alglib Class Reference

Classes
class	ablas
class	ablasf
class	ablasmkl
class	ahcreport
class	airyf
class	alglibbasics
class	alglibexception
class	alglibobject
class	ap
class	apobject
class	apserv
class	autogk
class	autogkreport
class	autogkstate
class	barycentricfitreport
class	barycentricinterpolant
class	basestat
class	basicstatops
class	bdss
class	bdsvd
class	bessel
class	betaf
class	binomialdistr
class	blas
class	chebyshev
class	chisquaredistr
class	clustering
class	clusterizerstate
struct	complex
class	conv
class	corr
class	correlationtests
class	cqmodels
class	creflections
class	datacomp
class	dawson
class	decisionforest
class	densesolver
class	densesolverlsreport
class	densesolverreport
class	dforest
class	dfreport
class	elliptic
class	evd
class	expintegrals
class	fbls
class	fdistr
class	fft
class	fht
class	filters
class	fresnel
class	ftbase
class	gammafunc
class	gkq
class	gq
class	hblas
class	hermite
class	hpccores
class	hqrnd
class	hqrndstate
class	hsschur
class	ibetaf
class	idwint
class	idwinterpolant
class	igammaf
class	inverseupdate
class	jacobianelliptic
class	jarquebera
class	kdtree
class	kmeans
class	kmeansreport
class	laguerre
class	lda
class	legendre
class	lincg
class	lincgreport
class	lincgstate
class	linearmodel
class	linlsqr
class	linlsqrreport
class	linlsqrstate
class	linmin
class	linreg
class	logit
class	logitmodel
class	lrreport
class	lsfit
class	lsfitreport
class	lsfitstate
class	mannwhitneyu
class	matdet
class	matgen
class	math
class	matinv
class	matinvreport
class	mcpd
class	mcpdreport
class	mcpdstate
class	minasareport
class	minasastate
class	minbleic
class	minbleicreport
class	minbleicstate
class	mincg
class	mincgreport
class	mincgstate
class	mincomp
class	minlbfgs
class	minlbfgsreport
class	minlbfgsstate
class	minlm
class	minlmreport
class	minlmstate
class	minqp
class	minqpreport
class	minqpstate
class	mlpbase
class	mlpcvreport
class	mlpe
class	mlpensemble
class	mlpreport
class	mlptrain
class	mlptrainer
class	mnlreport
class	modelerrors
class	multilayerperceptron
class	nearestneighbor
class	nearunityunit
class	nleq
class	nleqreport
class	nleqstate
class	normaldistr
class	normestimator
class	normestimatorstate
class	ntheory
class	odesolver
class	odesolverreport
class	odesolverstate
class	optserv
class	ortfac
class	pca
class	poissondistr
class	polint
class	polynomialfitreport
class	psif
class	pspline
class	pspline2interpolant
class	pspline3interpolant
class	ratint
class	rbf
class	rbfmodel
class	rbfreport
class	rcommstate
class	rcond
class	reflections
class	rotations
class	sactivesets
class	safesolve
class	sblas
class	schur
class	scodes
class	serializer
class	smp
class	smpselftests
class	snnls
class	sparse
class	sparsematrix
class	spdgevd
class	spline1d
class	spline1dfitreport
class	spline1dinterpolant
class	spline2d
class	spline2dinterpolant
class	spline3d
class	spline3dinterpolant
class	stest
class	studenttdistr
class	studentttests
class	svd
class	testablasunit
class	testalglibbasicsunit
class	testautogkunit
class	testbasestatunit
class	testbdssunit
class	testbdsvdunit
class	testblasunit
class	testchebyshevunit
class	testclusteringunit
class	testconvunit
class	testcorrunit
class	testcqmodelsunit
class	testcreflectionsunit
class	testdensesolverunit
class	testdforestunit
class	testevdunit
class	testfblsunit
class	testfftunit
class	testfhtunit
class	testfiltersunit
class	testgammafuncunit
class	testgkqunit
class	testgqunit
class	testhblasunit
class	testhermiteunit
class	testhqrndunit
class	testidwintunit
class	testinverseupdateunit
class	testkmeansunit
class	testlaguerreunit
class	testldaunit
class	testlegendreunit
class	testlincgunit
class	testlinlsqrunit
class	testlinminunit
class	testlinregunit
class	testlsfitunit
class	testmatgenunit
class	testmatinvunit
class	testmcpdunit
class	testminbleicunit
class	testmincgunit
class	testminlbfgsunit
class	testminlmunit
class	testminqpunit
class	testmlpbaseunit
class	testmlpeunit
class	testmlptrainunit
class	testnearestneighborunit
class	testnlequnit
class	testnormestimatorunit
class	testodesolverunit
class	testortfacunit
class	testpcaunit
class	testpolintunit
class	testpsplineunit
class	testratintunit
class	testrbfunit
class	testrcondunit
class	testreflectionsunit
class	testsactivesetsunit
class	testsafesolveunit
class	testsblasunit
class	testschurunit
class	testsnnlsunit
class	testsparseunit
class	testspdgevdunit
class	testspline1dunit
class	testspline2dunit
class	testspline3dunit
class	teststestunit
class	teststudentttestsunit
class	testsvdunit
class	testtrfacunit
class	testtrlinsolveunit
class	testtsortunit
class	testxblasunit
class	trfac
class	trigintegrals
class	trlinsolve
class	tsort
class	variancetests
class	wsr
class	xblas
class	xdebug

Public Member Functions
delegate void	ndimensional_func (double[] arg, ref double func, object obj)
delegate void	ndimensional_grad (double[] arg, ref double func, double[] grad, object obj)
delegate void	ndimensional_hess (double[] arg, ref double func, double[] grad, double[,] hess, object obj)
delegate void	ndimensional_fvec (double[] arg, double[] fi, object obj)
delegate void	ndimensional_jac (double[] arg, double[] fi, double[,] jac, object obj)
delegate void	ndimensional_pfunc (double[] p, double[] q, ref double func, object obj)
delegate void	ndimensional_pgrad (double[] p, double[] q, ref double func, double[] grad, object obj)
delegate void	ndimensional_phess (double[] p, double[] q, ref double func, double[] grad, double[,] hess, object obj)
delegate void	ndimensional_rep (double[] arg, double func, object obj)
delegate void	ndimensional_ode_rp (double[] y, double x, double[] dy, object obj)
delegate void	integrator1_func (double x, double xminusa, double bminusx, ref double f, object obj)
delegate void	ndimensional_func (double[] arg, ref double func, object obj)
delegate void	ndimensional_grad (double[] arg, ref double func, double[] grad, object obj)
delegate void	ndimensional_hess (double[] arg, ref double func, double[] grad, double[,] hess, object obj)
delegate void	ndimensional_fvec (double[] arg, double[] fi, object obj)
delegate void	ndimensional_jac (double[] arg, double[] fi, double[,] jac, object obj)
delegate void	ndimensional_pfunc (double[] p, double[] q, ref double func, object obj)
delegate void	ndimensional_pgrad (double[] p, double[] q, ref double func, double[] grad, object obj)
delegate void	ndimensional_phess (double[] p, double[] q, ref double func, double[] grad, double[,] hess, object obj)
delegate void	ndimensional_rep (double[] arg, double func, object obj)
delegate void	ndimensional_ode_rp (double[] y, double x, double[] dy, object obj)
delegate void	integrator1_func (double x, double xminusa, double bminusx, ref double f, object obj)

