autogkreport [in-charge] ( )
autogkreport::autogkreport [in-charge] autogkreport const& rhs )
autogkreport::autogkreport [not-in-charge] ( )
autogkreport::autogkreport [not-in-charge] autogkreport const& rhs )
autogkreport::operator = autogkreport const& rhs )
autogkreport::~autogkreport [in-charge-deleting] ( )
autogkreport::~autogkreport [in-charge] ( )
autogkreport::~autogkreport [not-in-charge] ( )
autogkresults ( autogkstate const& state, double& v, autogkreport& rep )
autogksingular double const a, double const b, double const alpha, double const beta, autogkstate& state )
autogksmooth double const a, double const b, autogkstate& state )
autogksmoothw double const a, double const b, double const xwidth, autogkstate& state )
autogkstate::autogkstate [in-charge] ( )
autogkstate::autogkstate [in-charge] autogkstate const& rhs )
autogkstate::autogkstate [not-in-charge] ( )
autogkstate::autogkstate [not-in-charge] autogkstate const& rhs )
autogkstate::operator = autogkstate const& rhs )
autogkstate::~autogkstate [in-charge-deleting] ( )
autogkstate::~autogkstate [in-charge] ( )
autogkstate::~autogkstate [not-in-charge] ( )
gkqgenerategaussjacobi ( ae_int_t const n, double const alpha, double const beta, ae_int_t& info, real_1d_array& x, real_1d_array& wkronrod, real_1d_array& wgauss )
gkqgenerategausslegendre ( ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& wkronrod, real_1d_array& wgauss )
gkqgeneraterec ( real_1d_array const& alpha, real_1d_array const& beta, double const mu0, ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& wkronrod, real_1d_array& wgauss )
gkqlegendrecalc ( ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& wkronrod, real_1d_array& wgauss )
gkqlegendretbl ( ae_int_t const n, real_1d_array& x, real_1d_array& wkronrod, real_1d_array& wgauss, double& eps )
gqgenerategausshermite ( ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgenerategaussjacobi ( ae_int_t const n, double const alpha, double const beta, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgenerategausslaguerre ( ae_int_t const n, double const alpha, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgenerategausslegendre ( ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgenerategausslobattorec ( real_1d_array const& alpha, real_1d_array const& beta, double const mu0, double const a, double const b, ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgenerategaussradaurec ( real_1d_array const& alpha, real_1d_array const& beta, double const mu0, double const a, ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& w )
gqgeneraterec ( real_1d_array const& alpha, real_1d_array const& beta, double const mu0, ae_int_t const n, ae_int_t& info, real_1d_array& x, real_1d_array& w )

integration.h, libalglib.so
namespace alglib_impl
_autogkinternalstate_clear struct autogkinternalstate* p )
_autogkinternalstate_init ( struct autogkinternalstate* p, struct ae_state* _state, bool make_automatic )
_autogkinternalstate_init_copy ( struct autogkinternalstate* dst, struct autogkinternalstate* src, struct ae_state* _state, bool make_automatic )
_autogkreport_clear struct autogkreport* p )
_autogkreport_init ( struct autogkreport* p, struct ae_state* _state, bool make_automatic )
_autogkreport_init_copy ( struct autogkreport* dst, struct autogkreport* src, struct ae_state* _state, bool make_automatic )
_autogkstate_clear struct autogkstate* p )
_autogkstate_init ( struct autogkstate* p, struct ae_state* _state, bool make_automatic )
_autogkstate_init_copy ( struct autogkstate* dst, struct autogkstate* src, struct ae_state* _state, bool make_automatic )
autogkiteration ( struct autogkstate* state, struct ae_state* _state )
autogkresults ( struct autogkstate* state, double* v, struct autogkreport* rep, struct ae_state* _state )
autogksingular double a, double b, double alpha, double beta, struct autogkstate* state, struct ae_state* _state )
autogksmooth double a, double b, struct autogkstate* state, struct ae_state* _state )
autogksmoothw double a, double b, double xwidth, struct autogkstate* state, struct ae_state* _state )
gkqgenerategaussjacobi ae_int_t n, double alpha, double beta, ae_int_t* info, ae_vector* x, ae_vector* wkronrod, ae_vector* wgauss, struct ae_state* _state )
gkqgenerategausslegendre ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* wkronrod, ae_vector* wgauss, struct ae_state* _state )
gkqgeneraterec ( ae_vector* alpha, ae_vector* beta, double mu0, ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* wkronrod, ae_vector* wgauss, struct ae_state* _state )
gkqlegendrecalc ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* wkronrod, ae_vector* wgauss, struct ae_state* _state )
gkqlegendretbl ae_int_t n, ae_vector* x, ae_vector* wkronrod, ae_vector* wgauss, double* eps, struct ae_state* _state )
gqgenerategausshermite ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgenerategaussjacobi ae_int_t n, double alpha, double beta, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgenerategausslaguerre ae_int_t n, double alpha, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgenerategausslegendre ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgenerategausslobattorec ( ae_vector* alpha, ae_vector* beta, double mu0, double a, double b, ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgenerategaussradaurec ( ae_vector* alpha, ae_vector* beta, double mu0, double a, ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )
gqgeneraterec ( ae_vector* alpha, ae_vector* beta, double mu0, ae_int_t n, ae_int_t* info, ae_vector* x, ae_vector* w, struct ae_state* _state )