Static Public Member Functions
static void	hqrndrandomize (out hqrndstate state)
static void	hqrndseed (int s1, int s2, out hqrndstate state)
static double	hqrnduniformr (hqrndstate state)
static int	hqrnduniformi (hqrndstate state, int n)
static double	hqrndnormal (hqrndstate state)
static void	hqrndunit2 (hqrndstate state, out double x, out double y)
static void	hqrndnormal2 (hqrndstate state, out double x1, out double x2)
static double	hqrndexponential (hqrndstate state, double lambdav)
static double	hqrnddiscrete (hqrndstate state, double[] x, int n)
static double	hqrndcontinuous (hqrndstate state, double[] x, int n)
static void	kdtreeserialize (kdtree obj, out string s_out)
static void	kdtreeunserialize (string s_in, out kdtree obj)
static void	kdtreebuild (double[,] xy, int n, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuild (double[,] xy, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuildtagged (double[,] xy, int[] tags, int n, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuildtagged (double[,] xy, int[] tags, int nx, int ny, int normtype, out kdtree kdt)
static int	kdtreequeryknn (kdtree kdt, double[] x, int k, bool selfmatch)
static int	kdtreequeryknn (kdtree kdt, double[] x, int k)
static int	kdtreequeryrnn (kdtree kdt, double[] x, double r, bool selfmatch)
static int	kdtreequeryrnn (kdtree kdt, double[] x, double r)
static int	kdtreequeryaknn (kdtree kdt, double[] x, int k, bool selfmatch, double eps)
static int	kdtreequeryaknn (kdtree kdt, double[] x, int k, double eps)
static void	kdtreequeryresultsx (kdtree kdt, ref double[,] x)
static void	kdtreequeryresultsxy (kdtree kdt, ref double[,] xy)
static void	kdtreequeryresultstags (kdtree kdt, ref int[] tags)
static void	kdtreequeryresultsdistances (kdtree kdt, ref double[] r)
static void	kdtreequeryresultsxi (kdtree kdt, out double[,] x)
static void	kdtreequeryresultsxyi (kdtree kdt, out double[,] xy)
static void	kdtreequeryresultstagsi (kdtree kdt, out int[] tags)
static void	kdtreequeryresultsdistancesi (kdtree kdt, out double[] r)
static void	dsoptimalsplit2 (double[] a, int[] c, int n, out int info, out double threshold, out double pal, out double pbl, out double par, out double pbr, out double cve)
static void	dsoptimalsplit2fast (ref double[] a, ref int[] c, ref int[] tiesbuf, ref int[] cntbuf, ref double[] bufr, ref int[] bufi, int n, int nc, double alpha, out int info, out double threshold, out double rms, out double cvrms)
static void	dfserialize (decisionforest obj, out string s_out)
static void	dfunserialize (string s_in, out decisionforest obj)
static void	dfbuildrandomdecisionforest (double[,] xy, int npoints, int nvars, int nclasses, int ntrees, double r, out int info, out decisionforest df, out dfreport rep)
static void	dfbuildrandomdecisionforestx1 (double[,] xy, int npoints, int nvars, int nclasses, int ntrees, int nrndvars, double r, out int info, out decisionforest df, out dfreport rep)
static void	dfprocess (decisionforest df, double[] x, ref double[] y)
static void	dfprocessi (decisionforest df, double[] x, out double[] y)
static double	dfrelclserror (decisionforest df, double[,] xy, int npoints)
static double	dfavgce (decisionforest df, double[,] xy, int npoints)
static double	dfrmserror (decisionforest df, double[,] xy, int npoints)
static double	dfavgerror (decisionforest df, double[,] xy, int npoints)
static double	dfavgrelerror (decisionforest df, double[,] xy, int npoints)
static void	lrbuild (double[,] xy, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuilds (double[,] xy, double[] s, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuildzs (double[,] xy, double[] s, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuildz (double[,] xy, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrunpack (linearmodel lm, out double[] v, out int nvars)
static void	lrpack (double[] v, int nvars, out linearmodel lm)
static double	lrprocess (linearmodel lm, double[] x)
static double	lrrmserror (linearmodel lm, double[,] xy, int npoints)
static double	lravgerror (linearmodel lm, double[,] xy, int npoints)
static double	lravgrelerror (linearmodel lm, double[,] xy, int npoints)
static void	filtersma (ref double[] x, int n, int k)
static void	filtersma (ref double[] x, int k)
static void	filterema (ref double[] x, int n, double alpha)
static void	filterema (ref double[] x, double alpha)
static void	filterlrma (ref double[] x, int n, int k)
static void	filterlrma (ref double[] x, int k)
static void	kmeansgenerate (double[,] xy, int npoints, int nvars, int k, int restarts, out int info, out double[,] c, out int[] xyc)
static void	fisherlda (double[,] xy, int npoints, int nvars, int nclasses, out int info, out double[] w)
static void	fisherldan (double[,] xy, int npoints, int nvars, int nclasses, out int info, out double[,] w)
static void	mlpserialize (multilayerperceptron obj, out string s_out)
static void	mlpunserialize (string s_in, out multilayerperceptron obj)
static void	mlpcreate0 (int nin, int nout, out multilayerperceptron network)
static void	mlpcreate1 (int nin, int nhid, int nout, out multilayerperceptron network)
static void	mlpcreate2 (int nin, int nhid1, int nhid2, int nout, out multilayerperceptron network)
static void	mlpcreateb0 (int nin, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreateb1 (int nin, int nhid, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreateb2 (int nin, int nhid1, int nhid2, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreater0 (int nin, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreater1 (int nin, int nhid, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreater2 (int nin, int nhid1, int nhid2, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreatec0 (int nin, int nout, out multilayerperceptron network)
static void	mlpcreatec1 (int nin, int nhid, int nout, out multilayerperceptron network)
static void	mlpcreatec2 (int nin, int nhid1, int nhid2, int nout, out multilayerperceptron network)
static void	mlprandomize (multilayerperceptron network)
static void	mlprandomizefull (multilayerperceptron network)
static void	mlpproperties (multilayerperceptron network, out int nin, out int nout, out int wcount)
static int	mlpgetinputscount (multilayerperceptron network)
static int	mlpgetoutputscount (multilayerperceptron network)
static int	mlpgetweightscount (multilayerperceptron network)
static bool	mlpissoftmax (multilayerperceptron network)
static int	mlpgetlayerscount (multilayerperceptron network)
static int	mlpgetlayersize (multilayerperceptron network, int k)
static void	mlpgetinputscaling (multilayerperceptron network, int i, out double mean, out double sigma)
static void	mlpgetoutputscaling (multilayerperceptron network, int i, out double mean, out double sigma)
static void	mlpgetneuroninfo (multilayerperceptron network, int k, int i, out int fkind, out double threshold)
static double	mlpgetweight (multilayerperceptron network, int k0, int i0, int k1, int i1)
static void	mlpsetinputscaling (multilayerperceptron network, int i, double mean, double sigma)
static void	mlpsetoutputscaling (multilayerperceptron network, int i, double mean, double sigma)
static void	mlpsetneuroninfo (multilayerperceptron network, int k, int i, int fkind, double threshold)
static void	mlpsetweight (multilayerperceptron network, int k0, int i0, int k1, int i1, double w)
static void	mlpactivationfunction (double net, int k, out double f, out double df, out double d2f)
static void	mlpprocess (multilayerperceptron network, double[] x, ref double[] y)
static void	mlpprocessi (multilayerperceptron network, double[] x, out double[] y)
static double	mlperror (multilayerperceptron network, double[,] xy, int ssize)
static double	mlperrorn (multilayerperceptron network, double[,] xy, int ssize)
static int	mlpclserror (multilayerperceptron network, double[,] xy, int ssize)
static double	mlprelclserror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgce (multilayerperceptron network, double[,] xy, int npoints)
static double	mlprmserror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgerror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgrelerror (multilayerperceptron network, double[,] xy, int npoints)
static void	mlpgrad (multilayerperceptron network, double[] x, double[] desiredy, out double e, ref double[] grad)
static void	mlpgradn (multilayerperceptron network, double[] x, double[] desiredy, out double e, ref double[] grad)
static void	mlpgradbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad)
static void	mlpgradnbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad)
static void	mlphessiannbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad, ref double[,] h)
static void	mlphessianbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad, ref double[,] h)
static void	mnltrainh (double[,] xy, int npoints, int nvars, int nclasses, out int info, out logitmodel lm, out mnlreport rep)
static void	mnlprocess (logitmodel lm, double[] x, ref double[] y)
static void	mnlprocessi (logitmodel lm, double[] x, out double[] y)
static void	mnlunpack (logitmodel lm, out double[,] a, out int nvars, out int nclasses)
static void	mnlpack (double[,] a, int nvars, int nclasses, out logitmodel lm)
static double	mnlavgce (logitmodel lm, double[,] xy, int npoints)
static double	mnlrelclserror (logitmodel lm, double[,] xy, int npoints)
static double	mnlrmserror (logitmodel lm, double[,] xy, int npoints)
static double	mnlavgerror (logitmodel lm, double[,] xy, int npoints)
static double	mnlavgrelerror (logitmodel lm, double[,] xy, int ssize)
static int	mnlclserror (logitmodel lm, double[,] xy, int npoints)
static void	mcpdcreate (int n, out mcpdstate s)
static void	mcpdcreateentry (int n, int entrystate, out mcpdstate s)
static void	mcpdcreateexit (int n, int exitstate, out mcpdstate s)
static void	mcpdcreateentryexit (int n, int entrystate, int exitstate, out mcpdstate s)
static void	mcpdaddtrack (mcpdstate s, double[,] xy, int k)
static void	mcpdaddtrack (mcpdstate s, double[,] xy)
static void	mcpdsetec (mcpdstate s, double[,] ec)
static void	mcpdaddec (mcpdstate s, int i, int j, double c)
static void	mcpdsetbc (mcpdstate s, double[,] bndl, double[,] bndu)
static void	mcpdaddbc (mcpdstate s, int i, int j, double bndl, double bndu)
static void	mcpdsetlc (mcpdstate s, double[,] c, int[] ct, int k)
static void	mcpdsetlc (mcpdstate s, double[,] c, int[] ct)
static void	mcpdsettikhonovregularizer (mcpdstate s, double v)
static void	mcpdsetprior (mcpdstate s, double[,] pp)
static void	mcpdsetpredictionweights (mcpdstate s, double[] pw)
static void	mcpdsolve (mcpdstate s)
static void	mcpdresults (mcpdstate s, out double[,] p, out mcpdreport rep)
static void	mlptrainlm (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep)
static void	mlptrainlbfgs (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, out int info, out mlpreport rep)
static void	mlptraines (multilayerperceptron network, double[,] trnxy, int trnsize, double[,] valxy, int valsize, double decay, int restarts, out int info, out mlpreport rep)
static void	mlpkfoldcvlbfgs (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, int foldscount, out int info, out mlpreport rep, out mlpcvreport cvrep)
static void	mlpkfoldcvlm (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, int foldscount, out int info, out mlpreport rep, out mlpcvreport cvrep)
static void	mlpeserialize (mlpensemble obj, out string s_out)
static void	mlpeunserialize (string s_in, out mlpensemble obj)
static void	mlpecreate0 (int nin, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreate1 (int nin, int nhid, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreate2 (int nin, int nhid1, int nhid2, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb0 (int nin, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb1 (int nin, int nhid, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb2 (int nin, int nhid1, int nhid2, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater0 (int nin, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater1 (int nin, int nhid, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater2 (int nin, int nhid1, int nhid2, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec0 (int nin, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec1 (int nin, int nhid, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec2 (int nin, int nhid1, int nhid2, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatefromnetwork (multilayerperceptron network, int ensemblesize, out mlpensemble ensemble)
static void	mlperandomize (mlpensemble ensemble)
static void	mlpeproperties (mlpensemble ensemble, out int nin, out int nout)
static bool	mlpeissoftmax (mlpensemble ensemble)
static void	mlpeprocess (mlpensemble ensemble, double[] x, ref double[] y)
static void	mlpeprocessi (mlpensemble ensemble, double[] x, out double[] y)
static double	mlperelclserror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgce (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpermserror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgerror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgrelerror (mlpensemble ensemble, double[,] xy, int npoints)
static void	mlpebagginglm (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep, out mlpcvreport ooberrors)
static void	mlpebagginglbfgs (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, out int info, out mlpreport rep, out mlpcvreport ooberrors)
static void	mlpetraines (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep)
static void	pcabuildbasis (double[,] x, int npoints, int nvars, out int info, out double[] s2, out double[,] v)
static void	odesolverrkck (double[] y, int n, double[] x, int m, double eps, double h, out odesolverstate state)
static void	odesolverrkck (double[] y, double[] x, double eps, double h, out odesolverstate state)
static bool	odesolveriteration (odesolverstate state)
static void	odesolversolve (odesolverstate state, ndimensional_ode_rp diff, object obj)
static void	odesolverresults (odesolverstate state, out int m, out double[] xtbl, out double[,] ytbl, out odesolverreport rep)
static void	fftc1d (ref complex[] a, int n)
static void	fftc1d (ref complex[] a)
static void	fftc1dinv (ref complex[] a, int n)
static void	fftc1dinv (ref complex[] a)
static void	fftr1d (double[] a, int n, out complex[] f)
static void	fftr1d (double[] a, out complex[] f)
static void	fftr1dinv (complex[] f, int n, out double[] a)
static void	fftr1dinv (complex[] f, out double[] a)
static void	convc1d (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convc1dinv (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convc1dcircular (complex[] s, int m, complex[] r, int n, out complex[] c)
static void	convc1dcircularinv (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convr1d (double[] a, int m, double[] b, int n, out double[] r)
static void	convr1dinv (double[] a, int m, double[] b, int n, out double[] r)
static void	convr1dcircular (double[] s, int m, double[] r, int n, out double[] c)
static void	convr1dcircularinv (double[] a, int m, double[] b, int n, out double[] r)
static void	corrc1d (complex[] signal, int n, complex[] pattern, int m, out complex[] r)
static void	corrc1dcircular (complex[] signal, int m, complex[] pattern, int n, out complex[] c)
static void	corrr1d (double[] signal, int n, double[] pattern, int m, out double[] r)
static void	corrr1dcircular (double[] signal, int m, double[] pattern, int n, out double[] c)
static void	fhtr1d (ref double[] a, int n)
static void	fhtr1dinv (ref double[] a, int n)
static void	gqgeneraterec (double[] alpha, double[] beta, double mu0, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategausslobattorec (double[] alpha, double[] beta, double mu0, double a, double b, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategaussradaurec (double[] alpha, double[] beta, double mu0, double a, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategausslegendre (int n, out int info, out double[] x, out double[] w)
static void	gqgenerategaussjacobi (int n, double alpha, double beta, out int info, out double[] x, out double[] w)
static void	gqgenerategausslaguerre (int n, double alpha, out int info, out double[] x, out double[] w)
static void	gqgenerategausshermite (int n, out int info, out double[] x, out double[] w)
static void	gkqgeneraterec (double[] alpha, double[] beta, double mu0, int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqgenerategausslegendre (int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqgenerategaussjacobi (int n, double alpha, double beta, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqlegendrecalc (int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqlegendretbl (int n, out double[] x, out double[] wkronrod, out double[] wgauss, out double eps)
static void	autogksmooth (double a, double b, out autogkstate state)
static void	autogksmoothw (double a, double b, double xwidth, out autogkstate state)
static void	autogksingular (double a, double b, double alpha, double beta, out autogkstate state)
static bool	autogkiteration (autogkstate state)
static void	autogkintegrate (autogkstate state, integrator1_func func, object obj)
static void	autogkresults (autogkstate state, out double v, out autogkreport rep)
static double	idwcalc (idwinterpolant z, double[] x)
static void	idwbuildmodifiedshepard (double[,] xy, int n, int nx, int d, int nq, int nw, out idwinterpolant z)
static void	idwbuildmodifiedshepardr (double[,] xy, int n, int nx, double r, out idwinterpolant z)
static void	idwbuildnoisy (double[,] xy, int n, int nx, int d, int nq, int nw, out idwinterpolant z)
static double	barycentriccalc (barycentricinterpolant b, double t)
static void	barycentricdiff1 (barycentricinterpolant b, double t, out double f, out double df)
static void	barycentricdiff2 (barycentricinterpolant b, double t, out double f, out double df, out double d2f)
static void	barycentriclintransx (barycentricinterpolant b, double ca, double cb)
static void	barycentriclintransy (barycentricinterpolant b, double ca, double cb)
static void	barycentricunpack (barycentricinterpolant b, out int n, out double[] x, out double[] y, out double[] w)
static void	barycentricbuildxyw (double[] x, double[] y, double[] w, int n, out barycentricinterpolant b)
static void	barycentricbuildfloaterhormann (double[] x, double[] y, int n, int d, out barycentricinterpolant b)
static void	polynomialbar2cheb (barycentricinterpolant p, double a, double b, out double[] t)
static void	polynomialcheb2bar (double[] t, int n, double a, double b, out barycentricinterpolant p)
static void	polynomialcheb2bar (double[] t, double a, double b, out barycentricinterpolant p)
static void	polynomialbar2pow (barycentricinterpolant p, double c, double s, out double[] a)
static void	polynomialbar2pow (barycentricinterpolant p, out double[] a)
static void	polynomialpow2bar (double[] a, int n, double c, double s, out barycentricinterpolant p)
static void	polynomialpow2bar (double[] a, out barycentricinterpolant p)
static void	polynomialbuild (double[] x, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuild (double[] x, double[] y, out barycentricinterpolant p)
static void	polynomialbuildeqdist (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildeqdist (double a, double b, double[] y, out barycentricinterpolant p)
static void	polynomialbuildcheb1 (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildcheb1 (double a, double b, double[] y, out barycentricinterpolant p)
static void	polynomialbuildcheb2 (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildcheb2 (double a, double b, double[] y, out barycentricinterpolant p)
static double	polynomialcalceqdist (double a, double b, double[] f, int n, double t)
static double	polynomialcalceqdist (double a, double b, double[] f, double t)
static double	polynomialcalccheb1 (double a, double b, double[] f, int n, double t)
static double	polynomialcalccheb1 (double a, double b, double[] f, double t)
static double	polynomialcalccheb2 (double a, double b, double[] f, int n, double t)
static double	polynomialcalccheb2 (double a, double b, double[] f, double t)
static void	spline1dbuildlinear (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildlinear (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dbuildcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out spline1dinterpolant c)
static void	spline1dbuildcubic (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dgriddiffcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out double[] d)
static void	spline1dgriddiffcubic (double[] x, double[] y, out double[] d)
static void	spline1dgriddiff2cubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out double[] d1, out double[] d2)
static void	spline1dgriddiff2cubic (double[] x, double[] y, out double[] d1, out double[] d2)
static void	spline1dconvcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2)
static void	spline1dconvcubic (double[] x, double[] y, double[] x2, out double[] y2)
static void	spline1dconvdiffcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2, out double[] d2)
static void	spline1dconvdiffcubic (double[] x, double[] y, double[] x2, out double[] y2, out double[] d2)
static void	spline1dconvdiff2cubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2, out double[] d2, out double[] dd2)
static void	spline1dconvdiff2cubic (double[] x, double[] y, double[] x2, out double[] y2, out double[] d2, out double[] dd2)
static void	spline1dbuildcatmullrom (double[] x, double[] y, int n, int boundtype, double tension, out spline1dinterpolant c)
static void	spline1dbuildcatmullrom (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dbuildhermite (double[] x, double[] y, double[] d, int n, out spline1dinterpolant c)
static void	spline1dbuildhermite (double[] x, double[] y, double[] d, out spline1dinterpolant c)
static void	spline1dbuildakima (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildakima (double[] x, double[] y, out spline1dinterpolant c)
static double	spline1dcalc (spline1dinterpolant c, double x)
static void	spline1ddiff (spline1dinterpolant c, double x, out double s, out double ds, out double d2s)
static void	spline1dunpack (spline1dinterpolant c, out int n, out double[,] tbl)
static void	spline1dlintransx (spline1dinterpolant c, double a, double b)
static void	spline1dlintransy (spline1dinterpolant c, double a, double b)
static double	spline1dintegrate (spline1dinterpolant c, double x)
static void	spline1dbuildmonotone (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildmonotone (double[] x, double[] y, out spline1dinterpolant c)
static void	polynomialfit (double[] x, double[] y, int n, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfit (double[] x, double[] y, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfitwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfitwc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	barycentricfitfloaterhormannwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out barycentricinterpolant b, out barycentricfitreport rep)
static void	barycentricfitfloaterhormann (double[] x, double[] y, int n, int m, out int info, out barycentricinterpolant b, out barycentricfitreport rep)
static void	spline1dfitpenalized (double[] x, double[] y, int n, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalized (double[] x, double[] y, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalizedw (double[] x, double[] y, double[] w, int n, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalizedw (double[] x, double[] y, double[] w, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubicwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubicwc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermitewc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermitewc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubic (double[] x, double[] y, int n, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubic (double[] x, double[] y, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermite (double[] x, double[] y, int n, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermite (double[] x, double[] y, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	lsfitlinearw (double[] y, double[] w, double[,] fmatrix, int n, int m, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearw (double[] y, double[] w, double[,] fmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearwc (double[] y, double[] w, double[,] fmatrix, double[,] cmatrix, int n, int m, int k, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearwc (double[] y, double[] w, double[,] fmatrix, double[,] cmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinear (double[] y, double[,] fmatrix, int n, int m, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinear (double[] y, double[,] fmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearc (double[] y, double[,] fmatrix, double[,] cmatrix, int n, int m, int k, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearc (double[] y, double[,] fmatrix, double[,] cmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitcreatewf (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, double diffstep, out lsfitstate state)
static void	lsfitcreatewf (double[,] x, double[] y, double[] w, double[] c, double diffstep, out lsfitstate state)
static void	lsfitcreatef (double[,] x, double[] y, double[] c, int n, int m, int k, double diffstep, out lsfitstate state)
static void	lsfitcreatef (double[,] x, double[] y, double[] c, double diffstep, out lsfitstate state)
static void	lsfitcreatewfg (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, bool cheapfg, out lsfitstate state)
static void	lsfitcreatewfg (double[,] x, double[] y, double[] w, double[] c, bool cheapfg, out lsfitstate state)
static void	lsfitcreatefg (double[,] x, double[] y, double[] c, int n, int m, int k, bool cheapfg, out lsfitstate state)
static void	lsfitcreatefg (double[,] x, double[] y, double[] c, bool cheapfg, out lsfitstate state)
static void	lsfitcreatewfgh (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, out lsfitstate state)
static void	lsfitcreatewfgh (double[,] x, double[] y, double[] w, double[] c, out lsfitstate state)
static void	lsfitcreatefgh (double[,] x, double[] y, double[] c, int n, int m, int k, out lsfitstate state)
static void	lsfitcreatefgh (double[,] x, double[] y, double[] c, out lsfitstate state)
static void	lsfitsetcond (lsfitstate state, double epsf, double epsx, int maxits)
static void	lsfitsetstpmax (lsfitstate state, double stpmax)
static void	lsfitsetxrep (lsfitstate state, bool needxrep)
static void	lsfitsetscale (lsfitstate state, double[] s)
static void	lsfitsetbc (lsfitstate state, double[] bndl, double[] bndu)
static bool	lsfititeration (lsfitstate state)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_rep rep, object obj)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_pgrad grad, ndimensional_rep rep, object obj)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_pgrad grad, ndimensional_phess hess, ndimensional_rep rep, object obj)
static void	lsfitresults (lsfitstate state, out int info, out double[] c, out lsfitreport rep)
static void	lsfitsetgradientcheck (lsfitstate state, double teststep)
static void	pspline2build (double[,] xy, int n, int st, int pt, out pspline2interpolant p)
static void	pspline3build (double[,] xy, int n, int st, int pt, out pspline3interpolant p)
static void	pspline2buildperiodic (double[,] xy, int n, int st, int pt, out pspline2interpolant p)
static void	pspline3buildperiodic (double[,] xy, int n, int st, int pt, out pspline3interpolant p)
static void	pspline2parametervalues (pspline2interpolant p, out int n, out double[] t)
static void	pspline3parametervalues (pspline3interpolant p, out int n, out double[] t)
static void	pspline2calc (pspline2interpolant p, double t, out double x, out double y)
static void	pspline3calc (pspline3interpolant p, double t, out double x, out double y, out double z)
static void	pspline2tangent (pspline2interpolant p, double t, out double x, out double y)
static void	pspline3tangent (pspline3interpolant p, double t, out double x, out double y, out double z)
static void	pspline2diff (pspline2interpolant p, double t, out double x, out double dx, out double y, out double dy)
static void	pspline3diff (pspline3interpolant p, double t, out double x, out double dx, out double y, out double dy, out double z, out double dz)
static void	pspline2diff2 (pspline2interpolant p, double t, out double x, out double dx, out double d2x, out double y, out double dy, out double d2y)
static void	pspline3diff2 (pspline3interpolant p, double t, out double x, out double dx, out double d2x, out double y, out double dy, out double d2y, out double z, out double dz, out double d2z)
static double	pspline2arclength (pspline2interpolant p, double a, double b)
static double	pspline3arclength (pspline3interpolant p, double a, double b)
static void	rbfserialize (rbfmodel obj, out string s_out)
static void	rbfunserialize (string s_in, out rbfmodel obj)
static void	rbfcreate (int nx, int ny, out rbfmodel s)
static void	rbfsetpoints (rbfmodel s, double[,] xy, int n)
static void	rbfsetpoints (rbfmodel s, double[,] xy)
static void	rbfsetalgoqnn (rbfmodel s, double q, double z)
static void	rbfsetalgoqnn (rbfmodel s)
static void	rbfsetalgomultilayer (rbfmodel s, double rbase, int nlayers, double lambdav)
static void	rbfsetalgomultilayer (rbfmodel s, double rbase, int nlayers)
static void	rbfsetlinterm (rbfmodel s)
static void	rbfsetconstterm (rbfmodel s)
static void	rbfsetzeroterm (rbfmodel s)
static void	rbfbuildmodel (rbfmodel s, out rbfreport rep)
static double	rbfcalc2 (rbfmodel s, double x0, double x1)
static double	rbfcalc3 (rbfmodel s, double x0, double x1, double x2)
static void	rbfcalc (rbfmodel s, double[] x, out double[] y)
static void	rbfcalcbuf (rbfmodel s, double[] x, ref double[] y)
static void	rbfgridcalc2 (rbfmodel s, double[] x0, int n0, double[] x1, int n1, out double[,] y)
static void	rbfunpack (rbfmodel s, out int nx, out int ny, out double[,] xwr, out int nc, out double[,] v)
static double	spline2dcalc (spline2dinterpolant c, double x, double y)
static void	spline2ddiff (spline2dinterpolant c, double x, double y, out double f, out double fx, out double fy, out double fxy)
static void	spline2dlintransxy (spline2dinterpolant c, double ax, double bx, double ay, double by)
static void	spline2dlintransf (spline2dinterpolant c, double a, double b)
static void	spline2dcopy (spline2dinterpolant c, out spline2dinterpolant cc)
static void	spline2dresamplebicubic (double[,] a, int oldheight, int oldwidth, out double[,] b, int newheight, int newwidth)
static void	spline2dresamplebilinear (double[,] a, int oldheight, int oldwidth, out double[,] b, int newheight, int newwidth)
static void	spline2dbuildbilinearv (double[] x, int n, double[] y, int m, double[] f, int d, out spline2dinterpolant c)
static void	spline2dbuildbicubicv (double[] x, int n, double[] y, int m, double[] f, int d, out spline2dinterpolant c)
static void	spline2dcalcvbuf (spline2dinterpolant c, double x, double y, ref double[] f)
static void	spline2dcalcv (spline2dinterpolant c, double x, double y, out double[] f)
static void	spline2dunpackv (spline2dinterpolant c, out int m, out int n, out int d, out double[,] tbl)
static void	spline2dbuildbilinear (double[] x, double[] y, double[,] f, int m, int n, out spline2dinterpolant c)
static void	spline2dbuildbicubic (double[] x, double[] y, double[,] f, int m, int n, out spline2dinterpolant c)
static void	spline2dunpack (spline2dinterpolant c, out int m, out int n, out double[,] tbl)
static double	spline3dcalc (spline3dinterpolant c, double x, double y, double z)
static void	spline3dlintransxyz (spline3dinterpolant c, double ax, double bx, double ay, double by, double az, double bz)
static void	spline3dlintransf (spline3dinterpolant c, double a, double b)
static void	spline3dresampletrilinear (double[] a, int oldzcount, int oldycount, int oldxcount, int newzcount, int newycount, int newxcount, out double[] b)
static void	spline3dbuildtrilinearv (double[] x, int n, double[] y, int m, double[] z, int l, double[] f, int d, out spline3dinterpolant c)
static void	spline3dcalcvbuf (spline3dinterpolant c, double x, double y, double z, ref double[] f)
static void	spline3dcalcv (spline3dinterpolant c, double x, double y, double z, out double[] f)
static void	spline3dunpackv (spline3dinterpolant c, out int n, out int m, out int l, out int d, out int stype, out double[,] tbl)
static void	cmatrixtranspose (int m, int n, complex[,] a, int ia, int ja, ref complex[,] b, int ib, int jb)
static void	rmatrixtranspose (int m, int n, double[,] a, int ia, int ja, ref double[,] b, int ib, int jb)
static void	cmatrixcopy (int m, int n, complex[,] a, int ia, int ja, ref complex[,] b, int ib, int jb)
static void	rmatrixcopy (int m, int n, double[,] a, int ia, int ja, ref double[,] b, int ib, int jb)
static void	cmatrixrank1 (int m, int n, ref complex[,] a, int ia, int ja, ref complex[] u, int iu, ref complex[] v, int iv)
static void	rmatrixrank1 (int m, int n, ref double[,] a, int ia, int ja, ref double[] u, int iu, ref double[] v, int iv)
static void	cmatrixmv (int m, int n, complex[,] a, int ia, int ja, int opa, complex[] x, int ix, ref complex[] y, int iy)
static void	rmatrixmv (int m, int n, double[,] a, int ia, int ja, int opa, double[] x, int ix, ref double[] y, int iy)
static void	cmatrixrighttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	cmatrixlefttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	rmatrixrighttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	rmatrixlefttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	cmatrixsyrk (int n, int k, double alpha, complex[,] a, int ia, int ja, int optypea, double beta, ref complex[,] c, int ic, int jc, bool isupper)
static void	rmatrixsyrk (int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double beta, ref double[,] c, int ic, int jc, bool isupper)
static void	cmatrixgemm (int m, int n, int k, complex alpha, complex[,] a, int ia, int ja, int optypea, complex[,] b, int ib, int jb, int optypeb, complex beta, ref complex[,] c, int ic, int jc)
static void	rmatrixgemm (int m, int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double[,] b, int ib, int jb, int optypeb, double beta, ref double[,] c, int ic, int jc)
static void	rmatrixqr (ref double[,] a, int m, int n, out double[] tau)
static void	rmatrixlq (ref double[,] a, int m, int n, out double[] tau)
static void	cmatrixqr (ref complex[,] a, int m, int n, out complex[] tau)
static void	cmatrixlq (ref complex[,] a, int m, int n, out complex[] tau)
static void	rmatrixqrunpackq (double[,] a, int m, int n, double[] tau, int qcolumns, out double[,] q)
static void	rmatrixqrunpackr (double[,] a, int m, int n, out double[,] r)
static void	rmatrixlqunpackq (double[,] a, int m, int n, double[] tau, int qrows, out double[,] q)
static void	rmatrixlqunpackl (double[,] a, int m, int n, out double[,] l)
static void	cmatrixqrunpackq (complex[,] a, int m, int n, complex[] tau, int qcolumns, out complex[,] q)
static void	cmatrixqrunpackr (complex[,] a, int m, int n, out complex[,] r)
static void	cmatrixlqunpackq (complex[,] a, int m, int n, complex[] tau, int qrows, out complex[,] q)
static void	cmatrixlqunpackl (complex[,] a, int m, int n, out complex[,] l)
static void	rmatrixbd (ref double[,] a, int m, int n, out double[] tauq, out double[] taup)
static void	rmatrixbdunpackq (double[,] qp, int m, int n, double[] tauq, int qcolumns, out double[,] q)
static void	rmatrixbdmultiplybyq (double[,] qp, int m, int n, double[] tauq, ref double[,] z, int zrows, int zcolumns, bool fromtheright, bool dotranspose)
static void	rmatrixbdunpackpt (double[,] qp, int m, int n, double[] taup, int ptrows, out double[,] pt)
static void	rmatrixbdmultiplybyp (double[,] qp, int m, int n, double[] taup, ref double[,] z, int zrows, int zcolumns, bool fromtheright, bool dotranspose)
static void	rmatrixbdunpackdiagonals (double[,] b, int m, int n, out bool isupper, out double[] d, out double[] e)
static void	rmatrixhessenberg (ref double[,] a, int n, out double[] tau)
static void	rmatrixhessenbergunpackq (double[,] a, int n, double[] tau, out double[,] q)
static void	rmatrixhessenbergunpackh (double[,] a, int n, out double[,] h)
static void	smatrixtd (ref double[,] a, int n, bool isupper, out double[] tau, out double[] d, out double[] e)
static void	smatrixtdunpackq (double[,] a, int n, bool isupper, double[] tau, out double[,] q)
static void	hmatrixtd (ref complex[,] a, int n, bool isupper, out complex[] tau, out double[] d, out double[] e)
static void	hmatrixtdunpackq (complex[,] a, int n, bool isupper, complex[] tau, out complex[,] q)
static bool	rmatrixbdsvd (ref double[] d, double[] e, int n, bool isupper, bool isfractionalaccuracyrequired, ref double[,] u, int nru, ref double[,] c, int ncc, ref double[,] vt, int ncvt)
static bool	rmatrixsvd (double[,] a, int m, int n, int uneeded, int vtneeded, int additionalmemory, out double[] w, out double[,] u, out double[,] vt)
static bool	smatrixevd (double[,] a, int n, int zneeded, bool isupper, out double[] d, out double[,] z)
static bool	smatrixevdr (double[,] a, int n, int zneeded, bool isupper, double b1, double b2, out int m, out double[] w, out double[,] z)
static bool	smatrixevdi (double[,] a, int n, int zneeded, bool isupper, int i1, int i2, out double[] w, out double[,] z)
static bool	hmatrixevd (complex[,] a, int n, int zneeded, bool isupper, out double[] d, out complex[,] z)
static bool	hmatrixevdr (complex[,] a, int n, int zneeded, bool isupper, double b1, double b2, out int m, out double[] w, out complex[,] z)
static bool	hmatrixevdi (complex[,] a, int n, int zneeded, bool isupper, int i1, int i2, out double[] w, out complex[,] z)
static bool	smatrixtdevd (ref double[] d, double[] e, int n, int zneeded, ref double[,] z)
static bool	smatrixtdevdr (ref double[] d, double[] e, int n, int zneeded, double a, double b, out int m, ref double[,] z)
static bool	smatrixtdevdi (ref double[] d, double[] e, int n, int zneeded, int i1, int i2, ref double[,] z)
static bool	rmatrixevd (double[,] a, int n, int vneeded, out double[] wr, out double[] wi, out double[,] vl, out double[,] vr)
static void	rmatrixrndorthogonal (int n, out double[,] a)
static void	rmatrixrndcond (int n, double c, out double[,] a)
static void	cmatrixrndorthogonal (int n, out complex[,] a)
static void	cmatrixrndcond (int n, double c, out complex[,] a)
static void	smatrixrndcond (int n, double c, out double[,] a)
static void	spdmatrixrndcond (int n, double c, out double[,] a)
static void	hmatrixrndcond (int n, double c, out complex[,] a)
static void	hpdmatrixrndcond (int n, double c, out complex[,] a)
static void	rmatrixrndorthogonalfromtheright (ref double[,] a, int m, int n)
static void	rmatrixrndorthogonalfromtheleft (ref double[,] a, int m, int n)
static void	cmatrixrndorthogonalfromtheright (ref complex[,] a, int m, int n)
static void	cmatrixrndorthogonalfromtheleft (ref complex[,] a, int m, int n)
static void	smatrixrndmultiply (ref double[,] a, int n)
static void	hmatrixrndmultiply (ref complex[,] a, int n)
static void	rmatrixlu (ref double[,] a, int m, int n, out int[] pivots)
static void	cmatrixlu (ref complex[,] a, int m, int n, out int[] pivots)
static bool	hpdmatrixcholesky (ref complex[,] a, int n, bool isupper)
static bool	spdmatrixcholesky (ref double[,] a, int n, bool isupper)
static double	rmatrixrcond1 (double[,] a, int n)
static double	rmatrixrcondinf (double[,] a, int n)
static double	spdmatrixrcond (double[,] a, int n, bool isupper)
static double	rmatrixtrrcond1 (double[,] a, int n, bool isupper, bool isunit)
static double	rmatrixtrrcondinf (double[,] a, int n, bool isupper, bool isunit)
static double	hpdmatrixrcond (complex[,] a, int n, bool isupper)
static double	cmatrixrcond1 (complex[,] a, int n)
static double	cmatrixrcondinf (complex[,] a, int n)
static double	rmatrixlurcond1 (double[,] lua, int n)
static double	rmatrixlurcondinf (double[,] lua, int n)
static double	spdmatrixcholeskyrcond (double[,] a, int n, bool isupper)
static double	hpdmatrixcholeskyrcond (complex[,] a, int n, bool isupper)
static double	cmatrixlurcond1 (complex[,] lua, int n)
static double	cmatrixlurcondinf (complex[,] lua, int n)
static double	cmatrixtrrcond1 (complex[,] a, int n, bool isupper, bool isunit)
static double	cmatrixtrrcondinf (complex[,] a, int n, bool isupper, bool isunit)
static void	rmatrixluinverse (ref double[,] a, int[] pivots, int n, out int info, out matinvreport rep)
static void	rmatrixluinverse (ref double[,] a, int[] pivots, out int info, out matinvreport rep)
static void	rmatrixinverse (ref double[,] a, int n, out int info, out matinvreport rep)
static void	rmatrixinverse (ref double[,] a, out int info, out matinvreport rep)
static void	cmatrixluinverse (ref complex[,] a, int[] pivots, int n, out int info, out matinvreport rep)
static void	cmatrixluinverse (ref complex[,] a, int[] pivots, out int info, out matinvreport rep)
static void	cmatrixinverse (ref complex[,] a, int n, out int info, out matinvreport rep)
static void	cmatrixinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	spdmatrixcholeskyinverse (ref double[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	spdmatrixcholeskyinverse (ref double[,] a, out int info, out matinvreport rep)
static void	spdmatrixinverse (ref double[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	spdmatrixinverse (ref double[,] a, out int info, out matinvreport rep)
static void	hpdmatrixcholeskyinverse (ref complex[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	hpdmatrixcholeskyinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	hpdmatrixinverse (ref complex[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	hpdmatrixinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	rmatrixtrinverse (ref double[,] a, int n, bool isupper, bool isunit, out int info, out matinvreport rep)
static void	rmatrixtrinverse (ref double[,] a, bool isupper, out int info, out matinvreport rep)
static void	cmatrixtrinverse (ref complex[,] a, int n, bool isupper, bool isunit, out int info, out matinvreport rep)
static void	cmatrixtrinverse (ref complex[,] a, bool isupper, out int info, out matinvreport rep)
static void	sparsecreate (int m, int n, int k, out sparsematrix s)
static void	sparsecreate (int m, int n, out sparsematrix s)
static void	sparsecreatecrs (int m, int n, int[] ner, out sparsematrix s)
static void	sparsecopy (sparsematrix s0, out sparsematrix s1)
static void	sparseadd (sparsematrix s, int i, int j, double v)
static void	sparseset (sparsematrix s, int i, int j, double v)
static double	sparseget (sparsematrix s, int i, int j)
static void	sparseconverttocrs (sparsematrix s)
static void	sparsemv (sparsematrix s, double[] x, ref double[] y)
static void	sparsemtv (sparsematrix s, double[] x, ref double[] y)
static void	sparsemv2 (sparsematrix s, double[] x, ref double[] y0, ref double[] y1)
static void	sparsesmv (sparsematrix s, bool isupper, double[] x, ref double[] y)
static void	sparsemm (sparsematrix s, double[,] a, int k, ref double[,] b)
static void	sparsemtm (sparsematrix s, double[,] a, int k, ref double[,] b)
static void	sparsemm2 (sparsematrix s, double[,] a, int k, ref double[,] b0, ref double[,] b1)
static void	sparsesmm (sparsematrix s, bool isupper, double[,] a, int k, ref double[,] b)
static void	sparseresizematrix (sparsematrix s)
static bool	sparseenumerate (sparsematrix s, ref int t0, ref int t1, out int i, out int j, out double v)
static bool	sparserewriteexisting (sparsematrix s, int i, int j, double v)
static void	normestimatorcreate (int m, int n, int nstart, int nits, out normestimatorstate state)
static void	normestimatorsetseed (normestimatorstate state, int seedval)
static void	normestimatorestimatesparse (normestimatorstate state, sparsematrix a)
static void	normestimatorresults (normestimatorstate state, out double nrm)
static double	rmatrixludet (double[,] a, int[] pivots, int n)
static double	rmatrixludet (double[,] a, int[] pivots)
static double	rmatrixdet (double[,] a, int n)
static double	rmatrixdet (double[,] a)
static complex	cmatrixludet (complex[,] a, int[] pivots, int n)
static complex	cmatrixludet (complex[,] a, int[] pivots)
static complex	cmatrixdet (complex[,] a, int n)
static complex	cmatrixdet (complex[,] a)
static double	spdmatrixcholeskydet (double[,] a, int n)
static double	spdmatrixcholeskydet (double[,] a)
static double	spdmatrixdet (double[,] a, int n, bool isupper)
static double	spdmatrixdet (double[,] a)
static bool	smatrixgevd (double[,] a, int n, bool isuppera, double[,] b, bool isupperb, int zneeded, int problemtype, out double[] d, out double[,] z)
static bool	smatrixgevdreduce (ref double[,] a, int n, bool isuppera, double[,] b, bool isupperb, int problemtype, out double[,] r, out bool isupperr)
static void	rmatrixinvupdatesimple (ref double[,] inva, int n, int updrow, int updcolumn, double updval)
static void	rmatrixinvupdaterow (ref double[,] inva, int n, int updrow, double[] v)
static void	rmatrixinvupdatecolumn (ref double[,] inva, int n, int updcolumn, double[] u)
static void	rmatrixinvupdateuv (ref double[,] inva, int n, double[] u, double[] v)
static bool	rmatrixschur (ref double[,] a, int n, out double[,] s)
static void	mincgcreate (int n, double[] x, out mincgstate state)
static void	mincgcreate (double[] x, out mincgstate state)
static void	mincgcreatef (int n, double[] x, double diffstep, out mincgstate state)
static void	mincgcreatef (double[] x, double diffstep, out mincgstate state)
static void	mincgsetcond (mincgstate state, double epsg, double epsf, double epsx, int maxits)
static void	mincgsetscale (mincgstate state, double[] s)
static void	mincgsetxrep (mincgstate state, bool needxrep)
static void	mincgsetcgtype (mincgstate state, int cgtype)
static void	mincgsetstpmax (mincgstate state, double stpmax)
static void	mincgsuggeststep (mincgstate state, double stp)
static void	mincgsetprecdefault (mincgstate state)
static void	mincgsetprecdiag (mincgstate state, double[] d)
static void	mincgsetprecscale (mincgstate state)
static bool	mincgiteration (mincgstate state)
static void	mincgoptimize (mincgstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	mincgoptimize (mincgstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	mincgresults (mincgstate state, out double[] x, out mincgreport rep)
static void	mincgresultsbuf (mincgstate state, ref double[] x, mincgreport rep)
static void	mincgrestartfrom (mincgstate state, double[] x)
static void	mincgsetgradientcheck (mincgstate state, double teststep)
static void	minbleiccreate (int n, double[] x, out minbleicstate state)
static void	minbleiccreate (double[] x, out minbleicstate state)
static void	minbleiccreatef (int n, double[] x, double diffstep, out minbleicstate state)
static void	minbleiccreatef (double[] x, double diffstep, out minbleicstate state)
static void	minbleicsetbc (minbleicstate state, double[] bndl, double[] bndu)
static void	minbleicsetlc (minbleicstate state, double[,] c, int[] ct, int k)
static void	minbleicsetlc (minbleicstate state, double[,] c, int[] ct)
static void	minbleicsetinnercond (minbleicstate state, double epsg, double epsf, double epsx)
static void	minbleicsetoutercond (minbleicstate state, double epsx, double epsi)
static void	minbleicsetscale (minbleicstate state, double[] s)
static void	minbleicsetprecdefault (minbleicstate state)
static void	minbleicsetprecdiag (minbleicstate state, double[] d)
static void	minbleicsetprecscale (minbleicstate state)
static void	minbleicsetmaxits (minbleicstate state, int maxits)
static void	minbleicsetxrep (minbleicstate state, bool needxrep)
static void	minbleicsetstpmax (minbleicstate state, double stpmax)
static bool	minbleiciteration (minbleicstate state)
static void	minbleicoptimize (minbleicstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	minbleicoptimize (minbleicstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minbleicresults (minbleicstate state, out double[] x, out minbleicreport rep)
static void	minbleicresultsbuf (minbleicstate state, ref double[] x, minbleicreport rep)
static void	minbleicrestartfrom (minbleicstate state, double[] x)
static void	minbleicsetgradientcheck (minbleicstate state, double teststep)
static void	minlbfgscreate (int n, int m, double[] x, out minlbfgsstate state)
static void	minlbfgscreate (int m, double[] x, out minlbfgsstate state)
static void	minlbfgscreatef (int n, int m, double[] x, double diffstep, out minlbfgsstate state)
static void	minlbfgscreatef (int m, double[] x, double diffstep, out minlbfgsstate state)
static void	minlbfgssetcond (minlbfgsstate state, double epsg, double epsf, double epsx, int maxits)
static void	minlbfgssetxrep (minlbfgsstate state, bool needxrep)
static void	minlbfgssetstpmax (minlbfgsstate state, double stpmax)
static void	minlbfgssetscale (minlbfgsstate state, double[] s)
static void	minlbfgssetprecdefault (minlbfgsstate state)
static void	minlbfgssetpreccholesky (minlbfgsstate state, double[,] p, bool isupper)
static void	minlbfgssetprecdiag (minlbfgsstate state, double[] d)
static void	minlbfgssetprecscale (minlbfgsstate state)
static bool	minlbfgsiteration (minlbfgsstate state)
static void	minlbfgsoptimize (minlbfgsstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	minlbfgsoptimize (minlbfgsstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minlbfgsresults (minlbfgsstate state, out double[] x, out minlbfgsreport rep)
static void	minlbfgsresultsbuf (minlbfgsstate state, ref double[] x, minlbfgsreport rep)
static void	minlbfgsrestartfrom (minlbfgsstate state, double[] x)
static void	minlbfgssetgradientcheck (minlbfgsstate state, double teststep)
static void	minqpcreate (int n, out minqpstate state)
static void	minqpsetlinearterm (minqpstate state, double[] b)
static void	minqpsetquadraticterm (minqpstate state, double[,] a, bool isupper)
static void	minqpsetquadraticterm (minqpstate state, double[,] a)
static void	minqpsetstartingpoint (minqpstate state, double[] x)
static void	minqpsetorigin (minqpstate state, double[] xorigin)
static void	minqpsetalgocholesky (minqpstate state)
static void	minqpsetbc (minqpstate state, double[] bndl, double[] bndu)
static void	minqpsetlc (minqpstate state, double[,] c, int[] ct, int k)
static void	minqpsetlc (minqpstate state, double[,] c, int[] ct)
static void	minqpoptimize (minqpstate state)
static void	minqpresults (minqpstate state, out double[] x, out minqpreport rep)
static void	minqpresultsbuf (minqpstate state, ref double[] x, minqpreport rep)
static void	minlmcreatevj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatevj (int m, double[] x, out minlmstate state)
static void	minlmcreatev (int n, int m, double[] x, double diffstep, out minlmstate state)
static void	minlmcreatev (int m, double[] x, double diffstep, out minlmstate state)
static void	minlmcreatefgh (int n, double[] x, out minlmstate state)
static void	minlmcreatefgh (double[] x, out minlmstate state)
static void	minlmsetcond (minlmstate state, double epsg, double epsf, double epsx, int maxits)
static void	minlmsetxrep (minlmstate state, bool needxrep)
static void	minlmsetstpmax (minlmstate state, double stpmax)
static void	minlmsetscale (minlmstate state, double[] s)
static void	minlmsetbc (minlmstate state, double[] bndl, double[] bndu)
static void	minlmsetacctype (minlmstate state, int acctype)
static bool	minlmiteration (minlmstate state)
static void	minlmoptimize (minlmstate state, ndimensional_fvec fvec, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_fvec fvec, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_grad grad, ndimensional_hess hess, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_grad grad, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmresults (minlmstate state, out double[] x, out minlmreport rep)
static void	minlmresultsbuf (minlmstate state, ref double[] x, minlmreport rep)
static void	minlmrestartfrom (minlmstate state, double[] x)
static void	minlmcreatevgj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatevgj (int m, double[] x, out minlmstate state)
static void	minlmcreatefgj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatefgj (int m, double[] x, out minlmstate state)
static void	minlmcreatefj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatefj (int m, double[] x, out minlmstate state)
static void	minlmsetgradientcheck (minlmstate state, double teststep)
static void	minlbfgssetdefaultpreconditioner (minlbfgsstate state)
static void	minlbfgssetcholeskypreconditioner (minlbfgsstate state, double[,] p, bool isupper)
static void	minbleicsetbarrierwidth (minbleicstate state, double mu)
static void	minbleicsetbarrierdecay (minbleicstate state, double mudecay)
static void	minasacreate (int n, double[] x, double[] bndl, double[] bndu, out minasastate state)
static void	minasacreate (double[] x, double[] bndl, double[] bndu, out minasastate state)
static void	minasasetcond (minasastate state, double epsg, double epsf, double epsx, int maxits)
static void	minasasetxrep (minasastate state, bool needxrep)
static void	minasasetalgorithm (minasastate state, int algotype)
static void	minasasetstpmax (minasastate state, double stpmax)
static bool	minasaiteration (minasastate state)
static void	minasaoptimize (minasastate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minasaresults (minasastate state, out double[] x, out minasareport rep)
static void	minasaresultsbuf (minasastate state, ref double[] x, minasareport rep)
static void	minasarestartfrom (minasastate state, double[] x, double[] bndl, double[] bndu)
static void	rmatrixsolve (double[,] a, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixsolvem (double[,] a, int n, double[,] b, int m, bool rfs, out int info, out densesolverreport rep, out double[,] x)
static void	rmatrixlusolve (double[,] lua, int[] p, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixlusolvem (double[,] lua, int[] p, int n, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	rmatrixmixedsolve (double[,] a, double[,] lua, int[] p, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixmixedsolvem (double[,] a, double[,] lua, int[] p, int n, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	cmatrixsolvem (complex[,] a, int n, complex[,] b, int m, bool rfs, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixsolve (complex[,] a, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	cmatrixlusolvem (complex[,] lua, int[] p, int n, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixlusolve (complex[,] lua, int[] p, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	cmatrixmixedsolvem (complex[,] a, complex[,] lua, int[] p, int n, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixmixedsolve (complex[,] a, complex[,] lua, int[] p, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	spdmatrixsolvem (double[,] a, int n, bool isupper, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	spdmatrixsolve (double[,] a, int n, bool isupper, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	spdmatrixcholeskysolvem (double[,] cha, int n, bool isupper, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	spdmatrixcholeskysolve (double[,] cha, int n, bool isupper, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	hpdmatrixsolvem (complex[,] a, int n, bool isupper, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	hpdmatrixsolve (complex[,] a, int n, bool isupper, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	hpdmatrixcholeskysolvem (complex[,] cha, int n, bool isupper, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	hpdmatrixcholeskysolve (complex[,] cha, int n, bool isupper, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	rmatrixsolvels (double[,] a, int nrows, int ncols, double[] b, double threshold, out int info, out densesolverlsreport rep, out double[] x)
static void	linlsqrcreate (int m, int n, out linlsqrstate state)
static void	linlsqrsetlambdai (linlsqrstate state, double lambdai)
static void	linlsqrsolvesparse (linlsqrstate state, sparsematrix a, double[] b)
static void	linlsqrsetcond (linlsqrstate state, double epsa, double epsb, int maxits)
static void	linlsqrresults (linlsqrstate state, out double[] x, out linlsqrreport rep)
static void	linlsqrsetxrep (linlsqrstate state, bool needxrep)
static void	lincgcreate (int n, out lincgstate state)
static void	lincgsetstartingpoint (lincgstate state, double[] x)
static void	lincgsetcond (lincgstate state, double epsf, int maxits)
static void	lincgsolvesparse (lincgstate state, sparsematrix a, bool isupper, double[] b)
static void	lincgresults (lincgstate state, out double[] x, out lincgreport rep)
static void	lincgsetrestartfreq (lincgstate state, int srf)
static void	lincgsetrupdatefreq (lincgstate state, int freq)
static void	lincgsetxrep (lincgstate state, bool needxrep)
static void	nleqcreatelm (int n, int m, double[] x, out nleqstate state)
static void	nleqcreatelm (int m, double[] x, out nleqstate state)
static void	nleqsetcond (nleqstate state, double epsf, int maxits)
static void	nleqsetxrep (nleqstate state, bool needxrep)
static void	nleqsetstpmax (nleqstate state, double stpmax)
static bool	nleqiteration (nleqstate state)
static void	nleqsolve (nleqstate state, ndimensional_func func, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	nleqresults (nleqstate state, out double[] x, out nleqreport rep)
static void	nleqresultsbuf (nleqstate state, ref double[] x, nleqreport rep)
static void	nleqrestartfrom (nleqstate state, double[] x)
static double	gammafunction (double x)
static double	lngamma (double x, out double sgngam)
static double	errorfunction (double x)
static double	errorfunctionc (double x)
static double	normaldistribution (double x)
static double	inverf (double e)
static double	invnormaldistribution (double y0)
static double	incompletegamma (double a, double x)
static double	incompletegammac (double a, double x)
static double	invincompletegammac (double a, double y0)
static void	airy (double x, out double ai, out double aip, out double bi, out double bip)
static double	besselj0 (double x)
static double	besselj1 (double x)
static double	besseljn (int n, double x)
static double	bessely0 (double x)
static double	bessely1 (double x)
static double	besselyn (int n, double x)
static double	besseli0 (double x)
static double	besseli1 (double x)
static double	besselk0 (double x)
static double	besselk1 (double x)
static double	besselkn (int nn, double x)
static double	beta (double a, double b)
static double	incompletebeta (double a, double b, double x)
static double	invincompletebeta (double a, double b, double y)
static double	binomialdistribution (int k, int n, double p)
static double	binomialcdistribution (int k, int n, double p)
static double	invbinomialdistribution (int k, int n, double y)
static double	chebyshevcalculate (int r, int n, double x)
static double	chebyshevsum (double[] c, int r, int n, double x)
static void	chebyshevcoefficients (int n, out double[] c)
static void	fromchebyshev (double[] a, int n, out double[] b)
static double	chisquaredistribution (double v, double x)
static double	chisquarecdistribution (double v, double x)
static double	invchisquaredistribution (double v, double y)
static double	dawsonintegral (double x)
static double	ellipticintegralk (double m)
static double	ellipticintegralkhighprecision (double m1)
static double	incompleteellipticintegralk (double phi, double m)
static double	ellipticintegrale (double m)
static double	incompleteellipticintegrale (double phi, double m)
static double	exponentialintegralei (double x)
static double	exponentialintegralen (double x, int n)
static double	fdistribution (int a, int b, double x)
static double	fcdistribution (int a, int b, double x)
static double	invfdistribution (int a, int b, double y)
static void	fresnelintegral (double x, ref double c, ref double s)
static double	hermitecalculate (int n, double x)
static double	hermitesum (double[] c, int n, double x)
static void	hermitecoefficients (int n, out double[] c)
static void	jacobianellipticfunctions (double u, double m, out double sn, out double cn, out double dn, out double ph)
static double	laguerrecalculate (int n, double x)
static double	laguerresum (double[] c, int n, double x)
static void	laguerrecoefficients (int n, out double[] c)
static double	legendrecalculate (int n, double x)
static double	legendresum (double[] c, int n, double x)
static void	legendrecoefficients (int n, out double[] c)
static double	poissondistribution (int k, double m)
static double	poissoncdistribution (int k, double m)
static double	invpoissondistribution (int k, double y)
static double	psi (double x)
static double	studenttdistribution (int k, double t)
static double	invstudenttdistribution (int k, double p)
static void	sinecosineintegrals (double x, out double si, out double ci)
static void	hyperbolicsinecosineintegrals (double x, out double shi, out double chi)
static void	samplemoments (double[] x, int n, out double mean, out double variance, out double skewness, out double kurtosis)
static void	samplemoments (double[] x, out double mean, out double variance, out double skewness, out double kurtosis)
static double	samplemean (double[] x, int n)
static double	samplemean (double[] x)
static double	samplevariance (double[] x, int n)
static double	samplevariance (double[] x)
static double	sampleskewness (double[] x, int n)
static double	sampleskewness (double[] x)
static double	samplekurtosis (double[] x, int n)
static double	samplekurtosis (double[] x)
static void	sampleadev (double[] x, int n, out double adev)
static void	sampleadev (double[] x, out double adev)
static void	samplemedian (double[] x, int n, out double median)
static void	samplemedian (double[] x, out double median)
static void	samplepercentile (double[] x, int n, double p, out double v)
static void	samplepercentile (double[] x, double p, out double v)
static double	cov2 (double[] x, double[] y, int n)
static double	cov2 (double[] x, double[] y)
static double	pearsoncorr2 (double[] x, double[] y, int n)
static double	pearsoncorr2 (double[] x, double[] y)
static double	spearmancorr2 (double[] x, double[] y, int n)
static double	spearmancorr2 (double[] x, double[] y)
static void	covm (double[,] x, int n, int m, out double[,] c)
static void	covm (double[,] x, out double[,] c)
static void	pearsoncorrm (double[,] x, int n, int m, out double[,] c)
static void	pearsoncorrm (double[,] x, out double[,] c)
static void	spearmancorrm (double[,] x, int n, int m, out double[,] c)
static void	spearmancorrm (double[,] x, out double[,] c)
static void	covm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	covm2 (double[,] x, double[,] y, out double[,] c)
static void	pearsoncorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	pearsoncorrm2 (double[,] x, double[,] y, out double[,] c)
static void	spearmancorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	spearmancorrm2 (double[,] x, double[,] y, out double[,] c)
static double	pearsoncorrelation (double[] x, double[] y, int n)
static double	spearmanrankcorrelation (double[] x, double[] y, int n)
static void	pearsoncorrelationsignificance (double r, int n, out double bothtails, out double lefttail, out double righttail)
static void	spearmanrankcorrelationsignificance (double r, int n, out double bothtails, out double lefttail, out double righttail)
static void	jarqueberatest (double[] x, int n, out double p)
static void	mannwhitneyutest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	onesamplesigntest (double[] x, int n, double median, out double bothtails, out double lefttail, out double righttail)
static void	studentttest1 (double[] x, int n, double mean, out double bothtails, out double lefttail, out double righttail)
static void	studentttest2 (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	unequalvariancettest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	ftest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	onesamplevariancetest (double[] x, int n, double variance, out double bothtails, out double lefttail, out double righttail)
static void	wilcoxonsignedranktest (double[] x, int n, double e, out double bothtails, out double lefttail, out double righttail)
static void	hqrndrandomize (out hqrndstate state)
static void	hqrndseed (int s1, int s2, out hqrndstate state)
static double	hqrnduniformr (hqrndstate state)
static int	hqrnduniformi (hqrndstate state, int n)
static double	hqrndnormal (hqrndstate state)
static void	hqrndunit2 (hqrndstate state, out double x, out double y)
static void	hqrndnormal2 (hqrndstate state, out double x1, out double x2)
static double	hqrndexponential (hqrndstate state, double lambdav)
static double	hqrnddiscrete (hqrndstate state, double[] x, int n)
static double	hqrndcontinuous (hqrndstate state, double[] x, int n)
static void	kdtreeserialize (kdtree obj, out string s_out)
static void	kdtreeunserialize (string s_in, out kdtree obj)
static void	kdtreebuild (double[,] xy, int n, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuild (double[,] xy, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuildtagged (double[,] xy, int[] tags, int n, int nx, int ny, int normtype, out kdtree kdt)
static void	kdtreebuildtagged (double[,] xy, int[] tags, int nx, int ny, int normtype, out kdtree kdt)
static int	kdtreequeryknn (kdtree kdt, double[] x, int k, bool selfmatch)
static int	kdtreequeryknn (kdtree kdt, double[] x, int k)
static int	kdtreequeryrnn (kdtree kdt, double[] x, double r, bool selfmatch)
static int	kdtreequeryrnn (kdtree kdt, double[] x, double r)
static int	kdtreequeryaknn (kdtree kdt, double[] x, int k, bool selfmatch, double eps)
static int	kdtreequeryaknn (kdtree kdt, double[] x, int k, double eps)
static void	kdtreequeryresultsx (kdtree kdt, ref double[,] x)
static void	kdtreequeryresultsxy (kdtree kdt, ref double[,] xy)
static void	kdtreequeryresultstags (kdtree kdt, ref int[] tags)
static void	kdtreequeryresultsdistances (kdtree kdt, ref double[] r)
static void	kdtreequeryresultsxi (kdtree kdt, out double[,] x)
static void	kdtreequeryresultsxyi (kdtree kdt, out double[,] xy)
static void	kdtreequeryresultstagsi (kdtree kdt, out int[] tags)
static void	kdtreequeryresultsdistancesi (kdtree kdt, out double[] r)
static int	xdebugb1count (bool[] a)
static void	xdebugb1not (ref bool[] a)
static void	xdebugb1appendcopy (ref bool[] a)
static void	xdebugb1outeven (int n, out bool[] a)
static int	xdebugi1sum (int[] a)
static void	xdebugi1neg (ref int[] a)
static void	xdebugi1appendcopy (ref int[] a)
static void	xdebugi1outeven (int n, out int[] a)
static double	xdebugr1sum (double[] a)
static void	xdebugr1neg (ref double[] a)
static void	xdebugr1appendcopy (ref double[] a)
static void	xdebugr1outeven (int n, out double[] a)
static complex	xdebugc1sum (complex[] a)
static void	xdebugc1neg (ref complex[] a)
static void	xdebugc1appendcopy (ref complex[] a)
static void	xdebugc1outeven (int n, out complex[] a)
static int	xdebugb2count (bool[,] a)
static void	xdebugb2not (ref bool[,] a)
static void	xdebugb2transpose (ref bool[,] a)
static void	xdebugb2outsin (int m, int n, out bool[,] a)
static int	xdebugi2sum (int[,] a)
static void	xdebugi2neg (ref int[,] a)
static void	xdebugi2transpose (ref int[,] a)
static void	xdebugi2outsin (int m, int n, out int[,] a)
static double	xdebugr2sum (double[,] a)
static void	xdebugr2neg (ref double[,] a)
static void	xdebugr2transpose (ref double[,] a)
static void	xdebugr2outsin (int m, int n, out double[,] a)
static complex	xdebugc2sum (complex[,] a)
static void	xdebugc2neg (ref complex[,] a)
static void	xdebugc2transpose (ref complex[,] a)
static void	xdebugc2outsincos (int m, int n, out complex[,] a)
static double	xdebugmaskedbiasedproductsum (int m, int n, double[,] a, double[,] b, bool[,] c)
static void	deallocateimmediately< T > (ref T obj)
static long	alloc_counter ()
static void	alloc_counter_activate ()
static void	setnworkers (int nworkers)
static void	dsoptimalsplit2 (double[] a, int[] c, int n, out int info, out double threshold, out double pal, out double pbl, out double par, out double pbr, out double cve)
static void	dsoptimalsplit2fast (ref double[] a, ref int[] c, ref int[] tiesbuf, ref int[] cntbuf, ref double[] bufr, ref int[] bufi, int n, int nc, double alpha, out int info, out double threshold, out double rms, out double cvrms)
static void	clusterizercreate (out clusterizerstate s)
static void	clusterizersetpoints (clusterizerstate s, double[,] xy, int npoints, int nfeatures, int disttype)
static void	clusterizersetpoints (clusterizerstate s, double[,] xy, int disttype)
static void	clusterizersetdistances (clusterizerstate s, double[,] d, int npoints, bool isupper)
static void	clusterizersetdistances (clusterizerstate s, double[,] d, bool isupper)
static void	clusterizersetahcalgo (clusterizerstate s, int algo)
static void	clusterizersetkmeanslimits (clusterizerstate s, int restarts, int maxits)
static void	clusterizerrunahc (clusterizerstate s, out ahcreport rep)
static void	smp_clusterizerrunahc (clusterizerstate s, out ahcreport rep)
static void	clusterizerrunkmeans (clusterizerstate s, int k, out kmeansreport rep)
static void	clusterizergetdistances (double[,] xy, int npoints, int nfeatures, int disttype, out double[,] d)
static void	smp_clusterizergetdistances (double[,] xy, int npoints, int nfeatures, int disttype, out double[,] d)
static void	clusterizergetkclusters (ahcreport rep, int k, out int[] cidx, out int[] cz)
static void	clusterizerseparatedbydist (ahcreport rep, double r, out int k, out int[] cidx, out int[] cz)
static void	clusterizerseparatedbycorr (ahcreport rep, double r, out int k, out int[] cidx, out int[] cz)
static void	kmeansgenerate (double[,] xy, int npoints, int nvars, int k, int restarts, out int info, out double[,] c, out int[] xyc)
static void	dfserialize (decisionforest obj, out string s_out)
static void	dfunserialize (string s_in, out decisionforest obj)
static void	dfbuildrandomdecisionforest (double[,] xy, int npoints, int nvars, int nclasses, int ntrees, double r, out int info, out decisionforest df, out dfreport rep)
static void	dfbuildrandomdecisionforestx1 (double[,] xy, int npoints, int nvars, int nclasses, int ntrees, int nrndvars, double r, out int info, out decisionforest df, out dfreport rep)
static void	dfprocess (decisionforest df, double[] x, ref double[] y)