interpolation.h, libalglib.so
namespace alglib
_barycentricfitreport_owner::_barycentricfitreport_owner [in-charge] ( )
_barycentricfitreport_owner::_barycentricfitreport_owner [in-charge] _barycentricfitreport_owner const& rhs )
_barycentricfitreport_owner::_barycentricfitreport_owner [not-in-charge] ( )
_barycentricfitreport_owner::_barycentricfitreport_owner [not-in-charge] _barycentricfitreport_owner const& rhs )
_barycentricfitreport_owner::c_ptr ( )
_barycentricfitreport_owner::c_ptr ( ) const
_barycentricfitreport_owner::operator = _barycentricfitreport_owner const& rhs )
_barycentricfitreport_owner::~_barycentricfitreport_owner [in-charge-deleting] ( )
_barycentricfitreport_owner::~_barycentricfitreport_owner [in-charge] ( )
_barycentricfitreport_owner::~_barycentricfitreport_owner [not-in-charge] ( )
_barycentricinterpolant_owner::_barycentricinterpolant_owner [in-charge] ( )
_barycentricinterpolant_owner::_barycentricinterpolant_owner [in-charge] _barycentricinterpolant_owner const& rhs )
_barycentricinterpolant_owner::_barycentricinterpolant_owner [not-in-charge] ( )
_barycentricinterpolant_owner::_barycentricinterpolant_owner [not-in-charge] _barycentricinterpolant_owner const& rhs )
_barycentricinterpolant_owner::c_ptr ( )
_barycentricinterpolant_owner::c_ptr ( ) const
_barycentricinterpolant_owner::operator = _barycentricinterpolant_owner const& rhs )
_barycentricinterpolant_owner::~_barycentricinterpolant_owner [in-charge-deleting] ( )
_barycentricinterpolant_owner::~_barycentricinterpolant_owner [in-charge] ( )
_barycentricinterpolant_owner::~_barycentricinterpolant_owner [not-in-charge] ( )
_idwinterpolant_owner::_idwinterpolant_owner [in-charge] ( )
_idwinterpolant_owner::_idwinterpolant_owner [in-charge] _idwinterpolant_owner const& rhs )
_idwinterpolant_owner::_idwinterpolant_owner [not-in-charge] ( )
_idwinterpolant_owner::_idwinterpolant_owner [not-in-charge] _idwinterpolant_owner const& rhs )
_idwinterpolant_owner::c_ptr ( )
_idwinterpolant_owner::c_ptr ( ) const
_idwinterpolant_owner::operator = _idwinterpolant_owner const& rhs )
_idwinterpolant_owner::~_idwinterpolant_owner [in-charge-deleting] ( )
_idwinterpolant_owner::~_idwinterpolant_owner [in-charge] ( )
_idwinterpolant_owner::~_idwinterpolant_owner [not-in-charge] ( )
_lsfitreport_owner::_lsfitreport_owner [in-charge] ( )
_lsfitreport_owner::_lsfitreport_owner [in-charge] _lsfitreport_owner const& rhs )
_lsfitreport_owner::_lsfitreport_owner [not-in-charge] ( )
_lsfitreport_owner::_lsfitreport_owner [not-in-charge] _lsfitreport_owner const& rhs )
_lsfitreport_owner::c_ptr ( )
_lsfitreport_owner::c_ptr ( ) const
_lsfitreport_owner::operator = _lsfitreport_owner const& rhs )
_lsfitreport_owner::~_lsfitreport_owner [in-charge-deleting] ( )
_lsfitreport_owner::~_lsfitreport_owner [in-charge] ( )
_lsfitreport_owner::~_lsfitreport_owner [not-in-charge] ( )
_lsfitstate_owner::_lsfitstate_owner [in-charge] ( )
_lsfitstate_owner::_lsfitstate_owner [in-charge] _lsfitstate_owner const& rhs )
_lsfitstate_owner::_lsfitstate_owner [not-in-charge] ( )
_lsfitstate_owner::_lsfitstate_owner [not-in-charge] _lsfitstate_owner const& rhs )
_lsfitstate_owner::c_ptr ( )
_lsfitstate_owner::c_ptr ( ) const
_lsfitstate_owner::operator = _lsfitstate_owner const& rhs )
_lsfitstate_owner::~_lsfitstate_owner [in-charge-deleting] ( )
_lsfitstate_owner::~_lsfitstate_owner [in-charge] ( )
_lsfitstate_owner::~_lsfitstate_owner [not-in-charge] ( )
_polynomialfitreport_owner::_polynomialfitreport_owner [in-charge] ( )
_polynomialfitreport_owner::_polynomialfitreport_owner [in-charge] _polynomialfitreport_owner const& rhs )
_polynomialfitreport_owner::_polynomialfitreport_owner [not-in-charge] ( )
_polynomialfitreport_owner::_polynomialfitreport_owner [not-in-charge] _polynomialfitreport_owner const& rhs )
_polynomialfitreport_owner::c_ptr ( )
_polynomialfitreport_owner::c_ptr ( ) const
_polynomialfitreport_owner::operator = _polynomialfitreport_owner const& rhs )
_polynomialfitreport_owner::~_polynomialfitreport_owner [in-charge-deleting] ( )
_polynomialfitreport_owner::~_polynomialfitreport_owner [in-charge] ( )
_polynomialfitreport_owner::~_polynomialfitreport_owner [not-in-charge] ( )
_pspline2interpolant_owner::_pspline2interpolant_owner [in-charge] ( )
_pspline2interpolant_owner::_pspline2interpolant_owner [in-charge] _pspline2interpolant_owner const& rhs )
_pspline2interpolant_owner::_pspline2interpolant_owner [not-in-charge] ( )
_pspline2interpolant_owner::_pspline2interpolant_owner [not-in-charge] _pspline2interpolant_owner const& rhs )
_pspline2interpolant_owner::c_ptr ( )
_pspline2interpolant_owner::c_ptr ( ) const
_pspline2interpolant_owner::operator = _pspline2interpolant_owner const& rhs )
_pspline2interpolant_owner::~_pspline2interpolant_owner [in-charge-deleting] ( )
_pspline2interpolant_owner::~_pspline2interpolant_owner [in-charge] ( )
_pspline2interpolant_owner::~_pspline2interpolant_owner [not-in-charge] ( )
_pspline3interpolant_owner::_pspline3interpolant_owner [in-charge] ( )
_pspline3interpolant_owner::_pspline3interpolant_owner [in-charge] _pspline3interpolant_owner const& rhs )
_pspline3interpolant_owner::_pspline3interpolant_owner [not-in-charge] ( )
_pspline3interpolant_owner::_pspline3interpolant_owner [not-in-charge] _pspline3interpolant_owner const& rhs )
_pspline3interpolant_owner::c_ptr ( )
_pspline3interpolant_owner::c_ptr ( ) const
_pspline3interpolant_owner::operator = _pspline3interpolant_owner const& rhs )
_pspline3interpolant_owner::~_pspline3interpolant_owner [in-charge-deleting] ( )
_pspline3interpolant_owner::~_pspline3interpolant_owner [in-charge] ( )
_pspline3interpolant_owner::~_pspline3interpolant_owner [not-in-charge] ( )
_spline1dfitreport_owner::_spline1dfitreport_owner [in-charge] ( )
_spline1dfitreport_owner::_spline1dfitreport_owner [in-charge] _spline1dfitreport_owner const& rhs )
_spline1dfitreport_owner::_spline1dfitreport_owner [not-in-charge] ( )
_spline1dfitreport_owner::_spline1dfitreport_owner [not-in-charge] _spline1dfitreport_owner const& rhs )
_spline1dfitreport_owner::c_ptr ( )
_spline1dfitreport_owner::c_ptr ( ) const
_spline1dfitreport_owner::operator = _spline1dfitreport_owner const& rhs )
_spline1dfitreport_owner::~_spline1dfitreport_owner [in-charge-deleting] ( )
_spline1dfitreport_owner::~_spline1dfitreport_owner [in-charge] ( )
_spline1dfitreport_owner::~_spline1dfitreport_owner [not-in-charge] ( )
_spline1dinterpolant_owner::_spline1dinterpolant_owner [in-charge] ( )
_spline1dinterpolant_owner::_spline1dinterpolant_owner [in-charge] _spline1dinterpolant_owner const& rhs )
_spline1dinterpolant_owner::_spline1dinterpolant_owner [not-in-charge] ( )
_spline1dinterpolant_owner::_spline1dinterpolant_owner [not-in-charge] _spline1dinterpolant_owner const& rhs )
_spline1dinterpolant_owner::c_ptr ( )
_spline1dinterpolant_owner::c_ptr ( ) const
_spline1dinterpolant_owner::operator = _spline1dinterpolant_owner const& rhs )
_spline1dinterpolant_owner::~_spline1dinterpolant_owner [in-charge-deleting] ( )
_spline1dinterpolant_owner::~_spline1dinterpolant_owner [in-charge] ( )
_spline1dinterpolant_owner::~_spline1dinterpolant_owner [not-in-charge] ( )
_spline2dinterpolant_owner::_spline2dinterpolant_owner [in-charge] ( )
_spline2dinterpolant_owner::_spline2dinterpolant_owner [in-charge] _spline2dinterpolant_owner const& rhs )
_spline2dinterpolant_owner::_spline2dinterpolant_owner [not-in-charge] ( )
_spline2dinterpolant_owner::_spline2dinterpolant_owner [not-in-charge] _spline2dinterpolant_owner const& rhs )
_spline2dinterpolant_owner::c_ptr ( )
_spline2dinterpolant_owner::c_ptr ( ) const
_spline2dinterpolant_owner::operator = _spline2dinterpolant_owner const& rhs )
_spline2dinterpolant_owner::~_spline2dinterpolant_owner [in-charge-deleting] ( )
_spline2dinterpolant_owner::~_spline2dinterpolant_owner [in-charge] ( )
_spline2dinterpolant_owner::~_spline2dinterpolant_owner [not-in-charge] ( )
barycentricbuildfloaterhormann ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const d, barycentricinterpolant& b )
barycentricbuildxyw ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, ae_int_t const n, barycentricinterpolant& b )
barycentriccalc ( barycentricinterpolant const& b, double const t )
barycentricdiff1 ( barycentricinterpolant const& b, double const t, double& f, double& df )
barycentricdiff2 ( barycentricinterpolant const& b, double const t, double& f, double& df, double& d2f )
barycentricfitfloaterhormann ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const m, ae_int_t& info, barycentricinterpolant& b, barycentricfitreport& rep )
barycentricfitfloaterhormannwc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, ae_int_t const n, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const k, ae_int_t const m, ae_int_t& info, barycentricinterpolant& b, barycentricfitreport& rep )
barycentricfitreport::barycentricfitreport [in-charge] ( )
barycentricfitreport::barycentricfitreport [in-charge] barycentricfitreport const& rhs )
barycentricfitreport::barycentricfitreport [not-in-charge] ( )
barycentricfitreport::barycentricfitreport [not-in-charge] barycentricfitreport const& rhs )
barycentricfitreport::operator = barycentricfitreport const& rhs )
barycentricfitreport::~barycentricfitreport [in-charge-deleting] ( )
barycentricfitreport::~barycentricfitreport [in-charge] ( )
barycentricfitreport::~barycentricfitreport [not-in-charge] ( )
barycentricinterpolant::barycentricinterpolant [in-charge] ( )
barycentricinterpolant::barycentricinterpolant [in-charge] barycentricinterpolant const& rhs )
barycentricinterpolant::barycentricinterpolant [not-in-charge] ( )
barycentricinterpolant::barycentricinterpolant [not-in-charge] barycentricinterpolant const& rhs )
barycentricinterpolant::operator = barycentricinterpolant const& rhs )
barycentricinterpolant::~barycentricinterpolant [in-charge-deleting] ( )
barycentricinterpolant::~barycentricinterpolant [in-charge] ( )
barycentricinterpolant::~barycentricinterpolant [not-in-charge] ( )
barycentriclintransx ( barycentricinterpolant const& b, double const ca, double const cb )
barycentriclintransy ( barycentricinterpolant const& b, double const ca, double const cb )
barycentricunpack ( barycentricinterpolant const& b, ae_int_t& n, real_1d_array& x, real_1d_array& y, real_1d_array& w )
idwbuildmodifiedshepard ( real_2d_array const& xy, ae_int_t const n, ae_int_t const nx, ae_int_t const d, ae_int_t const nq, ae_int_t const nw, idwinterpolant& z )
idwbuildmodifiedshepardr ( real_2d_array const& xy, ae_int_t const n, ae_int_t const nx, double const r, idwinterpolant& z )
idwbuildnoisy ( real_2d_array const& xy, ae_int_t const n, ae_int_t const nx, ae_int_t const d, ae_int_t const nq, ae_int_t const nw, idwinterpolant& z )
idwcalc ( idwinterpolant const& z, real_1d_array const& x )
idwinterpolant::idwinterpolant [in-charge] ( )
idwinterpolant::idwinterpolant [in-charge] idwinterpolant const& rhs )
idwinterpolant::idwinterpolant [not-in-charge] ( )
idwinterpolant::idwinterpolant [not-in-charge] idwinterpolant const& rhs )
idwinterpolant::operator = idwinterpolant const& rhs )
idwinterpolant::~idwinterpolant [in-charge-deleting] ( )
idwinterpolant::~idwinterpolant [in-charge] ( )
idwinterpolant::~idwinterpolant [not-in-charge] ( )
lsfitcreatefg ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& c, ae_int_t const n, ae_int_t const m, ae_int_t const k, bool const cheapfg, lsfitstate& state )
lsfitcreatefg ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& c, bool const cheapfg, lsfitstate& state )
lsfitcreatefgh ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& c, ae_int_t const n, ae_int_t const m, ae_int_t const k, lsfitstate& state )
lsfitcreatefgh ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& c, lsfitstate& state )
lsfitcreatewfg ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& c, ae_int_t const n, ae_int_t const m, ae_int_t const k, bool const cheapfg, lsfitstate& state )
lsfitcreatewfg ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& c, bool const cheapfg, lsfitstate& state )
lsfitcreatewfgh ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& c, ae_int_t const n, ae_int_t const m, ae_int_t const k, lsfitstate& state )
lsfitcreatewfgh ( real_2d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& c, lsfitstate& state )
lsfitfit ( lsfitstate& state, void(*func)(real_1d_array const&, real_1d_array const&, double&, void*), void(*grad)(real_1d_array const&, real_1d_array const&, double&, real_1d_array&, void*), void(*hess)(real_1d_array const&, real_1d_array const&, double&, real_1d_array&, real_2d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
lsfitfit ( lsfitstate& state, void(*func)(real_1d_array const&, real_1d_array const&, double&, void*), void(*grad)(real_1d_array const&, real_1d_array const&, double&, real_1d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
lsfititeration lsfitstate const& state )
lsfitlinear ( real_1d_array const& y, real_2d_array const& fmatrix, ae_int_t const n, ae_int_t const m, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinear ( real_1d_array const& y, real_2d_array const& fmatrix, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearc ( real_1d_array const& y, real_2d_array const& fmatrix, real_2d_array const& cmatrix, ae_int_t const n, ae_int_t const m, ae_int_t const k, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearc ( real_1d_array const& y, real_2d_array const& fmatrix, real_2d_array const& cmatrix, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearw ( real_1d_array const& y, real_1d_array const& w, real_2d_array const& fmatrix, ae_int_t const n, ae_int_t const m, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearw ( real_1d_array const& y, real_1d_array const& w, real_2d_array const& fmatrix, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearwc ( real_1d_array const& y, real_1d_array const& w, real_2d_array const& fmatrix, real_2d_array const& cmatrix, ae_int_t const n, ae_int_t const m, ae_int_t const k, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitlinearwc ( real_1d_array const& y, real_1d_array const& w, real_2d_array const& fmatrix, real_2d_array const& cmatrix, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitreport::lsfitreport [in-charge] ( )
lsfitreport::lsfitreport [in-charge] lsfitreport const& rhs )
lsfitreport::lsfitreport [not-in-charge] ( )
lsfitreport::lsfitreport [not-in-charge] lsfitreport const& rhs )
lsfitreport::operator = lsfitreport const& rhs )
lsfitreport::~lsfitreport [in-charge-deleting] ( )
lsfitreport::~lsfitreport [in-charge] ( )
lsfitreport::~lsfitreport [not-in-charge] ( )
lsfitresults ( lsfitstate const& state, ae_int_t& info, real_1d_array& c, lsfitreport& rep )
lsfitsetcond ( lsfitstate const& state, double const epsf, double const epsx, ae_int_t const maxits )
lsfitsetstpmax ( lsfitstate const& state, double const stpmax )
lsfitsetxrep ( lsfitstate const& state, bool const needxrep )
lsfitstate::lsfitstate [in-charge] ( )
lsfitstate::lsfitstate [in-charge] lsfitstate const& rhs )
lsfitstate::lsfitstate [not-in-charge] ( )
lsfitstate::lsfitstate [not-in-charge] lsfitstate const& rhs )
lsfitstate::operator = lsfitstate const& rhs )
lsfitstate::~lsfitstate [in-charge-deleting] ( )
lsfitstate::~lsfitstate [in-charge] ( )
lsfitstate::~lsfitstate [not-in-charge] ( )
polynomialbuild ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, barycentricinterpolant& p )
polynomialbuild ( real_1d_array const& x, real_1d_array const& y, barycentricinterpolant& p )
polynomialbuildcheb1 double const a, double const b, real_1d_array const& y, ae_int_t const n, barycentricinterpolant& p )
polynomialbuildcheb1 double const a, double const b, real_1d_array const& y, barycentricinterpolant& p )
polynomialbuildcheb2 double const a, double const b, real_1d_array const& y, ae_int_t const n, barycentricinterpolant& p )
polynomialbuildcheb2 double const a, double const b, real_1d_array const& y, barycentricinterpolant& p )
polynomialbuildeqdist double const a, double const b, real_1d_array const& y, ae_int_t const n, barycentricinterpolant& p )
polynomialbuildeqdist double const a, double const b, real_1d_array const& y, barycentricinterpolant& p )
polynomialcalccheb1 double const a, double const b, real_1d_array const& f, ae_int_t const n, double const t )
polynomialcalccheb1 double const a, double const b, real_1d_array const& f, double const t )
polynomialcalccheb2 double const a, double const b, real_1d_array const& f, ae_int_t const n, double const t )
polynomialcalccheb2 double const a, double const b, real_1d_array const& f, double const t )
polynomialcalceqdist double const a, double const b, real_1d_array const& f, ae_int_t const n, double const t )
polynomialcalceqdist double const a, double const b, real_1d_array const& f, double const t )
polynomialfit ( real_1d_array const& x, real_1d_array const& y, ae_int_t const m, ae_int_t& info, barycentricinterpolant& p, polynomialfitreport& rep )
polynomialfit ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const m, ae_int_t& info, barycentricinterpolant& p, polynomialfitreport& rep )
polynomialfitreport::operator = polynomialfitreport const& rhs )
polynomialfitreport::polynomialfitreport [in-charge] ( )
polynomialfitreport::polynomialfitreport [in-charge] polynomialfitreport const& rhs )
polynomialfitreport::polynomialfitreport [not-in-charge] ( )
polynomialfitreport::polynomialfitreport [not-in-charge] polynomialfitreport const& rhs )
polynomialfitreport::~polynomialfitreport [in-charge-deleting] ( )
polynomialfitreport::~polynomialfitreport [in-charge] ( )
polynomialfitreport::~polynomialfitreport [not-in-charge] ( )
polynomialfitwc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, ae_int_t const n, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const k, ae_int_t const m, ae_int_t& info, barycentricinterpolant& p, polynomialfitreport& rep )
polynomialfitwc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const m, ae_int_t& info, barycentricinterpolant& p, polynomialfitreport& rep )
pspline2arclength ( pspline2interpolant const& p, double const a, double const b )
pspline2build ( real_2d_array const& xy, ae_int_t const n, ae_int_t const st, ae_int_t const pt, pspline2interpolant& p )
pspline2buildperiodic ( real_2d_array const& xy, ae_int_t const n, ae_int_t const st, ae_int_t const pt, pspline2interpolant& p )
pspline2calc ( pspline2interpolant const& p, double const t, double& x, double& y )
pspline2diff ( pspline2interpolant const& p, double const t, double& x, double& dx, double& y, double& dy )
pspline2diff2 ( pspline2interpolant const& p, double const t, double& x, double& dx, double& d2x, double& y, double& dy, double& d2y )
pspline2interpolant::operator = pspline2interpolant const& rhs )
pspline2interpolant::pspline2interpolant [in-charge] ( )
pspline2interpolant::pspline2interpolant [in-charge] pspline2interpolant const& rhs )
pspline2interpolant::pspline2interpolant [not-in-charge] ( )
pspline2interpolant::pspline2interpolant [not-in-charge] pspline2interpolant const& rhs )
pspline2interpolant::~pspline2interpolant [in-charge-deleting] ( )
pspline2interpolant::~pspline2interpolant [in-charge] ( )
pspline2interpolant::~pspline2interpolant [not-in-charge] ( )
pspline2parametervalues ( pspline2interpolant const& p, ae_int_t& n, real_1d_array& t )
pspline2tangent ( pspline2interpolant const& p, double const t, double& x, double& y )
pspline3arclength ( pspline3interpolant const& p, double const a, double const b )
pspline3build ( real_2d_array const& xy, ae_int_t const n, ae_int_t const st, ae_int_t const pt, pspline3interpolant& p )
pspline3buildperiodic ( real_2d_array const& xy, ae_int_t const n, ae_int_t const st, ae_int_t const pt, pspline3interpolant& p )
pspline3calc ( pspline3interpolant const& p, double const t, double& x, double& y, double& z )
pspline3diff ( pspline3interpolant const& p, double const t, double& x, double& dx, double& y, double& dy, double& z, double& dz )
pspline3diff2 ( pspline3interpolant const& p, double const t, double& x, double& dx, double& d2x, double& y, double& dy, double& d2y, double& z, double& dz, double& d2z )
pspline3interpolant::operator = pspline3interpolant const& rhs )
pspline3interpolant::pspline3interpolant [in-charge] ( )
pspline3interpolant::pspline3interpolant [in-charge] pspline3interpolant const& rhs )
pspline3interpolant::pspline3interpolant [not-in-charge] ( )
pspline3interpolant::pspline3interpolant [not-in-charge] pspline3interpolant const& rhs )
pspline3interpolant::~pspline3interpolant [in-charge-deleting] ( )
pspline3interpolant::~pspline3interpolant [in-charge] ( )
pspline3interpolant::~pspline3interpolant [not-in-charge] ( )
pspline3parametervalues ( pspline3interpolant const& p, ae_int_t& n, real_1d_array& t )
pspline3tangent ( pspline3interpolant const& p, double const t, double& x, double& y, double& z )
spline1dbuildakima ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, spline1dinterpolant& c )
spline1dbuildakima ( real_1d_array const& x, real_1d_array const& y, spline1dinterpolant& c )
spline1dbuildcatmullrom ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundtype, double const tension, spline1dinterpolant& c )
spline1dbuildcatmullrom ( real_1d_array const& x, real_1d_array const& y, spline1dinterpolant& c )
spline1dbuildcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, spline1dinterpolant& c )
spline1dbuildcubic ( real_1d_array const& x, real_1d_array const& y, spline1dinterpolant& c )
spline1dbuildhermite ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& d, ae_int_t const n, spline1dinterpolant& c )
spline1dbuildhermite ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& d, spline1dinterpolant& c )
spline1dbuildlinear ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, spline1dinterpolant& c )
spline1dbuildlinear ( real_1d_array const& x, real_1d_array const& y, spline1dinterpolant& c )
spline1dcalc ( spline1dinterpolant const& c, double const x )
spline1dconvcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, real_1d_array const& x2, ae_int_t const n2, real_1d_array& y2 )
spline1dconvcubic ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& x2, real_1d_array& y2 )
spline1dconvdiff2cubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, real_1d_array const& x2, ae_int_t const n2, real_1d_array& y2, real_1d_array& d2, real_1d_array& dd2 )
spline1dconvdiff2cubic ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& x2, real_1d_array& y2, real_1d_array& d2, real_1d_array& dd2 )
spline1dconvdiffcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, real_1d_array const& x2, ae_int_t const n2, real_1d_array& y2, real_1d_array& d2 )
spline1dconvdiffcubic ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& x2, real_1d_array& y2, real_1d_array& d2 )
spline1ddiff ( spline1dinterpolant const& c, double const x, double& s, double& ds, double& d2s )
spline1dfitcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfitcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfitcubicwc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, ae_int_t const n, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const k, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfitcubicwc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfithermite ( real_1d_array const& x, real_1d_array const& y, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfithermite ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfithermitewc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, ae_int_t const n, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const k, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfithermitewc ( real_1d_array const& x, real_1d_array const& y, real_1d_array const& w, real_1d_array const& xc, real_1d_array const& yc, integer_1d_array const& dc, ae_int_t const m, ae_int_t& info, spline1dinterpolant& s, spline1dfitreport& rep )
spline1dfitreport::operator = spline1dfitreport const& rhs )
spline1dfitreport::spline1dfitreport [in-charge] ( )
spline1dfitreport::spline1dfitreport [in-charge] spline1dfitreport const& rhs )
spline1dfitreport::spline1dfitreport [not-in-charge] ( )
spline1dfitreport::spline1dfitreport [not-in-charge] spline1dfitreport const& rhs )
spline1dfitreport::~spline1dfitreport [in-charge-deleting] ( )
spline1dfitreport::~spline1dfitreport [in-charge] ( )
spline1dfitreport::~spline1dfitreport [not-in-charge] ( )
spline1dgriddiff2cubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, real_1d_array& d1, real_1d_array& d2 )
spline1dgriddiff2cubic ( real_1d_array const& x, real_1d_array const& y, real_1d_array& d1, real_1d_array& d2 )
spline1dgriddiffcubic ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n, ae_int_t const boundltype, double const boundl, ae_int_t const boundrtype, double const boundr, real_1d_array& d )
spline1dgriddiffcubic ( real_1d_array const& x, real_1d_array const& y, real_1d_array& d )
spline1dintegrate ( spline1dinterpolant const& c, double const x )
spline1dinterpolant::operator = spline1dinterpolant const& rhs )
spline1dinterpolant::spline1dinterpolant [in-charge] ( )
spline1dinterpolant::spline1dinterpolant [in-charge] spline1dinterpolant const& rhs )
spline1dinterpolant::spline1dinterpolant [not-in-charge] ( )
spline1dinterpolant::spline1dinterpolant [not-in-charge] spline1dinterpolant const& rhs )
spline1dinterpolant::~spline1dinterpolant [in-charge-deleting] ( )
spline1dinterpolant::~spline1dinterpolant [in-charge] ( )
spline1dinterpolant::~spline1dinterpolant [not-in-charge] ( )
spline1dlintransx ( spline1dinterpolant const& c, double const a, double const b )
spline1dlintransy ( spline1dinterpolant const& c, double const a, double const b )
spline1dunpack ( spline1dinterpolant const& c, ae_int_t& n, real_2d_array& tbl )
spline2dbuildbicubic ( real_1d_array const& x, real_1d_array const& y, real_2d_array const& f, ae_int_t const m, ae_int_t const n, spline2dinterpolant& c )
spline2dbuildbilinear ( real_1d_array const& x, real_1d_array const& y, real_2d_array const& f, ae_int_t const m, ae_int_t const n, spline2dinterpolant& c )
spline2dcalc ( spline2dinterpolant const& c, double const x, double const y )
spline2ddiff ( spline2dinterpolant const& c, double const x, double const y, double& f, double& fx, double& fy, double& fxy )
spline2dinterpolant::operator = spline2dinterpolant const& rhs )
spline2dinterpolant::spline2dinterpolant [in-charge] ( )
spline2dinterpolant::spline2dinterpolant [in-charge] spline2dinterpolant const& rhs )
spline2dinterpolant::spline2dinterpolant [not-in-charge] ( )
spline2dinterpolant::spline2dinterpolant [not-in-charge] spline2dinterpolant const& rhs )
spline2dinterpolant::~spline2dinterpolant [in-charge-deleting] ( )
spline2dinterpolant::~spline2dinterpolant [in-charge] ( )
spline2dinterpolant::~spline2dinterpolant [not-in-charge] ( )
spline2dlintransf ( spline2dinterpolant const& c, double const a, double const b )
spline2dlintransxy ( spline2dinterpolant const& c, double const ax, double const bx, double const ay, double const by )
spline2dresamplebicubic ( real_2d_array const& a, ae_int_t const oldheight, ae_int_t const oldwidth, real_2d_array& b, ae_int_t const newheight, ae_int_t const newwidth )
spline2dresamplebilinear ( real_2d_array const& a, ae_int_t const oldheight, ae_int_t const oldwidth, real_2d_array& b, ae_int_t const newheight, ae_int_t const newwidth )
spline2dunpack ( spline2dinterpolant const& c, ae_int_t& m, ae_int_t& n, real_2d_array& tbl )