static void	dfprocessi (decisionforest df, double[] x, out double[] y)
static double	dfrelclserror (decisionforest df, double[,] xy, int npoints)
static double	dfavgce (decisionforest df, double[,] xy, int npoints)
static double	dfrmserror (decisionforest df, double[,] xy, int npoints)
static double	dfavgerror (decisionforest df, double[,] xy, int npoints)
static double	dfavgrelerror (decisionforest df, double[,] xy, int npoints)
static void	lrbuild (double[,] xy, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuilds (double[,] xy, double[] s, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuildzs (double[,] xy, double[] s, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrbuildz (double[,] xy, int npoints, int nvars, out int info, out linearmodel lm, out lrreport ar)
static void	lrunpack (linearmodel lm, out double[] v, out int nvars)
static void	lrpack (double[] v, int nvars, out linearmodel lm)
static double	lrprocess (linearmodel lm, double[] x)
static double	lrrmserror (linearmodel lm, double[,] xy, int npoints)
static double	lravgerror (linearmodel lm, double[,] xy, int npoints)
static double	lravgrelerror (linearmodel lm, double[,] xy, int npoints)
static void	filtersma (ref double[] x, int n, int k)
static void	filtersma (ref double[] x, int k)
static void	filterema (ref double[] x, int n, double alpha)
static void	filterema (ref double[] x, double alpha)
static void	filterlrma (ref double[] x, int n, int k)
static void	filterlrma (ref double[] x, int k)
static void	fisherlda (double[,] xy, int npoints, int nvars, int nclasses, out int info, out double[] w)
static void	fisherldan (double[,] xy, int npoints, int nvars, int nclasses, out int info, out double[,] w)
static void	mlpserialize (multilayerperceptron obj, out string s_out)
static void	mlpunserialize (string s_in, out multilayerperceptron obj)
static void	mlpcreate0 (int nin, int nout, out multilayerperceptron network)
static void	mlpcreate1 (int nin, int nhid, int nout, out multilayerperceptron network)
static void	mlpcreate2 (int nin, int nhid1, int nhid2, int nout, out multilayerperceptron network)
static void	mlpcreateb0 (int nin, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreateb1 (int nin, int nhid, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreateb2 (int nin, int nhid1, int nhid2, int nout, double b, double d, out multilayerperceptron network)
static void	mlpcreater0 (int nin, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreater1 (int nin, int nhid, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreater2 (int nin, int nhid1, int nhid2, int nout, double a, double b, out multilayerperceptron network)
static void	mlpcreatec0 (int nin, int nout, out multilayerperceptron network)
static void	mlpcreatec1 (int nin, int nhid, int nout, out multilayerperceptron network)
static void	mlpcreatec2 (int nin, int nhid1, int nhid2, int nout, out multilayerperceptron network)
static void	mlprandomize (multilayerperceptron network)
static void	mlprandomizefull (multilayerperceptron network)
static void	mlpproperties (multilayerperceptron network, out int nin, out int nout, out int wcount)
static int	mlpgetinputscount (multilayerperceptron network)
static int	mlpgetoutputscount (multilayerperceptron network)
static int	mlpgetweightscount (multilayerperceptron network)
static bool	mlpissoftmax (multilayerperceptron network)
static int	mlpgetlayerscount (multilayerperceptron network)
static int	mlpgetlayersize (multilayerperceptron network, int k)
static void	mlpgetinputscaling (multilayerperceptron network, int i, out double mean, out double sigma)
static void	mlpgetoutputscaling (multilayerperceptron network, int i, out double mean, out double sigma)
static void	mlpgetneuroninfo (multilayerperceptron network, int k, int i, out int fkind, out double threshold)
static double	mlpgetweight (multilayerperceptron network, int k0, int i0, int k1, int i1)
static void	mlpsetinputscaling (multilayerperceptron network, int i, double mean, double sigma)
static void	mlpsetoutputscaling (multilayerperceptron network, int i, double mean, double sigma)
static void	mlpsetneuroninfo (multilayerperceptron network, int k, int i, int fkind, double threshold)
static void	mlpsetweight (multilayerperceptron network, int k0, int i0, int k1, int i1, double w)
static void	mlpactivationfunction (double net, int k, out double f, out double df, out double d2f)
static void	mlpprocess (multilayerperceptron network, double[] x, ref double[] y)
static void	mlpprocessi (multilayerperceptron network, double[] x, out double[] y)
static double	mlperror (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlperror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlperrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlperrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	mlperrorn (multilayerperceptron network, double[,] xy, int ssize)
static int	mlpclserror (multilayerperceptron network, double[,] xy, int npoints)
static int	smp_mlpclserror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlprelclserror (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlprelclserror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlprelclserrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlprelclserrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	mlpavgce (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlpavgce (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgcesparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlpavgcesparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	mlprmserror (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlprmserror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlprmserrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlprmserrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	mlpavgerror (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlpavgerror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgerrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlpavgerrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	mlpavgrelerror (multilayerperceptron network, double[,] xy, int npoints)
static double	smp_mlpavgrelerror (multilayerperceptron network, double[,] xy, int npoints)
static double	mlpavgrelerrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static double	smp_mlpavgrelerrorsparse (multilayerperceptron network, sparsematrix xy, int npoints)
static void	mlpgrad (multilayerperceptron network, double[] x, double[] desiredy, out double e, ref double[] grad)
static void	mlpgradn (multilayerperceptron network, double[] x, double[] desiredy, out double e, ref double[] grad)
static void	mlpgradbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad)
static void	smp_mlpgradbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad)
static void	mlpgradbatchsparse (multilayerperceptron network, sparsematrix xy, int ssize, out double e, ref double[] grad)
static void	smp_mlpgradbatchsparse (multilayerperceptron network, sparsematrix xy, int ssize, out double e, ref double[] grad)
static void	mlpgradbatchsubset (multilayerperceptron network, double[,] xy, int setsize, int[] idx, int subsetsize, out double e, ref double[] grad)
static void	smp_mlpgradbatchsubset (multilayerperceptron network, double[,] xy, int setsize, int[] idx, int subsetsize, out double e, ref double[] grad)
static void	mlpgradbatchsparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] idx, int subsetsize, out double e, ref double[] grad)
static void	smp_mlpgradbatchsparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] idx, int subsetsize, out double e, ref double[] grad)
static void	mlpgradnbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad)
static void	mlphessiannbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad, ref double[,] h)
static void	mlphessianbatch (multilayerperceptron network, double[,] xy, int ssize, out double e, ref double[] grad, ref double[,] h)
static void	mlpallerrorssubset (multilayerperceptron network, double[,] xy, int setsize, int[] subset, int subsetsize, out modelerrors rep)
static void	smp_mlpallerrorssubset (multilayerperceptron network, double[,] xy, int setsize, int[] subset, int subsetsize, out modelerrors rep)
static void	mlpallerrorssparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] subset, int subsetsize, out modelerrors rep)
static void	smp_mlpallerrorssparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] subset, int subsetsize, out modelerrors rep)
static double	mlperrorsubset (multilayerperceptron network, double[,] xy, int setsize, int[] subset, int subsetsize)
static double	smp_mlperrorsubset (multilayerperceptron network, double[,] xy, int setsize, int[] subset, int subsetsize)
static double	mlperrorsparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] subset, int subsetsize)
static double	smp_mlperrorsparsesubset (multilayerperceptron network, sparsematrix xy, int setsize, int[] subset, int subsetsize)
static void	mnltrainh (double[,] xy, int npoints, int nvars, int nclasses, out int info, out logitmodel lm, out mnlreport rep)
static void	mnlprocess (logitmodel lm, double[] x, ref double[] y)
static void	mnlprocessi (logitmodel lm, double[] x, out double[] y)
static void	mnlunpack (logitmodel lm, out double[,] a, out int nvars, out int nclasses)
static void	mnlpack (double[,] a, int nvars, int nclasses, out logitmodel lm)
static double	mnlavgce (logitmodel lm, double[,] xy, int npoints)
static double	mnlrelclserror (logitmodel lm, double[,] xy, int npoints)
static double	mnlrmserror (logitmodel lm, double[,] xy, int npoints)
static double	mnlavgerror (logitmodel lm, double[,] xy, int npoints)
static double	mnlavgrelerror (logitmodel lm, double[,] xy, int ssize)
static int	mnlclserror (logitmodel lm, double[,] xy, int npoints)
static void	mcpdcreate (int n, out mcpdstate s)
static void	mcpdcreateentry (int n, int entrystate, out mcpdstate s)
static void	mcpdcreateexit (int n, int exitstate, out mcpdstate s)
static void	mcpdcreateentryexit (int n, int entrystate, int exitstate, out mcpdstate s)
static void	mcpdaddtrack (mcpdstate s, double[,] xy, int k)
static void	mcpdaddtrack (mcpdstate s, double[,] xy)
static void	mcpdsetec (mcpdstate s, double[,] ec)
static void	mcpdaddec (mcpdstate s, int i, int j, double c)
static void	mcpdsetbc (mcpdstate s, double[,] bndl, double[,] bndu)
static void	mcpdaddbc (mcpdstate s, int i, int j, double bndl, double bndu)
static void	mcpdsetlc (mcpdstate s, double[,] c, int[] ct, int k)
static void	mcpdsetlc (mcpdstate s, double[,] c, int[] ct)
static void	mcpdsettikhonovregularizer (mcpdstate s, double v)
static void	mcpdsetprior (mcpdstate s, double[,] pp)
static void	mcpdsetpredictionweights (mcpdstate s, double[] pw)
static void	mcpdsolve (mcpdstate s)
static void	mcpdresults (mcpdstate s, out double[,] p, out mcpdreport rep)
static void	mlpeserialize (mlpensemble obj, out string s_out)
static void	mlpeunserialize (string s_in, out mlpensemble obj)
static void	mlpecreate0 (int nin, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreate1 (int nin, int nhid, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreate2 (int nin, int nhid1, int nhid2, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb0 (int nin, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb1 (int nin, int nhid, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreateb2 (int nin, int nhid1, int nhid2, int nout, double b, double d, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater0 (int nin, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater1 (int nin, int nhid, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreater2 (int nin, int nhid1, int nhid2, int nout, double a, double b, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec0 (int nin, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec1 (int nin, int nhid, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatec2 (int nin, int nhid1, int nhid2, int nout, int ensemblesize, out mlpensemble ensemble)
static void	mlpecreatefromnetwork (multilayerperceptron network, int ensemblesize, out mlpensemble ensemble)
static void	mlperandomize (mlpensemble ensemble)
static void	mlpeproperties (mlpensemble ensemble, out int nin, out int nout)
static bool	mlpeissoftmax (mlpensemble ensemble)
static void	mlpeprocess (mlpensemble ensemble, double[] x, ref double[] y)
static void	mlpeprocessi (mlpensemble ensemble, double[] x, out double[] y)
static double	mlperelclserror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgce (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpermserror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgerror (mlpensemble ensemble, double[,] xy, int npoints)
static double	mlpeavgrelerror (mlpensemble ensemble, double[,] xy, int npoints)
static void	mlptrainlm (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep)
static void	mlptrainlbfgs (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, out int info, out mlpreport rep)
static void	mlptraines (multilayerperceptron network, double[,] trnxy, int trnsize, double[,] valxy, int valsize, double decay, int restarts, out int info, out mlpreport rep)
static void	mlpkfoldcvlbfgs (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, int foldscount, out int info, out mlpreport rep, out mlpcvreport cvrep)
static void	mlpkfoldcvlm (multilayerperceptron network, double[,] xy, int npoints, double decay, int restarts, int foldscount, out int info, out mlpreport rep, out mlpcvreport cvrep)
static void	mlpkfoldcv (mlptrainer s, multilayerperceptron network, int nrestarts, int foldscount, out mlpreport rep)
static void	smp_mlpkfoldcv (mlptrainer s, multilayerperceptron network, int nrestarts, int foldscount, out mlpreport rep)
static void	mlpcreatetrainer (int nin, int nout, out mlptrainer s)
static void	mlpcreatetrainercls (int nin, int nclasses, out mlptrainer s)
static void	mlpsetdataset (mlptrainer s, double[,] xy, int npoints)
static void	mlpsetsparsedataset (mlptrainer s, sparsematrix xy, int npoints)
static void	mlpsetdecay (mlptrainer s, double decay)
static void	mlpsetcond (mlptrainer s, double wstep, int maxits)
static void	mlpsetalgobatch (mlptrainer s)
static void	mlptrainnetwork (mlptrainer s, multilayerperceptron network, int nrestarts, out mlpreport rep)
static void	smp_mlptrainnetwork (mlptrainer s, multilayerperceptron network, int nrestarts, out mlpreport rep)
static void	mlpstarttraining (mlptrainer s, multilayerperceptron network, bool randomstart)
static bool	mlpcontinuetraining (mlptrainer s, multilayerperceptron network)
static bool	smp_mlpcontinuetraining (mlptrainer s, multilayerperceptron network)
static void	mlpebagginglm (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep, out mlpcvreport ooberrors)
static void	mlpebagginglbfgs (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, double wstep, int maxits, out int info, out mlpreport rep, out mlpcvreport ooberrors)
static void	mlpetraines (mlpensemble ensemble, double[,] xy, int npoints, double decay, int restarts, out int info, out mlpreport rep)
static void	mlptrainensemblees (mlptrainer s, mlpensemble ensemble, int nrestarts, out mlpreport rep)
static void	smp_mlptrainensemblees (mlptrainer s, mlpensemble ensemble, int nrestarts, out mlpreport rep)
static void	pcabuildbasis (double[,] x, int npoints, int nvars, out int info, out double[] s2, out double[,] v)
static void	odesolverrkck (double[] y, int n, double[] x, int m, double eps, double h, out odesolverstate state)
static void	odesolverrkck (double[] y, double[] x, double eps, double h, out odesolverstate state)
static bool	odesolveriteration (odesolverstate state)
static void	odesolversolve (odesolverstate state, ndimensional_ode_rp diff, object obj)
static void	odesolverresults (odesolverstate state, out int m, out double[] xtbl, out double[,] ytbl, out odesolverreport rep)
static void	fftc1d (ref complex[] a, int n)
static void	fftc1d (ref complex[] a)
static void	fftc1dinv (ref complex[] a, int n)
static void	fftc1dinv (ref complex[] a)
static void	fftr1d (double[] a, int n, out complex[] f)
static void	fftr1d (double[] a, out complex[] f)
static void	fftr1dinv (complex[] f, int n, out double[] a)
static void	fftr1dinv (complex[] f, out double[] a)
static void	convc1d (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convc1dinv (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convc1dcircular (complex[] s, int m, complex[] r, int n, out complex[] c)
static void	convc1dcircularinv (complex[] a, int m, complex[] b, int n, out complex[] r)
static void	convr1d (double[] a, int m, double[] b, int n, out double[] r)
static void	convr1dinv (double[] a, int m, double[] b, int n, out double[] r)
static void	convr1dcircular (double[] s, int m, double[] r, int n, out double[] c)
static void	convr1dcircularinv (double[] a, int m, double[] b, int n, out double[] r)
static void	corrc1d (complex[] signal, int n, complex[] pattern, int m, out complex[] r)
static void	corrc1dcircular (complex[] signal, int m, complex[] pattern, int n, out complex[] c)
static void	corrr1d (double[] signal, int n, double[] pattern, int m, out double[] r)
static void	corrr1dcircular (double[] signal, int m, double[] pattern, int n, out double[] c)
static void	fhtr1d (ref double[] a, int n)
static void	fhtr1dinv (ref double[] a, int n)
static void	gqgeneraterec (double[] alpha, double[] beta, double mu0, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategausslobattorec (double[] alpha, double[] beta, double mu0, double a, double b, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategaussradaurec (double[] alpha, double[] beta, double mu0, double a, int n, out int info, out double[] x, out double[] w)
static void	gqgenerategausslegendre (int n, out int info, out double[] x, out double[] w)
static void	gqgenerategaussjacobi (int n, double alpha, double beta, out int info, out double[] x, out double[] w)
static void	gqgenerategausslaguerre (int n, double alpha, out int info, out double[] x, out double[] w)
static void	gqgenerategausshermite (int n, out int info, out double[] x, out double[] w)
static void	gkqgeneraterec (double[] alpha, double[] beta, double mu0, int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqgenerategausslegendre (int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqgenerategaussjacobi (int n, double alpha, double beta, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqlegendrecalc (int n, out int info, out double[] x, out double[] wkronrod, out double[] wgauss)
static void	gkqlegendretbl (int n, out double[] x, out double[] wkronrod, out double[] wgauss, out double eps)
static void	autogksmooth (double a, double b, out autogkstate state)
static void	autogksmoothw (double a, double b, double xwidth, out autogkstate state)
static void	autogksingular (double a, double b, double alpha, double beta, out autogkstate state)
static bool	autogkiteration (autogkstate state)
static void	autogkintegrate (autogkstate state, integrator1_func func, object obj)
static void	autogkresults (autogkstate state, out double v, out autogkreport rep)
static double	idwcalc (idwinterpolant z, double[] x)
static void	idwbuildmodifiedshepard (double[,] xy, int n, int nx, int d, int nq, int nw, out idwinterpolant z)
static void	idwbuildmodifiedshepardr (double[,] xy, int n, int nx, double r, out idwinterpolant z)
static void	idwbuildnoisy (double[,] xy, int n, int nx, int d, int nq, int nw, out idwinterpolant z)
static double	barycentriccalc (barycentricinterpolant b, double t)
static void	barycentricdiff1 (barycentricinterpolant b, double t, out double f, out double df)
static void	barycentricdiff2 (barycentricinterpolant b, double t, out double f, out double df, out double d2f)
static void	barycentriclintransx (barycentricinterpolant b, double ca, double cb)
static void	barycentriclintransy (barycentricinterpolant b, double ca, double cb)
static void	barycentricunpack (barycentricinterpolant b, out int n, out double[] x, out double[] y, out double[] w)
static void	barycentricbuildxyw (double[] x, double[] y, double[] w, int n, out barycentricinterpolant b)
static void	barycentricbuildfloaterhormann (double[] x, double[] y, int n, int d, out barycentricinterpolant b)
static void	polynomialbar2cheb (barycentricinterpolant p, double a, double b, out double[] t)
static void	polynomialcheb2bar (double[] t, int n, double a, double b, out barycentricinterpolant p)
static void	polynomialcheb2bar (double[] t, double a, double b, out barycentricinterpolant p)
static void	polynomialbar2pow (barycentricinterpolant p, double c, double s, out double[] a)
static void	polynomialbar2pow (barycentricinterpolant p, out double[] a)
static void	polynomialpow2bar (double[] a, int n, double c, double s, out barycentricinterpolant p)
static void	polynomialpow2bar (double[] a, out barycentricinterpolant p)
static void	polynomialbuild (double[] x, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuild (double[] x, double[] y, out barycentricinterpolant p)
static void	polynomialbuildeqdist (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildeqdist (double a, double b, double[] y, out barycentricinterpolant p)
static void	polynomialbuildcheb1 (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildcheb1 (double a, double b, double[] y, out barycentricinterpolant p)
static void	polynomialbuildcheb2 (double a, double b, double[] y, int n, out barycentricinterpolant p)
static void	polynomialbuildcheb2 (double a, double b, double[] y, out barycentricinterpolant p)
static double	polynomialcalceqdist (double a, double b, double[] f, int n, double t)
static double	polynomialcalceqdist (double a, double b, double[] f, double t)
static double	polynomialcalccheb1 (double a, double b, double[] f, int n, double t)
static double	polynomialcalccheb1 (double a, double b, double[] f, double t)
static double	polynomialcalccheb2 (double a, double b, double[] f, int n, double t)
static double	polynomialcalccheb2 (double a, double b, double[] f, double t)
static void	spline1dbuildlinear (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildlinear (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dbuildcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out spline1dinterpolant c)
static void	spline1dbuildcubic (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dgriddiffcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out double[] d)
static void	spline1dgriddiffcubic (double[] x, double[] y, out double[] d)
static void	spline1dgriddiff2cubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, out double[] d1, out double[] d2)
static void	spline1dgriddiff2cubic (double[] x, double[] y, out double[] d1, out double[] d2)
static void	spline1dconvcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2)
static void	spline1dconvcubic (double[] x, double[] y, double[] x2, out double[] y2)
static void	spline1dconvdiffcubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2, out double[] d2)
static void	spline1dconvdiffcubic (double[] x, double[] y, double[] x2, out double[] y2, out double[] d2)
static void	spline1dconvdiff2cubic (double[] x, double[] y, int n, int boundltype, double boundl, int boundrtype, double boundr, double[] x2, int n2, out double[] y2, out double[] d2, out double[] dd2)
static void	spline1dconvdiff2cubic (double[] x, double[] y, double[] x2, out double[] y2, out double[] d2, out double[] dd2)
static void	spline1dbuildcatmullrom (double[] x, double[] y, int n, int boundtype, double tension, out spline1dinterpolant c)
static void	spline1dbuildcatmullrom (double[] x, double[] y, out spline1dinterpolant c)
static void	spline1dbuildhermite (double[] x, double[] y, double[] d, int n, out spline1dinterpolant c)
static void	spline1dbuildhermite (double[] x, double[] y, double[] d, out spline1dinterpolant c)
static void	spline1dbuildakima (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildakima (double[] x, double[] y, out spline1dinterpolant c)
static double	spline1dcalc (spline1dinterpolant c, double x)
static void	spline1ddiff (spline1dinterpolant c, double x, out double s, out double ds, out double d2s)
static void	spline1dunpack (spline1dinterpolant c, out int n, out double[,] tbl)
static void	spline1dlintransx (spline1dinterpolant c, double a, double b)
static void	spline1dlintransy (spline1dinterpolant c, double a, double b)
static double	spline1dintegrate (spline1dinterpolant c, double x)
static void	spline1dbuildmonotone (double[] x, double[] y, int n, out spline1dinterpolant c)
static void	spline1dbuildmonotone (double[] x, double[] y, out spline1dinterpolant c)
static void	polynomialfit (double[] x, double[] y, int n, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfit (double[] x, double[] y, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfitwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	polynomialfitwc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out barycentricinterpolant p, out polynomialfitreport rep)
static void	barycentricfitfloaterhormannwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out barycentricinterpolant b, out barycentricfitreport rep)
static void	barycentricfitfloaterhormann (double[] x, double[] y, int n, int m, out int info, out barycentricinterpolant b, out barycentricfitreport rep)
static void	spline1dfitpenalized (double[] x, double[] y, int n, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalized (double[] x, double[] y, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalizedw (double[] x, double[] y, double[] w, int n, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitpenalizedw (double[] x, double[] y, double[] w, int m, double rho, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubicwc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubicwc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermitewc (double[] x, double[] y, double[] w, int n, double[] xc, double[] yc, int[] dc, int k, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermitewc (double[] x, double[] y, double[] w, double[] xc, double[] yc, int[] dc, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubic (double[] x, double[] y, int n, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfitcubic (double[] x, double[] y, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermite (double[] x, double[] y, int n, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	spline1dfithermite (double[] x, double[] y, int m, out int info, out spline1dinterpolant s, out spline1dfitreport rep)
static void	lsfitlinearw (double[] y, double[] w, double[,] fmatrix, int n, int m, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearw (double[] y, double[] w, double[,] fmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearwc (double[] y, double[] w, double[,] fmatrix, double[,] cmatrix, int n, int m, int k, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearwc (double[] y, double[] w, double[,] fmatrix, double[,] cmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinear (double[] y, double[,] fmatrix, int n, int m, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinear (double[] y, double[,] fmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearc (double[] y, double[,] fmatrix, double[,] cmatrix, int n, int m, int k, out int info, out double[] c, out lsfitreport rep)
static void	lsfitlinearc (double[] y, double[,] fmatrix, double[,] cmatrix, out int info, out double[] c, out lsfitreport rep)
static void	lsfitcreatewf (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, double diffstep, out lsfitstate state)
static void	lsfitcreatewf (double[,] x, double[] y, double[] w, double[] c, double diffstep, out lsfitstate state)
static void	lsfitcreatef (double[,] x, double[] y, double[] c, int n, int m, int k, double diffstep, out lsfitstate state)
static void	lsfitcreatef (double[,] x, double[] y, double[] c, double diffstep, out lsfitstate state)
static void	lsfitcreatewfg (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, bool cheapfg, out lsfitstate state)
static void	lsfitcreatewfg (double[,] x, double[] y, double[] w, double[] c, bool cheapfg, out lsfitstate state)
static void	lsfitcreatefg (double[,] x, double[] y, double[] c, int n, int m, int k, bool cheapfg, out lsfitstate state)
static void	lsfitcreatefg (double[,] x, double[] y, double[] c, bool cheapfg, out lsfitstate state)
static void	lsfitcreatewfgh (double[,] x, double[] y, double[] w, double[] c, int n, int m, int k, out lsfitstate state)
static void	lsfitcreatewfgh (double[,] x, double[] y, double[] w, double[] c, out lsfitstate state)
static void	lsfitcreatefgh (double[,] x, double[] y, double[] c, int n, int m, int k, out lsfitstate state)
static void	lsfitcreatefgh (double[,] x, double[] y, double[] c, out lsfitstate state)
static void	lsfitsetcond (lsfitstate state, double epsf, double epsx, int maxits)
static void	lsfitsetstpmax (lsfitstate state, double stpmax)
static void	lsfitsetxrep (lsfitstate state, bool needxrep)
static void	lsfitsetscale (lsfitstate state, double[] s)
static void	lsfitsetbc (lsfitstate state, double[] bndl, double[] bndu)
static bool	lsfititeration (lsfitstate state)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_rep rep, object obj)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_pgrad grad, ndimensional_rep rep, object obj)
static void	lsfitfit (lsfitstate state, ndimensional_pfunc func, ndimensional_pgrad grad, ndimensional_phess hess, ndimensional_rep rep, object obj)
static void	lsfitresults (lsfitstate state, out int info, out double[] c, out lsfitreport rep)
static void	lsfitsetgradientcheck (lsfitstate state, double teststep)
static void	pspline2build (double[,] xy, int n, int st, int pt, out pspline2interpolant p)
static void	pspline3build (double[,] xy, int n, int st, int pt, out pspline3interpolant p)
static void	pspline2buildperiodic (double[,] xy, int n, int st, int pt, out pspline2interpolant p)
static void	pspline3buildperiodic (double[,] xy, int n, int st, int pt, out pspline3interpolant p)
static void	pspline2parametervalues (pspline2interpolant p, out int n, out double[] t)
static void	pspline3parametervalues (pspline3interpolant p, out int n, out double[] t)
static void	pspline2calc (pspline2interpolant p, double t, out double x, out double y)
static void	pspline3calc (pspline3interpolant p, double t, out double x, out double y, out double z)
static void	pspline2tangent (pspline2interpolant p, double t, out double x, out double y)
static void	pspline3tangent (pspline3interpolant p, double t, out double x, out double y, out double z)
static void	pspline2diff (pspline2interpolant p, double t, out double x, out double dx, out double y, out double dy)
static void	pspline3diff (pspline3interpolant p, double t, out double x, out double dx, out double y, out double dy, out double z, out double dz)
static void	pspline2diff2 (pspline2interpolant p, double t, out double x, out double dx, out double d2x, out double y, out double dy, out double d2y)
static void	pspline3diff2 (pspline3interpolant p, double t, out double x, out double dx, out double d2x, out double y, out double dy, out double d2y, out double z, out double dz, out double d2z)
static double	pspline2arclength (pspline2interpolant p, double a, double b)
static double	pspline3arclength (pspline3interpolant p, double a, double b)
static void	rbfserialize (rbfmodel obj, out string s_out)
static void	rbfunserialize (string s_in, out rbfmodel obj)
static void	rbfcreate (int nx, int ny, out rbfmodel s)
static void	rbfsetpoints (rbfmodel s, double[,] xy, int n)
static void	rbfsetpoints (rbfmodel s, double[,] xy)
static void	rbfsetalgoqnn (rbfmodel s, double q, double z)
static void	rbfsetalgoqnn (rbfmodel s)
static void	rbfsetalgomultilayer (rbfmodel s, double rbase, int nlayers, double lambdav)
static void	rbfsetalgomultilayer (rbfmodel s, double rbase, int nlayers)
static void	rbfsetlinterm (rbfmodel s)
static void	rbfsetconstterm (rbfmodel s)
static void	rbfsetzeroterm (rbfmodel s)
static void	rbfbuildmodel (rbfmodel s, out rbfreport rep)
static double	rbfcalc2 (rbfmodel s, double x0, double x1)
static double	rbfcalc3 (rbfmodel s, double x0, double x1, double x2)
static void	rbfcalc (rbfmodel s, double[] x, out double[] y)
static void	rbfcalcbuf (rbfmodel s, double[] x, ref double[] y)
static void	rbfgridcalc2 (rbfmodel s, double[] x0, int n0, double[] x1, int n1, out double[,] y)
static void	rbfunpack (rbfmodel s, out int nx, out int ny, out double[,] xwr, out int nc, out double[,] v)
static double	spline2dcalc (spline2dinterpolant c, double x, double y)
static void	spline2ddiff (spline2dinterpolant c, double x, double y, out double f, out double fx, out double fy, out double fxy)
static void	spline2dlintransxy (spline2dinterpolant c, double ax, double bx, double ay, double by)
static void	spline2dlintransf (spline2dinterpolant c, double a, double b)
static void	spline2dcopy (spline2dinterpolant c, out spline2dinterpolant cc)
static void	spline2dresamplebicubic (double[,] a, int oldheight, int oldwidth, out double[,] b, int newheight, int newwidth)
static void	spline2dresamplebilinear (double[,] a, int oldheight, int oldwidth, out double[,] b, int newheight, int newwidth)
static void	spline2dbuildbilinearv (double[] x, int n, double[] y, int m, double[] f, int d, out spline2dinterpolant c)
static void	spline2dbuildbicubicv (double[] x, int n, double[] y, int m, double[] f, int d, out spline2dinterpolant c)
static void	spline2dcalcvbuf (spline2dinterpolant c, double x, double y, ref double[] f)
static void	spline2dcalcv (spline2dinterpolant c, double x, double y, out double[] f)
static void	spline2dunpackv (spline2dinterpolant c, out int m, out int n, out int d, out double[,] tbl)
static void	spline2dbuildbilinear (double[] x, double[] y, double[,] f, int m, int n, out spline2dinterpolant c)
static void	spline2dbuildbicubic (double[] x, double[] y, double[,] f, int m, int n, out spline2dinterpolant c)
static void	spline2dunpack (spline2dinterpolant c, out int m, out int n, out double[,] tbl)
static double	spline3dcalc (spline3dinterpolant c, double x, double y, double z)
static void	spline3dlintransxyz (spline3dinterpolant c, double ax, double bx, double ay, double by, double az, double bz)
static void	spline3dlintransf (spline3dinterpolant c, double a, double b)
static void	spline3dresampletrilinear (double[] a, int oldzcount, int oldycount, int oldxcount, int newzcount, int newycount, int newxcount, out double[] b)
static void	spline3dbuildtrilinearv (double[] x, int n, double[] y, int m, double[] z, int l, double[] f, int d, out spline3dinterpolant c)
static void	spline3dcalcvbuf (spline3dinterpolant c, double x, double y, double z, ref double[] f)
static void	spline3dcalcv (spline3dinterpolant c, double x, double y, double z, out double[] f)
static void	spline3dunpackv (spline3dinterpolant c, out int n, out int m, out int l, out int d, out int stype, out double[,] tbl)
static void	cmatrixtranspose (int m, int n, complex[,] a, int ia, int ja, ref complex[,] b, int ib, int jb)
static void	rmatrixtranspose (int m, int n, double[,] a, int ia, int ja, ref double[,] b, int ib, int jb)
static void	rmatrixenforcesymmetricity (ref double[,] a, int n, bool isupper)
static void	cmatrixcopy (int m, int n, complex[,] a, int ia, int ja, ref complex[,] b, int ib, int jb)