interpolation.h, libalglib.so
namespace alglib_impl
_barycentricfitreport_clear struct barycentricfitreport* p )
_barycentricfitreport_init ( struct barycentricfitreport* p, struct ae_state* _state, bool make_automatic )
_barycentricfitreport_init_copy ( struct barycentricfitreport* dst, struct barycentricfitreport* src, struct ae_state* _state, bool make_automatic )
_barycentricinterpolant_clear struct barycentricinterpolant* p )
_barycentricinterpolant_init ( struct barycentricinterpolant* p, struct ae_state* _state, bool make_automatic )
_barycentricinterpolant_init_copy ( struct barycentricinterpolant* dst, struct barycentricinterpolant* src, struct ae_state* _state, bool make_automatic )
_idwinterpolant_clear struct idwinterpolant* p )
_idwinterpolant_init ( struct idwinterpolant* p, struct ae_state* _state, bool make_automatic )
_idwinterpolant_init_copy ( struct idwinterpolant* dst, struct idwinterpolant* src, struct ae_state* _state, bool make_automatic )
_lsfitreport_clear struct lsfitreport* p )
_lsfitreport_init ( struct lsfitreport* p, struct ae_state* _state, bool make_automatic )
_lsfitreport_init_copy ( struct lsfitreport* dst, struct lsfitreport* src, struct ae_state* _state, bool make_automatic )
_lsfitstate_clear struct lsfitstate* p )
_lsfitstate_init ( struct lsfitstate* p, struct ae_state* _state, bool make_automatic )
_lsfitstate_init_copy ( struct lsfitstate* dst, struct lsfitstate* src, struct ae_state* _state, bool make_automatic )
_polynomialfitreport_clear struct polynomialfitreport* p )
_polynomialfitreport_init ( struct polynomialfitreport* p, struct ae_state* _state, bool make_automatic )
_polynomialfitreport_init_copy ( struct polynomialfitreport* dst, struct polynomialfitreport* src, struct ae_state* _state, bool make_automatic )
_pspline2interpolant_clear struct pspline2interpolant* p )
_pspline2interpolant_init ( struct pspline2interpolant* p, struct ae_state* _state, bool make_automatic )
_pspline2interpolant_init_copy ( struct pspline2interpolant* dst, struct pspline2interpolant* src, struct ae_state* _state, bool make_automatic )
_pspline3interpolant_clear struct pspline3interpolant* p )
_pspline3interpolant_init ( struct pspline3interpolant* p, struct ae_state* _state, bool make_automatic )
_pspline3interpolant_init_copy ( struct pspline3interpolant* dst, struct pspline3interpolant* src, struct ae_state* _state, bool make_automatic )
_spline1dfitreport_clear struct spline1dfitreport* p )
_spline1dfitreport_init ( struct spline1dfitreport* p, struct ae_state* _state, bool make_automatic )
_spline1dfitreport_init_copy ( struct spline1dfitreport* dst, struct spline1dfitreport* src, struct ae_state* _state, bool make_automatic )
_spline1dinterpolant_clear struct spline1dinterpolant* p )
_spline1dinterpolant_init ( struct spline1dinterpolant* p, struct ae_state* _state, bool make_automatic )
_spline1dinterpolant_init_copy ( struct spline1dinterpolant* dst, struct spline1dinterpolant* src, struct ae_state* _state, bool make_automatic )
_spline2dinterpolant_clear struct spline2dinterpolant* p )
_spline2dinterpolant_init ( struct spline2dinterpolant* p, struct ae_state* _state, bool make_automatic )
_spline2dinterpolant_init_copy ( struct spline2dinterpolant* dst, struct spline2dinterpolant* src, struct ae_state* _state, bool make_automatic )
barycentricbuildfloaterhormann ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t d, struct barycentricinterpolant* b, struct ae_state* _state )
barycentricbuildxyw ae_vector* x, ae_vector* y, ae_vector* w, ae_int_t n, struct barycentricinterpolant* b, struct ae_state* _state )
barycentriccalc ( struct barycentricinterpolant* b, double t, struct ae_state* _state )
barycentriccopy ( struct barycentricinterpolant* b, struct barycentricinterpolant* b2, struct ae_state* _state )
barycentricdiff1 ( struct barycentricinterpolant* b, double t, double* f, double* df, struct ae_state* _state )
barycentricdiff2 ( struct barycentricinterpolant* b, double t, double* f, double* df, double* d2f, struct ae_state* _state )
barycentricfitfloaterhormann ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t m, ae_int_t* info, struct barycentricinterpolant* b, struct barycentricfitreport* rep, struct ae_state* _state )
barycentricfitfloaterhormannwc ae_vector* x, ae_vector* y, ae_vector* w, ae_int_t n, ae_vector* xc, ae_vector* yc, ae_vector* dc, ae_int_t k, ae_int_t m, ae_int_t* info, struct barycentricinterpolant* b, struct barycentricfitreport* rep, struct ae_state* _state )
barycentriclintransx ( struct barycentricinterpolant* b, double ca, double cb, struct ae_state* _state )
barycentriclintransy ( struct barycentricinterpolant* b, double ca, double cb, struct ae_state* _state )
barycentricunpack ( struct barycentricinterpolant* b, ae_int_t* n, ae_vector* x, ae_vector* y, ae_vector* w, struct ae_state* _state )
idwbuildmodifiedshepard ae_matrix* xy, ae_int_t n, ae_int_t nx, ae_int_t d, ae_int_t nq, ae_int_t nw, struct idwinterpolant* z, struct ae_state* _state )
idwbuildmodifiedshepardr ae_matrix* xy, ae_int_t n, ae_int_t nx, double r, struct idwinterpolant* z, struct ae_state* _state )
idwbuildnoisy ae_matrix* xy, ae_int_t n, ae_int_t nx, ae_int_t d, ae_int_t nq, ae_int_t nw, struct idwinterpolant* z, struct ae_state* _state )
idwcalc ( struct idwinterpolant* z, ae_vector* x, struct ae_state* _state )
lsfitcreatefg ae_matrix* x, ae_vector* y, ae_vector* c, ae_int_t n, ae_int_t m, ae_int_t k, bool cheapfg, struct lsfitstate* state, struct ae_state* _state )
lsfitcreatefgh ae_matrix* x, ae_vector* y, ae_vector* c, ae_int_t n, ae_int_t m, ae_int_t k, struct lsfitstate* state, struct ae_state* _state )
lsfitcreatewfg ae_matrix* x, ae_vector* y, ae_vector* w, ae_vector* c, ae_int_t n, ae_int_t m, ae_int_t k, bool cheapfg, struct lsfitstate* state, struct ae_state* _state )
lsfitcreatewfgh ae_matrix* x, ae_vector* y, ae_vector* w, ae_vector* c, ae_int_t n, ae_int_t m, ae_int_t k, struct lsfitstate* state, struct ae_state* _state )
lsfititeration ( struct lsfitstate* state, struct ae_state* _state )
lsfitlinear ae_vector* y, ae_matrix* fmatrix, ae_int_t n, ae_int_t m, ae_int_t* info, ae_vector* c, struct lsfitreport* rep, struct ae_state* _state )
lsfitlinearc ae_vector* y, ae_matrix* fmatrix, ae_matrix* cmatrix, ae_int_t n, ae_int_t m, ae_int_t k, ae_int_t* info, ae_vector* c, struct lsfitreport* rep, struct ae_state* _state )
lsfitlinearw ae_vector* y, ae_vector* w, ae_matrix* fmatrix, ae_int_t n, ae_int_t m, ae_int_t* info, ae_vector* c, struct lsfitreport* rep, struct ae_state* _state )
lsfitlinearwc ae_vector* y, ae_vector* w, ae_matrix* fmatrix, ae_matrix* cmatrix, ae_int_t n, ae_int_t m, ae_int_t k, ae_int_t* info, ae_vector* c, struct lsfitreport* rep, struct ae_state* _state )
lsfitresults ( struct lsfitstate* state, ae_int_t* info, ae_vector* c, struct lsfitreport* rep, struct ae_state* _state )
lsfitscalexy ae_vector* x, ae_vector* y, ae_int_t n, ae_vector* xc, ae_vector* yc, ae_vector* dc, ae_int_t k, double* xa, double* xb, double* sa, double* sb, ae_vector* xoriginal, ae_vector* yoriginal, struct ae_state* _state )
lsfitsetcond ( struct lsfitstate* state, double epsf, double epsx, ae_int_t maxits, struct ae_state* _state )
lsfitsetstpmax ( struct lsfitstate* state, double stpmax, struct ae_state* _state )
lsfitsetxrep ( struct lsfitstate* state, bool needxrep, struct ae_state* _state )
polynomialbuild ae_vector* x, ae_vector* y, ae_int_t n, struct barycentricinterpolant* p, struct ae_state* _state )
polynomialbuildcheb1 double a, double b, ae_vector* y, ae_int_t n, struct barycentricinterpolant* p, struct ae_state* _state )
polynomialbuildcheb2 double a, double b, ae_vector* y, ae_int_t n, struct barycentricinterpolant* p, struct ae_state* _state )
polynomialbuildeqdist double a, double b, ae_vector* y, ae_int_t n, struct barycentricinterpolant* p, struct ae_state* _state )
polynomialcalccheb1 double a, double b, ae_vector* f, ae_int_t n, double t, struct ae_state* _state )
polynomialcalccheb2 double a, double b, ae_vector* f, ae_int_t n, double t, struct ae_state* _state )
polynomialcalceqdist double a, double b, ae_vector* f, ae_int_t n, double t, struct ae_state* _state )
polynomialfit ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t m, ae_int_t* info, struct barycentricinterpolant* p, struct polynomialfitreport* rep, struct ae_state* _state )
polynomialfitwc ae_vector* x, ae_vector* y, ae_vector* w, ae_int_t n, ae_vector* xc, ae_vector* yc, ae_vector* dc, ae_int_t k, ae_int_t m, ae_int_t* info, struct barycentricinterpolant* p, struct polynomialfitreport* rep, struct ae_state* _state )
pspline2arclength ( struct pspline2interpolant* p, double a, double b, struct ae_state* _state )
pspline2build ae_matrix* xy, ae_int_t n, ae_int_t st, ae_int_t pt, struct pspline2interpolant* p, struct ae_state* _state )
pspline2buildperiodic ae_matrix* xy, ae_int_t n, ae_int_t st, ae_int_t pt, struct pspline2interpolant* p, struct ae_state* _state )
pspline2calc ( struct pspline2interpolant* p, double t, double* x, double* y, struct ae_state* _state )
pspline2diff ( struct pspline2interpolant* p, double t, double* x, double* dx, double* y, double* dy, struct ae_state* _state )
pspline2diff2 ( struct pspline2interpolant* p, double t, double* x, double* dx, double* d2x, double* y, double* dy, double* d2y, struct ae_state* _state )
pspline2parametervalues ( struct pspline2interpolant* p, ae_int_t* n, ae_vector* t, struct ae_state* _state )
pspline2tangent ( struct pspline2interpolant* p, double t, double* x, double* y, struct ae_state* _state )
pspline3arclength ( struct pspline3interpolant* p, double a, double b, struct ae_state* _state )
pspline3build ae_matrix* xy, ae_int_t n, ae_int_t st, ae_int_t pt, struct pspline3interpolant* p, struct ae_state* _state )
pspline3buildperiodic ae_matrix* xy, ae_int_t n, ae_int_t st, ae_int_t pt, struct pspline3interpolant* p, struct ae_state* _state )
pspline3calc ( struct pspline3interpolant* p, double t, double* x, double* y, double* z, struct ae_state* _state )
pspline3diff ( struct pspline3interpolant* p, double t, double* x, double* dx, double* y, double* dy, double* z, double* dz, struct ae_state* _state )
pspline3diff2 ( struct pspline3interpolant* p, double t, double* x, double* dx, double* d2x, double* y, double* dy, double* d2y, double* z, double* dz, double* d2z, struct ae_state* _state )
pspline3parametervalues ( struct pspline3interpolant* p, ae_int_t* n, ae_vector* t, struct ae_state* _state )
pspline3tangent ( struct pspline3interpolant* p, double t, double* x, double* y, double* z, struct ae_state* _state )
spline1dbuildakima ae_vector* x, ae_vector* y, ae_int_t n, struct spline1dinterpolant* c, struct ae_state* _state )
spline1dbuildcatmullrom ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundtype, double tension, struct spline1dinterpolant* c, struct ae_state* _state )
spline1dbuildcubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, struct spline1dinterpolant* c, struct ae_state* _state )
spline1dbuildhermite ae_vector* x, ae_vector* y, ae_vector* d, ae_int_t n, struct spline1dinterpolant* c, struct ae_state* _state )
spline1dbuildlinear ae_vector* x, ae_vector* y, ae_int_t n, struct spline1dinterpolant* c, struct ae_state* _state )
spline1dcalc ( struct spline1dinterpolant* c, double x, struct ae_state* _state )
spline1dconvcubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, ae_vector* x2, ae_int_t n2, ae_vector* y2, struct ae_state* _state )
spline1dconvdiff2cubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, ae_vector* x2, ae_int_t n2, ae_vector* y2, ae_vector* d2, ae_vector* dd2, struct ae_state* _state )
spline1dconvdiffcubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, ae_vector* x2, ae_int_t n2, ae_vector* y2, ae_vector* d2, struct ae_state* _state )
spline1dcopy ( struct spline1dinterpolant* c, struct spline1dinterpolant* cc, struct ae_state* _state )
spline1ddiff ( struct spline1dinterpolant* c, double x, double* s, double* ds, double* d2s, struct ae_state* _state )
spline1dfitcubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t m, ae_int_t* info, struct spline1dinterpolant* s, struct spline1dfitreport* rep, struct ae_state* _state )
spline1dfitcubicwc ae_vector* x, ae_vector* y, ae_vector* w, ae_int_t n, ae_vector* xc, ae_vector* yc, ae_vector* dc, ae_int_t k, ae_int_t m, ae_int_t* info, struct spline1dinterpolant* s, struct spline1dfitreport* rep, struct ae_state* _state )
spline1dfithermite ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t m, ae_int_t* info, struct spline1dinterpolant* s, struct spline1dfitreport* rep, struct ae_state* _state )
spline1dfithermitewc ae_vector* x, ae_vector* y, ae_vector* w, ae_int_t n, ae_vector* xc, ae_vector* yc, ae_vector* dc, ae_int_t k, ae_int_t m, ae_int_t* info, struct spline1dinterpolant* s, struct spline1dfitreport* rep, struct ae_state* _state )
spline1dgriddiff2cubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, ae_vector* d1, ae_vector* d2, struct ae_state* _state )
spline1dgriddiffcubic ae_vector* x, ae_vector* y, ae_int_t n, ae_int_t boundltype, double boundl, ae_int_t boundrtype, double boundr, ae_vector* d, struct ae_state* _state )
spline1dintegrate ( struct spline1dinterpolant* c, double x, struct ae_state* _state )
spline1dlintransx ( struct spline1dinterpolant* c, double a, double b, struct ae_state* _state )
spline1dlintransy ( struct spline1dinterpolant* c, double a, double b, struct ae_state* _state )
spline1dunpack ( struct spline1dinterpolant* c, ae_int_t* n, ae_matrix* tbl, struct ae_state* _state )
spline2dbuildbicubic ae_vector* x, ae_vector* y, ae_matrix* f, ae_int_t m, ae_int_t n, struct spline2dinterpolant* c, struct ae_state* _state )
spline2dbuildbilinear ae_vector* x, ae_vector* y, ae_matrix* f, ae_int_t m, ae_int_t n, struct spline2dinterpolant* c, struct ae_state* _state )
spline2dcalc ( struct spline2dinterpolant* c, double x, double y, struct ae_state* _state )
spline2dcopy ( struct spline2dinterpolant* c, struct spline2dinterpolant* cc, struct ae_state* _state )
spline2ddiff ( struct spline2dinterpolant* c, double x, double y, double* f, double* fx, double* fy, double* fxy, struct ae_state* _state )
spline2dlintransf ( struct spline2dinterpolant* c, double a, double b, struct ae_state* _state )
spline2dlintransxy ( struct spline2dinterpolant* c, double ax, double bx, double ay, double by, struct ae_state* _state )
spline2dresamplebicubic ae_matrix* a, ae_int_t oldheight, ae_int_t oldwidth, ae_matrix* b, ae_int_t newheight, ae_int_t newwidth, struct ae_state* _state )
spline2dresamplebilinear ae_matrix* a, ae_int_t oldheight, ae_int_t oldwidth, ae_matrix* b, ae_int_t newheight, ae_int_t newwidth, struct ae_state* _state )
spline2dunpack ( struct spline2dinterpolant* c, ae_int_t* m, ae_int_t* n, ae_matrix* tbl, struct ae_state* _state )