static void	rmatrixcopy (int m, int n, double[,] a, int ia, int ja, ref double[,] b, int ib, int jb)
static void	cmatrixrank1 (int m, int n, ref complex[,] a, int ia, int ja, ref complex[] u, int iu, ref complex[] v, int iv)
static void	rmatrixrank1 (int m, int n, ref double[,] a, int ia, int ja, ref double[] u, int iu, ref double[] v, int iv)
static void	cmatrixmv (int m, int n, complex[,] a, int ia, int ja, int opa, complex[] x, int ix, ref complex[] y, int iy)
static void	rmatrixmv (int m, int n, double[,] a, int ia, int ja, int opa, double[] x, int ix, ref double[] y, int iy)
static void	cmatrixrighttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	smp_cmatrixrighttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	cmatrixlefttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	smp_cmatrixlefttrsm (int m, int n, complex[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref complex[,] x, int i2, int j2)
static void	rmatrixrighttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	smp_rmatrixrighttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	rmatrixlefttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	smp_rmatrixlefttrsm (int m, int n, double[,] a, int i1, int j1, bool isupper, bool isunit, int optype, ref double[,] x, int i2, int j2)
static void	cmatrixsyrk (int n, int k, double alpha, complex[,] a, int ia, int ja, int optypea, double beta, ref complex[,] c, int ic, int jc, bool isupper)
static void	smp_cmatrixsyrk (int n, int k, double alpha, complex[,] a, int ia, int ja, int optypea, double beta, ref complex[,] c, int ic, int jc, bool isupper)
static void	rmatrixsyrk (int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double beta, ref double[,] c, int ic, int jc, bool isupper)
static void	smp_rmatrixsyrk (int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double beta, ref double[,] c, int ic, int jc, bool isupper)
static void	cmatrixgemm (int m, int n, int k, complex alpha, complex[,] a, int ia, int ja, int optypea, complex[,] b, int ib, int jb, int optypeb, complex beta, ref complex[,] c, int ic, int jc)
static void	smp_cmatrixgemm (int m, int n, int k, complex alpha, complex[,] a, int ia, int ja, int optypea, complex[,] b, int ib, int jb, int optypeb, complex beta, ref complex[,] c, int ic, int jc)
static void	rmatrixgemm (int m, int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double[,] b, int ib, int jb, int optypeb, double beta, ref double[,] c, int ic, int jc)
static void	smp_rmatrixgemm (int m, int n, int k, double alpha, double[,] a, int ia, int ja, int optypea, double[,] b, int ib, int jb, int optypeb, double beta, ref double[,] c, int ic, int jc)
static void	rmatrixqr (ref double[,] a, int m, int n, out double[] tau)
static void	rmatrixlq (ref double[,] a, int m, int n, out double[] tau)
static void	cmatrixqr (ref complex[,] a, int m, int n, out complex[] tau)
static void	cmatrixlq (ref complex[,] a, int m, int n, out complex[] tau)
static void	rmatrixqrunpackq (double[,] a, int m, int n, double[] tau, int qcolumns, out double[,] q)
static void	rmatrixqrunpackr (double[,] a, int m, int n, out double[,] r)
static void	rmatrixlqunpackq (double[,] a, int m, int n, double[] tau, int qrows, out double[,] q)
static void	rmatrixlqunpackl (double[,] a, int m, int n, out double[,] l)
static void	cmatrixqrunpackq (complex[,] a, int m, int n, complex[] tau, int qcolumns, out complex[,] q)
static void	cmatrixqrunpackr (complex[,] a, int m, int n, out complex[,] r)
static void	cmatrixlqunpackq (complex[,] a, int m, int n, complex[] tau, int qrows, out complex[,] q)
static void	cmatrixlqunpackl (complex[,] a, int m, int n, out complex[,] l)
static void	rmatrixbd (ref double[,] a, int m, int n, out double[] tauq, out double[] taup)
static void	rmatrixbdunpackq (double[,] qp, int m, int n, double[] tauq, int qcolumns, out double[,] q)
static void	rmatrixbdmultiplybyq (double[,] qp, int m, int n, double[] tauq, ref double[,] z, int zrows, int zcolumns, bool fromtheright, bool dotranspose)
static void	rmatrixbdunpackpt (double[,] qp, int m, int n, double[] taup, int ptrows, out double[,] pt)
static void	rmatrixbdmultiplybyp (double[,] qp, int m, int n, double[] taup, ref double[,] z, int zrows, int zcolumns, bool fromtheright, bool dotranspose)
static void	rmatrixbdunpackdiagonals (double[,] b, int m, int n, out bool isupper, out double[] d, out double[] e)
static void	rmatrixhessenberg (ref double[,] a, int n, out double[] tau)
static void	rmatrixhessenbergunpackq (double[,] a, int n, double[] tau, out double[,] q)
static void	rmatrixhessenbergunpackh (double[,] a, int n, out double[,] h)
static void	smatrixtd (ref double[,] a, int n, bool isupper, out double[] tau, out double[] d, out double[] e)
static void	smatrixtdunpackq (double[,] a, int n, bool isupper, double[] tau, out double[,] q)
static void	hmatrixtd (ref complex[,] a, int n, bool isupper, out complex[] tau, out double[] d, out double[] e)
static void	hmatrixtdunpackq (complex[,] a, int n, bool isupper, complex[] tau, out complex[,] q)
static bool	rmatrixbdsvd (ref double[] d, double[] e, int n, bool isupper, bool isfractionalaccuracyrequired, ref double[,] u, int nru, ref double[,] c, int ncc, ref double[,] vt, int ncvt)
static bool	rmatrixsvd (double[,] a, int m, int n, int uneeded, int vtneeded, int additionalmemory, out double[] w, out double[,] u, out double[,] vt)
static bool	smatrixevd (double[,] a, int n, int zneeded, bool isupper, out double[] d, out double[,] z)
static bool	smatrixevdr (double[,] a, int n, int zneeded, bool isupper, double b1, double b2, out int m, out double[] w, out double[,] z)
static bool	smatrixevdi (double[,] a, int n, int zneeded, bool isupper, int i1, int i2, out double[] w, out double[,] z)
static bool	hmatrixevd (complex[,] a, int n, int zneeded, bool isupper, out double[] d, out complex[,] z)
static bool	hmatrixevdr (complex[,] a, int n, int zneeded, bool isupper, double b1, double b2, out int m, out double[] w, out complex[,] z)
static bool	hmatrixevdi (complex[,] a, int n, int zneeded, bool isupper, int i1, int i2, out double[] w, out complex[,] z)
static bool	smatrixtdevd (ref double[] d, double[] e, int n, int zneeded, ref double[,] z)
static bool	smatrixtdevdr (ref double[] d, double[] e, int n, int zneeded, double a, double b, out int m, ref double[,] z)
static bool	smatrixtdevdi (ref double[] d, double[] e, int n, int zneeded, int i1, int i2, ref double[,] z)
static bool	rmatrixevd (double[,] a, int n, int vneeded, out double[] wr, out double[] wi, out double[,] vl, out double[,] vr)
static void	rmatrixrndorthogonal (int n, out double[,] a)
static void	rmatrixrndcond (int n, double c, out double[,] a)
static void	cmatrixrndorthogonal (int n, out complex[,] a)
static void	cmatrixrndcond (int n, double c, out complex[,] a)
static void	smatrixrndcond (int n, double c, out double[,] a)
static void	spdmatrixrndcond (int n, double c, out double[,] a)
static void	hmatrixrndcond (int n, double c, out complex[,] a)
static void	hpdmatrixrndcond (int n, double c, out complex[,] a)
static void	rmatrixrndorthogonalfromtheright (ref double[,] a, int m, int n)
static void	rmatrixrndorthogonalfromtheleft (ref double[,] a, int m, int n)
static void	cmatrixrndorthogonalfromtheright (ref complex[,] a, int m, int n)
static void	cmatrixrndorthogonalfromtheleft (ref complex[,] a, int m, int n)
static void	smatrixrndmultiply (ref double[,] a, int n)
static void	hmatrixrndmultiply (ref complex[,] a, int n)
static void	rmatrixlu (ref double[,] a, int m, int n, out int[] pivots)
static void	cmatrixlu (ref complex[,] a, int m, int n, out int[] pivots)
static bool	hpdmatrixcholesky (ref complex[,] a, int n, bool isupper)
static bool	spdmatrixcholesky (ref double[,] a, int n, bool isupper)
static double	rmatrixrcond1 (double[,] a, int n)
static double	rmatrixrcondinf (double[,] a, int n)
static double	spdmatrixrcond (double[,] a, int n, bool isupper)
static double	rmatrixtrrcond1 (double[,] a, int n, bool isupper, bool isunit)
static double	rmatrixtrrcondinf (double[,] a, int n, bool isupper, bool isunit)
static double	hpdmatrixrcond (complex[,] a, int n, bool isupper)
static double	cmatrixrcond1 (complex[,] a, int n)
static double	cmatrixrcondinf (complex[,] a, int n)
static double	rmatrixlurcond1 (double[,] lua, int n)
static double	rmatrixlurcondinf (double[,] lua, int n)
static double	spdmatrixcholeskyrcond (double[,] a, int n, bool isupper)
static double	hpdmatrixcholeskyrcond (complex[,] a, int n, bool isupper)
static double	cmatrixlurcond1 (complex[,] lua, int n)
static double	cmatrixlurcondinf (complex[,] lua, int n)
static double	cmatrixtrrcond1 (complex[,] a, int n, bool isupper, bool isunit)
static double	cmatrixtrrcondinf (complex[,] a, int n, bool isupper, bool isunit)
static void	rmatrixluinverse (ref double[,] a, int[] pivots, int n, out int info, out matinvreport rep)
static void	rmatrixluinverse (ref double[,] a, int[] pivots, out int info, out matinvreport rep)
static void	rmatrixinverse (ref double[,] a, int n, out int info, out matinvreport rep)
static void	rmatrixinverse (ref double[,] a, out int info, out matinvreport rep)
static void	cmatrixluinverse (ref complex[,] a, int[] pivots, int n, out int info, out matinvreport rep)
static void	cmatrixluinverse (ref complex[,] a, int[] pivots, out int info, out matinvreport rep)
static void	cmatrixinverse (ref complex[,] a, int n, out int info, out matinvreport rep)
static void	cmatrixinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	spdmatrixcholeskyinverse (ref double[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	spdmatrixcholeskyinverse (ref double[,] a, out int info, out matinvreport rep)
static void	spdmatrixinverse (ref double[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	spdmatrixinverse (ref double[,] a, out int info, out matinvreport rep)
static void	hpdmatrixcholeskyinverse (ref complex[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	hpdmatrixcholeskyinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	hpdmatrixinverse (ref complex[,] a, int n, bool isupper, out int info, out matinvreport rep)
static void	hpdmatrixinverse (ref complex[,] a, out int info, out matinvreport rep)
static void	rmatrixtrinverse (ref double[,] a, int n, bool isupper, bool isunit, out int info, out matinvreport rep)
static void	rmatrixtrinverse (ref double[,] a, bool isupper, out int info, out matinvreport rep)
static void	cmatrixtrinverse (ref complex[,] a, int n, bool isupper, bool isunit, out int info, out matinvreport rep)
static void	cmatrixtrinverse (ref complex[,] a, bool isupper, out int info, out matinvreport rep)
static void	sparsecreate (int m, int n, int k, out sparsematrix s)
static void	sparsecreate (int m, int n, out sparsematrix s)
static void	sparsecreatecrs (int m, int n, int[] ner, out sparsematrix s)
static void	sparsecopy (sparsematrix s0, out sparsematrix s1)
static void	sparseadd (sparsematrix s, int i, int j, double v)
static void	sparseset (sparsematrix s, int i, int j, double v)
static double	sparseget (sparsematrix s, int i, int j)
static double	sparsegetdiagonal (sparsematrix s, int i)
static void	sparseconverttocrs (sparsematrix s)
static void	sparsemv (sparsematrix s, double[] x, ref double[] y)
static void	sparsemtv (sparsematrix s, double[] x, ref double[] y)
static void	sparsemv2 (sparsematrix s, double[] x, ref double[] y0, ref double[] y1)
static void	sparsesmv (sparsematrix s, bool isupper, double[] x, ref double[] y)
static void	sparsemm (sparsematrix s, double[,] a, int k, ref double[,] b)
static void	sparsemtm (sparsematrix s, double[,] a, int k, ref double[,] b)
static void	sparsemm2 (sparsematrix s, double[,] a, int k, ref double[,] b0, ref double[,] b1)
static void	sparsesmm (sparsematrix s, bool isupper, double[,] a, int k, ref double[,] b)
static void	sparseresizematrix (sparsematrix s)
static bool	sparseenumerate (sparsematrix s, ref int t0, ref int t1, out int i, out int j, out double v)
static bool	sparserewriteexisting (sparsematrix s, int i, int j, double v)
static void	sparsegetrow (sparsematrix s, int i, ref double[] irow)
static void	sparseconverttohash (sparsematrix s)
static void	sparsecopytohash (sparsematrix s0, out sparsematrix s1)
static void	sparsecopytocrs (sparsematrix s0, out sparsematrix s1)
static int	sparsegetmatrixtype (sparsematrix s)
static bool	sparseishash (sparsematrix s)
static bool	sparseiscrs (sparsematrix s)
static void	sparsefree (out sparsematrix s)
static int	sparsegetnrows (sparsematrix s)
static int	sparsegetncols (sparsematrix s)
static void	normestimatorcreate (int m, int n, int nstart, int nits, out normestimatorstate state)
static void	normestimatorsetseed (normestimatorstate state, int seedval)
static void	normestimatorestimatesparse (normestimatorstate state, sparsematrix a)
static void	normestimatorresults (normestimatorstate state, out double nrm)
static double	rmatrixludet (double[,] a, int[] pivots, int n)
static double	rmatrixludet (double[,] a, int[] pivots)
static double	rmatrixdet (double[,] a, int n)
static double	rmatrixdet (double[,] a)
static complex	cmatrixludet (complex[,] a, int[] pivots, int n)
static complex	cmatrixludet (complex[,] a, int[] pivots)
static complex	cmatrixdet (complex[,] a, int n)
static complex	cmatrixdet (complex[,] a)
static double	spdmatrixcholeskydet (double[,] a, int n)
static double	spdmatrixcholeskydet (double[,] a)
static double	spdmatrixdet (double[,] a, int n, bool isupper)
static double	spdmatrixdet (double[,] a)
static bool	smatrixgevd (double[,] a, int n, bool isuppera, double[,] b, bool isupperb, int zneeded, int problemtype, out double[] d, out double[,] z)
static bool	smatrixgevdreduce (ref double[,] a, int n, bool isuppera, double[,] b, bool isupperb, int problemtype, out double[,] r, out bool isupperr)
static void	rmatrixinvupdatesimple (ref double[,] inva, int n, int updrow, int updcolumn, double updval)
static void	rmatrixinvupdaterow (ref double[,] inva, int n, int updrow, double[] v)
static void	rmatrixinvupdatecolumn (ref double[,] inva, int n, int updcolumn, double[] u)
static void	rmatrixinvupdateuv (ref double[,] inva, int n, double[] u, double[] v)
static bool	rmatrixschur (ref double[,] a, int n, out double[,] s)
static void	mincgcreate (int n, double[] x, out mincgstate state)
static void	mincgcreate (double[] x, out mincgstate state)
static void	mincgcreatef (int n, double[] x, double diffstep, out mincgstate state)
static void	mincgcreatef (double[] x, double diffstep, out mincgstate state)
static void	mincgsetcond (mincgstate state, double epsg, double epsf, double epsx, int maxits)
static void	mincgsetscale (mincgstate state, double[] s)
static void	mincgsetxrep (mincgstate state, bool needxrep)
static void	mincgsetcgtype (mincgstate state, int cgtype)
static void	mincgsetstpmax (mincgstate state, double stpmax)
static void	mincgsuggeststep (mincgstate state, double stp)
static void	mincgsetprecdefault (mincgstate state)
static void	mincgsetprecdiag (mincgstate state, double[] d)
static void	mincgsetprecscale (mincgstate state)
static bool	mincgiteration (mincgstate state)
static void	mincgoptimize (mincgstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	mincgoptimize (mincgstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	mincgresults (mincgstate state, out double[] x, out mincgreport rep)
static void	mincgresultsbuf (mincgstate state, ref double[] x, mincgreport rep)
static void	mincgrestartfrom (mincgstate state, double[] x)
static void	mincgsetgradientcheck (mincgstate state, double teststep)
static void	minbleiccreate (int n, double[] x, out minbleicstate state)
static void	minbleiccreate (double[] x, out minbleicstate state)
static void	minbleiccreatef (int n, double[] x, double diffstep, out minbleicstate state)
static void	minbleiccreatef (double[] x, double diffstep, out minbleicstate state)
static void	minbleicsetbc (minbleicstate state, double[] bndl, double[] bndu)
static void	minbleicsetlc (minbleicstate state, double[,] c, int[] ct, int k)
static void	minbleicsetlc (minbleicstate state, double[,] c, int[] ct)
static void	minbleicsetcond (minbleicstate state, double epsg, double epsf, double epsx, int maxits)
static void	minbleicsetscale (minbleicstate state, double[] s)
static void	minbleicsetprecdefault (minbleicstate state)
static void	minbleicsetprecdiag (minbleicstate state, double[] d)
static void	minbleicsetprecscale (minbleicstate state)
static void	minbleicsetxrep (minbleicstate state, bool needxrep)
static void	minbleicsetstpmax (minbleicstate state, double stpmax)
static bool	minbleiciteration (minbleicstate state)
static void	minbleicoptimize (minbleicstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	minbleicoptimize (minbleicstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minbleicresults (minbleicstate state, out double[] x, out minbleicreport rep)
static void	minbleicresultsbuf (minbleicstate state, ref double[] x, minbleicreport rep)
static void	minbleicrestartfrom (minbleicstate state, double[] x)
static void	minbleicsetgradientcheck (minbleicstate state, double teststep)
static void	minlbfgscreate (int n, int m, double[] x, out minlbfgsstate state)
static void	minlbfgscreate (int m, double[] x, out minlbfgsstate state)
static void	minlbfgscreatef (int n, int m, double[] x, double diffstep, out minlbfgsstate state)
static void	minlbfgscreatef (int m, double[] x, double diffstep, out minlbfgsstate state)
static void	minlbfgssetcond (minlbfgsstate state, double epsg, double epsf, double epsx, int maxits)
static void	minlbfgssetxrep (minlbfgsstate state, bool needxrep)
static void	minlbfgssetstpmax (minlbfgsstate state, double stpmax)
static void	minlbfgssetscale (minlbfgsstate state, double[] s)
static void	minlbfgssetprecdefault (minlbfgsstate state)
static void	minlbfgssetpreccholesky (minlbfgsstate state, double[,] p, bool isupper)
static void	minlbfgssetprecdiag (minlbfgsstate state, double[] d)
static void	minlbfgssetprecscale (minlbfgsstate state)
static bool	minlbfgsiteration (minlbfgsstate state)
static void	minlbfgsoptimize (minlbfgsstate state, ndimensional_func func, ndimensional_rep rep, object obj)
static void	minlbfgsoptimize (minlbfgsstate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minlbfgsresults (minlbfgsstate state, out double[] x, out minlbfgsreport rep)
static void	minlbfgsresultsbuf (minlbfgsstate state, ref double[] x, minlbfgsreport rep)
static void	minlbfgsrestartfrom (minlbfgsstate state, double[] x)
static void	minlbfgssetgradientcheck (minlbfgsstate state, double teststep)
static void	minqpcreate (int n, out minqpstate state)
static void	minqpsetlinearterm (minqpstate state, double[] b)
static void	minqpsetquadraticterm (minqpstate state, double[,] a, bool isupper)
static void	minqpsetquadraticterm (minqpstate state, double[,] a)
static void	minqpsetquadratictermsparse (minqpstate state, sparsematrix a, bool isupper)
static void	minqpsetstartingpoint (minqpstate state, double[] x)
static void	minqpsetorigin (minqpstate state, double[] xorigin)
static void	minqpsetscale (minqpstate state, double[] s)
static void	minqpsetalgocholesky (minqpstate state)
static void	minqpsetalgobleic (minqpstate state, double epsg, double epsf, double epsx, int maxits)
static void	minqpsetbc (minqpstate state, double[] bndl, double[] bndu)
static void	minqpsetlc (minqpstate state, double[,] c, int[] ct, int k)
static void	minqpsetlc (minqpstate state, double[,] c, int[] ct)
static void	minqpoptimize (minqpstate state)
static void	minqpresults (minqpstate state, out double[] x, out minqpreport rep)
static void	minqpresultsbuf (minqpstate state, ref double[] x, minqpreport rep)
static void	minlmcreatevj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatevj (int m, double[] x, out minlmstate state)
static void	minlmcreatev (int n, int m, double[] x, double diffstep, out minlmstate state)
static void	minlmcreatev (int m, double[] x, double diffstep, out minlmstate state)
static void	minlmcreatefgh (int n, double[] x, out minlmstate state)
static void	minlmcreatefgh (double[] x, out minlmstate state)
static void	minlmsetcond (minlmstate state, double epsg, double epsf, double epsx, int maxits)
static void	minlmsetxrep (minlmstate state, bool needxrep)
static void	minlmsetstpmax (minlmstate state, double stpmax)
static void	minlmsetscale (minlmstate state, double[] s)
static void	minlmsetbc (minlmstate state, double[] bndl, double[] bndu)
static void	minlmsetacctype (minlmstate state, int acctype)
static bool	minlmiteration (minlmstate state)
static void	minlmoptimize (minlmstate state, ndimensional_fvec fvec, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_fvec fvec, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_grad grad, ndimensional_hess hess, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmoptimize (minlmstate state, ndimensional_func func, ndimensional_grad grad, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	minlmresults (minlmstate state, out double[] x, out minlmreport rep)
static void	minlmresultsbuf (minlmstate state, ref double[] x, minlmreport rep)
static void	minlmrestartfrom (minlmstate state, double[] x)
static void	minlmcreatevgj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatevgj (int m, double[] x, out minlmstate state)
static void	minlmcreatefgj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatefgj (int m, double[] x, out minlmstate state)
static void	minlmcreatefj (int n, int m, double[] x, out minlmstate state)
static void	minlmcreatefj (int m, double[] x, out minlmstate state)
static void	minlmsetgradientcheck (minlmstate state, double teststep)
static void	minlbfgssetdefaultpreconditioner (minlbfgsstate state)
static void	minlbfgssetcholeskypreconditioner (minlbfgsstate state, double[,] p, bool isupper)
static void	minbleicsetbarrierwidth (minbleicstate state, double mu)
static void	minbleicsetbarrierdecay (minbleicstate state, double mudecay)
static void	minasacreate (int n, double[] x, double[] bndl, double[] bndu, out minasastate state)
static void	minasacreate (double[] x, double[] bndl, double[] bndu, out minasastate state)
static void	minasasetcond (minasastate state, double epsg, double epsf, double epsx, int maxits)
static void	minasasetxrep (minasastate state, bool needxrep)
static void	minasasetalgorithm (minasastate state, int algotype)
static void	minasasetstpmax (minasastate state, double stpmax)
static bool	minasaiteration (minasastate state)
static void	minasaoptimize (minasastate state, ndimensional_grad grad, ndimensional_rep rep, object obj)
static void	minasaresults (minasastate state, out double[] x, out minasareport rep)
static void	minasaresultsbuf (minasastate state, ref double[] x, minasareport rep)
static void	minasarestartfrom (minasastate state, double[] x, double[] bndl, double[] bndu)
static void	rmatrixsolve (double[,] a, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixsolvem (double[,] a, int n, double[,] b, int m, bool rfs, out int info, out densesolverreport rep, out double[,] x)
static void	rmatrixlusolve (double[,] lua, int[] p, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixlusolvem (double[,] lua, int[] p, int n, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	rmatrixmixedsolve (double[,] a, double[,] lua, int[] p, int n, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	rmatrixmixedsolvem (double[,] a, double[,] lua, int[] p, int n, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	cmatrixsolvem (complex[,] a, int n, complex[,] b, int m, bool rfs, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixsolve (complex[,] a, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	cmatrixlusolvem (complex[,] lua, int[] p, int n, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixlusolve (complex[,] lua, int[] p, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	cmatrixmixedsolvem (complex[,] a, complex[,] lua, int[] p, int n, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	cmatrixmixedsolve (complex[,] a, complex[,] lua, int[] p, int n, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	spdmatrixsolvem (double[,] a, int n, bool isupper, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	spdmatrixsolve (double[,] a, int n, bool isupper, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	spdmatrixcholeskysolvem (double[,] cha, int n, bool isupper, double[,] b, int m, out int info, out densesolverreport rep, out double[,] x)
static void	spdmatrixcholeskysolve (double[,] cha, int n, bool isupper, double[] b, out int info, out densesolverreport rep, out double[] x)
static void	hpdmatrixsolvem (complex[,] a, int n, bool isupper, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	hpdmatrixsolve (complex[,] a, int n, bool isupper, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	hpdmatrixcholeskysolvem (complex[,] cha, int n, bool isupper, complex[,] b, int m, out int info, out densesolverreport rep, out complex[,] x)
static void	hpdmatrixcholeskysolve (complex[,] cha, int n, bool isupper, complex[] b, out int info, out densesolverreport rep, out complex[] x)
static void	rmatrixsolvels (double[,] a, int nrows, int ncols, double[] b, double threshold, out int info, out densesolverlsreport rep, out double[] x)
static void	linlsqrcreate (int m, int n, out linlsqrstate state)
static void	linlsqrsetprecunit (linlsqrstate state)
static void	linlsqrsetprecdiag (linlsqrstate state)
static void	linlsqrsetlambdai (linlsqrstate state, double lambdai)
static void	linlsqrsolvesparse (linlsqrstate state, sparsematrix a, double[] b)
static void	linlsqrsetcond (linlsqrstate state, double epsa, double epsb, int maxits)
static void	linlsqrresults (linlsqrstate state, out double[] x, out linlsqrreport rep)
static void	linlsqrsetxrep (linlsqrstate state, bool needxrep)
static void	lincgcreate (int n, out lincgstate state)
static void	lincgsetstartingpoint (lincgstate state, double[] x)
static void	lincgsetprecunit (lincgstate state)
static void	lincgsetprecdiag (lincgstate state)
static void	lincgsetcond (lincgstate state, double epsf, int maxits)
static void	lincgsolvesparse (lincgstate state, sparsematrix a, bool isupper, double[] b)
static void	lincgresults (lincgstate state, out double[] x, out lincgreport rep)
static void	lincgsetrestartfreq (lincgstate state, int srf)
static void	lincgsetrupdatefreq (lincgstate state, int freq)
static void	lincgsetxrep (lincgstate state, bool needxrep)
static void	nleqcreatelm (int n, int m, double[] x, out nleqstate state)
static void	nleqcreatelm (int m, double[] x, out nleqstate state)
static void	nleqsetcond (nleqstate state, double epsf, int maxits)
static void	nleqsetxrep (nleqstate state, bool needxrep)
static void	nleqsetstpmax (nleqstate state, double stpmax)
static bool	nleqiteration (nleqstate state)
static void	nleqsolve (nleqstate state, ndimensional_func func, ndimensional_jac jac, ndimensional_rep rep, object obj)
static void	nleqresults (nleqstate state, out double[] x, out nleqreport rep)
static void	nleqresultsbuf (nleqstate state, ref double[] x, nleqreport rep)
static void	nleqrestartfrom (nleqstate state, double[] x)
static double	gammafunction (double x)
static double	lngamma (double x, out double sgngam)
static double	errorfunction (double x)
static double	errorfunctionc (double x)
static double	normaldistribution (double x)
static double	inverf (double e)
static double	invnormaldistribution (double y0)
static double	incompletegamma (double a, double x)
static double	incompletegammac (double a, double x)
static double	invincompletegammac (double a, double y0)
static void	airy (double x, out double ai, out double aip, out double bi, out double bip)
static double	besselj0 (double x)
static double	besselj1 (double x)
static double	besseljn (int n, double x)
static double	bessely0 (double x)
static double	bessely1 (double x)
static double	besselyn (int n, double x)
static double	besseli0 (double x)
static double	besseli1 (double x)
static double	besselk0 (double x)
static double	besselk1 (double x)
static double	besselkn (int nn, double x)
static double	beta (double a, double b)
static double	incompletebeta (double a, double b, double x)
static double	invincompletebeta (double a, double b, double y)
static double	binomialdistribution (int k, int n, double p)
static double	binomialcdistribution (int k, int n, double p)
static double	invbinomialdistribution (int k, int n, double y)
static double	chebyshevcalculate (int r, int n, double x)
static double	chebyshevsum (double[] c, int r, int n, double x)
static void	chebyshevcoefficients (int n, out double[] c)
static void	fromchebyshev (double[] a, int n, out double[] b)
static double	chisquaredistribution (double v, double x)
static double	chisquarecdistribution (double v, double x)
static double	invchisquaredistribution (double v, double y)
static double	dawsonintegral (double x)
static double	ellipticintegralk (double m)
static double	ellipticintegralkhighprecision (double m1)
static double	incompleteellipticintegralk (double phi, double m)
static double	ellipticintegrale (double m)
static double	incompleteellipticintegrale (double phi, double m)
static double	exponentialintegralei (double x)
static double	exponentialintegralen (double x, int n)
static double	fdistribution (int a, int b, double x)
static double	fcdistribution (int a, int b, double x)
static double	invfdistribution (int a, int b, double y)
static void	fresnelintegral (double x, ref double c, ref double s)
static double	hermitecalculate (int n, double x)
static double	hermitesum (double[] c, int n, double x)
static void	hermitecoefficients (int n, out double[] c)
static void	jacobianellipticfunctions (double u, double m, out double sn, out double cn, out double dn, out double ph)
static double	laguerrecalculate (int n, double x)
static double	laguerresum (double[] c, int n, double x)
static void	laguerrecoefficients (int n, out double[] c)
static double	legendrecalculate (int n, double x)
static double	legendresum (double[] c, int n, double x)
static void	legendrecoefficients (int n, out double[] c)
static double	poissondistribution (int k, double m)
static double	poissoncdistribution (int k, double m)
static double	invpoissondistribution (int k, double y)
static double	psi (double x)
static double	studenttdistribution (int k, double t)
static double	invstudenttdistribution (int k, double p)
static void	sinecosineintegrals (double x, out double si, out double ci)
static void	hyperbolicsinecosineintegrals (double x, out double shi, out double chi)
static void	samplemoments (double[] x, int n, out double mean, out double variance, out double skewness, out double kurtosis)
static void	samplemoments (double[] x, out double mean, out double variance, out double skewness, out double kurtosis)
static double	samplemean (double[] x, int n)
static double	samplemean (double[] x)
static double	samplevariance (double[] x, int n)
static double	samplevariance (double[] x)
static double	sampleskewness (double[] x, int n)
static double	sampleskewness (double[] x)
static double	samplekurtosis (double[] x, int n)
static double	samplekurtosis (double[] x)
static void	sampleadev (double[] x, int n, out double adev)
static void	sampleadev (double[] x, out double adev)
static void	samplemedian (double[] x, int n, out double median)
static void	samplemedian (double[] x, out double median)
static void	samplepercentile (double[] x, int n, double p, out double v)
static void	samplepercentile (double[] x, double p, out double v)
static double	cov2 (double[] x, double[] y, int n)
static double	cov2 (double[] x, double[] y)
static double	pearsoncorr2 (double[] x, double[] y, int n)
static double	pearsoncorr2 (double[] x, double[] y)
static double	spearmancorr2 (double[] x, double[] y, int n)
static double	spearmancorr2 (double[] x, double[] y)
static void	covm (double[,] x, int n, int m, out double[,] c)
static void	smp_covm (double[,] x, int n, int m, out double[,] c)
static void	covm (double[,] x, out double[,] c)
static void	smp_covm (double[,] x, out double[,] c)
static void	pearsoncorrm (double[,] x, int n, int m, out double[,] c)
static void	smp_pearsoncorrm (double[,] x, int n, int m, out double[,] c)
static void	pearsoncorrm (double[,] x, out double[,] c)
static void	smp_pearsoncorrm (double[,] x, out double[,] c)
static void	spearmancorrm (double[,] x, int n, int m, out double[,] c)
static void	smp_spearmancorrm (double[,] x, int n, int m, out double[,] c)
static void	spearmancorrm (double[,] x, out double[,] c)
static void	smp_spearmancorrm (double[,] x, out double[,] c)
static void	covm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	smp_covm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	covm2 (double[,] x, double[,] y, out double[,] c)
static void	smp_covm2 (double[,] x, double[,] y, out double[,] c)
static void	pearsoncorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	smp_pearsoncorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	pearsoncorrm2 (double[,] x, double[,] y, out double[,] c)
static void	smp_pearsoncorrm2 (double[,] x, double[,] y, out double[,] c)
static void	spearmancorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	smp_spearmancorrm2 (double[,] x, double[,] y, int n, int m1, int m2, out double[,] c)
static void	spearmancorrm2 (double[,] x, double[,] y, out double[,] c)
static void	smp_spearmancorrm2 (double[,] x, double[,] y, out double[,] c)
static void	rankdata (ref double[,] xy, int npoints, int nfeatures)
static void	smp_rankdata (ref double[,] xy, int npoints, int nfeatures)
static void	rankdata (ref double[,] xy)
static void	smp_rankdata (ref double[,] xy)
static void	rankdatacentered (ref double[,] xy, int npoints, int nfeatures)
static void	smp_rankdatacentered (ref double[,] xy, int npoints, int nfeatures)
static void	rankdatacentered (ref double[,] xy)
static void	smp_rankdatacentered (ref double[,] xy)
static double	pearsoncorrelation (double[] x, double[] y, int n)
static double	spearmanrankcorrelation (double[] x, double[] y, int n)
static void	pearsoncorrelationsignificance (double r, int n, out double bothtails, out double lefttail, out double righttail)
static void	spearmanrankcorrelationsignificance (double r, int n, out double bothtails, out double lefttail, out double righttail)
static void	jarqueberatest (double[] x, int n, out double p)
static void	mannwhitneyutest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	onesamplesigntest (double[] x, int n, double median, out double bothtails, out double lefttail, out double righttail)
static void	studentttest1 (double[] x, int n, double mean, out double bothtails, out double lefttail, out double righttail)
static void	studentttest2 (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	unequalvariancettest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	ftest (double[] x, int n, double[] y, int m, out double bothtails, out double lefttail, out double righttail)
static void	onesamplevariancetest (double[] x, int n, double variance, out double bothtails, out double lefttail, out double righttail)
static void	wilcoxonsignedranktest (double[] x, int n, double e, out double bothtails, out double lefttail, out double righttail)