linalg.h, libalglib.so
namespace alglib
_matinvreport_owner::_matinvreport_owner [in-charge] ( )
_matinvreport_owner::_matinvreport_owner [in-charge] _matinvreport_owner const& rhs )
_matinvreport_owner::_matinvreport_owner [not-in-charge] ( )
_matinvreport_owner::_matinvreport_owner [not-in-charge] _matinvreport_owner const& rhs )
_matinvreport_owner::c_ptr ( )
_matinvreport_owner::c_ptr ( ) const
_matinvreport_owner::operator = _matinvreport_owner const& rhs )
_matinvreport_owner::~_matinvreport_owner [in-charge-deleting] ( )
_matinvreport_owner::~_matinvreport_owner [in-charge] ( )
_matinvreport_owner::~_matinvreport_owner [not-in-charge] ( )
cmatrixcopy ( ae_int_t const m, ae_int_t const n, complex_2d_array const& a, ae_int_t const ia, ae_int_t const ja, complex_2d_array& b, ae_int_t const ib, ae_int_t const jb )
cmatrixdet complex_2d_array const& a )
cmatrixdet ( complex_2d_array const& a, ae_int_t const n )
cmatrixgemm ( ae_int_t const m, ae_int_t const n, ae_int_t const k, complex const alpha, complex_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const optypea, complex_2d_array const& b, ae_int_t const ib, ae_int_t const jb, ae_int_t const optypeb, complex const beta, complex_2d_array& c, ae_int_t const ic, ae_int_t const jc )
cmatrixinverse ( complex_2d_array& a, ae_int_t const n, ae_int_t& info, matinvreport& rep )
cmatrixinverse ( complex_2d_array& a, ae_int_t& info, matinvreport& rep )
cmatrixlefttrsm ( ae_int_t const m, ae_int_t const n, complex_2d_array const& a, ae_int_t const i1, ae_int_t const j1, bool const isupper, bool const isunit, ae_int_t const optype, complex_2d_array& x, ae_int_t const i2, ae_int_t const j2 )
cmatrixlq ( complex_2d_array& a, ae_int_t const m, ae_int_t const n, complex_1d_array& tau )
cmatrixlqunpackl ( complex_2d_array const& a, ae_int_t const m, ae_int_t const n, complex_2d_array& l )
cmatrixlqunpackq ( complex_2d_array const& a, ae_int_t const m, ae_int_t const n, complex_1d_array const& tau, ae_int_t const qrows, complex_2d_array& q )
cmatrixlu ( complex_2d_array& a, ae_int_t const m, ae_int_t const n, integer_1d_array& pivots )
cmatrixludet ( complex_2d_array const& a, integer_1d_array const& pivots )
cmatrixludet ( complex_2d_array const& a, integer_1d_array const& pivots, ae_int_t const n )
cmatrixluinverse ( complex_2d_array& a, integer_1d_array const& pivots, ae_int_t const n, ae_int_t& info, matinvreport& rep )
cmatrixluinverse ( complex_2d_array& a, integer_1d_array const& pivots, ae_int_t& info, matinvreport& rep )
cmatrixlurcond1 ( complex_2d_array const& lua, ae_int_t const n )
cmatrixlurcondinf ( complex_2d_array const& lua, ae_int_t const n )
cmatrixmv ( ae_int_t const m, ae_int_t const n, complex_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const opa, complex_1d_array const& x, ae_int_t const ix, complex_1d_array& y, ae_int_t const iy )
cmatrixqr ( complex_2d_array& a, ae_int_t const m, ae_int_t const n, complex_1d_array& tau )
cmatrixqrunpackq ( complex_2d_array const& a, ae_int_t const m, ae_int_t const n, complex_1d_array const& tau, ae_int_t const qcolumns, complex_2d_array& q )
cmatrixqrunpackr ( complex_2d_array const& a, ae_int_t const m, ae_int_t const n, complex_2d_array& r )
cmatrixrank1 ( ae_int_t const m, ae_int_t const n, complex_2d_array& a, ae_int_t const ia, ae_int_t const ja, complex_1d_array& u, ae_int_t const iu, complex_1d_array& v, ae_int_t const iv )
cmatrixrcond1 ( complex_2d_array const& a, ae_int_t const n )
cmatrixrcondinf ( complex_2d_array const& a, ae_int_t const n )
cmatrixrighttrsm ( ae_int_t const m, ae_int_t const n, complex_2d_array const& a, ae_int_t const i1, ae_int_t const j1, bool const isupper, bool const isunit, ae_int_t const optype, complex_2d_array& x, ae_int_t const i2, ae_int_t const j2 )
cmatrixrndcond ( ae_int_t const n, double const c, complex_2d_array& a )
cmatrixrndorthogonal ( ae_int_t const n, complex_2d_array& a )
cmatrixrndorthogonalfromtheleft ( complex_2d_array& a, ae_int_t const m, ae_int_t const n )
cmatrixrndorthogonalfromtheright ( complex_2d_array& a, ae_int_t const m, ae_int_t const n )
cmatrixsyrk ( ae_int_t const n, ae_int_t const k, double const alpha, complex_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const optypea, double const beta, complex_2d_array& c, ae_int_t const ic, ae_int_t const jc, bool const isupper )
cmatrixtranspose ( ae_int_t const m, ae_int_t const n, complex_2d_array const& a, ae_int_t const ia, ae_int_t const ja, complex_2d_array& b, ae_int_t const ib, ae_int_t const jb )
cmatrixtrinverse ( complex_2d_array& a, ae_int_t const n, bool const isupper, bool const isunit, ae_int_t& info, matinvreport& rep )
cmatrixtrinverse ( complex_2d_array& a, bool const isupper, ae_int_t& info, matinvreport& rep )
cmatrixtrrcond1 ( complex_2d_array const& a, ae_int_t const n, bool const isupper, bool const isunit )
cmatrixtrrcondinf ( complex_2d_array const& a, ae_int_t const n, bool const isupper, bool const isunit )
hmatrixevd ( complex_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, real_1d_array& d, complex_2d_array& z )
hmatrixevdi ( complex_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, ae_int_t const i1, ae_int_t const i2, real_1d_array& w, complex_2d_array& z )
hmatrixevdr ( complex_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, double const b1, double const b2, ae_int_t& m, real_1d_array& w, complex_2d_array& z )
hmatrixrndcond ( ae_int_t const n, double const c, complex_2d_array& a )
hmatrixrndmultiply ( complex_2d_array& a, ae_int_t const n )
hmatrixtd ( complex_2d_array& a, ae_int_t const n, bool const isupper, complex_1d_array& tau, real_1d_array& d, real_1d_array& e )
hmatrixtdunpackq ( complex_2d_array const& a, ae_int_t const n, bool const isupper, complex_1d_array const& tau, complex_2d_array& q )
hpdmatrixcholesky ( complex_2d_array& a, ae_int_t const n, bool const isupper )
hpdmatrixcholeskyinverse ( complex_2d_array& a, ae_int_t const n, bool const isupper, ae_int_t& info, matinvreport& rep )
hpdmatrixcholeskyinverse ( complex_2d_array& a, ae_int_t& info, matinvreport& rep )
hpdmatrixcholeskyrcond ( complex_2d_array const& a, ae_int_t const n, bool const isupper )
hpdmatrixinverse ( complex_2d_array& a, ae_int_t const n, bool const isupper, ae_int_t& info, matinvreport& rep )
hpdmatrixinverse ( complex_2d_array& a, ae_int_t& info, matinvreport& rep )
hpdmatrixrcond ( complex_2d_array const& a, ae_int_t const n, bool const isupper )
hpdmatrixrndcond ( ae_int_t const n, double const c, complex_2d_array& a )
matinvreport::matinvreport [in-charge] ( )
matinvreport::matinvreport [in-charge] matinvreport const& rhs )
matinvreport::matinvreport [not-in-charge] ( )
matinvreport::matinvreport [not-in-charge] matinvreport const& rhs )
matinvreport::operator = matinvreport const& rhs )
matinvreport::~matinvreport [in-charge-deleting] ( )
matinvreport::~matinvreport [in-charge] ( )
matinvreport::~matinvreport [not-in-charge] ( )
rmatrixbd ( real_2d_array& a, ae_int_t const m, ae_int_t const n, real_1d_array& tauq, real_1d_array& taup )
rmatrixbdmultiplybyp ( real_2d_array const& qp, ae_int_t const m, ae_int_t const n, real_1d_array const& taup, real_2d_array& z, ae_int_t const zrows, ae_int_t const zcolumns, bool const fromtheright, bool const dotranspose )
rmatrixbdmultiplybyq ( real_2d_array const& qp, ae_int_t const m, ae_int_t const n, real_1d_array const& tauq, real_2d_array& z, ae_int_t const zrows, ae_int_t const zcolumns, bool const fromtheright, bool const dotranspose )
rmatrixbdsvd ( real_1d_array& d, real_1d_array const& e, ae_int_t const n, bool const isupper, bool const isfractionalaccuracyrequired, real_2d_array& u, ae_int_t const nru, real_2d_array& c, ae_int_t const ncc, real_2d_array& vt, ae_int_t const ncvt )
rmatrixbdunpackdiagonals ( real_2d_array const& b, ae_int_t const m, ae_int_t const n, bool& isupper, real_1d_array& d, real_1d_array& e )
rmatrixbdunpackpt ( real_2d_array const& qp, ae_int_t const m, ae_int_t const n, real_1d_array const& taup, ae_int_t const ptrows, real_2d_array& pt )
rmatrixbdunpackq ( real_2d_array const& qp, ae_int_t const m, ae_int_t const n, real_1d_array const& tauq, ae_int_t const qcolumns, real_2d_array& q )
rmatrixcopy ( ae_int_t const m, ae_int_t const n, real_2d_array const& a, ae_int_t const ia, ae_int_t const ja, real_2d_array& b, ae_int_t const ib, ae_int_t const jb )
rmatrixdet real_2d_array const& a )
rmatrixdet ( real_2d_array const& a, ae_int_t const n )
rmatrixevd ( real_2d_array const& a, ae_int_t const n, ae_int_t const vneeded, real_1d_array& wr, real_1d_array& wi, real_2d_array& vl, real_2d_array& vr )
rmatrixgemm ( ae_int_t const m, ae_int_t const n, ae_int_t const k, double const alpha, real_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const optypea, real_2d_array const& b, ae_int_t const ib, ae_int_t const jb, ae_int_t const optypeb, double const beta, real_2d_array& c, ae_int_t const ic, ae_int_t const jc )
rmatrixhessenberg ( real_2d_array& a, ae_int_t const n, real_1d_array& tau )
rmatrixhessenbergunpackh ( real_2d_array const& a, ae_int_t const n, real_2d_array& h )
rmatrixhessenbergunpackq ( real_2d_array const& a, ae_int_t const n, real_1d_array const& tau, real_2d_array& q )
rmatrixinverse ( real_2d_array& a, ae_int_t const n, ae_int_t& info, matinvreport& rep )
rmatrixinverse ( real_2d_array& a, ae_int_t& info, matinvreport& rep )
rmatrixinvupdatecolumn ( real_2d_array& inva, ae_int_t const n, ae_int_t const updcolumn, real_1d_array const& u )
rmatrixinvupdaterow ( real_2d_array& inva, ae_int_t const n, ae_int_t const updrow, real_1d_array const& v )
rmatrixinvupdatesimple ( real_2d_array& inva, ae_int_t const n, ae_int_t const updrow, ae_int_t const updcolumn, double const updval )
rmatrixinvupdateuv ( real_2d_array& inva, ae_int_t const n, real_1d_array const& u, real_1d_array const& v )
rmatrixlefttrsm ( ae_int_t const m, ae_int_t const n, real_2d_array const& a, ae_int_t const i1, ae_int_t const j1, bool const isupper, bool const isunit, ae_int_t const optype, real_2d_array& x, ae_int_t const i2, ae_int_t const j2 )
rmatrixlq ( real_2d_array& a, ae_int_t const m, ae_int_t const n, real_1d_array& tau )
rmatrixlqunpackl ( real_2d_array const& a, ae_int_t const m, ae_int_t const n, real_2d_array& l )
rmatrixlqunpackq ( real_2d_array const& a, ae_int_t const m, ae_int_t const n, real_1d_array const& tau, ae_int_t const qrows, real_2d_array& q )
rmatrixlu ( real_2d_array& a, ae_int_t const m, ae_int_t const n, integer_1d_array& pivots )
rmatrixludet ( real_2d_array const& a, integer_1d_array const& pivots )
rmatrixludet ( real_2d_array const& a, integer_1d_array const& pivots, ae_int_t const n )
rmatrixluinverse ( real_2d_array& a, integer_1d_array const& pivots, ae_int_t const n, ae_int_t& info, matinvreport& rep )
rmatrixluinverse ( real_2d_array& a, integer_1d_array const& pivots, ae_int_t& info, matinvreport& rep )
rmatrixlurcond1 ( real_2d_array const& lua, ae_int_t const n )
rmatrixlurcondinf ( real_2d_array const& lua, ae_int_t const n )
rmatrixmv ( ae_int_t const m, ae_int_t const n, real_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const opa, real_1d_array const& x, ae_int_t const ix, real_1d_array& y, ae_int_t const iy )
rmatrixqr ( real_2d_array& a, ae_int_t const m, ae_int_t const n, real_1d_array& tau )
rmatrixqrunpackq ( real_2d_array const& a, ae_int_t const m, ae_int_t const n, real_1d_array const& tau, ae_int_t const qcolumns, real_2d_array& q )
rmatrixqrunpackr ( real_2d_array const& a, ae_int_t const m, ae_int_t const n, real_2d_array& r )
rmatrixrank1 ( ae_int_t const m, ae_int_t const n, real_2d_array& a, ae_int_t const ia, ae_int_t const ja, real_1d_array& u, ae_int_t const iu, real_1d_array& v, ae_int_t const iv )
rmatrixrcond1 ( real_2d_array const& a, ae_int_t const n )
rmatrixrcondinf ( real_2d_array const& a, ae_int_t const n )
rmatrixrighttrsm ( ae_int_t const m, ae_int_t const n, real_2d_array const& a, ae_int_t const i1, ae_int_t const j1, bool const isupper, bool const isunit, ae_int_t const optype, real_2d_array& x, ae_int_t const i2, ae_int_t const j2 )
rmatrixrndcond ( ae_int_t const n, double const c, real_2d_array& a )
rmatrixrndorthogonal ( ae_int_t const n, real_2d_array& a )
rmatrixrndorthogonalfromtheleft ( real_2d_array& a, ae_int_t const m, ae_int_t const n )
rmatrixrndorthogonalfromtheright ( real_2d_array& a, ae_int_t const m, ae_int_t const n )
rmatrixschur ( real_2d_array& a, ae_int_t const n, real_2d_array& s )
rmatrixsvd ( real_2d_array const& a, ae_int_t const m, ae_int_t const n, ae_int_t const uneeded, ae_int_t const vtneeded, ae_int_t const additionalmemory, real_1d_array& w, real_2d_array& u, real_2d_array& vt )
rmatrixsyrk ( ae_int_t const n, ae_int_t const k, double const alpha, real_2d_array const& a, ae_int_t const ia, ae_int_t const ja, ae_int_t const optypea, double const beta, real_2d_array& c, ae_int_t const ic, ae_int_t const jc, bool const isupper )
rmatrixtranspose ( ae_int_t const m, ae_int_t const n, real_2d_array const& a, ae_int_t const ia, ae_int_t const ja, real_2d_array& b, ae_int_t const ib, ae_int_t const jb )
rmatrixtrinverse ( real_2d_array& a, ae_int_t const n, bool const isupper, bool const isunit, ae_int_t& info, matinvreport& rep )
rmatrixtrinverse ( real_2d_array& a, bool const isupper, ae_int_t& info, matinvreport& rep )
rmatrixtrrcond1 ( real_2d_array const& a, ae_int_t const n, bool const isupper, bool const isunit )
rmatrixtrrcondinf ( real_2d_array const& a, ae_int_t const n, bool const isupper, bool const isunit )
smatrixevd ( real_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, real_1d_array& d, real_2d_array& z )
smatrixevdi ( real_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, ae_int_t const i1, ae_int_t const i2, real_1d_array& w, real_2d_array& z )
smatrixevdr ( real_2d_array const& a, ae_int_t const n, ae_int_t const zneeded, bool const isupper, double const b1, double const b2, ae_int_t& m, real_1d_array& w, real_2d_array& z )
smatrixgevd ( real_2d_array const& a, ae_int_t const n, bool const isuppera, real_2d_array const& b, bool const isupperb, ae_int_t const zneeded, ae_int_t const problemtype, real_1d_array& d, real_2d_array& z )
smatrixgevdreduce ( real_2d_array& a, ae_int_t const n, bool const isuppera, real_2d_array const& b, bool const isupperb, ae_int_t const problemtype, real_2d_array& r, bool& isupperr )
smatrixrndcond ( ae_int_t const n, double const c, real_2d_array& a )
smatrixrndmultiply ( real_2d_array& a, ae_int_t const n )
smatrixtd ( real_2d_array& a, ae_int_t const n, bool const isupper, real_1d_array& tau, real_1d_array& d, real_1d_array& e )
smatrixtdevd ( real_1d_array& d, real_1d_array const& e, ae_int_t const n, ae_int_t const zneeded, real_2d_array& z )
smatrixtdevdi ( real_1d_array& d, real_1d_array const& e, ae_int_t const n, ae_int_t const zneeded, ae_int_t const i1, ae_int_t const i2, real_2d_array& z )
smatrixtdevdr ( real_1d_array& d, real_1d_array const& e, ae_int_t const n, ae_int_t const zneeded, double const a, double const b, ae_int_t& m, real_2d_array& z )
smatrixtdunpackq ( real_2d_array const& a, ae_int_t const n, bool const isupper, real_1d_array const& tau, real_2d_array& q )
spdmatrixcholesky ( real_2d_array& a, ae_int_t const n, bool const isupper )
spdmatrixcholeskydet real_2d_array const& a )
spdmatrixcholeskydet ( real_2d_array const& a, ae_int_t const n )
spdmatrixcholeskyinverse ( real_2d_array& a, ae_int_t const n, bool const isupper, ae_int_t& info, matinvreport& rep )
spdmatrixcholeskyinverse ( real_2d_array& a, ae_int_t& info, matinvreport& rep )
spdmatrixcholeskyrcond ( real_2d_array const& a, ae_int_t const n, bool const isupper )
spdmatrixdet real_2d_array const& a )
spdmatrixdet ( real_2d_array const& a, ae_int_t const n, bool const isupper )
spdmatrixinverse ( real_2d_array& a, ae_int_t const n, bool const isupper, ae_int_t& info, matinvreport& rep )
spdmatrixinverse ( real_2d_array& a, ae_int_t& info, matinvreport& rep )
spdmatrixrcond ( real_2d_array const& a, ae_int_t const n, bool const isupper )
spdmatrixrndcond ( ae_int_t const n, double const c, real_2d_array& a )