Member Function Documentation

static void alglib.hqrndrandomize ( out hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrndrandomize().

static void alglib.hqrndseed ( int  s1, int  s2, out hqrndstate  state  )

inlinestatic

References alglib.hqrnd.hqrndseed().

static double alglib.hqrnduniformr ( hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrnduniformr(), and alglib.hqrndstate.innerobj.

static int alglib.hqrnduniformi ( hqrndstate  state, int  n  )

inlinestatic

References alglib.hqrnd.hqrnduniformi(), and alglib.hqrndstate.innerobj.

static double alglib.hqrndnormal ( hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrndnormal(), and alglib.hqrndstate.innerobj.

static void alglib.hqrndunit2 ( hqrndstate  state, out double  x, out double  y  )

inlinestatic

References alglib.hqrnd.hqrndunit2(), and alglib.hqrndstate.innerobj.

static void alglib.hqrndnormal2 ( hqrndstate  state, out double  x1, out double  x2  )

inlinestatic

References alglib.hqrnd.hqrndnormal2(), and alglib.hqrndstate.innerobj.

static double alglib.hqrndexponential ( hqrndstate  state, double  lambdav  )

inlinestatic

References alglib.hqrnd.hqrndexponential(), and alglib.hqrndstate.innerobj.

static double alglib.hqrnddiscrete ( hqrndstate  state, double[]  x, int  n  )

inlinestatic

References alglib.hqrnd.hqrnddiscrete(), and alglib.hqrndstate.innerobj.

static double alglib.hqrndcontinuous ( hqrndstate  state, double[]  x, int  n  )

inlinestatic

References alglib.hqrnd.hqrndcontinuous(), and alglib.hqrndstate.innerobj.

static void alglib.kdtreeserialize ( kdtree  obj, out string  s_out  )

inlinestatic

References alglib.kdtree.innerobj, alglib.nearestneighbor.kdtreealloc(), and alglib.nearestneighbor.kdtreeserialize().

Referenced by MainTest.Main().

static void alglib.kdtreeunserialize ( string  s_in, out kdtree  obj  )

inlinestatic

References alglib.nearestneighbor.kdtreeunserialize().

Referenced by MainTest.Main().

static void alglib.kdtreebuild ( double  xy[,], int  n, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuild().

Referenced by MainTest.Main().

static void alglib.kdtreebuild ( double  xy[,], int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuild().

static void alglib.kdtreebuildtagged ( double  xy[,], int[]  tags, int  n, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuildtagged().

static void alglib.kdtreebuildtagged ( double  xy[,], int[]  tags, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuildtagged().

static int alglib.kdtreequeryknn ( kdtree  kdt, double[]  x, int  k, bool  selfmatch  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryknn().

Referenced by MainTest.Main().

static int alglib.kdtreequeryknn ( kdtree  kdt, double[]  x, int  k  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryknn().

static int alglib.kdtreequeryrnn ( kdtree  kdt, double[]  x, double  r, bool  selfmatch  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryrnn().

static int alglib.kdtreequeryrnn ( kdtree  kdt, double[]  x, double  r  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryrnn().

static int alglib.kdtreequeryaknn ( kdtree  kdt, double[]  x, int  k, bool  selfmatch, double  eps  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryaknn().

static int alglib.kdtreequeryaknn ( kdtree  kdt, double[]  x, int  k, double  eps  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryaknn().

static void alglib.kdtreequeryresultsx ( kdtree  kdt, ref double  x[,]  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsx().

Referenced by MainTest.Main().

static void alglib.kdtreequeryresultsxy ( kdtree  kdt, ref double  xy[,]  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsxy().

static void alglib.kdtreequeryresultstags ( kdtree  kdt, ref int[]  tags  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultstags().

static void alglib.kdtreequeryresultsdistances ( kdtree  kdt, ref double[]  r  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsdistances().

static void alglib.kdtreequeryresultsxi ( kdtree  kdt, out double  x[,]  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsxi().

static void alglib.kdtreequeryresultsxyi ( kdtree  kdt, out double  xy[,]  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsxyi().

static void alglib.kdtreequeryresultstagsi ( kdtree  kdt, out int[]  tags  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultstagsi().

static void alglib.kdtreequeryresultsdistancesi ( kdtree  kdt, out double[]  r  )

inlinestatic

References alglib.kdtree.innerobj, and alglib.nearestneighbor.kdtreequeryresultsdistancesi().

delegate void alglib.ndimensional_func	(	double[]	arg,
		ref double	func,
		object	obj
	)

delegate void alglib.ndimensional_grad	(	double[]	arg,
		ref double	func,
		double[]	grad,
		object	obj
	)

delegate void alglib.ndimensional_hess	(	double[]	arg,
		ref double	func,
		double[]	grad,
		double	hess[,],
		object	obj
	)

delegate void alglib.ndimensional_fvec	(	double[]	arg,
		double[]	fi,
		object	obj
	)

delegate void alglib.ndimensional_jac	(	double[]	arg,
		double[]	fi,
		double	jac[,],
		object	obj
	)

delegate void alglib.ndimensional_pfunc	(	double[]	p,
		double[]	q,
		ref double	func,
		object	obj
	)

delegate void alglib.ndimensional_pgrad	(	double[]	p,
		double[]	q,
		ref double	func,
		double[]	grad,
		object	obj
	)

delegate void alglib.ndimensional_phess	(	double[]	p,
		double[]	q,
		ref double	func,
		double[]	grad,
		double	hess[,],
		object	obj
	)

delegate void alglib.ndimensional_rep	(	double[]	arg,
		double	func,
		object	obj
	)

delegate void alglib.ndimensional_ode_rp	(	double[]	y,
		double	x,
		double[]	dy,
		object	obj
	)

delegate void alglib.integrator1_func	(	double	x,
		double	xminusa,
		double	bminusx,
		ref double	f,
		object	obj
	)

static void alglib.dsoptimalsplit2 ( double[]  a, int[]  c, int  n, out int  info, out double  threshold, out double  pal, out double  pbl, out double  par, out double  pbr, out double  cve  )

inlinestatic

References alglib.bdss.dsoptimalsplit2().

static void alglib.dsoptimalsplit2fast ( ref double[]  a, ref int[]  c, ref int[]  tiesbuf, ref int[]  cntbuf, ref double[]  bufr, ref int[]  bufi, int  n, int  nc, double  alpha, out int  info, out double  threshold, out double  rms, out double  cvrms  )

inlinestatic

References alglib.bdss.dsoptimalsplit2fast().

static void alglib.dfserialize ( decisionforest  obj, out string  s_out  )

inlinestatic

References alglib.dforest.dfalloc(), alglib.dforest.dfserialize(), and alglib.decisionforest.innerobj.

static void alglib.dfunserialize ( string  s_in, out decisionforest  obj  )

inlinestatic

References alglib.dforest.dfunserialize().

static void alglib.dfbuildrandomdecisionforest ( double  xy[,], int  npoints, int  nvars, int  nclasses, int  ntrees, double  r, out int  info, out decisionforest  df, out dfreport  rep  )

inlinestatic

References alglib.dforest.dfbuildrandomdecisionforest().

static void alglib.dfbuildrandomdecisionforestx1 ( double  xy[,], int  npoints, int  nvars, int  nclasses, int  ntrees, int  nrndvars, double  r, out int  info, out decisionforest  df, out dfreport  rep  )

inlinestatic

References alglib.dforest.dfbuildrandomdecisionforestx1().

static void alglib.dfprocess ( decisionforest  df, double[]  x, ref double[]  y  )

inlinestatic

References alglib.dforest.dfprocess(), and alglib.decisionforest.innerobj.

static void alglib.dfprocessi ( decisionforest  df, double[]  x, out double[]  y  )

inlinestatic

References alglib.dforest.dfprocessi(), and alglib.decisionforest.innerobj.

static double alglib.dfrelclserror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfrelclserror(), and alglib.decisionforest.innerobj.

static double alglib.dfavgce ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgce(), and alglib.decisionforest.innerobj.

static double alglib.dfrmserror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfrmserror(), and alglib.decisionforest.innerobj.

static double alglib.dfavgerror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgerror(), and alglib.decisionforest.innerobj.

static double alglib.dfavgrelerror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgrelerror(), and alglib.decisionforest.innerobj.

static void alglib.lrbuild ( double  xy[,], int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuild().

static void alglib.lrbuilds ( double  xy[,], double[]  s, int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuilds().

static void alglib.lrbuildzs ( double  xy[,], double[]  s, int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuildzs().

static void alglib.lrbuildz ( double  xy[,], int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuildz().

static void alglib.lrunpack ( linearmodel  lm, out double[]  v, out int  nvars  )

inlinestatic

References alglib.linearmodel.innerobj, and alglib.linreg.lrunpack().

static void alglib.lrpack ( double[]  v, int  nvars, out linearmodel  lm  )

inlinestatic

References alglib.linreg.lrpack().

static double alglib.lrprocess ( linearmodel  lm, double[]  x  )

inlinestatic

References alglib.linearmodel.innerobj, and alglib.linreg.lrprocess().

static double alglib.lrrmserror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linearmodel.innerobj, and alglib.linreg.lrrmserror().

static double alglib.lravgerror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linearmodel.innerobj, and alglib.linreg.lravgerror().

static double alglib.lravgrelerror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linearmodel.innerobj, and alglib.linreg.lravgrelerror().

static void alglib.filtersma ( ref double[]  x, int  n, int  k  )

inlinestatic

References alglib.filters.filtersma().

Referenced by MainTest.Main().

static void alglib.filtersma ( ref double[]  x, int  k  )

inlinestatic

References alglib.filters.filtersma().

static void alglib.filterema ( ref double[]  x, int  n, double  alpha  )

inlinestatic

References alglib.filters.filterema().

Referenced by MainTest.Main().

static void alglib.filterema ( ref double[]  x, double  alpha  )

inlinestatic

References alglib.filters.filterema().

static void alglib.filterlrma ( ref double[]  x, int  n, int  k  )

inlinestatic

References alglib.filters.filterlrma().

Referenced by MainTest.Main().

static void alglib.filterlrma ( ref double[]  x, int  k  )

inlinestatic

References alglib.filters.filterlrma().

static void alglib.kmeansgenerate ( double  xy[,], int  npoints, int  nvars, int  k, int  restarts, out int  info, out double  c[,], out int[]  xyc  )

inlinestatic

References alglib.kmeans.kmeansgenerate().

static void alglib.fisherlda ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out double[]  w  )

inlinestatic

References alglib.lda.fisherlda().

static void alglib.fisherldan ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out double  w[,]  )

inlinestatic

References alglib.lda.fisherldan().

static void alglib.mlpserialize ( multilayerperceptron  obj, out string  s_out  )

inlinestatic

References alglib.multilayerperceptron.innerobj, alglib.mlpbase.mlpalloc(), and alglib.mlpbase.mlpserialize().

static void alglib.mlpunserialize ( string  s_in, out multilayerperceptron  obj  )

inlinestatic

References alglib.mlpbase.mlpunserialize().

static void alglib.mlpcreate0 ( int  nin, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate0().

static void alglib.mlpcreate1 ( int  nin, int  nhid, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate1().

static void alglib.mlpcreate2 ( int  nin, int  nhid1, int  nhid2, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate2().

static void alglib.mlpcreateb0 ( int  nin, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb0().

static void alglib.mlpcreateb1 ( int  nin, int  nhid, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb1().

static void alglib.mlpcreateb2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb2().

static void alglib.mlpcreater0 ( int  nin, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater0().

static void alglib.mlpcreater1 ( int  nin, int  nhid, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater1().

static void alglib.mlpcreater2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater2().

static void alglib.mlpcreatec0 ( int  nin, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec0().

static void alglib.mlpcreatec1 ( int  nin, int  nhid, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec1().

static void alglib.mlpcreatec2 ( int  nin, int  nhid1, int  nhid2, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec2().

static void alglib.mlprandomize ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlprandomize().

static void alglib.mlprandomizefull ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlprandomizefull().

static void alglib.mlpproperties ( multilayerperceptron  network, out int  nin, out int  nout, out int  wcount  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpproperties().

static int alglib.mlpgetinputscount ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetinputscount().

static int alglib.mlpgetoutputscount ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetoutputscount().

static int alglib.mlpgetweightscount ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetweightscount().

static bool alglib.mlpissoftmax ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpissoftmax().

static int alglib.mlpgetlayerscount ( multilayerperceptron  network )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetlayerscount().

static int alglib.mlpgetlayersize ( multilayerperceptron  network, int  k  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetlayersize().

static void alglib.mlpgetinputscaling ( multilayerperceptron  network, int  i, out double  mean, out double  sigma  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetinputscaling().

static void alglib.mlpgetoutputscaling ( multilayerperceptron  network, int  i, out double  mean, out double  sigma  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetoutputscaling().

static void alglib.mlpgetneuroninfo ( multilayerperceptron  network, int  k, int  i, out int  fkind, out double  threshold  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetneuroninfo().

static double alglib.mlpgetweight ( multilayerperceptron  network, int  k0, int  i0, int  k1, int  i1  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgetweight().

static void alglib.mlpsetinputscaling ( multilayerperceptron  network, int  i, double  mean, double  sigma  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpsetinputscaling().

static void alglib.mlpsetoutputscaling ( multilayerperceptron  network, int  i, double  mean, double  sigma  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpsetoutputscaling().

static void alglib.mlpsetneuroninfo ( multilayerperceptron  network, int  k, int  i, int  fkind, double  threshold  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpsetneuroninfo().

static void alglib.mlpsetweight ( multilayerperceptron  network, int  k0, int  i0, int  k1, int  i1, double  w  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpsetweight().

static void alglib.mlpactivationfunction ( double  net, int  k, out double  f, out double  df, out double  d2f  )

inlinestatic

References alglib.mlpbase.mlpactivationfunction().

static void alglib.mlpprocess ( multilayerperceptron  network, double[]  x, ref double[]  y  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpprocess().

static void alglib.mlpprocessi ( multilayerperceptron  network, double[]  x, out double[]  y  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpprocessi().

static double alglib.mlperror ( multilayerperceptron  network, double  xy[,], int  ssize  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlperror().

static double alglib.mlperrorn ( multilayerperceptron  network, double  xy[,], int  ssize  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlperrorn().

static int alglib.mlpclserror ( multilayerperceptron  network, double  xy[,], int  ssize  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpclserror().

static double alglib.mlprelclserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlprelclserror().

static double alglib.mlpavgce ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpavgce().

static double alglib.mlprmserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlprmserror().

static double alglib.mlpavgerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpavgerror().

static double alglib.mlpavgrelerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpavgrelerror().

static void alglib.mlpgrad ( multilayerperceptron  network, double[]  x, double[]  desiredy, out double  e, ref double[]  grad  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgrad().

static void alglib.mlpgradn ( multilayerperceptron  network, double[]  x, double[]  desiredy, out double  e, ref double[]  grad  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgradn().

static void alglib.mlpgradbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgradbatch().

static void alglib.mlpgradnbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlpgradnbatch().

static void alglib.mlphessiannbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad, ref double  h[,]  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlphessiannbatch().

static void alglib.mlphessianbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad, ref double  h[,]  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpbase.mlphessianbatch().

static void alglib.mnltrainh ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out logitmodel  lm, out mnlreport  rep  )

inlinestatic

References alglib.logit.mnltrainh().

static void alglib.mnlprocess ( logitmodel  lm, double[]  x, ref double[]  y  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlprocess().

static void alglib.mnlprocessi ( logitmodel  lm, double[]  x, out double[]  y  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlprocessi().

static void alglib.mnlunpack ( logitmodel  lm, out double  a[,], out int  nvars, out int  nclasses  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlunpack().

static void alglib.mnlpack ( double  a[,], int  nvars, int  nclasses, out logitmodel  lm  )

inlinestatic

References alglib.logit.mnlpack().

static double alglib.mnlavgce ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlavgce().

static double alglib.mnlrelclserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlrelclserror().

static double alglib.mnlrmserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlrmserror().

static double alglib.mnlavgerror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlavgerror().

static double alglib.mnlavgrelerror ( logitmodel  lm, double  xy[,], int  ssize  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlavgrelerror().

static int alglib.mnlclserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logitmodel.innerobj, and alglib.logit.mnlclserror().

static void alglib.mcpdcreate ( int  n, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreate().

static void alglib.mcpdcreateentry ( int  n, int  entrystate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateentry().

static void alglib.mcpdcreateexit ( int  n, int  exitstate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateexit().

static void alglib.mcpdcreateentryexit ( int  n, int  entrystate, int  exitstate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateentryexit().

static void alglib.mcpdaddtrack ( mcpdstate  s, double  xy[,], int  k  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdaddtrack().

static void alglib.mcpdaddtrack ( mcpdstate  s, double  xy[,]  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdaddtrack().

static void alglib.mcpdsetec ( mcpdstate  s, double  ec[,]  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetec().

static void alglib.mcpdaddec ( mcpdstate  s, int  i, int  j, double  c  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdaddec().

static void alglib.mcpdsetbc ( mcpdstate  s, double  bndl[,], double  bndu[,]  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetbc().

static void alglib.mcpdaddbc ( mcpdstate  s, int  i, int  j, double  bndl, double  bndu  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdaddbc().

static void alglib.mcpdsetlc ( mcpdstate  s, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetlc().

static void alglib.mcpdsetlc ( mcpdstate  s, double  c[,], int[]  ct  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetlc().

static void alglib.mcpdsettikhonovregularizer ( mcpdstate  s, double  v  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsettikhonovregularizer().

static void alglib.mcpdsetprior ( mcpdstate  s, double  pp[,]  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetprior().

static void alglib.mcpdsetpredictionweights ( mcpdstate  s, double[]  pw  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsetpredictionweights().

static void alglib.mcpdsolve ( mcpdstate  s )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdsolve().

static void alglib.mcpdresults ( mcpdstate  s, out double  p[,], out mcpdreport  rep  )

inlinestatic

References alglib.mcpdstate.innerobj, and alglib.mcpd.mcpdresults().

static void alglib.mlptrainlm ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlptrain.mlptrainlm().

static void alglib.mlptrainlbfgs ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlptrain.mlptrainlbfgs().

static void alglib.mlptraines ( multilayerperceptron  network, double  trnxy[,], int  trnsize, double  valxy[,], int  valsize, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlptrain.mlptraines().

static void alglib.mlpkfoldcvlbfgs ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, int  foldscount, out int  info, out mlpreport  rep, out mlpcvreport  cvrep  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlptrain.mlpkfoldcvlbfgs().

static void alglib.mlpkfoldcvlm ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, int  foldscount, out int  info, out mlpreport  rep, out mlpcvreport  cvrep  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlptrain.mlpkfoldcvlm().

static void alglib.mlpeserialize ( mlpensemble  obj, out string  s_out  )

inlinestatic

References alglib.mlpensemble.innerobj, alglib.mlpe.mlpealloc(), and alglib.mlpe.mlpeserialize().

static void alglib.mlpeunserialize ( string  s_in, out mlpensemble  obj  )

inlinestatic

References alglib.mlpe.mlpeunserialize().

static void alglib.mlpecreate0 ( int  nin, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate0().

static void alglib.mlpecreate1 ( int  nin, int  nhid, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate1().

static void alglib.mlpecreate2 ( int  nin, int  nhid1, int  nhid2, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate2().

static void alglib.mlpecreateb0 ( int  nin, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb0().

static void alglib.mlpecreateb1 ( int  nin, int  nhid, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb1().

static void alglib.mlpecreateb2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb2().

static void alglib.mlpecreater0 ( int  nin, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater0().

static void alglib.mlpecreater1 ( int  nin, int  nhid, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater1().

static void alglib.mlpecreater2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater2().

static void alglib.mlpecreatec0 ( int  nin, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec0().

static void alglib.mlpecreatec1 ( int  nin, int  nhid, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec1().

static void alglib.mlpecreatec2 ( int  nin, int  nhid1, int  nhid2, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec2().

static void alglib.mlpecreatefromnetwork ( multilayerperceptron  network, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.multilayerperceptron.innerobj, and alglib.mlpe.mlpecreatefromnetwork().

static void alglib.mlperandomize ( mlpensemble  ensemble )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlperandomize().

static void alglib.mlpeproperties ( mlpensemble  ensemble, out int  nin, out int  nout  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeproperties().

static bool alglib.mlpeissoftmax ( mlpensemble  ensemble )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeissoftmax().

static void alglib.mlpeprocess ( mlpensemble  ensemble, double[]  x, ref double[]  y  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeprocess().

static void alglib.mlpeprocessi ( mlpensemble  ensemble, double[]  x, out double[]  y  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeprocessi().

static double alglib.mlperelclserror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlperelclserror().

static double alglib.mlpeavgce ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeavgce().

static double alglib.mlpermserror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpermserror().

static double alglib.mlpeavgerror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeavgerror().

static double alglib.mlpeavgrelerror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpeavgrelerror().

static void alglib.mlpebagginglm ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep, out mlpcvreport  ooberrors  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpebagginglm().

static void alglib.mlpebagginglbfgs ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, out int  info, out mlpreport  rep, out mlpcvreport  ooberrors  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpebagginglbfgs().

static void alglib.mlpetraines ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.mlpensemble.innerobj, and alglib.mlpe.mlpetraines().

static void alglib.pcabuildbasis ( double  x[,], int  npoints, int  nvars, out int  info, out double[]  s2, out double  v[,]  )

inlinestatic

References alglib.pca.pcabuildbasis().

static void alglib.odesolverrkck ( double[]  y, int  n, double[]  x, int  m, double  eps, double  h, out odesolverstate  state  )

inlinestatic

References alglib.odesolver.odesolverrkck().

static void alglib.odesolverrkck ( double[]  y, double[]  x, double  eps, double  h, out odesolverstate  state  )

inlinestatic

References alglib.odesolver.odesolverrkck().

static bool alglib.odesolveriteration ( odesolverstate  state )

inlinestatic

References alglib.odesolverstate.innerobj, and alglib.odesolver.odesolveriteration().

Referenced by odesolversolve().

static void alglib.odesolversolve ( odesolverstate  state, ndimensional_ode_rp  diff, object  obj  )

inlinestatic

References alglib.odesolverstate.innerobj, alglib.odesolverstate.needdy, and odesolveriteration().

static void alglib.odesolverresults ( odesolverstate  state, out int  m, out double[]  xtbl, out double  ytbl[,], out odesolverreport  rep  )

inlinestatic

References alglib.odesolverstate.innerobj, and alglib.odesolver.odesolverresults().

static void alglib.fftc1d ( ref complex[]  a, int  n  )

inlinestatic

References alglib.fft.fftc1d().

static void alglib.fftc1d ( ref complex[]  a )

inlinestatic

References alglib.fft.fftc1d().

static void alglib.fftc1dinv ( ref complex[]  a, int  n  )

inlinestatic

References alglib.fft.fftc1dinv().

static void alglib.fftc1dinv ( ref complex[]  a )

inlinestatic

References alglib.fft.fftc1dinv().

static void alglib.fftr1d ( double[]  a, int  n, out complex[]  f  )

inlinestatic

References alglib.fft.fftr1d().

static void alglib.fftr1d ( double[]  a, out complex[]  f  )

inlinestatic

References alglib.fft.fftr1d().

static void alglib.fftr1dinv ( complex[]  f, int  n, out double[]  a  )

inlinestatic

References alglib.fft.fftr1dinv().

static void alglib.fftr1dinv ( complex[]  f, out double[]  a  )

inlinestatic

References alglib.fft.fftr1dinv().

static void alglib.convc1d ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1d().

static void alglib.convc1dinv ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1dinv().

static void alglib.convc1dcircular ( complex[]  s, int  m, complex[]  r, int  n, out complex[]  c  )

inlinestatic

References alglib.conv.convc1dcircular().

static void alglib.convc1dcircularinv ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1dcircularinv().

static void alglib.convr1d ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1d().

static void alglib.convr1dinv ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1dinv().

static void alglib.convr1dcircular ( double[]  s, int  m, double[]  r, int  n, out double[]  c  )

inlinestatic

References alglib.conv.convr1dcircular().

static void alglib.convr1dcircularinv ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1dcircularinv().

static void alglib.corrc1d ( complex[]  signal, int  n, complex[]  pattern, int  m, out complex[]  r  )

inlinestatic

References alglib.corr.corrc1d().

static void alglib.corrc1dcircular ( complex[]  signal, int  m, complex[]  pattern, int  n, out complex[]  c  )

inlinestatic

References alglib.corr.corrc1dcircular().

static void alglib.corrr1d ( double[]  signal, int  n, double[]  pattern, int  m, out double[]  r  )

inlinestatic

References alglib.corr.corrr1d().

static void alglib.corrr1dcircular ( double[]  signal, int  m, double[]  pattern, int  n, out double[]  c  )

inlinestatic

References alglib.corr.corrr1dcircular().

static void alglib.fhtr1d ( ref double[]  a, int  n  )

inlinestatic

References alglib.fht.fhtr1d().

static void alglib.fhtr1dinv ( ref double[]  a, int  n  )

inlinestatic

References alglib.fht.fhtr1dinv().

static void alglib.gqgeneraterec ( double[]  alpha, double[]  beta, double  mu0, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgeneraterec().

static void alglib.gqgenerategausslobattorec ( double[]  alpha, double[]  beta, double  mu0, double  a, double  b, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslobattorec().

static void alglib.gqgenerategaussradaurec ( double[]  alpha, double[]  beta, double  mu0, double  a, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategaussradaurec().

static void alglib.gqgenerategausslegendre ( int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslegendre().

static void alglib.gqgenerategaussjacobi ( int  n, double  alpha, double  beta, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategaussjacobi().

static void alglib.gqgenerategausslaguerre ( int  n, double  alpha, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslaguerre().

static void alglib.gqgenerategausshermite ( int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausshermite().

static void alglib.gkqgeneraterec ( double[]  alpha, double[]  beta, double  mu0, int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgeneraterec().

static void alglib.gkqgenerategausslegendre ( int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgenerategausslegendre().

static void alglib.gkqgenerategaussjacobi ( int  n, double  alpha, double  beta, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgenerategaussjacobi().

static void alglib.gkqlegendrecalc ( int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqlegendrecalc().

static void alglib.gkqlegendretbl ( int  n, out double[]  x, out double[]  wkronrod, out double[]  wgauss, out double  eps  )

inlinestatic

References alglib.gkq.gkqlegendretbl().

static void alglib.autogksmooth ( double  a, double  b, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksmooth().

static void alglib.autogksmoothw ( double  a, double  b, double  xwidth, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksmoothw().

static void alglib.autogksingular ( double  a, double  b, double  alpha, double  beta, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksingular().

static bool alglib.autogkiteration ( autogkstate  state )

inlinestatic

References alglib.autogk.autogkiteration(), and alglib.autogkstate.innerobj.

Referenced by autogkintegrate().

static void alglib.autogkintegrate ( autogkstate  state, integrator1_func  func, object  obj  )

inlinestatic

References autogkiteration(), alglib.autogkstate.innerobj, and alglib.autogkstate.needf.

static void alglib.autogkresults ( autogkstate  state, out double  v, out autogkreport  rep  )

inlinestatic

References alglib.autogk.autogkresults(), and alglib.autogkstate.innerobj.

static double alglib.idwcalc ( idwinterpolant  z, double[]  x  )

inlinestatic

References alglib.idwint.idwcalc(), and alglib.idwinterpolant.innerobj.

static void alglib.idwbuildmodifiedshepard ( double  xy[,], int  n, int  nx, int  d, int  nq, int  nw, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildmodifiedshepard().

static void alglib.idwbuildmodifiedshepardr ( double  xy[,], int  n, int  nx, double  r, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildmodifiedshepardr().

static void alglib.idwbuildnoisy ( double  xy[,], int  n, int  nx, int  d, int  nq, int  nw, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildnoisy().

static double alglib.barycentriccalc ( barycentricinterpolant  b, double  t  )

inlinestatic

References alglib.ratint.barycentriccalc(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentricdiff1 ( barycentricinterpolant  b, double  t, out double  f, out double  df  )

inlinestatic

References alglib.ratint.barycentricdiff1(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentricdiff2 ( barycentricinterpolant  b, double  t, out double  f, out double  df, out double  d2f  )

inlinestatic

References alglib.ratint.barycentricdiff2(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentriclintransx ( barycentricinterpolant  b, double  ca, double  cb  )

inlinestatic

References alglib.ratint.barycentriclintransx(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentriclintransy ( barycentricinterpolant  b, double  ca, double  cb  )

inlinestatic

References alglib.ratint.barycentriclintransy(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentricunpack ( barycentricinterpolant  b, out int  n, out double[]  x, out double[]  y, out double[]  w  )

inlinestatic

References alglib.ratint.barycentricunpack(), and alglib.barycentricinterpolant.innerobj.

static void alglib.barycentricbuildxyw ( double[]  x, double[]  y, double[]  w, int  n, out barycentricinterpolant  b  )

inlinestatic

References alglib.ratint.barycentricbuildxyw().

static void alglib.barycentricbuildfloaterhormann ( double[]  x, double[]  y, int  n, int  d, out barycentricinterpolant  b  )

inlinestatic

References alglib.ratint.barycentricbuildfloaterhormann().

static void alglib.polynomialbar2cheb ( barycentricinterpolant  p, double  a, double  b, out double[]  t  )

inlinestatic

References alglib.barycentricinterpolant.innerobj, and alglib.polint.polynomialbar2cheb().

static void alglib.polynomialcheb2bar ( double[]  t, int  n, double  a, double  b, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialcheb2bar().

static void alglib.polynomialcheb2bar ( double[]  t, double  a, double  b, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialcheb2bar().

static void alglib.polynomialbar2pow ( barycentricinterpolant  p, double  c, double  s, out double[]  a  )

inlinestatic

References alglib.barycentricinterpolant.innerobj, and alglib.polint.polynomialbar2pow().

static void alglib.polynomialbar2pow ( barycentricinterpolant  p, out double[]  a  )

inlinestatic

References alglib.barycentricinterpolant.innerobj, and alglib.polint.polynomialbar2pow().

static void alglib.polynomialpow2bar ( double[]  a, int  n, double  c, double  s, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialpow2bar().

static void alglib.polynomialpow2bar ( double[]  a, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialpow2bar().

static void alglib.polynomialbuild ( double[]  x, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuild().

static void alglib.polynomialbuild ( double[]  x, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuild().

static void alglib.polynomialbuildeqdist ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildeqdist().

static void alglib.polynomialbuildeqdist ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildeqdist().

static void alglib.polynomialbuildcheb1 ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb1().

static void alglib.polynomialbuildcheb1 ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb1().

static void alglib.polynomialbuildcheb2 ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb2().

static void alglib.polynomialbuildcheb2 ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb2().

static double alglib.polynomialcalceqdist ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalceqdist().

static double alglib.polynomialcalceqdist ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalceqdist().

static double alglib.polynomialcalccheb1 ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb1().

static double alglib.polynomialcalccheb1 ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb1().

static double alglib.polynomialcalccheb2 ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb2().

static double alglib.polynomialcalccheb2 ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb2().

static void alglib.spline1dbuildlinear ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildlinear().

static void alglib.spline1dbuildlinear ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildlinear().

static void alglib.spline1dbuildcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcubic().

static void alglib.spline1dbuildcubic ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcubic().

static void alglib.spline1dgriddiffcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out double[]  d  )

inlinestatic

References alglib.spline1d.spline1dgriddiffcubic().

static void alglib.spline1dgriddiffcubic ( double[]  x, double[]  y, out double[]  d  )

inlinestatic

References alglib.spline1d.spline1dgriddiffcubic().

static void alglib.spline1dgriddiff2cubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out double[]  d1, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dgriddiff2cubic().

static void alglib.spline1dgriddiff2cubic ( double[]  x, double[]  y, out double[]  d1, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dgriddiff2cubic().

static void alglib.spline1dconvcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2  )

inlinestatic

References alglib.spline1d.spline1dconvcubic().

static void alglib.spline1dconvcubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2  )

inlinestatic

References alglib.spline1d.spline1dconvcubic().

static void alglib.spline1dconvdiffcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dconvdiffcubic().

static void alglib.spline1dconvdiffcubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dconvdiffcubic().

static void alglib.spline1dconvdiff2cubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2, out double[]  d2, out double[]  dd2  )

inlinestatic

References alglib.spline1d.spline1dconvdiff2cubic().

static void alglib.spline1dconvdiff2cubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2, out double[]  d2, out double[]  dd2  )

inlinestatic

References alglib.spline1d.spline1dconvdiff2cubic().

static void alglib.spline1dbuildcatmullrom ( double[]  x, double[]  y, int  n, int  boundtype, double  tension, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcatmullrom().

static void alglib.spline1dbuildcatmullrom ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcatmullrom().

static void alglib.spline1dbuildhermite ( double[]  x, double[]  y, double[]  d, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildhermite().

static void alglib.spline1dbuildhermite ( double[]  x, double[]  y, double[]  d, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildhermite().

static void alglib.spline1dbuildakima ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildakima().

static void alglib.spline1dbuildakima ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildakima().

static double alglib.spline1dcalc ( spline1dinterpolant  c, double  x  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1dcalc().

static void alglib.spline1ddiff ( spline1dinterpolant  c, double  x, out double  s, out double  ds, out double  d2s  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1ddiff().

static void alglib.spline1dunpack ( spline1dinterpolant  c, out int  n, out double  tbl[,]  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1dunpack().

static void alglib.spline1dlintransx ( spline1dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1dlintransx().

static void alglib.spline1dlintransy ( spline1dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1dlintransy().

static double alglib.spline1dintegrate ( spline1dinterpolant  c, double  x  )

inlinestatic

References alglib.spline1dinterpolant.innerobj, and alglib.spline1d.spline1dintegrate().

static void alglib.spline1dbuildmonotone ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildmonotone().

static void alglib.spline1dbuildmonotone ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildmonotone().

static void alglib.polynomialfit ( double[]  x, double[]  y, int  n, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfit().

static void alglib.polynomialfit ( double[]  x, double[]  y, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfit().

static void alglib.polynomialfitwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfitwc().

static void alglib.polynomialfitwc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfitwc().

static void alglib.barycentricfitfloaterhormannwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out barycentricinterpolant  b, out barycentricfitreport  rep  )

inlinestatic

References alglib.lsfit.barycentricfitfloaterhormannwc().

static void alglib.barycentricfitfloaterhormann ( double[]  x, double[]  y, int  n, int  m, out int  info, out barycentricinterpolant  b, out barycentricfitreport  rep  )

inlinestatic

References alglib.lsfit.barycentricfitfloaterhormann().

static void alglib.spline1dfitpenalized ( double[]  x, double[]  y, int  n, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalized().

static void alglib.spline1dfitpenalized ( double[]  x, double[]  y, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalized().

static void alglib.spline1dfitpenalizedw ( double[]  x, double[]  y, double[]  w, int  n, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalizedw().

static void alglib.spline1dfitpenalizedw ( double[]  x, double[]  y, double[]  w, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalizedw().

static void alglib.spline1dfitcubicwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubicwc().

static void alglib.spline1dfitcubicwc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubicwc().

static void alglib.spline1dfithermitewc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermitewc().

static void alglib.spline1dfithermitewc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermitewc().

static void alglib.spline1dfitcubic ( double[]  x, double[]  y, int  n, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubic().

static void alglib.spline1dfitcubic ( double[]  x, double[]  y, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubic().

static void alglib.spline1dfithermite ( double[]  x, double[]  y, int  n, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermite().

static void alglib.spline1dfithermite ( double[]  x, double[]  y, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermite().

static void alglib.lsfitlinearw ( double[]  y, double[]  w, double  fmatrix[,], int  n, int  m, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearw().

static void alglib.lsfitlinearw ( double[]  y, double[]  w, double  fmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearw().

static void alglib.lsfitlinearwc ( double[]  y, double[]  w, double  fmatrix[,], double  cmatrix[,], int  n, int  m, int  k, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearwc().

static void alglib.lsfitlinearwc ( double[]  y, double[]  w, double  fmatrix[,], double  cmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearwc().

static void alglib.lsfitlinear ( double[]  y, double  fmatrix[,], int  n, int  m, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinear().

static void alglib.lsfitlinear ( double[]  y, double  fmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinear().

static void alglib.lsfitlinearc ( double[]  y, double  fmatrix[,], double  cmatrix[,], int  n, int  m, int  k, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearc().

static void alglib.lsfitlinearc ( double[]  y, double  fmatrix[,], double  cmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearc().

static void alglib.lsfitcreatewf ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewf().

static void alglib.lsfitcreatewf ( double  x[,], double[]  y, double[]  w, double[]  c, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewf().

static void alglib.lsfitcreatef ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatef().

static void alglib.lsfitcreatef ( double  x[,], double[]  y, double[]  c, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatef().

static void alglib.lsfitcreatewfg ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfg().

static void alglib.lsfitcreatewfg ( double  x[,], double[]  y, double[]  w, double[]  c, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfg().

static void alglib.lsfitcreatefg ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefg().

static void alglib.lsfitcreatefg ( double  x[,], double[]  y, double[]  c, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefg().

static void alglib.lsfitcreatewfgh ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfgh().

static void alglib.lsfitcreatewfgh ( double  x[,], double[]  y, double[]  w, double[]  c, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfgh().

static void alglib.lsfitcreatefgh ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefgh().

static void alglib.lsfitcreatefgh ( double  x[,], double[]  y, double[]  c, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefgh().

static void alglib.lsfitsetcond ( lsfitstate  state, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetcond().

static void alglib.lsfitsetstpmax ( lsfitstate  state, double  stpmax  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetstpmax().

static void alglib.lsfitsetxrep ( lsfitstate  state, bool  needxrep  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetxrep().

static void alglib.lsfitsetscale ( lsfitstate  state, double[]  s  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetscale().

static void alglib.lsfitsetbc ( lsfitstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetbc().

static bool alglib.lsfititeration ( lsfitstate  state )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfititeration().

Referenced by lsfitfit().

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.lsfitstate.c, alglib.lsfitstate.innerobj, lsfititeration(), alglib.lsfitstate.needf, and alglib.lsfitstate.x.

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_pgrad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.lsfitstate.c, alglib.lsfitstate.innerobj, lsfititeration(), alglib.lsfitstate.needf, alglib.lsfitstate.needfg, and alglib.lsfitstate.x.

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_pgrad  grad, ndimensional_phess  hess, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.lsfitstate.c, alglib.lsfitstate.innerobj, lsfititeration(), alglib.lsfitstate.needf, alglib.lsfitstate.needfg, alglib.lsfitstate.needfgh, and alglib.lsfitstate.x.

static void alglib.lsfitresults ( lsfitstate  state, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitresults().

static void alglib.lsfitsetgradientcheck ( lsfitstate  state, double  teststep  )

inlinestatic

References alglib.lsfitstate.innerobj, and alglib.lsfit.lsfitsetgradientcheck().

static void alglib.pspline2build ( double  xy[,], int  n, int  st, int  pt, out pspline2interpolant  p  )

inlinestatic

References alglib.pspline.pspline2build().

static void alglib.pspline3build ( double  xy[,], int  n, int  st, int  pt, out pspline3interpolant  p  )

inlinestatic

References alglib.pspline.pspline3build().

static void alglib.pspline2buildperiodic ( double  xy[,], int  n, int  st, int  pt, out pspline2interpolant  p  )

inlinestatic

References alglib.pspline.pspline2buildperiodic().

static void alglib.pspline3buildperiodic ( double  xy[,], int  n, int  st, int  pt, out pspline3interpolant  p  )

inlinestatic

References alglib.pspline.pspline3buildperiodic().

static void alglib.pspline2parametervalues ( pspline2interpolant  p, out int  n, out double[]  t  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2parametervalues().

static void alglib.pspline3parametervalues ( pspline3interpolant  p, out int  n, out double[]  t  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3parametervalues().

static void alglib.pspline2calc ( pspline2interpolant  p, double  t, out double  x, out double  y  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2calc().

static void alglib.pspline3calc ( pspline3interpolant  p, double  t, out double  x, out double  y, out double  z  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3calc().

static void alglib.pspline2tangent ( pspline2interpolant  p, double  t, out double  x, out double  y  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2tangent().

static void alglib.pspline3tangent ( pspline3interpolant  p, double  t, out double  x, out double  y, out double  z  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3tangent().

static void alglib.pspline2diff ( pspline2interpolant  p, double  t, out double  x, out double  dx, out double  y, out double  dy  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2diff().

static void alglib.pspline3diff ( pspline3interpolant  p, double  t, out double  x, out double  dx, out double  y, out double  dy, out double  z, out double  dz  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3diff().

static void alglib.pspline2diff2 ( pspline2interpolant  p, double  t, out double  x, out double  dx, out double  d2x, out double  y, out double  dy, out double  d2y  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2diff2().

static void alglib.pspline3diff2 ( pspline3interpolant  p, double  t, out double  x, out double  dx, out double  d2x, out double  y, out double  dy, out double  d2y, out double  z, out double  dz, out double  d2z  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3diff2().

static double alglib.pspline2arclength ( pspline2interpolant  p, double  a, double  b  )

inlinestatic

References alglib.pspline2interpolant.innerobj, and alglib.pspline.pspline2arclength().

static double alglib.pspline3arclength ( pspline3interpolant  p, double  a, double  b  )

inlinestatic

References alglib.pspline3interpolant.innerobj, and alglib.pspline.pspline3arclength().

static void alglib.rbfserialize ( rbfmodel  obj, out string  s_out  )

inlinestatic

References alglib.rbfmodel.innerobj, alglib.rbf.rbfalloc(), and alglib.rbf.rbfserialize().

static void alglib.rbfunserialize ( string  s_in, out rbfmodel  obj  )

inlinestatic

References alglib.rbf.rbfunserialize().

static void alglib.rbfcreate ( int  nx, int  ny, out rbfmodel  s  )

inlinestatic

References alglib.rbf.rbfcreate().

static void alglib.rbfsetpoints ( rbfmodel  s, double  xy[,], int  n  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetpoints().

static void alglib.rbfsetpoints ( rbfmodel  s, double  xy[,]  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetpoints().

static void alglib.rbfsetalgoqnn ( rbfmodel  s, double  q, double  z  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetalgoqnn().

static void alglib.rbfsetalgoqnn ( rbfmodel  s )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetalgoqnn().

static void alglib.rbfsetalgomultilayer ( rbfmodel  s, double  rbase, int  nlayers, double  lambdav  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetalgomultilayer().

static void alglib.rbfsetalgomultilayer ( rbfmodel  s, double  rbase, int  nlayers  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetalgomultilayer().

static void alglib.rbfsetlinterm ( rbfmodel  s )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetlinterm().

static void alglib.rbfsetconstterm ( rbfmodel  s )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetconstterm().

static void alglib.rbfsetzeroterm ( rbfmodel  s )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfsetzeroterm().

static void alglib.rbfbuildmodel ( rbfmodel  s, out rbfreport  rep  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfbuildmodel().

static double alglib.rbfcalc2 ( rbfmodel  s, double  x0, double  x1  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfcalc2().

static double alglib.rbfcalc3 ( rbfmodel  s, double  x0, double  x1, double  x2  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfcalc3().

static void alglib.rbfcalc ( rbfmodel  s, double[]  x, out double[]  y  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfcalc().

static void alglib.rbfcalcbuf ( rbfmodel  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfcalcbuf().

static void alglib.rbfgridcalc2 ( rbfmodel  s, double[]  x0, int  n0, double[]  x1, int  n1, out double  y[,]  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfgridcalc2().

static void alglib.rbfunpack ( rbfmodel  s, out int  nx, out int  ny, out double  xwr[,], out int  nc, out double  v[,]  )

inlinestatic

References alglib.rbfmodel.innerobj, and alglib.rbf.rbfunpack().