linalg.h, libalglib.so
namespace alglib_impl
_matinvreport_clear struct matinvreport* p )
_matinvreport_init ( struct matinvreport* p, struct ae_state* _state, bool make_automatic )
_matinvreport_init_copy ( struct matinvreport* dst, struct matinvreport* src, struct ae_state* _state, bool make_automatic )
ablasblocksize ae_matrix* a, struct ae_state* _state )
ablascomplexblocksize ae_matrix* a, struct ae_state* _state )
ablascomplexsplitlength ae_matrix* a, ae_int_t n, ae_int_t* n1, ae_int_t* n2, struct ae_state* _state )
ablasmicroblocksize struct ae_state* _state )
ablassplitlength ae_matrix* a, ae_int_t n, ae_int_t* n1, ae_int_t* n2, struct ae_state* _state )
bidiagonalsvddecomposition ae_vector* d, ae_vector* e, ae_int_t n, bool isupper, bool isfractionalaccuracyrequired, ae_matrix* u, ae_int_t nru, ae_matrix* c, ae_int_t ncc, ae_matrix* vt, ae_int_t ncvt, struct ae_state* _state )
cmatrixcopy ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_matrix* b, ae_int_t ib, ae_int_t jb, struct ae_state* _state )
cmatrixdet ae_matrix* a, ae_int_t n, struct ae_state* _state )
cmatrixgemm ae_int_t m, ae_int_t n, ae_int_t k, struct ae_complex alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, struct ae_complex beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, struct ae_state* _state )
cmatrixinverse ae_matrix* a, ae_int_t n, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
cmatrixlefttrsm ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
cmatrixlq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, struct ae_state* _state )
cmatrixlqunpackl ae_matrix* a, ae_int_t m, ae_int_t n, ae_matrix* l, struct ae_state* _state )
cmatrixlqunpackq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, ae_int_t qrows, ae_matrix* q, struct ae_state* _state )
cmatrixlu ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
cmatrixludet ae_matrix* a, ae_vector* pivots, ae_int_t n, struct ae_state* _state )
cmatrixluinverse ae_matrix* a, ae_vector* pivots, ae_int_t n, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
cmatrixlup ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
cmatrixlurcond1 ae_matrix* lua, ae_int_t n, struct ae_state* _state )
cmatrixlurcondinf ae_matrix* lua, ae_int_t n, struct ae_state* _state )
cmatrixmv ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t opa, ae_vector* x, ae_int_t ix, ae_vector* y, ae_int_t iy, struct ae_state* _state )
cmatrixplu ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
cmatrixqr ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, struct ae_state* _state )
cmatrixqrunpackq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, ae_int_t qcolumns, ae_matrix* q, struct ae_state* _state )
cmatrixqrunpackr ae_matrix* a, ae_int_t m, ae_int_t n, ae_matrix* r, struct ae_state* _state )
cmatrixrank1 ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t iu, ae_vector* v, ae_int_t iv, struct ae_state* _state )
cmatrixrcond1 ae_matrix* a, ae_int_t n, struct ae_state* _state )
cmatrixrcondinf ae_matrix* a, ae_int_t n, struct ae_state* _state )
cmatrixrighttrsm ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
cmatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )
cmatrixrndorthogonal ae_int_t n, ae_matrix* a, struct ae_state* _state )
cmatrixrndorthogonalfromtheleft ae_matrix* a, ae_int_t m, ae_int_t n, struct ae_state* _state )
cmatrixrndorthogonalfromtheright ae_matrix* a, ae_int_t m, ae_int_t n, struct ae_state* _state )
cmatrixsyrk ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper, struct ae_state* _state )
cmatrixtranspose ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_matrix* b, ae_int_t ib, ae_int_t jb, struct ae_state* _state )
cmatrixtrinverse ae_matrix* a, ae_int_t n, bool isupper, bool isunit, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
cmatrixtrrcond1 ae_matrix* a, ae_int_t n, bool isupper, bool isunit, struct ae_state* _state )
cmatrixtrrcondinf ae_matrix* a, ae_int_t n, bool isupper, bool isunit, struct ae_state* _state )
fblssolvecgx ae_matrix* a, ae_int_t m, ae_int_t n, double alpha, ae_vector* b, ae_vector* x, ae_vector* buf, struct ae_state* _state )
hmatrixevd ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, ae_vector* d, ae_matrix* z, struct ae_state* _state )
hmatrixevdi ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* w, ae_matrix* z, struct ae_state* _state )
hmatrixevdr ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, double b1, double b2, ae_int_t* m, ae_vector* w, ae_matrix* z, struct ae_state* _state )
hmatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )
hmatrixrndmultiply ae_matrix* a, ae_int_t n, struct ae_state* _state )
hmatrixtd ae_matrix* a, ae_int_t n, bool isupper, ae_vector* tau, ae_vector* d, ae_vector* e, struct ae_state* _state )
hmatrixtdunpackq ae_matrix* a, ae_int_t n, bool isupper, ae_vector* tau, ae_matrix* q, struct ae_state* _state )
hpdmatrixcholesky ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
hpdmatrixcholeskyinverse ae_matrix* a, ae_int_t n, bool isupper, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
hpdmatrixcholeskyrcond ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
hpdmatrixinverse ae_matrix* a, ae_int_t n, bool isupper, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
hpdmatrixrcond ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
hpdmatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )
rcondthreshold struct ae_state* _state )
rmatrixbd ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tauq, ae_vector* taup, struct ae_state* _state )
rmatrixbdmultiplybyp ae_matrix* qp, ae_int_t m, ae_int_t n, ae_vector* taup, ae_matrix* z, ae_int_t zrows, ae_int_t zcolumns, bool fromtheright, bool dotranspose, struct ae_state* _state )
rmatrixbdmultiplybyq ae_matrix* qp, ae_int_t m, ae_int_t n, ae_vector* tauq, ae_matrix* z, ae_int_t zrows, ae_int_t zcolumns, bool fromtheright, bool dotranspose, struct ae_state* _state )
rmatrixbdsvd ae_vector* d, ae_vector* e, ae_int_t n, bool isupper, bool isfractionalaccuracyrequired, ae_matrix* u, ae_int_t nru, ae_matrix* c, ae_int_t ncc, ae_matrix* vt, ae_int_t ncvt, struct ae_state* _state )
rmatrixbdunpackdiagonals ae_matrix* b, ae_int_t m, ae_int_t n, bool* isupper, ae_vector* d, ae_vector* e, struct ae_state* _state )
rmatrixbdunpackpt ae_matrix* qp, ae_int_t m, ae_int_t n, ae_vector* taup, ae_int_t ptrows, ae_matrix* pt, struct ae_state* _state )
rmatrixbdunpackq ae_matrix* qp, ae_int_t m, ae_int_t n, ae_vector* tauq, ae_int_t qcolumns, ae_matrix* q, struct ae_state* _state )
rmatrixcopy ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_matrix* b, ae_int_t ib, ae_int_t jb, struct ae_state* _state )
rmatrixdet ae_matrix* a, ae_int_t n, struct ae_state* _state )
rmatrixevd ae_matrix* a, ae_int_t n, ae_int_t vneeded, ae_vector* wr, ae_vector* wi, ae_matrix* vl, ae_matrix* vr, struct ae_state* _state )
rmatrixgemm ae_int_t m, ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, ae_matrix* b, ae_int_t ib, ae_int_t jb, ae_int_t optypeb, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, struct ae_state* _state )
rmatrixhessenberg ae_matrix* a, ae_int_t n, ae_vector* tau, struct ae_state* _state )
rmatrixhessenbergunpackh ae_matrix* a, ae_int_t n, ae_matrix* h, struct ae_state* _state )
rmatrixhessenbergunpackq ae_matrix* a, ae_int_t n, ae_vector* tau, ae_matrix* q, struct ae_state* _state )
rmatrixinverse ae_matrix* a, ae_int_t n, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
rmatrixinvupdatecolumn ae_matrix* inva, ae_int_t n, ae_int_t updcolumn, ae_vector* u, struct ae_state* _state )
rmatrixinvupdaterow ae_matrix* inva, ae_int_t n, ae_int_t updrow, ae_vector* v, struct ae_state* _state )
rmatrixinvupdatesimple ae_matrix* inva, ae_int_t n, ae_int_t updrow, ae_int_t updcolumn, double updval, struct ae_state* _state )
rmatrixinvupdateuv ae_matrix* inva, ae_int_t n, ae_vector* u, ae_vector* v, struct ae_state* _state )
rmatrixlefttrsm ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
rmatrixlq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, struct ae_state* _state )
rmatrixlqunpackl ae_matrix* a, ae_int_t m, ae_int_t n, ae_matrix* l, struct ae_state* _state )
rmatrixlqunpackq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, ae_int_t qrows, ae_matrix* q, struct ae_state* _state )
rmatrixlu ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
rmatrixludet ae_matrix* a, ae_vector* pivots, ae_int_t n, struct ae_state* _state )
rmatrixluinverse ae_matrix* a, ae_vector* pivots, ae_int_t n, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
rmatrixlup ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
rmatrixlurcond1 ae_matrix* lua, ae_int_t n, struct ae_state* _state )
rmatrixlurcondinf ae_matrix* lua, ae_int_t n, struct ae_state* _state )
rmatrixmv ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t opa, ae_vector* x, ae_int_t ix, ae_vector* y, ae_int_t iy, struct ae_state* _state )
rmatrixplu ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* pivots, struct ae_state* _state )
rmatrixqr ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, struct ae_state* _state )
rmatrixqrunpackq ae_matrix* a, ae_int_t m, ae_int_t n, ae_vector* tau, ae_int_t qcolumns, ae_matrix* q, struct ae_state* _state )
rmatrixqrunpackr ae_matrix* a, ae_int_t m, ae_int_t n, ae_matrix* r, struct ae_state* _state )
rmatrixrank1 ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_vector* u, ae_int_t iu, ae_vector* v, ae_int_t iv, struct ae_state* _state )
rmatrixrcond1 ae_matrix* a, ae_int_t n, struct ae_state* _state )
rmatrixrcondinf ae_matrix* a, ae_int_t n, struct ae_state* _state )
rmatrixrighttrsm ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t i1, ae_int_t j1, bool isupper, bool isunit, ae_int_t optype, ae_matrix* x, ae_int_t i2, ae_int_t j2, struct ae_state* _state )
rmatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )
rmatrixrndorthogonal ae_int_t n, ae_matrix* a, struct ae_state* _state )
rmatrixrndorthogonalfromtheleft ae_matrix* a, ae_int_t m, ae_int_t n, struct ae_state* _state )
rmatrixrndorthogonalfromtheright ae_matrix* a, ae_int_t m, ae_int_t n, struct ae_state* _state )
rmatrixschur ae_matrix* a, ae_int_t n, ae_matrix* s, struct ae_state* _state )
rmatrixsvd ae_matrix* a, ae_int_t m, ae_int_t n, ae_int_t uneeded, ae_int_t vtneeded, ae_int_t additionalmemory, ae_vector* w, ae_matrix* u, ae_matrix* vt, struct ae_state* _state )
rmatrixsyrk ae_int_t n, ae_int_t k, double alpha, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_int_t optypea, double beta, ae_matrix* c, ae_int_t ic, ae_int_t jc, bool isupper, struct ae_state* _state )
rmatrixtranspose ae_int_t m, ae_int_t n, ae_matrix* a, ae_int_t ia, ae_int_t ja, ae_matrix* b, ae_int_t ib, ae_int_t jb, struct ae_state* _state )
rmatrixtrinverse ae_matrix* a, ae_int_t n, bool isupper, bool isunit, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
rmatrixtrrcond1 ae_matrix* a, ae_int_t n, bool isupper, bool isunit, struct ae_state* _state )
rmatrixtrrcondinf ae_matrix* a, ae_int_t n, bool isupper, bool isunit, struct ae_state* _state )
smatrixevd ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, ae_vector* d, ae_matrix* z, struct ae_state* _state )
smatrixevdi ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, ae_int_t i1, ae_int_t i2, ae_vector* w, ae_matrix* z, struct ae_state* _state )
smatrixevdr ae_matrix* a, ae_int_t n, ae_int_t zneeded, bool isupper, double b1, double b2, ae_int_t* m, ae_vector* w, ae_matrix* z, struct ae_state* _state )
smatrixgevd ae_matrix* a, ae_int_t n, bool isuppera, ae_matrix* b, bool isupperb, ae_int_t zneeded, ae_int_t problemtype, ae_vector* d, ae_matrix* z, struct ae_state* _state )
smatrixgevdreduce ae_matrix* a, ae_int_t n, bool isuppera, ae_matrix* b, bool isupperb, ae_int_t problemtype, ae_matrix* r, bool* isupperr, struct ae_state* _state )
smatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )
smatrixrndmultiply ae_matrix* a, ae_int_t n, struct ae_state* _state )
smatrixtd ae_matrix* a, ae_int_t n, bool isupper, ae_vector* tau, ae_vector* d, ae_vector* e, struct ae_state* _state )
smatrixtdevd ae_vector* d, ae_vector* e, ae_int_t n, ae_int_t zneeded, ae_matrix* z, struct ae_state* _state )
smatrixtdevdi ae_vector* d, ae_vector* e, ae_int_t n, ae_int_t zneeded, ae_int_t i1, ae_int_t i2, ae_matrix* z, struct ae_state* _state )
smatrixtdevdr ae_vector* d, ae_vector* e, ae_int_t n, ae_int_t zneeded, double a, double b, ae_int_t* m, ae_matrix* z, struct ae_state* _state )
smatrixtdunpackq ae_matrix* a, ae_int_t n, bool isupper, ae_vector* tau, ae_matrix* q, struct ae_state* _state )
spdmatrixcholesky ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
spdmatrixcholeskydet ae_matrix* a, ae_int_t n, struct ae_state* _state )
spdmatrixcholeskyinverse ae_matrix* a, ae_int_t n, bool isupper, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
spdmatrixcholeskyrcond ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
spdmatrixdet ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
spdmatrixinverse ae_matrix* a, ae_int_t n, bool isupper, ae_int_t* info, struct matinvreport* rep, struct ae_state* _state )
spdmatrixrcond ae_matrix* a, ae_int_t n, bool isupper, struct ae_state* _state )
spdmatrixrndcond ae_int_t n, double c, ae_matrix* a, struct ae_state* _state )

optimization.h, libalglib.so
namespace alglib
_minasareport_owner::_minasareport_owner [in-charge] ( )
_minasareport_owner::_minasareport_owner [in-charge] _minasareport_owner const& rhs )
_minasareport_owner::_minasareport_owner [not-in-charge] ( )
_minasareport_owner::_minasareport_owner [not-in-charge] _minasareport_owner const& rhs )
_minasareport_owner::c_ptr ( )
_minasareport_owner::c_ptr ( ) const
_minasareport_owner::operator = _minasareport_owner const& rhs )
_minasareport_owner::~_minasareport_owner [in-charge-deleting] ( )
_minasareport_owner::~_minasareport_owner [in-charge] ( )
_minasareport_owner::~_minasareport_owner [not-in-charge] ( )
_minasastate_owner::_minasastate_owner [in-charge] ( )
_minasastate_owner::_minasastate_owner [in-charge] _minasastate_owner const& rhs )
_minasastate_owner::_minasastate_owner [not-in-charge] ( )
_minasastate_owner::_minasastate_owner [not-in-charge] _minasastate_owner const& rhs )
_minasastate_owner::c_ptr ( )
_minasastate_owner::c_ptr ( ) const
_minasastate_owner::operator = _minasastate_owner const& rhs )
_minasastate_owner::~_minasastate_owner [in-charge-deleting] ( )
_minasastate_owner::~_minasastate_owner [in-charge] ( )
_minasastate_owner::~_minasastate_owner [not-in-charge] ( )
_mincgreport_owner::_mincgreport_owner [in-charge] ( )
_mincgreport_owner::_mincgreport_owner [in-charge] _mincgreport_owner const& rhs )
_mincgreport_owner::_mincgreport_owner [not-in-charge] ( )
_mincgreport_owner::_mincgreport_owner [not-in-charge] _mincgreport_owner const& rhs )
_mincgreport_owner::c_ptr ( )
_mincgreport_owner::c_ptr ( ) const
_mincgreport_owner::operator = _mincgreport_owner const& rhs )
_mincgreport_owner::~_mincgreport_owner [in-charge-deleting] ( )
_mincgreport_owner::~_mincgreport_owner [in-charge] ( )
_mincgreport_owner::~_mincgreport_owner [not-in-charge] ( )
_mincgstate_owner::_mincgstate_owner [in-charge] ( )
_mincgstate_owner::_mincgstate_owner [in-charge] _mincgstate_owner const& rhs )
_mincgstate_owner::_mincgstate_owner [not-in-charge] ( )
_mincgstate_owner::_mincgstate_owner [not-in-charge] _mincgstate_owner const& rhs )
_mincgstate_owner::c_ptr ( )
_mincgstate_owner::c_ptr ( ) const
_mincgstate_owner::operator = _mincgstate_owner const& rhs )
_mincgstate_owner::~_mincgstate_owner [in-charge-deleting] ( )
_mincgstate_owner::~_mincgstate_owner [in-charge] ( )
_mincgstate_owner::~_mincgstate_owner [not-in-charge] ( )
_minlbfgsreport_owner::_minlbfgsreport_owner [in-charge] ( )
_minlbfgsreport_owner::_minlbfgsreport_owner [in-charge] _minlbfgsreport_owner const& rhs )
_minlbfgsreport_owner::_minlbfgsreport_owner [not-in-charge] ( )
_minlbfgsreport_owner::_minlbfgsreport_owner [not-in-charge] _minlbfgsreport_owner const& rhs )
_minlbfgsreport_owner::c_ptr ( )
_minlbfgsreport_owner::c_ptr ( ) const
_minlbfgsreport_owner::operator = _minlbfgsreport_owner const& rhs )
_minlbfgsreport_owner::~_minlbfgsreport_owner [in-charge-deleting] ( )
_minlbfgsreport_owner::~_minlbfgsreport_owner [in-charge] ( )
_minlbfgsreport_owner::~_minlbfgsreport_owner [not-in-charge] ( )
_minlbfgsstate_owner::_minlbfgsstate_owner [in-charge] ( )
_minlbfgsstate_owner::_minlbfgsstate_owner [in-charge] _minlbfgsstate_owner const& rhs )
_minlbfgsstate_owner::_minlbfgsstate_owner [not-in-charge] ( )
_minlbfgsstate_owner::_minlbfgsstate_owner [not-in-charge] _minlbfgsstate_owner const& rhs )
_minlbfgsstate_owner::c_ptr ( )
_minlbfgsstate_owner::c_ptr ( ) const
_minlbfgsstate_owner::operator = _minlbfgsstate_owner const& rhs )
_minlbfgsstate_owner::~_minlbfgsstate_owner [in-charge-deleting] ( )
_minlbfgsstate_owner::~_minlbfgsstate_owner [in-charge] ( )
_minlbfgsstate_owner::~_minlbfgsstate_owner [not-in-charge] ( )
_minlmreport_owner::_minlmreport_owner [in-charge] ( )
_minlmreport_owner::_minlmreport_owner [in-charge] _minlmreport_owner const& rhs )
_minlmreport_owner::_minlmreport_owner [not-in-charge] ( )
_minlmreport_owner::_minlmreport_owner [not-in-charge] _minlmreport_owner const& rhs )
_minlmreport_owner::c_ptr ( )
_minlmreport_owner::c_ptr ( ) const
_minlmreport_owner::operator = _minlmreport_owner const& rhs )
_minlmreport_owner::~_minlmreport_owner [in-charge-deleting] ( )
_minlmreport_owner::~_minlmreport_owner [in-charge] ( )
_minlmreport_owner::~_minlmreport_owner [not-in-charge] ( )
_minlmstate_owner::_minlmstate_owner [in-charge] ( )
_minlmstate_owner::_minlmstate_owner [in-charge] _minlmstate_owner const& rhs )
_minlmstate_owner::_minlmstate_owner [not-in-charge] ( )
_minlmstate_owner::_minlmstate_owner [not-in-charge] _minlmstate_owner const& rhs )
_minlmstate_owner::c_ptr ( )
_minlmstate_owner::c_ptr ( ) const
_minlmstate_owner::operator = _minlmstate_owner const& rhs )
_minlmstate_owner::~_minlmstate_owner [in-charge-deleting] ( )
_minlmstate_owner::~_minlmstate_owner [in-charge] ( )
_minlmstate_owner::~_minlmstate_owner [not-in-charge] ( )
minasacreate ( ae_int_t const n, real_1d_array const& x, real_1d_array const& bndl, real_1d_array const& bndu, minasastate& state )
minasacreate ( real_1d_array const& x, real_1d_array const& bndl, real_1d_array const& bndu, minasastate& state )
minasaiteration minasastate const& state )
minasaoptimize ( minasastate& state, void(*grad)(real_1d_array const&, double&, real_1d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
minasareport::minasareport [in-charge] ( )
minasareport::minasareport [in-charge] minasareport const& rhs )
minasareport::minasareport [not-in-charge] ( )
minasareport::minasareport [not-in-charge] minasareport const& rhs )
minasareport::operator = minasareport const& rhs )
minasareport::~minasareport [in-charge-deleting] ( )
minasareport::~minasareport [in-charge] ( )
minasareport::~minasareport [not-in-charge] ( )
minasarestartfrom ( minasastate const& state, real_1d_array const& x, real_1d_array const& bndl, real_1d_array const& bndu )
minasaresults ( minasastate const& state, real_1d_array& x, minasareport& rep )
minasaresultsbuf ( minasastate const& state, real_1d_array& x, minasareport& rep )
minasasetalgorithm ( minasastate const& state, ae_int_t const algotype )
minasasetcond ( minasastate const& state, double const epsg, double const epsf, double const epsx, ae_int_t const maxits )
minasasetstpmax ( minasastate const& state, double const stpmax )
minasasetxrep ( minasastate const& state, bool const needxrep )
minasastate::minasastate [in-charge] ( )
minasastate::minasastate [in-charge] minasastate const& rhs )
minasastate::minasastate [not-in-charge] ( )
minasastate::minasastate [not-in-charge] minasastate const& rhs )
minasastate::operator = minasastate const& rhs )
minasastate::~minasastate [in-charge-deleting] ( )
minasastate::~minasastate [in-charge] ( )
minasastate::~minasastate [not-in-charge] ( )
mincgcreate ( ae_int_t const n, real_1d_array const& x, mincgstate& state )
mincgcreate ( real_1d_array const& x, mincgstate& state )
mincgiteration mincgstate const& state )
mincgoptimize ( mincgstate& state, void(*grad)(real_1d_array const&, double&, real_1d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
mincgreport::mincgreport [in-charge] ( )
mincgreport::mincgreport [in-charge] mincgreport const& rhs )
mincgreport::mincgreport [not-in-charge] ( )
mincgreport::mincgreport [not-in-charge] mincgreport const& rhs )
mincgreport::operator = mincgreport const& rhs )
mincgreport::~mincgreport [in-charge-deleting] ( )
mincgreport::~mincgreport [in-charge] ( )
mincgreport::~mincgreport [not-in-charge] ( )
mincgrestartfrom ( mincgstate const& state, real_1d_array const& x )
mincgresults ( mincgstate const& state, real_1d_array& x, mincgreport& rep )
mincgresultsbuf ( mincgstate const& state, real_1d_array& x, mincgreport& rep )
mincgsetcgtype ( mincgstate const& state, ae_int_t const cgtype )
mincgsetcond ( mincgstate const& state, double const epsg, double const epsf, double const epsx, ae_int_t const maxits )
mincgsetstpmax ( mincgstate const& state, double const stpmax )
mincgsetxrep ( mincgstate const& state, bool const needxrep )
mincgstate::mincgstate [in-charge] ( )
mincgstate::mincgstate [in-charge] mincgstate const& rhs )
mincgstate::mincgstate [not-in-charge] ( )
mincgstate::mincgstate [not-in-charge] mincgstate const& rhs )
mincgstate::operator = mincgstate const& rhs )
mincgstate::~mincgstate [in-charge-deleting] ( )
mincgstate::~mincgstate [in-charge] ( )
mincgstate::~mincgstate [not-in-charge] ( )
minlbfgscreate ( ae_int_t const m, real_1d_array const& x, minlbfgsstate& state )
minlbfgscreate ( ae_int_t const n, ae_int_t const m, real_1d_array const& x, minlbfgsstate& state )
minlbfgsiteration minlbfgsstate const& state )
minlbfgsoptimize ( minlbfgsstate& state, void(*grad)(real_1d_array const&, double&, real_1d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
minlbfgsreport::minlbfgsreport [in-charge] ( )
minlbfgsreport::minlbfgsreport [in-charge] minlbfgsreport const& rhs )
minlbfgsreport::minlbfgsreport [not-in-charge] ( )
minlbfgsreport::minlbfgsreport [not-in-charge] minlbfgsreport const& rhs )
minlbfgsreport::operator = minlbfgsreport const& rhs )
minlbfgsreport::~minlbfgsreport [in-charge-deleting] ( )
minlbfgsreport::~minlbfgsreport [in-charge] ( )
minlbfgsreport::~minlbfgsreport [not-in-charge] ( )
minlbfgsrestartfrom ( minlbfgsstate const& state, real_1d_array const& x )
minlbfgsresults ( minlbfgsstate const& state, real_1d_array& x, minlbfgsreport& rep )
minlbfgsresultsbuf ( minlbfgsstate const& state, real_1d_array& x, minlbfgsreport& rep )
minlbfgssetcond ( minlbfgsstate const& state, double const epsg, double const epsf, double const epsx, ae_int_t const maxits )
minlbfgssetstpmax ( minlbfgsstate const& state, double const stpmax )
minlbfgssetxrep ( minlbfgsstate const& state, bool const needxrep )
minlbfgsstate::minlbfgsstate [in-charge] ( )
minlbfgsstate::minlbfgsstate [in-charge] minlbfgsstate const& rhs )
minlbfgsstate::minlbfgsstate [not-in-charge] ( )
minlbfgsstate::minlbfgsstate [not-in-charge] minlbfgsstate const& rhs )
minlbfgsstate::operator = minlbfgsstate const& rhs )
minlbfgsstate::~minlbfgsstate [in-charge-deleting] ( )
minlbfgsstate::~minlbfgsstate [in-charge] ( )
minlbfgsstate::~minlbfgsstate [not-in-charge] ( )
minlmcreatefgh ( ae_int_t const n, real_1d_array const& x, minlmstate& state )
minlmcreatefgh ( real_1d_array const& x, minlmstate& state )
minlmcreatefgj ( ae_int_t const m, real_1d_array const& x, minlmstate& state )
minlmcreatefgj ( ae_int_t const n, ae_int_t const m, real_1d_array const& x, minlmstate& state )
minlmcreatefj ( ae_int_t const m, real_1d_array const& x, minlmstate& state )
minlmcreatefj ( ae_int_t const n, ae_int_t const m, real_1d_array const& x, minlmstate& state )
minlmiteration minlmstate const& state )
minlmoptimize ( minlmstate& state, void(*func)(real_1d_array const&, double&, void*), void(*grad)(real_1d_array const&, double&, real_1d_array&, void*), void(*hess)(real_1d_array const&, double&, real_1d_array&, real_2d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
minlmoptimize ( minlmstate& state, void(*func)(real_1d_array const&, double&, void*), void(*grad)(real_1d_array const&, double&, real_1d_array&, void*), void(*jac)(real_1d_array const&, real_1d_array&, real_2d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
minlmoptimize ( minlmstate& state, void(*func)(real_1d_array const&, double&, void*), void(*jac)(real_1d_array const&, real_1d_array&, real_2d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
minlmreport::minlmreport [in-charge] ( )
minlmreport::minlmreport [in-charge] minlmreport const& rhs )
minlmreport::minlmreport [not-in-charge] ( )
minlmreport::minlmreport [not-in-charge] minlmreport const& rhs )
minlmreport::operator = minlmreport const& rhs )
minlmreport::~minlmreport [in-charge-deleting] ( )
minlmreport::~minlmreport [in-charge] ( )
minlmreport::~minlmreport [not-in-charge] ( )
minlmrestartfrom ( minlmstate const& state, real_1d_array const& x )
minlmresults ( minlmstate const& state, real_1d_array& x, minlmreport& rep )
minlmresultsbuf ( minlmstate const& state, real_1d_array& x, minlmreport& rep )
minlmsetcond ( minlmstate const& state, double const epsg, double const epsf, double const epsx, ae_int_t const maxits )
minlmsetstpmax ( minlmstate const& state, double const stpmax )
minlmsetxrep ( minlmstate const& state, bool const needxrep )
minlmstate::minlmstate [in-charge] ( )
minlmstate::minlmstate [in-charge] minlmstate const& rhs )
minlmstate::minlmstate [not-in-charge] ( )
minlmstate::minlmstate [not-in-charge] minlmstate const& rhs )
minlmstate::operator = minlmstate const& rhs )
minlmstate::~minlmstate [in-charge-deleting] ( )
minlmstate::~minlmstate [in-charge] ( )
minlmstate::~minlmstate [not-in-charge] ( )

optimization.h, libalglib.so
namespace alglib_impl
_minasareport_clear struct minasareport* p )
_minasareport_init ( struct minasareport* p, struct ae_state* _state, bool make_automatic )
_minasareport_init_copy ( struct minasareport* dst, struct minasareport* src, struct ae_state* _state, bool make_automatic )
_minasastate_clear struct minasastate* p )
_minasastate_init ( struct minasastate* p, struct ae_state* _state, bool make_automatic )
_minasastate_init_copy ( struct minasastate* dst, struct minasastate* src, struct ae_state* _state, bool make_automatic )
_mincgreport_clear struct mincgreport* p )
_mincgreport_init ( struct mincgreport* p, struct ae_state* _state, bool make_automatic )
_mincgreport_init_copy ( struct mincgreport* dst, struct mincgreport* src, struct ae_state* _state, bool make_automatic )
_mincgstate_clear struct mincgstate* p )
_mincgstate_init ( struct mincgstate* p, struct ae_state* _state, bool make_automatic )
_mincgstate_init_copy ( struct mincgstate* dst, struct mincgstate* src, struct ae_state* _state, bool make_automatic )
_minlbfgsreport_clear struct minlbfgsreport* p )
_minlbfgsreport_init ( struct minlbfgsreport* p, struct ae_state* _state, bool make_automatic )
_minlbfgsreport_init_copy ( struct minlbfgsreport* dst, struct minlbfgsreport* src, struct ae_state* _state, bool make_automatic )
_minlbfgsstate_clear struct minlbfgsstate* p )
_minlbfgsstate_init ( struct minlbfgsstate* p, struct ae_state* _state, bool make_automatic )
_minlbfgsstate_init_copy ( struct minlbfgsstate* dst, struct minlbfgsstate* src, struct ae_state* _state, bool make_automatic )
_minlmreport_clear struct minlmreport* p )
_minlmreport_init ( struct minlmreport* p, struct ae_state* _state, bool make_automatic )
_minlmreport_init_copy ( struct minlmreport* dst, struct minlmreport* src, struct ae_state* _state, bool make_automatic )
_minlmstate_clear struct minlmstate* p )
_minlmstate_init ( struct minlmstate* p, struct ae_state* _state, bool make_automatic )
_minlmstate_init_copy ( struct minlmstate* dst, struct minlmstate* src, struct ae_state* _state, bool make_automatic )
minasacreate ae_int_t n, ae_vector* x, ae_vector* bndl, ae_vector* bndu, struct minasastate* state, struct ae_state* _state )
minasaiteration ( struct minasastate* state, struct ae_state* _state )
minasarestartfrom ( struct minasastate* state, ae_vector* x, ae_vector* bndl, ae_vector* bndu, struct ae_state* _state )
minasaresults ( struct minasastate* state, ae_vector* x, struct minasareport* rep, struct ae_state* _state )
minasaresultsbuf ( struct minasastate* state, ae_vector* x, struct minasareport* rep, struct ae_state* _state )
minasasetalgorithm ( struct minasastate* state, ae_int_t algotype, struct ae_state* _state )
minasasetcond ( struct minasastate* state, double epsg, double epsf, double epsx, ae_int_t maxits, struct ae_state* _state )
minasasetstpmax ( struct minasastate* state, double stpmax, struct ae_state* _state )
minasasetxrep ( struct minasastate* state, bool needxrep, struct ae_state* _state )
mincgcreate ae_int_t n, ae_vector* x, struct mincgstate* state, struct ae_state* _state )
mincgiteration ( struct mincgstate* state, struct ae_state* _state )
mincgrestartfrom ( struct mincgstate* state, ae_vector* x, struct ae_state* _state )
mincgresults ( struct mincgstate* state, ae_vector* x, struct mincgreport* rep, struct ae_state* _state )
mincgresultsbuf ( struct mincgstate* state, ae_vector* x, struct mincgreport* rep, struct ae_state* _state )
mincgsetcgtype ( struct mincgstate* state, ae_int_t cgtype, struct ae_state* _state )
mincgsetcond ( struct mincgstate* state, double epsg, double epsf, double epsx, ae_int_t maxits, struct ae_state* _state )
mincgsetstpmax ( struct mincgstate* state, double stpmax, struct ae_state* _state )
mincgsetxrep ( struct mincgstate* state, bool needxrep, struct ae_state* _state )
minlbfgscreate ae_int_t n, ae_int_t m, ae_vector* x, struct minlbfgsstate* state, struct ae_state* _state )
minlbfgscreatex ae_int_t n, ae_int_t m, ae_vector* x, ae_int_t flags, struct minlbfgsstate* state, struct ae_state* _state )
minlbfgsiteration ( struct minlbfgsstate* state, struct ae_state* _state )
minlbfgsrestartfrom ( struct minlbfgsstate* state, ae_vector* x, struct ae_state* _state )
minlbfgsresults ( struct minlbfgsstate* state, ae_vector* x, struct minlbfgsreport* rep, struct ae_state* _state )
minlbfgsresultsbuf ( struct minlbfgsstate* state, ae_vector* x, struct minlbfgsreport* rep, struct ae_state* _state )
minlbfgssetcond ( struct minlbfgsstate* state, double epsg, double epsf, double epsx, ae_int_t maxits, struct ae_state* _state )
minlbfgssetstpmax ( struct minlbfgsstate* state, double stpmax, struct ae_state* _state )
minlbfgssetxrep ( struct minlbfgsstate* state, bool needxrep, struct ae_state* _state )
minlmcreatefgh ae_int_t n, ae_vector* x, struct minlmstate* state, struct ae_state* _state )
minlmcreatefgj ae_int_t n, ae_int_t m, ae_vector* x, struct minlmstate* state, struct ae_state* _state )
minlmcreatefj ae_int_t n, ae_int_t m, ae_vector* x, struct minlmstate* state, struct ae_state* _state )
minlmiteration ( struct minlmstate* state, struct ae_state* _state )
minlmrestartfrom ( struct minlmstate* state, ae_vector* x, struct ae_state* _state )
minlmresults ( struct minlmstate* state, ae_vector* x, struct minlmreport* rep, struct ae_state* _state )
minlmresultsbuf ( struct minlmstate* state, ae_vector* x, struct minlmreport* rep, struct ae_state* _state )
minlmsetcond ( struct minlmstate* state, double epsg, double epsf, double epsx, ae_int_t maxits, struct ae_state* _state )
minlmsetstpmax ( struct minlmstate* state, double stpmax, struct ae_state* _state )
minlmsetxrep ( struct minlmstate* state, bool needxrep, struct ae_state* _state )

solvers.h, libalglib.so
namespace alglib
_densesolverlsreport_owner::_densesolverlsreport_owner [in-charge] ( )
_densesolverlsreport_owner::_densesolverlsreport_owner [in-charge] _densesolverlsreport_owner const& rhs )
_densesolverlsreport_owner::_densesolverlsreport_owner [not-in-charge] ( )
_densesolverlsreport_owner::_densesolverlsreport_owner [not-in-charge] _densesolverlsreport_owner const& rhs )
_densesolverlsreport_owner::c_ptr ( )
_densesolverlsreport_owner::c_ptr ( ) const
_densesolverlsreport_owner::operator = _densesolverlsreport_owner const& rhs )
_densesolverlsreport_owner::~_densesolverlsreport_owner [in-charge-deleting] ( )
_densesolverlsreport_owner::~_densesolverlsreport_owner [in-charge] ( )
_densesolverlsreport_owner::~_densesolverlsreport_owner [not-in-charge] ( )
_densesolverreport_owner::_densesolverreport_owner [in-charge] ( )
_densesolverreport_owner::_densesolverreport_owner [in-charge] _densesolverreport_owner const& rhs )
_densesolverreport_owner::_densesolverreport_owner [not-in-charge] ( )
_densesolverreport_owner::_densesolverreport_owner [not-in-charge] _densesolverreport_owner const& rhs )
_densesolverreport_owner::c_ptr ( )
_densesolverreport_owner::c_ptr ( ) const
_densesolverreport_owner::operator = _densesolverreport_owner const& rhs )
_densesolverreport_owner::~_densesolverreport_owner [in-charge-deleting] ( )
_densesolverreport_owner::~_densesolverreport_owner [in-charge] ( )
_densesolverreport_owner::~_densesolverreport_owner [not-in-charge] ( )
_nleqreport_owner::_nleqreport_owner [in-charge] ( )
_nleqreport_owner::_nleqreport_owner [in-charge] _nleqreport_owner const& rhs )
_nleqreport_owner::_nleqreport_owner [not-in-charge] ( )
_nleqreport_owner::_nleqreport_owner [not-in-charge] _nleqreport_owner const& rhs )
_nleqreport_owner::c_ptr ( )
_nleqreport_owner::c_ptr ( ) const
_nleqreport_owner::operator = _nleqreport_owner const& rhs )
_nleqreport_owner::~_nleqreport_owner [in-charge-deleting] ( )
_nleqreport_owner::~_nleqreport_owner [in-charge] ( )
_nleqreport_owner::~_nleqreport_owner [not-in-charge] ( )
_nleqstate_owner::_nleqstate_owner [in-charge] ( )
_nleqstate_owner::_nleqstate_owner [in-charge] _nleqstate_owner const& rhs )
_nleqstate_owner::_nleqstate_owner [not-in-charge] ( )
_nleqstate_owner::_nleqstate_owner [not-in-charge] _nleqstate_owner const& rhs )
_nleqstate_owner::c_ptr ( )
_nleqstate_owner::c_ptr ( ) const
_nleqstate_owner::operator = _nleqstate_owner const& rhs )
_nleqstate_owner::~_nleqstate_owner [in-charge-deleting] ( )
_nleqstate_owner::~_nleqstate_owner [in-charge] ( )
_nleqstate_owner::~_nleqstate_owner [not-in-charge] ( )
cmatrixlusolve ( complex_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, complex_1d_array const& b, ae_int_t& info, densesolverreport& rep, complex_1d_array& x )
cmatrixlusolvem ( complex_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, complex_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, complex_2d_array& x )
cmatrixmixedsolve ( complex_2d_array const& a, complex_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, complex_1d_array const& b, ae_int_t& info, densesolverreport& rep, complex_1d_array& x )
cmatrixmixedsolvem ( complex_2d_array const& a, complex_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, complex_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, complex_2d_array& x )
cmatrixsolve ( complex_2d_array const& a, ae_int_t const n, complex_1d_array const& b, ae_int_t& info, densesolverreport& rep, complex_1d_array& x )
cmatrixsolvem ( complex_2d_array const& a, ae_int_t const n, complex_2d_array const& b, ae_int_t const m, bool const rfs, ae_int_t& info, densesolverreport& rep, complex_2d_array& x )
densesolverlsreport::densesolverlsreport [in-charge] ( )
densesolverlsreport::densesolverlsreport [in-charge] densesolverlsreport const& rhs )
densesolverlsreport::densesolverlsreport [not-in-charge] ( )
densesolverlsreport::densesolverlsreport [not-in-charge] densesolverlsreport const& rhs )
densesolverlsreport::operator = densesolverlsreport const& rhs )
densesolverlsreport::~densesolverlsreport [in-charge-deleting] ( )
densesolverlsreport::~densesolverlsreport [in-charge] ( )
densesolverlsreport::~densesolverlsreport [not-in-charge] ( )
densesolverreport::densesolverreport [in-charge] ( )
densesolverreport::densesolverreport [in-charge] densesolverreport const& rhs )
densesolverreport::densesolverreport [not-in-charge] ( )
densesolverreport::densesolverreport [not-in-charge] densesolverreport const& rhs )
densesolverreport::operator = densesolverreport const& rhs )
densesolverreport::~densesolverreport [in-charge-deleting] ( )
densesolverreport::~densesolverreport [in-charge] ( )
densesolverreport::~densesolverreport [not-in-charge] ( )
hpdmatrixcholeskysolve ( complex_2d_array const& cha, ae_int_t const n, bool const isupper, complex_1d_array const& b, ae_int_t& info, densesolverreport& rep, complex_1d_array& x )
hpdmatrixcholeskysolvem ( complex_2d_array const& cha, ae_int_t const n, bool const isupper, complex_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, complex_2d_array& x )
hpdmatrixsolve ( complex_2d_array const& a, ae_int_t const n, bool const isupper, complex_1d_array const& b, ae_int_t& info, densesolverreport& rep, complex_1d_array& x )
hpdmatrixsolvem ( complex_2d_array const& a, ae_int_t const n, bool const isupper, complex_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, complex_2d_array& x )
nleqcreatelm ( ae_int_t const m, real_1d_array const& x, nleqstate& state )
nleqcreatelm ( ae_int_t const n, ae_int_t const m, real_1d_array const& x, nleqstate& state )
nleqiteration nleqstate const& state )
nleqreport::nleqreport [in-charge] ( )
nleqreport::nleqreport [in-charge] nleqreport const& rhs )
nleqreport::nleqreport [not-in-charge] ( )
nleqreport::nleqreport [not-in-charge] nleqreport const& rhs )
nleqreport::operator = nleqreport const& rhs )
nleqreport::~nleqreport [in-charge-deleting] ( )
nleqreport::~nleqreport [in-charge] ( )
nleqreport::~nleqreport [not-in-charge] ( )
nleqrestartfrom ( nleqstate const& state, real_1d_array const& x )
nleqresults ( nleqstate const& state, real_1d_array& x, nleqreport& rep )
nleqresultsbuf ( nleqstate const& state, real_1d_array& x, nleqreport& rep )
nleqsetcond ( nleqstate const& state, double const epsf, ae_int_t const maxits )
nleqsetstpmax ( nleqstate const& state, double const stpmax )
nleqsetxrep ( nleqstate const& state, bool const needxrep )
nleqsolve ( nleqstate& state, void(*func)(real_1d_array const&, double&, void*), void(*jac)(real_1d_array const&, real_1d_array&, real_2d_array&, void*), void(*rep)(real_1d_array const&, double, void*), void* ptr )
nleqstate::nleqstate [in-charge] ( )
nleqstate::nleqstate [in-charge] nleqstate const& rhs )
nleqstate::nleqstate [not-in-charge] ( )
nleqstate::nleqstate [not-in-charge] nleqstate const& rhs )
nleqstate::operator = nleqstate const& rhs )
nleqstate::~nleqstate [in-charge-deleting] ( )
nleqstate::~nleqstate [in-charge] ( )
nleqstate::~nleqstate [not-in-charge] ( )
rmatrixlusolve ( real_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, real_1d_array const& b, ae_int_t& info, densesolverreport& rep, real_1d_array& x )
rmatrixlusolvem ( real_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, real_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, real_2d_array& x )
rmatrixmixedsolve ( real_2d_array const& a, real_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, real_1d_array const& b, ae_int_t& info, densesolverreport& rep, real_1d_array& x )
rmatrixmixedsolvem ( real_2d_array const& a, real_2d_array const& lua, integer_1d_array const& p, ae_int_t const n, real_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, real_2d_array& x )
rmatrixsolve ( real_2d_array const& a, ae_int_t const n, real_1d_array const& b, ae_int_t& info, densesolverreport& rep, real_1d_array& x )
rmatrixsolvels ( real_2d_array const& a, ae_int_t const nrows, ae_int_t const ncols, real_1d_array const& b, double const threshold, ae_int_t& info, densesolverlsreport& rep, real_1d_array& x )
rmatrixsolvem ( real_2d_array const& a, ae_int_t const n, real_2d_array const& b, ae_int_t const m, bool const rfs, ae_int_t& info, densesolverreport& rep, real_2d_array& x )
spdmatrixcholeskysolve ( real_2d_array const& cha, ae_int_t const n, bool const isupper, real_1d_array const& b, ae_int_t& info, densesolverreport& rep, real_1d_array& x )
spdmatrixcholeskysolvem ( real_2d_array const& cha, ae_int_t const n, bool const isupper, real_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, real_2d_array& x )
spdmatrixsolve ( real_2d_array const& a, ae_int_t const n, bool const isupper, real_1d_array const& b, ae_int_t& info, densesolverreport& rep, real_1d_array& x )
spdmatrixsolvem ( real_2d_array const& a, ae_int_t const n, bool const isupper, real_2d_array const& b, ae_int_t const m, ae_int_t& info, densesolverreport& rep, real_2d_array& x )

solvers.h, libalglib.so
namespace alglib_impl
_densesolverlsreport_clear struct densesolverlsreport* p )
_densesolverlsreport_init ( struct densesolverlsreport* p, struct ae_state* _state, bool make_automatic )
_densesolverlsreport_init_copy ( struct densesolverlsreport* dst, struct densesolverlsreport* src, struct ae_state* _state, bool make_automatic )
_densesolverreport_clear struct densesolverreport* p )
_densesolverreport_init ( struct densesolverreport* p, struct ae_state* _state, bool make_automatic )
_densesolverreport_init_copy ( struct densesolverreport* dst, struct densesolverreport* src, struct ae_state* _state, bool make_automatic )
_nleqreport_clear struct nleqreport* p )
_nleqreport_init ( struct nleqreport* p, struct ae_state* _state, bool make_automatic )
_nleqreport_init_copy ( struct nleqreport* dst, struct nleqreport* src, struct ae_state* _state, bool make_automatic )
_nleqstate_clear struct nleqstate* p )
_nleqstate_init ( struct nleqstate* p, struct ae_state* _state, bool make_automatic )
_nleqstate_init_copy ( struct nleqstate* dst, struct nleqstate* src, struct ae_state* _state, bool make_automatic )
cmatrixlusolve ae_matrix* lua, ae_vector* p, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
cmatrixlusolvem ae_matrix* lua, ae_vector* p, ae_int_t n, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
cmatrixmixedsolve ae_matrix* a, ae_matrix* lua, ae_vector* p, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
cmatrixmixedsolvem ae_matrix* a, ae_matrix* lua, ae_vector* p, ae_int_t n, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
cmatrixsolve ae_matrix* a, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
cmatrixsolvem ae_matrix* a, ae_int_t n, ae_matrix* b, ae_int_t m, bool rfs, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
hpdmatrixcholeskysolve ae_matrix* cha, ae_int_t n, bool isupper, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
hpdmatrixcholeskysolvem ae_matrix* cha, ae_int_t n, bool isupper, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
hpdmatrixsolve ae_matrix* a, ae_int_t n, bool isupper, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
hpdmatrixsolvem ae_matrix* a, ae_int_t n, bool isupper, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
nleqcreatelm ae_int_t n, ae_int_t m, ae_vector* x, struct nleqstate* state, struct ae_state* _state )
nleqiteration ( struct nleqstate* state, struct ae_state* _state )
nleqrestartfrom ( struct nleqstate* state, ae_vector* x, struct ae_state* _state )
nleqresults ( struct nleqstate* state, ae_vector* x, struct nleqreport* rep, struct ae_state* _state )
nleqresultsbuf ( struct nleqstate* state, ae_vector* x, struct nleqreport* rep, struct ae_state* _state )
nleqsetcond ( struct nleqstate* state, double epsf, ae_int_t maxits, struct ae_state* _state )
nleqsetstpmax ( struct nleqstate* state, double stpmax, struct ae_state* _state )
nleqsetxrep ( struct nleqstate* state, bool needxrep, struct ae_state* _state )
rmatrixlusolve ae_matrix* lua, ae_vector* p, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
rmatrixlusolvem ae_matrix* lua, ae_vector* p, ae_int_t n, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
rmatrixmixedsolve ae_matrix* a, ae_matrix* lua, ae_vector* p, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
rmatrixmixedsolvem ae_matrix* a, ae_matrix* lua, ae_vector* p, ae_int_t n, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
rmatrixsolve ae_matrix* a, ae_int_t n, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
rmatrixsolvels ae_matrix* a, ae_int_t nrows, ae_int_t ncols, ae_vector* b, double threshold, ae_int_t* info, struct densesolverlsreport* rep, ae_vector* x, struct ae_state* _state )
rmatrixsolvem ae_matrix* a, ae_int_t n, ae_matrix* b, ae_int_t m, bool rfs, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
spdmatrixcholeskysolve ae_matrix* cha, ae_int_t n, bool isupper, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
spdmatrixcholeskysolvem ae_matrix* cha, ae_int_t n, bool isupper, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )
spdmatrixsolve ae_matrix* a, ae_int_t n, bool isupper, ae_vector* b, ae_int_t* info, struct densesolverreport* rep, ae_vector* x, struct ae_state* _state )
spdmatrixsolvem ae_matrix* a, ae_int_t n, bool isupper, ae_matrix* b, ae_int_t m, ae_int_t* info, struct densesolverreport* rep, ae_matrix* x, struct ae_state* _state )

specialfunctions.h, libalglib.so
namespace alglib
airy double const x, double& ai, double& aip, double& bi, double& bip )
besseli0 double const x )
besseli1 double const x )
besselj0 double const x )
besselj1 double const x )
besseljn ( ae_int_t const n, double const x )
besselk0 double const x )
besselk1 double const x )
besselkn ( ae_int_t const nn, double const x )
bessely0 double const x )
bessely1 double const x )
besselyn ( ae_int_t const n, double const x )
beta double const a, double const b )
binomialcdistribution ( ae_int_t const k, ae_int_t const n, double const p )
binomialdistribution ( ae_int_t const k, ae_int_t const n, double const p )
chebyshevcalculate ( ae_int_t const r, ae_int_t const n, double const x )
chebyshevcoefficients ( ae_int_t const n, real_1d_array& c )
chebyshevsum ( real_1d_array const& c, ae_int_t const r, ae_int_t const n, double const x )
chisquarecdistribution double const v, double const x )
chisquaredistribution double const v, double const x )
dawsonintegral double const x )
ellipticintegrale double const m )
ellipticintegralk double const m )
ellipticintegralkhighprecision double const m1 )
errorfunction double const x )
errorfunctionc double const x )
exponentialintegralei double const x )
exponentialintegralen double const x, ae_int_t const n )
fcdistribution ( ae_int_t const a, ae_int_t const b, double const x )
fdistribution ( ae_int_t const a, ae_int_t const b, double const x )
fresnelintegral double const x, double& c, double& s )
fromchebyshev ( real_1d_array const& a, ae_int_t const n, real_1d_array& b )
gammafunction double const x )
hermitecalculate ( ae_int_t const n, double const x )
hermitecoefficients ( ae_int_t const n, real_1d_array& c )
hermitesum ( real_1d_array const& c, ae_int_t const n, double const x )
hyperbolicsinecosineintegrals double const x, double& shi, double& chi )
incompletebeta double const a, double const b, double const x )
incompleteellipticintegrale ( double const phi, double const m )
incompleteellipticintegralk ( double const phi, double const m )
incompletegamma double const a, double const x )
incompletegammac double const a, double const x )
invbinomialdistribution ( ae_int_t const k, ae_int_t const n, double const y )
invchisquaredistribution double const v, double const y )
inverf double const e )
invfdistribution ( ae_int_t const a, ae_int_t const b, double const y )
invincompletebeta double const a, double const b, double const y )
invincompletegammac double const a, double const y0 )
invnormaldistribution double const y0 )
invpoissondistribution ( ae_int_t const k, double const y )
invstudenttdistribution ( ae_int_t const k, double const p )
jacobianellipticfunctions double const u, double const m, double& sn, double& cn, double& dn, double& ph )
laguerrecalculate ( ae_int_t const n, double const x )
laguerrecoefficients ( ae_int_t const n, real_1d_array& c )
laguerresum ( real_1d_array const& c, ae_int_t const n, double const x )
legendrecalculate ( ae_int_t const n, double const x )
legendrecoefficients ( ae_int_t const n, real_1d_array& c )
legendresum ( real_1d_array const& c, ae_int_t const n, double const x )
lngamma double const x, double& sgngam )
normaldistribution double const x )
poissoncdistribution ( ae_int_t const k, double const m )
poissondistribution ( ae_int_t const k, double const m )
psi double const x )
sinecosineintegrals double const x, double& si, double& ci )
studenttdistribution ( ae_int_t const k, double const t )

specialfunctions.h, libalglib.so
namespace alglib_impl
airy double x, double* ai, double* aip, double* bi, double* bip, struct ae_state* _state )
besseli0 double x, struct ae_state* _state )
besseli1 double x, struct ae_state* _state )
besselj0 double x, struct ae_state* _state )
besselj1 double x, struct ae_state* _state )
besseljn ae_int_t n, double x, struct ae_state* _state )
besselk0 double x, struct ae_state* _state )
besselk1 double x, struct ae_state* _state )
besselkn ae_int_t nn, double x, struct ae_state* _state )
bessely0 double x, struct ae_state* _state )
bessely1 double x, struct ae_state* _state )
besselyn ae_int_t n, double x, struct ae_state* _state )
beta double a, double b, struct ae_state* _state )
binomialcdistribution ae_int_t k, ae_int_t n, double p, struct ae_state* _state )
binomialdistribution ae_int_t k, ae_int_t n, double p, struct ae_state* _state )
chebyshevcalculate ae_int_t r, ae_int_t n, double x, struct ae_state* _state )
chebyshevcoefficients ae_int_t n, ae_vector* c, struct ae_state* _state )
chebyshevsum ae_vector* c, ae_int_t r, ae_int_t n, double x, struct ae_state* _state )
chisquarecdistribution double v, double x, struct ae_state* _state )
chisquaredistribution double v, double x, struct ae_state* _state )
dawsonintegral double x, struct ae_state* _state )
ellipticintegrale double m, struct ae_state* _state )
ellipticintegralk double m, struct ae_state* _state )
ellipticintegralkhighprecision double m1, struct ae_state* _state )
errorfunction double x, struct ae_state* _state )
errorfunctionc double x, struct ae_state* _state )
exponentialintegralei double x, struct ae_state* _state )
exponentialintegralen double x, ae_int_t n, struct ae_state* _state )
fcdistribution ae_int_t a, ae_int_t b, double x, struct ae_state* _state )
fdistribution ae_int_t a, ae_int_t b, double x, struct ae_state* _state )
fresnelintegral double x, double* c, double* s, struct ae_state* _state )
fromchebyshev ae_vector* a, ae_int_t n, ae_vector* b, struct ae_state* _state )
gammafunction double x, struct ae_state* _state )
hermitecalculate ae_int_t n, double x, struct ae_state* _state )
hermitecoefficients ae_int_t n, ae_vector* c, struct ae_state* _state )
hermitesum ae_vector* c, ae_int_t n, double x, struct ae_state* _state )
hyperbolicsinecosineintegrals double x, double* shi, double* chi, struct ae_state* _state )
incompletebeta double a, double b, double x, struct ae_state* _state )
incompleteellipticintegrale double phi, double m, struct ae_state* _state )
incompleteellipticintegralk double phi, double m, struct ae_state* _state )
incompletegamma double a, double x, struct ae_state* _state )
incompletegammac double a, double x, struct ae_state* _state )
invbinomialdistribution ae_int_t k, ae_int_t n, double y, struct ae_state* _state )
invchisquaredistribution double v, double y, struct ae_state* _state )
inverf double e, struct ae_state* _state )
invfdistribution ae_int_t a, ae_int_t b, double y, struct ae_state* _state )
invincompletebeta double a, double b, double y, struct ae_state* _state )
invincompletegammac double a, double y0, struct ae_state* _state )
invnormaldistribution double y0, struct ae_state* _state )
invpoissondistribution ae_int_t k, double y, struct ae_state* _state )
invstudenttdistribution ae_int_t k, double p, struct ae_state* _state )
jacobianellipticfunctions double u, double m, double* sn, double* cn, double* dn, double* ph, struct ae_state* _state )
laguerrecalculate ae_int_t n, double x, struct ae_state* _state )
laguerrecoefficients ae_int_t n, ae_vector* c, struct ae_state* _state )
laguerresum ae_vector* c, ae_int_t n, double x, struct ae_state* _state )
legendrecalculate ae_int_t n, double x, struct ae_state* _state )
legendrecoefficients ae_int_t n, ae_vector* c, struct ae_state* _state )
legendresum ae_vector* c, ae_int_t n, double x, struct ae_state* _state )
lngamma double x, double* sgngam, struct ae_state* _state )
normaldistribution double x, struct ae_state* _state )
poissoncdistribution ae_int_t k, double m, struct ae_state* _state )
poissondistribution ae_int_t k, double m, struct ae_state* _state )
psi double x, struct ae_state* _state )
sinecosineintegrals double x, double* si, double* ci, struct ae_state* _state )
studenttdistribution ae_int_t k, double t, struct ae_state* _state )

statistics.h, libalglib.so
namespace alglib
ftest ( real_1d_array const& x, ae_int_t const n, real_1d_array const& y, ae_int_t const m, double& bothtails, double& lefttail, double& righttail )
jarqueberatest ( real_1d_array const& x, ae_int_t const n, double& p )
mannwhitneyutest ( real_1d_array const& x, ae_int_t const n, real_1d_array const& y, ae_int_t const m, double& bothtails, double& lefttail, double& righttail )
onesamplesigntest ( real_1d_array const& x, ae_int_t const n, double const median, double& bothtails, double& lefttail, double& righttail )
onesamplevariancetest ( real_1d_array const& x, ae_int_t const n, double const variance, double& bothtails, double& lefttail, double& righttail )
pearsoncorrelation ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n )
pearsoncorrelationsignificance double const r, ae_int_t const n, double& bothtails, double& lefttail, double& righttail )
sampleadev ( real_1d_array const& x, ae_int_t const n, double& adev )
samplemedian ( real_1d_array const& x, ae_int_t const n, double& median )
samplemoments ( real_1d_array const& x, ae_int_t const n, double& mean, double& variance, double& skewness, double& kurtosis )
samplepercentile ( real_1d_array const& x, ae_int_t const n, double const p, double& v )
spearmanrankcorrelation ( real_1d_array const& x, real_1d_array const& y, ae_int_t const n )
spearmanrankcorrelationsignificance double const r, ae_int_t const n, double& bothtails, double& lefttail, double& righttail )
studentttest1 ( real_1d_array const& x, ae_int_t const n, double const mean, double& bothtails, double& lefttail, double& righttail )
studentttest2 ( real_1d_array const& x, ae_int_t const n, real_1d_array const& y, ae_int_t const m, double& bothtails, double& lefttail, double& righttail )
unequalvariancettest ( real_1d_array const& x, ae_int_t const n, real_1d_array const& y, ae_int_t const m, double& bothtails, double& lefttail, double& righttail )
wilcoxonsignedranktest ( real_1d_array const& x, ae_int_t const n, double const e, double& bothtails, double& lefttail, double& righttail )

statistics.h, libalglib.so
namespace alglib_impl
calculateadev ae_vector* x, ae_int_t n, double* adev, struct ae_state* _state )
calculatemedian ae_vector* x, ae_int_t n, double* median, struct ae_state* _state )
calculatemoments ae_vector* x, ae_int_t n, double* mean, double* variance, double* skewness, double* kurtosis, struct ae_state* _state )
calculatepercentile ae_vector* x, ae_int_t n, double p, double* v, struct ae_state* _state )
ftest ae_vector* x, ae_int_t n, ae_vector* y, ae_int_t m, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
jarqueberatest ae_vector* x, ae_int_t n, double* p, struct ae_state* _state )
mannwhitneyutest ae_vector* x, ae_int_t n, ae_vector* y, ae_int_t m, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
onesamplesigntest ae_vector* x, ae_int_t n, double median, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
onesamplevariancetest ae_vector* x, ae_int_t n, double variance, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
pearsoncorrelation ae_vector* x, ae_vector* y, ae_int_t n, struct ae_state* _state )
pearsoncorrelationsignificance double r, ae_int_t n, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
sampleadev ae_vector* x, ae_int_t n, double* adev, struct ae_state* _state )
samplemedian ae_vector* x, ae_int_t n, double* median, struct ae_state* _state )
samplemoments ae_vector* x, ae_int_t n, double* mean, double* variance, double* skewness, double* kurtosis, struct ae_state* _state )
samplepercentile ae_vector* x, ae_int_t n, double p, double* v, struct ae_state* _state )
spearmanrankcorrelation ae_vector* x, ae_vector* y, ae_int_t n, struct ae_state* _state )
spearmanrankcorrelationsignificance double r, ae_int_t n, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
studentttest1 ae_vector* x, ae_int_t n, double mean, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
studentttest2 ae_vector* x, ae_int_t n, ae_vector* y, ae_int_t m, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
unequalvariancettest ae_vector* x, ae_int_t n, ae_vector* y, ae_int_t m, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )
wilcoxonsignedranktest ae_vector* x, ae_int_t n, double e, double* bothtails, double* lefttail, double* righttail, struct ae_state* _state )

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Removed Symbols (277)


ablas.h, libalglib.so
ablasmicroblocksize ( )

airyf.h, libalglib.so
airy double x, double& ai, double& aip, double& bi, double& bip )

ap.h, libalglib.so
namespace ap
abscomplex complex const& z )
afree void* block )
amalloc size_t size, size_t alignment )
conj complex const& z )
csqr complex const& z )
fp_eq double v1, double v2 )
fp_greater double v1, double v2 )
fp_greater_eq double v1, double v2 )
fp_less double v1, double v2 )
fp_less_eq double v1, double v2 )
fp_neq double v1, double v2 )
iceil double x )
ifloor double x )
machineepsilon [data]
maxint int m1, int m2 )
maxreal double m1, double m2 )
maxrealnumber [data]
minint int m1, int m2 )
minreal double m1, double m2 )
minrealnumber [data]
operator!= ( complex const& lhs, complex const& rhs )
operator* ( complex const& lhs, complex const& rhs )
operator* ( complex const& lhs, double const& rhs )
operator* ( double const& lhs, complex const& rhs )
operator+ complex const& lhs )
operator+ ( complex const& lhs, complex const& rhs )
operator+ ( complex const& lhs, double const& rhs )
operator+ ( double const& lhs, complex const& rhs )
operator- complex const& lhs )
operator- ( complex const& lhs, complex const& rhs )
operator- ( complex const& lhs, double const& rhs )
operator- ( double const& lhs, complex const& rhs )
operator/ ( complex const& lhs, complex const& rhs )
operator/ ( complex const& lhs, double const& rhs )
operator/ ( double const& lhs, complex const& rhs )
operator == ( complex const& lhs, complex const& rhs )
pi ( )
randominteger int maxv )
randomreal ( )
round double x )
sign double x )
sqr double x )
trunc double x )
vadd complex* vdst, complex const* vsrc, int N )
vadd complex* vdst, complex const* vsrc, int N, complex alpha )
vadd complex* vdst, complex const* vsrc, int N, double alpha )
vadd complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n )
vadd complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, complex alpha )
vadd complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, double alpha )
vadd double* vdst, double const* vsrc, int N )
vadd double* vdst, double const* vsrc, int N, double alpha )
vadd double* vdst, int stride_dst, double const* vsrc, int stride_src, int n )
vadd double* vdst, int stride_dst, double const* vsrc, int stride_src, int n, double alpha )
vdotproduct ( complex const* v0, int stride0, char const* conj0, complex const* v1, int stride1, char const* conj1, int n )
vdotproduct ( complex const* v1, complex const* v2, int N )
vdotproduct ( double const* v0, int stride0, double const* v1, int stride1, int n )
vdotproduct ( double const* v1, double const* v2, int N )
vlen int n1, int n2 )
vmove complex* vdst, complex const* vsrc, int N )
vmove complex* vdst, complex const* vsrc, int N, complex alpha )
vmove complex* vdst, complex const* vsrc, int N, double alpha )
vmove complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n )
vmove complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, complex alpha )
vmove complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, double alpha )
vmove double* vdst, double const* vsrc, int N )
vmove double* vdst, double const* vsrc, int N, double alpha )
vmove double* vdst, int stride_dst, double const* vsrc, int stride_src, int n )
vmove double* vdst, int stride_dst, double const* vsrc, int stride_src, int n, double alpha )
vmoveneg complex* vdst, complex const* vsrc, int N )
vmoveneg complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n )
vmoveneg double* vdst, double const* vsrc, int N )
vmoveneg double* vdst, int stride_dst, double const* vsrc, int stride_src, int n )
vmul complex* vdst, int N, complex alpha )
vmul complex* vdst, int N, double alpha )
vmul complex* vdst, int stride_dst, int n, complex alpha )
vmul complex* vdst, int stride_dst, int n, double alpha )
vmul double* vdst, int N, double alpha )
vmul double* vdst, int stride_dst, int n, double alpha )
vsub complex* vdst, complex const* vsrc, int N )
vsub complex* vdst, complex const* vsrc, int N, complex alpha )
vsub complex* vdst, complex const* vsrc, int N, double alpha )
vsub complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n )
vsub complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, complex alpha )
vsub complex* vdst, int stride_dst, complex const* vsrc, int stride_src, char const* conj_src, int n, double alpha )
vsub double* vdst, double const* vsrc, int N )
vsub double* vdst, double const* vsrc, int N, double alpha )
vsub double* vdst, int stride_dst, double const* vsrc, int stride_src, int n )
vsub double* vdst, int stride_dst, double const* vsrc, int stride_src, int n, double alpha )

apserv.h, libalglib.so
apperiodicmap double& x, double a, double b, double& k )
safepythag2 double x, double y )
safepythag3 double x, double y, double z )

autogk.h, libalglib.so
autogkiteration struct autogkstate& state )
autogkresults ( struct autogkstate const& state, double& v, struct autogkreport& rep )
autogksingular double a, double b, double alpha, double beta, struct autogkstate& state )
autogksmooth double a, double b, struct autogkstate& state )
autogksmoothw double a, double b, double xwidth, struct autogkstate& state )

bessel.h, libalglib.so
besseli0 double x )
besseli1 double x )
besselj0 double x )
besselj1 double x )
besseljn int n, double x )
besselk0 double x )
besselk1 double x )
besselkn int nn, double x )
bessely0 double x )
bessely1 double x )
besselyn int n, double x )

betaf.h, libalglib.so
beta double a, double b )

binomialdistr.h, libalglib.so
binomialcdistribution int k, int n, double p )
binomialdistribution int k, int n, double p )
invbinomialdistribution int k, int n, double y )

blas.h, libalglib.so
pythag2 double x, double y )

chebyshev.h, libalglib.so
chebyshevcalculate ( int const& r, int const& n, double const& x )

chisquaredistr.h, libalglib.so
chisquarecdistribution double v, double x )
chisquaredistribution double v, double x )
invchisquaredistribution double v, double y )

correlationtests.h, libalglib.so
pearsoncorrelationsignificance double r, int n, double& bothtails, double& lefttail, double& righttail )
spearmanrankcorrelationsignificance double r, int n, double& bothtails, double& lefttail, double& righttail )

dawson.h, libalglib.so
dawsonintegral double x )

dforest.h, libalglib.so
dfcopy ( struct decisionforest const& df1, struct decisionforest& df2 )

elliptic.h, libalglib.so
ellipticintegrale double m )
ellipticintegralk double m )
ellipticintegralkhighprecision double m1 )
incompleteellipticintegrale double phi, double m )
incompleteellipticintegralk double phi, double m )

expintegrals.h, libalglib.so
exponentialintegralei double x )
exponentialintegralen double x, int n )

fdistr.h, libalglib.so
fcdistribution int a, int b, double x )
fdistribution int a, int b, double x )
invfdistribution int a, int b, double y )

fresnel.h, libalglib.so
fresnelintegral double x, double& c, double& s )

ftbase.h, libalglib.so
ftbasefactorize int n, int tasktype, int& n1, int& n2 )
ftbasefindsmooth int n )
ftbasefindsmootheven int n )
ftbasegeneratecomplexfftplan int n, struct ftplan& plan )
ftbasegeneraterealfftplan int n, struct ftplan& plan )
ftbasegeneraterealfhtplan int n, struct ftplan& plan )
ftbasegetflopestimate int n )
ftbaseissmooth int n )

gammafunc.h, libalglib.so
gamma double p1 )
lngamma double x, double& sgngam )

hermite.h, libalglib.so
hermitecalculate ( int const& n, double const& x )

hqrnd.h, libalglib.so
hqrndexponential double lambda, struct hqrndstate& state )
hqrndnormal struct hqrndstate& state )
hqrndnormal2 ( struct hqrndstate& state, double& x1, double& x2 )
hqrndrandomize struct hqrndstate& state )
hqrndseed int s1, int s2, struct hqrndstate& state )
hqrnduniformi int n, struct hqrndstate& state )
hqrnduniformr struct hqrndstate& state )
hqrndunit2 ( struct hqrndstate& state, double& x, double& y )

ialglib.h, libalglib.so
namespace ialglib
mcopyblock int m, int n, double const* a, int op, int stride, double* b )
mcopyblock_complex int m, int n, ap::complex const* a, int op, int stride, double* b )
mcopyunblock int m, int n, double const* a, int op, double* b, int stride )
mcopyunblock_complex int m, int n, double const* a, int op, ap::complex* b, int stride )
mv int m, int n, double const* a, double const* x, double* y, int stride, double alpha, double beta )
mv_32 double const* a, double const* x, double* y, int stride, double alpha, double beta )
mv_complex int m, int n, double const* a, double const* x, ap::complex* cy, double* dy, int stride, ap::complex alpha, ap::complex beta )
mv_complex_generic int m, int n, double const* a, double const* x, ap::complex* cy, double* dy, int stride, ap::complex alpha, ap::complex beta )
mv_generic int m, int n, double const* a, double const* x, double* y, int stride, double alpha, double beta )
vcopy int n, double const* a, int stridea, double* b, int strideb )
vcopy_complex int n, ap::complex const* a, int stridea, double* b, int strideb, char* conj )
vcopy_complex int n, double const* a, int stridea, double* b, int strideb, char* conj )
vzero int n, double* p, int stride )
vzero_complex int n, ap::complex* p, int stride )

ibetaf.h, libalglib.so
incompletebeta double a, double b, double x )
invincompletebeta double a, double b, double y )

igammaf.h, libalglib.so
incompletegamma double a, double x )
incompletegammac double a, double x )
invincompletegammac double a, double y0 )

jacobianelliptic.h, libalglib.so
jacobianellipticfunctions double u, double m, double& sn, double& cn, double& dn, double& ph )

laguerre.h, libalglib.so
laguerrecalculate ( int const& n, double const& x )

legendre.h, libalglib.so
legendrecalculate ( int const& n, double const& x )

linreg.h, libalglib.so
lrcopy ( struct linearmodel const& lm1, struct linearmodel& lm2 )

logit.h, libalglib.so
mnlcopy ( struct logitmodel const& lm1, struct logitmodel& lm2 )

lsfit.h, libalglib.so
lsfitnonlineariteration struct lsfitstate& state )
lsfitnonlinearsetcond ( struct lsfitstate& state, double epsf, double epsx, int maxits )
lsfitnonlinearsetstpmax ( struct lsfitstate& state, double stpmax )

minasa.h, libalglib.so
minasaiteration struct minasastate& state )
minasasetalgorithm ( struct minasastate& state, int algotype )
minasasetcond ( struct minasastate& state, double epsg, double epsf, double epsx, int maxits )
minasasetstpmax ( struct minasastate& state, double stpmax )
minasasetxrep ( struct minasastate& state, bool needxrep )

mincg.h, libalglib.so
mincgiteration struct mincgstate& state )
mincgsetcgtype ( struct mincgstate& state, int cgtype )
mincgsetcond ( struct mincgstate& state, double epsg, double epsf, double epsx, int maxits )
mincgsetstpmax ( struct mincgstate& state, double stpmax )
mincgsetxrep ( struct mincgstate& state, bool needxrep )

minlbfgs.h, libalglib.so
minlbfgsiteration struct minlbfgsstate& state )
minlbfgssetcond ( struct minlbfgsstate& state, double epsg, double epsf, double epsx, int maxits )
minlbfgssetstpmax ( struct minlbfgsstate& state, double stpmax )
minlbfgssetxrep ( struct minlbfgsstate& state, bool needxrep )

minlm.h, libalglib.so
minlmiteration struct minlmstate& state )
minlmsetcond ( struct minlmstate& state, double epsg, double epsf, double epsx, int maxits )
minlmsetstpmax ( struct minlmstate& state, double stpmax )
minlmsetxrep ( struct minlmstate& state, bool needxrep )

mlpbase.h, libalglib.so
mlpcopy ( struct multilayerperceptron const& network1, struct multilayerperceptron& network2 )
mlpcreate0 int nin, int nout, struct multilayerperceptron& network )
mlpcreate1 int nin, int nhid, int nout, struct multilayerperceptron& network )
mlpcreate2 int nin, int nhid1, int nhid2, int nout, struct multilayerperceptron& network )
mlpcreateb0 int nin, int nout, double b, double d, struct multilayerperceptron& network )
mlpcreateb1 int nin, int nhid, int nout, double b, double d, struct multilayerperceptron& network )
mlpcreateb2 int nin, int nhid1, int nhid2, int nout, double b, double d, struct multilayerperceptron& network )
mlpcreatec0 int nin, int nout, struct multilayerperceptron& network )
mlpcreatec1 int nin, int nhid, int nout, struct multilayerperceptron& network )
mlpcreatec2 int nin, int nhid1, int nhid2, int nout, struct multilayerperceptron& network )
mlpcreater0 int nin, int nout, double a, double b, struct multilayerperceptron& network )
mlpcreater1 int nin, int nhid, int nout, double a, double b, struct multilayerperceptron& network )
mlpcreater2 int nin, int nhid1, int nhid2, int nout, double a, double b, struct multilayerperceptron& network )
mlpissoftmax struct multilayerperceptron const& network )
mlpproperties ( struct multilayerperceptron const& network, int& nin, int& nout, int& wcount )
mlprandomize struct multilayerperceptron& network )
mlprandomizefull struct multilayerperceptron& network )

mlpe.h, libalglib.so
mlpecopy ( struct mlpensemble const& ensemble1, struct mlpensemble& ensemble2 )
mlpecreate0 int nin, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreate1 int nin, int nhid, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreate2 int nin, int nhid1, int nhid2, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreateb0 int nin, int nout, double b, double d, int ensemblesize, struct mlpensemble& ensemble )
mlpecreateb1 int nin, int nhid, int nout, double b, double d, int ensemblesize, struct mlpensemble& ensemble )
mlpecreateb2 int nin, int nhid1, int nhid2, int nout, double b, double d, int ensemblesize, struct mlpensemble& ensemble )
mlpecreatec0 int nin, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreatec1 int nin, int nhid, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreatec2 int nin, int nhid1, int nhid2, int nout, int ensemblesize, struct mlpensemble& ensemble )
mlpecreatefromnetwork ( struct multilayerperceptron const& network, int ensemblesize, struct mlpensemble& ensemble )
mlpecreater0 int nin, int nout, double a, double b, int ensemblesize, struct mlpensemble& ensemble )
mlpecreater1 int nin, int nhid, int nout, double a, double b, int ensemblesize, struct mlpensemble& ensemble )
mlpecreater2 int nin, int nhid1, int nhid2, int nout, double a, double b, int ensemblesize, struct mlpensemble& ensemble )
mlpeissoftmax struct mlpensemble const& ensemble )
mlpeproperties ( struct mlpensemble const& ensemble, int& nin, int& nout )
mlperandomize struct mlpensemble& ensemble )

nearunityunit.h, libalglib.so
cosm1 double x )
expm1 double __x )
log1p double __x )

normaldistr.h, libalglib.so
erf double p1 )
erfc double p1 )
inverf double e )
invnormaldistribution double y0 )
normaldistribution double x )

odesolver.h, libalglib.so
odesolveriteration struct odesolverstate& state )

poissondistr.h, libalglib.so
invpoissondistribution int k, double y )
poissoncdistribution int k, double m )
poissondistribution int k, double m )

psif.h, libalglib.so
psi double x )

pspline.h, libalglib.so
pspline2arclength ( struct pspline2interpolant const& p, double a, double b )
pspline2calc ( struct pspline2interpolant const& p, double t, double& x, double& y )
pspline2diff ( struct pspline2interpolant const& p, double t, double& x, double& dx, double& y, double& dy )
pspline2diff2 ( struct pspline2interpolant const& p, double t, double& x, double& dx, double& d2x, double& y, double& dy, double& d2y )
pspline2tangent ( struct pspline2interpolant const& p, double t, double& x, double& y )
pspline3arclength ( struct pspline3interpolant const& p, double a, double b )
pspline3calc ( struct pspline3interpolant const& p, double t, double& x, double& y, double& z )
pspline3diff ( struct pspline3interpolant const& p, double t, double& x, double& dx, double& y, double& dy, double& z, double& dz )
pspline3diff2 ( struct pspline3interpolant const& p, double t, double& x, double& dx, double& d2x, double& y, double& dy, double& d2y, double& z, double& dz, double& d2z )
pspline3tangent ( struct pspline3interpolant const& p, double t, double& x, double& y, double& z )

ratint.h, libalglib.so
barycentriccalc ( struct barycentricinterpolant const& b, double t )
barycentriccopy ( struct barycentricinterpolant const& b, struct barycentricinterpolant& b2 )
barycentricdiff1 ( struct barycentricinterpolant const& b, double t, double& f, double& df )
barycentricdiff2 ( struct barycentricinterpolant const& b, double t, double& f, double& df, double& d2f )
barycentriclintransx ( struct barycentricinterpolant& b, double ca, double cb )
barycentriclintransy ( struct barycentricinterpolant& b, double ca, double cb )

rcond.h, libalglib.so
rcondthreshold ( )

rotations.h, libalglib.so
generaterotation double f, double g, double& cs, double& sn, double& r )

spline1d.h, libalglib.so
spline1dcalc ( struct spline1dinterpolant const& c, double x )
spline1dcopy ( struct spline1dinterpolant const& c, struct spline1dinterpolant& cc )
spline1ddiff ( struct spline1dinterpolant const& c, double x, double& s, double& ds, double& d2s )
spline1dintegrate ( struct spline1dinterpolant const& c, double x )
spline1dlintransx ( struct spline1dinterpolant& c, double a, double b )
spline1dlintransy ( struct spline1dinterpolant& c, double a, double b )

spline2d.h, libalglib.so
spline2dcalc ( struct spline2dinterpolant const& c, double x, double y )
spline2dcopy ( struct spline2dinterpolant const& c, struct spline2dinterpolant& cc )
spline2ddiff ( struct spline2dinterpolant const& c, double x, double y, double& f, double& fx, double& fy, double& fxy )
spline2dlintransf ( struct spline2dinterpolant& c, double a, double b )
spline2dlintransxy ( struct spline2dinterpolant& c, double ax, double bx, double ay, double by )

studenttdistr.h, libalglib.so
invstudenttdistribution int k, double p )
studenttdistribution int k, double t )

trigintegrals.h, libalglib.so
hyperbolicsinecosineintegrals double x, double& shi, double& chi )
sinecosineintegrals double x, double& si, double& ci )

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Other Changes in Constants (8)


ap.h
[+] AE_GNUC
[+] ae_machineepsilon
[+] ae_maxrealnumber
[+] ae_minrealnumber
[+] AE_MSVC
[+] ae_pi
[+] AE_SUNC
[+] AE_UNKNOWN

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Header Files (105)


ablas.h
ablasf.h
airyf.h
ap.h
apserv.h
apvt.h
autogk.h
bdss.h
bdsvd.h
bessel.h
betaf.h
binomialdistr.h
blas.h
chebyshev.h
chisquaredistr.h
conv.h
corr.h
correlation.h
correlationtests.h
creflections.h
dawson.h
densesolver.h
descriptivestatistics.h
dforest.h
elliptic.h
estnorm.h
evd.h
expintegrals.h
fdistr.h
fft.h
fht.h
fresnel.h
ftbase.h
gammafunc.h
gkq.h
gq.h
hblas.h
hermite.h
hqrnd.h
hsschur.h
ialglib.h
ibetaf.h
idwint.h
igammaf.h
inverseupdate.h
jacobianelliptic.h
jarquebera.h
kmeans.h
laguerre.h
lda.h
ldlt.h
legendre.h
linmin.h
linreg.h
logit.h
lsfit.h
mannwhitneyu.h
matdet.h
matgen.h
matinv.h
minasa.h
mincg.h
minlbfgs.h
minlm.h
mlpbase.h
mlpe.h
mlptrain.h
nearestneighbor.h
nearunityunit.h
normaldistr.h
odesolver.h
ortfac.h
pca.h
poissondistr.h
polint.h
psif.h
pspline.h
ratint.h
ratinterpolation.h
rcond.h
reflections.h
rotations.h
safesolve.h
sblas.h
schur.h
sdet.h
sinverse.h
spdgevd.h
spline1d.h
spline2d.h
spline3.h
srcond.h
ssolve.h
stdafx.h
stest.h
studenttdistr.h
studentttests.h
svd.h
trfac.h
trigintegrals.h
trlinsolve.h
tsort.h
variancetests.h
wsr.h
xblas.h

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Shared Libraries (1)


libalglib.so

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Generated on Tue Nov 26 15:24:09 2013 for ALGLIB by ABI Compliance Checker 1.99.8.4  
A tool for checking backward compatibility of a C/C++ library API