static double alglib.spline2dcalc ( spline2dinterpolant  c, double  x, double  y  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dcalc().

static void alglib.spline2ddiff ( spline2dinterpolant  c, double  x, double  y, out double  f, out double  fx, out double  fy, out double  fxy  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2ddiff().

static void alglib.spline2dlintransxy ( spline2dinterpolant  c, double  ax, double  bx, double  ay, double  by  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dlintransxy().

static void alglib.spline2dlintransf ( spline2dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dlintransf().

static void alglib.spline2dcopy ( spline2dinterpolant  c, out spline2dinterpolant  cc  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dcopy().

static void alglib.spline2dresamplebicubic ( double  a[,], int  oldheight, int  oldwidth, out double  b[,], int  newheight, int  newwidth  )

inlinestatic

References alglib.spline2d.spline2dresamplebicubic().

static void alglib.spline2dresamplebilinear ( double  a[,], int  oldheight, int  oldwidth, out double  b[,], int  newheight, int  newwidth  )

inlinestatic

References alglib.spline2d.spline2dresamplebilinear().

static void alglib.spline2dbuildbilinearv ( double[]  x, int  n, double[]  y, int  m, double[]  f, int  d, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbilinearv().

static void alglib.spline2dbuildbicubicv ( double[]  x, int  n, double[]  y, int  m, double[]  f, int  d, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbicubicv().

static void alglib.spline2dcalcvbuf ( spline2dinterpolant  c, double  x, double  y, ref double[]  f  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dcalcvbuf().

static void alglib.spline2dcalcv ( spline2dinterpolant  c, double  x, double  y, out double[]  f  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dcalcv().

static void alglib.spline2dunpackv ( spline2dinterpolant  c, out int  m, out int  n, out int  d, out double  tbl[,]  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dunpackv().

static void alglib.spline2dbuildbilinear ( double[]  x, double[]  y, double  f[,], int  m, int  n, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbilinear().

static void alglib.spline2dbuildbicubic ( double[]  x, double[]  y, double  f[,], int  m, int  n, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbicubic().

static void alglib.spline2dunpack ( spline2dinterpolant  c, out int  m, out int  n, out double  tbl[,]  )

inlinestatic

References alglib.spline2dinterpolant.innerobj, and alglib.spline2d.spline2dunpack().

static double alglib.spline3dcalc ( spline3dinterpolant  c, double  x, double  y, double  z  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dcalc().

static void alglib.spline3dlintransxyz ( spline3dinterpolant  c, double  ax, double  bx, double  ay, double  by, double  az, double  bz  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dlintransxyz().

static void alglib.spline3dlintransf ( spline3dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dlintransf().

static void alglib.spline3dresampletrilinear ( double[]  a, int  oldzcount, int  oldycount, int  oldxcount, int  newzcount, int  newycount, int  newxcount, out double[]  b  )

inlinestatic

References alglib.spline3d.spline3dresampletrilinear().

static void alglib.spline3dbuildtrilinearv ( double[]  x, int  n, double[]  y, int  m, double[]  z, int  l, double[]  f, int  d, out spline3dinterpolant  c  )

inlinestatic

References alglib.spline3d.spline3dbuildtrilinearv().

static void alglib.spline3dcalcvbuf ( spline3dinterpolant  c, double  x, double  y, double  z, ref double[]  f  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dcalcvbuf().

static void alglib.spline3dcalcv ( spline3dinterpolant  c, double  x, double  y, double  z, out double[]  f  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dcalcv().

static void alglib.spline3dunpackv ( spline3dinterpolant  c, out int  n, out int  m, out int  l, out int  d, out int  stype, out double  tbl[,]  )

inlinestatic

References alglib.spline3dinterpolant.innerobj, and alglib.spline3d.spline3dunpackv().

static void alglib.cmatrixtranspose ( int  m, int  n, complex  a[,], int  ia, int  ja, ref complex  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.cmatrixtranspose().

static void alglib.rmatrixtranspose ( int  m, int  n, double  a[,], int  ia, int  ja, ref double  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.rmatrixtranspose().

static void alglib.cmatrixcopy ( int  m, int  n, complex  a[,], int  ia, int  ja, ref complex  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.cmatrixcopy().

static void alglib.rmatrixcopy ( int  m, int  n, double  a[,], int  ia, int  ja, ref double  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.rmatrixcopy().

static void alglib.cmatrixrank1 ( int  m, int  n, ref complex  a[,], int  ia, int  ja, ref complex[]  u, int  iu, ref complex[]  v, int  iv  )

inlinestatic

References alglib.ablas.cmatrixrank1().

static void alglib.rmatrixrank1 ( int  m, int  n, ref double  a[,], int  ia, int  ja, ref double[]  u, int  iu, ref double[]  v, int  iv  )

inlinestatic

References alglib.ablas.rmatrixrank1().

static void alglib.cmatrixmv ( int  m, int  n, complex  a[,], int  ia, int  ja, int  opa, complex[]  x, int  ix, ref complex[]  y, int  iy  )

inlinestatic

References alglib.ablas.cmatrixmv().

static void alglib.rmatrixmv ( int  m, int  n, double  a[,], int  ia, int  ja, int  opa, double[]  x, int  ix, ref double[]  y, int  iy  )

inlinestatic

References alglib.ablas.rmatrixmv().

static void alglib.cmatrixrighttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.cmatrixrighttrsm().

static void alglib.cmatrixlefttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.cmatrixlefttrsm().

static void alglib.rmatrixrighttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.rmatrixrighttrsm().

static void alglib.rmatrixlefttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.rmatrixlefttrsm().

static void alglib.cmatrixsyrk ( int  n, int  k, double  alpha, complex  a[,], int  ia, int  ja, int  optypea, double  beta, ref complex  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas.cmatrixsyrk().

static void alglib.rmatrixsyrk ( int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  beta, ref double  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas.rmatrixsyrk().

Referenced by MainTest.Main().

static void alglib.cmatrixgemm ( int  m, int  n, int  k, complex  alpha, complex  a[,], int  ia, int  ja, int  optypea, complex  b[,], int  ib, int  jb, int  optypeb, complex  beta, ref complex  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas.cmatrixgemm().

static void alglib.rmatrixgemm ( int  m, int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  b[,], int  ib, int  jb, int  optypeb, double  beta, ref double  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas.rmatrixgemm().

Referenced by MainTest.Main().

static void alglib.rmatrixqr ( ref double  a[,], int  m, int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixqr().

static void alglib.rmatrixlq ( ref double  a[,], int  m, int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixlq().

static void alglib.cmatrixqr ( ref complex  a[,], int  m, int  n, out complex[]  tau  )

inlinestatic

References alglib.ortfac.cmatrixqr().

static void alglib.cmatrixlq ( ref complex  a[,], int  m, int  n, out complex[]  tau  )

inlinestatic

References alglib.ortfac.cmatrixlq().

static void alglib.rmatrixqrunpackq ( double  a[,], int  m, int  n, double[]  tau, int  qcolumns, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixqrunpackq().

static void alglib.rmatrixqrunpackr ( double  a[,], int  m, int  n, out double  r[,]  )

inlinestatic

References alglib.ortfac.rmatrixqrunpackr().

static void alglib.rmatrixlqunpackq ( double  a[,], int  m, int  n, double[]  tau, int  qrows, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixlqunpackq().

static void alglib.rmatrixlqunpackl ( double  a[,], int  m, int  n, out double  l[,]  )

inlinestatic

References alglib.ortfac.rmatrixlqunpackl().

static void alglib.cmatrixqrunpackq ( complex  a[,], int  m, int  n, complex[]  tau, int  qcolumns, out complex  q[,]  )

inlinestatic

References alglib.ortfac.cmatrixqrunpackq().

static void alglib.cmatrixqrunpackr ( complex  a[,], int  m, int  n, out complex  r[,]  )

inlinestatic

References alglib.ortfac.cmatrixqrunpackr().

static void alglib.cmatrixlqunpackq ( complex  a[,], int  m, int  n, complex[]  tau, int  qrows, out complex  q[,]  )

inlinestatic

References alglib.ortfac.cmatrixlqunpackq().

static void alglib.cmatrixlqunpackl ( complex  a[,], int  m, int  n, out complex  l[,]  )

inlinestatic

References alglib.ortfac.cmatrixlqunpackl().

static void alglib.rmatrixbd ( ref double  a[,], int  m, int  n, out double[]  tauq, out double[]  taup  )

inlinestatic

References alglib.ortfac.rmatrixbd().

static void alglib.rmatrixbdunpackq ( double  qp[,], int  m, int  n, double[]  tauq, int  qcolumns, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackq().

static void alglib.rmatrixbdmultiplybyq ( double  qp[,], int  m, int  n, double[]  tauq, ref double  z[,], int  zrows, int  zcolumns, bool  fromtheright, bool  dotranspose  )

inlinestatic

References alglib.ortfac.rmatrixbdmultiplybyq().

static void alglib.rmatrixbdunpackpt ( double  qp[,], int  m, int  n, double[]  taup, int  ptrows, out double  pt[,]  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackpt().

static void alglib.rmatrixbdmultiplybyp ( double  qp[,], int  m, int  n, double[]  taup, ref double  z[,], int  zrows, int  zcolumns, bool  fromtheright, bool  dotranspose  )

inlinestatic

References alglib.ortfac.rmatrixbdmultiplybyp().

static void alglib.rmatrixbdunpackdiagonals ( double  b[,], int  m, int  n, out bool  isupper, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackdiagonals().

static void alglib.rmatrixhessenberg ( ref double  a[,], int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixhessenberg().

static void alglib.rmatrixhessenbergunpackq ( double  a[,], int  n, double[]  tau, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixhessenbergunpackq().

static void alglib.rmatrixhessenbergunpackh ( double  a[,], int  n, out double  h[,]  )

inlinestatic

References alglib.ortfac.rmatrixhessenbergunpackh().

static void alglib.smatrixtd ( ref double  a[,], int  n, bool  isupper, out double[]  tau, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.smatrixtd().

static void alglib.smatrixtdunpackq ( double  a[,], int  n, bool  isupper, double[]  tau, out double  q[,]  )

inlinestatic

References alglib.ortfac.smatrixtdunpackq().

static void alglib.hmatrixtd ( ref complex  a[,], int  n, bool  isupper, out complex[]  tau, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.hmatrixtd().

static void alglib.hmatrixtdunpackq ( complex  a[,], int  n, bool  isupper, complex[]  tau, out complex  q[,]  )

inlinestatic

References alglib.ortfac.hmatrixtdunpackq().

static bool alglib.rmatrixbdsvd ( ref double[]  d, double[]  e, int  n, bool  isupper, bool  isfractionalaccuracyrequired, ref double  u[,], int  nru, ref double  c[,], int  ncc, ref double  vt[,], int  ncvt  )

inlinestatic

References alglib.bdsvd.rmatrixbdsvd().

static bool alglib.rmatrixsvd ( double  a[,], int  m, int  n, int  uneeded, int  vtneeded, int  additionalmemory, out double[]  w, out double  u[,], out double  vt[,]  )

inlinestatic

References alglib.svd.rmatrixsvd().

static bool alglib.smatrixevd ( double  a[,], int  n, int  zneeded, bool  isupper, out double[]  d, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevd().

static bool alglib.smatrixevdr ( double  a[,], int  n, int  zneeded, bool  isupper, double  b1, double  b2, out int  m, out double[]  w, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevdr().

static bool alglib.smatrixevdi ( double  a[,], int  n, int  zneeded, bool  isupper, int  i1, int  i2, out double[]  w, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevdi().

static bool alglib.hmatrixevd ( complex  a[,], int  n, int  zneeded, bool  isupper, out double[]  d, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevd().

static bool alglib.hmatrixevdr ( complex  a[,], int  n, int  zneeded, bool  isupper, double  b1, double  b2, out int  m, out double[]  w, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevdr().

static bool alglib.hmatrixevdi ( complex  a[,], int  n, int  zneeded, bool  isupper, int  i1, int  i2, out double[]  w, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevdi().

static bool alglib.smatrixtdevd ( ref double[]  d, double[]  e, int  n, int  zneeded, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevd().

static bool alglib.smatrixtdevdr ( ref double[]  d, double[]  e, int  n, int  zneeded, double  a, double  b, out int  m, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevdr().

static bool alglib.smatrixtdevdi ( ref double[]  d, double[]  e, int  n, int  zneeded, int  i1, int  i2, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevdi().

static bool alglib.rmatrixevd ( double  a[,], int  n, int  vneeded, out double[]  wr, out double[]  wi, out double  vl[,], out double  vr[,]  )

inlinestatic

References alglib.evd.rmatrixevd().

static void alglib.rmatrixrndorthogonal ( int  n, out double  a[,]  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonal().

static void alglib.rmatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.rmatrixrndcond().

static void alglib.cmatrixrndorthogonal ( int  n, out complex  a[,]  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonal().

static void alglib.cmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.cmatrixrndcond().

static void alglib.smatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.smatrixrndcond().

static void alglib.spdmatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.spdmatrixrndcond().

static void alglib.hmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.hmatrixrndcond().

static void alglib.hpdmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.hpdmatrixrndcond().

static void alglib.rmatrixrndorthogonalfromtheright ( ref double  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonalfromtheright().

static void alglib.rmatrixrndorthogonalfromtheleft ( ref double  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonalfromtheleft().

static void alglib.cmatrixrndorthogonalfromtheright ( ref complex  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonalfromtheright().

static void alglib.cmatrixrndorthogonalfromtheleft ( ref complex  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonalfromtheleft().

static void alglib.smatrixrndmultiply ( ref double  a[,], int  n  )

inlinestatic

References alglib.matgen.smatrixrndmultiply().

static void alglib.hmatrixrndmultiply ( ref complex  a[,], int  n  )

inlinestatic

References alglib.matgen.hmatrixrndmultiply().

static void alglib.rmatrixlu ( ref double  a[,], int  m, int  n, out int[]  pivots  )

inlinestatic

References alglib.trfac.rmatrixlu().

static void alglib.cmatrixlu ( ref complex  a[,], int  m, int  n, out int[]  pivots  )

inlinestatic

References alglib.trfac.cmatrixlu().

static bool alglib.hpdmatrixcholesky ( ref complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.trfac.hpdmatrixcholesky().

static bool alglib.spdmatrixcholesky ( ref double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.trfac.spdmatrixcholesky().

static double alglib.rmatrixrcond1 ( double  a[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixrcond1().

static double alglib.rmatrixrcondinf ( double  a[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixrcondinf().

static double alglib.spdmatrixrcond ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.spdmatrixrcond().

static double alglib.rmatrixtrrcond1 ( double  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.rmatrixtrrcond1().

static double alglib.rmatrixtrrcondinf ( double  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.rmatrixtrrcondinf().

static double alglib.hpdmatrixrcond ( complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.hpdmatrixrcond().

static double alglib.cmatrixrcond1 ( complex  a[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixrcond1().

static double alglib.cmatrixrcondinf ( complex  a[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixrcondinf().

static double alglib.rmatrixlurcond1 ( double  lua[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixlurcond1().

static double alglib.rmatrixlurcondinf ( double  lua[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixlurcondinf().

static double alglib.spdmatrixcholeskyrcond ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.spdmatrixcholeskyrcond().

static double alglib.hpdmatrixcholeskyrcond ( complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.hpdmatrixcholeskyrcond().

static double alglib.cmatrixlurcond1 ( complex  lua[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixlurcond1().

static double alglib.cmatrixlurcondinf ( complex  lua[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixlurcondinf().

static double alglib.cmatrixtrrcond1 ( complex  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.cmatrixtrrcond1().

static double alglib.cmatrixtrrcondinf ( complex  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.cmatrixtrrcondinf().

static void alglib.rmatrixluinverse ( ref double  a[,], int[]  pivots, int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixluinverse().

static void alglib.rmatrixluinverse ( ref double  a[,], int[]  pivots, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixluinverse().

static void alglib.rmatrixinverse ( ref double  a[,], int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixinverse().

Referenced by MainTest.Main().

static void alglib.rmatrixinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixinverse().

static void alglib.cmatrixluinverse ( ref complex  a[,], int[]  pivots, int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixluinverse().

static void alglib.cmatrixluinverse ( ref complex  a[,], int[]  pivots, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixluinverse().

static void alglib.cmatrixinverse ( ref complex  a[,], int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixinverse().

Referenced by MainTest.Main().

static void alglib.cmatrixinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixinverse().

static void alglib.spdmatrixcholeskyinverse ( ref double  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixcholeskyinverse().

static void alglib.spdmatrixcholeskyinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixcholeskyinverse().

static void alglib.spdmatrixinverse ( ref double  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixinverse().

Referenced by MainTest.Main().

static void alglib.spdmatrixinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.ap.forcesymmetric(), alglib.ap.issymmetric(), and alglib.matinv.spdmatrixinverse().

static void alglib.hpdmatrixcholeskyinverse ( ref complex  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixcholeskyinverse().

static void alglib.hpdmatrixcholeskyinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixcholeskyinverse().

static void alglib.hpdmatrixinverse ( ref complex  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixinverse().

Referenced by MainTest.Main().

static void alglib.hpdmatrixinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.ap.forcehermitian(), alglib.matinv.hpdmatrixinverse(), and alglib.ap.ishermitian().

static void alglib.rmatrixtrinverse ( ref double  a[,], int  n, bool  isupper, bool  isunit, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixtrinverse().

static void alglib.rmatrixtrinverse ( ref double  a[,], bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixtrinverse().

static void alglib.cmatrixtrinverse ( ref complex  a[,], int  n, bool  isupper, bool  isunit, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixtrinverse().

static void alglib.cmatrixtrinverse ( ref complex  a[,], bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixtrinverse().

static void alglib.sparsecreate ( int  m, int  n, int  k, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreate().

static void alglib.sparsecreate ( int  m, int  n, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreate().

static void alglib.sparsecreatecrs ( int  m, int  n, int[]  ner, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreatecrs().

static void alglib.sparsecopy ( sparsematrix  s0, out sparsematrix  s1  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsecopy().

static void alglib.sparseadd ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseadd().

static void alglib.sparseset ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseset().

static double alglib.sparseget ( sparsematrix  s, int  i, int  j  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseget().

static void alglib.sparseconverttocrs ( sparsematrix  s )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseconverttocrs().

static void alglib.sparsemv ( sparsematrix  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemv().

static void alglib.sparsemtv ( sparsematrix  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemtv().

static void alglib.sparsemv2 ( sparsematrix  s, double[]  x, ref double[]  y0, ref double[]  y1  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemv2().

static void alglib.sparsesmv ( sparsematrix  s, bool  isupper, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsesmv().

static void alglib.sparsemm ( sparsematrix  s, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemm().

static void alglib.sparsemtm ( sparsematrix  s, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemtm().

static void alglib.sparsemm2 ( sparsematrix  s, double  a[,], int  k, ref double  b0[,], ref double  b1[,]  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsemm2().

static void alglib.sparsesmm ( sparsematrix  s, bool  isupper, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparsesmm().

static void alglib.sparseresizematrix ( sparsematrix  s )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseresizematrix().

static bool alglib.sparseenumerate ( sparsematrix  s, ref int  t0, ref int  t1, out int  i, out int  j, out double  v  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparseenumerate().

static bool alglib.sparserewriteexisting ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.sparse.sparserewriteexisting().

static void alglib.normestimatorcreate ( int  m, int  n, int  nstart, int  nits, out normestimatorstate  state  )

inlinestatic

References alglib.normestimator.normestimatorcreate().

static void alglib.normestimatorsetseed ( normestimatorstate  state, int  seedval  )

inlinestatic

References alglib.normestimatorstate.innerobj, and alglib.normestimator.normestimatorsetseed().

static void alglib.normestimatorestimatesparse ( normestimatorstate  state, sparsematrix  a  )

inlinestatic

References alglib.sparsematrix.innerobj, alglib.normestimatorstate.innerobj, and alglib.normestimator.normestimatorestimatesparse().

static void alglib.normestimatorresults ( normestimatorstate  state, out double  nrm  )

inlinestatic

References alglib.normestimatorstate.innerobj, and alglib.normestimator.normestimatorresults().

static double alglib.rmatrixludet ( double  a[,], int[]  pivots, int  n  )

inlinestatic

References alglib.matdet.rmatrixludet().

static double alglib.rmatrixludet ( double  a[,], int[]  pivots  )

inlinestatic

References alglib.matdet.rmatrixludet().

static double alglib.rmatrixdet ( double  a[,], int  n  )

inlinestatic

References alglib.matdet.rmatrixdet().

static double alglib.rmatrixdet ( double  a[,] )

inlinestatic

References alglib.matdet.rmatrixdet().

static complex alglib.cmatrixludet ( complex  a[,], int[]  pivots, int  n  )

inlinestatic

References alglib.matdet.cmatrixludet().

static complex alglib.cmatrixludet ( complex  a[,], int[]  pivots  )

inlinestatic

References alglib.matdet.cmatrixludet().

static complex alglib.cmatrixdet ( complex  a[,], int  n  )

inlinestatic

References alglib.matdet.cmatrixdet().

static complex alglib.cmatrixdet ( complex  a[,] )

inlinestatic

References alglib.matdet.cmatrixdet().

static double alglib.spdmatrixcholeskydet ( double  a[,], int  n  )

inlinestatic

References alglib.matdet.spdmatrixcholeskydet().

static double alglib.spdmatrixcholeskydet ( double  a[,] )

inlinestatic

References alglib.matdet.spdmatrixcholeskydet().

static double alglib.spdmatrixdet ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.matdet.spdmatrixdet().

static double alglib.spdmatrixdet ( double  a[,] )

inlinestatic

References alglib.ap.issymmetric(), and alglib.matdet.spdmatrixdet().

static bool alglib.smatrixgevd ( double  a[,], int  n, bool  isuppera, double  b[,], bool  isupperb, int  zneeded, int  problemtype, out double[]  d, out double  z[,]  )

inlinestatic

References alglib.spdgevd.smatrixgevd().

static bool alglib.smatrixgevdreduce ( ref double  a[,], int  n, bool  isuppera, double  b[,], bool  isupperb, int  problemtype, out double  r[,], out bool  isupperr  )

inlinestatic

References alglib.spdgevd.smatrixgevdreduce().

static void alglib.rmatrixinvupdatesimple ( ref double  inva[,], int  n, int  updrow, int  updcolumn, double  updval  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdatesimple().

static void alglib.rmatrixinvupdaterow ( ref double  inva[,], int  n, int  updrow, double[]  v  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdaterow().

static void alglib.rmatrixinvupdatecolumn ( ref double  inva[,], int  n, int  updcolumn, double[]  u  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdatecolumn().

static void alglib.rmatrixinvupdateuv ( ref double  inva[,], int  n, double[]  u, double[]  v  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdateuv().

static bool alglib.rmatrixschur ( ref double  a[,], int  n, out double  s[,]  )

inlinestatic

References alglib.schur.rmatrixschur().

static void alglib.mincgcreate ( int  n, double[]  x, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreate().

static void alglib.mincgcreate ( double[]  x, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreate().

static void alglib.mincgcreatef ( int  n, double[]  x, double  diffstep, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreatef().

static void alglib.mincgcreatef ( double[]  x, double  diffstep, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreatef().

static void alglib.mincgsetcond ( mincgstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetcond().

static void alglib.mincgsetscale ( mincgstate  state, double[]  s  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetscale().

static void alglib.mincgsetxrep ( mincgstate  state, bool  needxrep  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetxrep().

static void alglib.mincgsetcgtype ( mincgstate  state, int  cgtype  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetcgtype().

static void alglib.mincgsetstpmax ( mincgstate  state, double  stpmax  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetstpmax().

static void alglib.mincgsuggeststep ( mincgstate  state, double  stp  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsuggeststep().

static void alglib.mincgsetprecdefault ( mincgstate  state )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetprecdefault().

static void alglib.mincgsetprecdiag ( mincgstate  state, double[]  d  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetprecdiag().

static void alglib.mincgsetprecscale ( mincgstate  state )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetprecscale().

static bool alglib.mincgiteration ( mincgstate  state )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgiteration().

Referenced by mincgoptimize().

static void alglib.mincgoptimize ( mincgstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.mincgstate.innerobj, mincgiteration(), alglib.mincgstate.needf, and alglib.mincgstate.x.

static void alglib.mincgoptimize ( mincgstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.mincgstate.innerobj, mincgiteration(), alglib.mincgstate.needfg, and alglib.mincgstate.x.

static void alglib.mincgresults ( mincgstate  state, out double[]  x, out mincgreport  rep  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgresults().

static void alglib.mincgresultsbuf ( mincgstate  state, ref double[]  x, mincgreport  rep  )

inlinestatic

References alglib.mincgstate.innerobj, alglib.mincgreport.innerobj, and alglib.mincg.mincgresultsbuf().

static void alglib.mincgrestartfrom ( mincgstate  state, double[]  x  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgrestartfrom().

static void alglib.mincgsetgradientcheck ( mincgstate  state, double  teststep  )

inlinestatic

References alglib.mincgstate.innerobj, and alglib.mincg.mincgsetgradientcheck().

static void alglib.minbleiccreate ( int  n, double[]  x, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreate().

static void alglib.minbleiccreate ( double[]  x, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreate().

static void alglib.minbleiccreatef ( int  n, double[]  x, double  diffstep, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreatef().

static void alglib.minbleiccreatef ( double[]  x, double  diffstep, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreatef().

static void alglib.minbleicsetbc ( minbleicstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetbc().

static void alglib.minbleicsetlc ( minbleicstate  state, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetlc().

static void alglib.minbleicsetlc ( minbleicstate  state, double  c[,], int[]  ct  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetlc().

static void alglib.minbleicsetinnercond ( minbleicstate  state, double  epsg, double  epsf, double  epsx  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetinnercond().

static void alglib.minbleicsetoutercond ( minbleicstate  state, double  epsx, double  epsi  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetoutercond().

static void alglib.minbleicsetscale ( minbleicstate  state, double[]  s  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetscale().

static void alglib.minbleicsetprecdefault ( minbleicstate  state )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetprecdefault().

static void alglib.minbleicsetprecdiag ( minbleicstate  state, double[]  d  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetprecdiag().

static void alglib.minbleicsetprecscale ( minbleicstate  state )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetprecscale().

static void alglib.minbleicsetmaxits ( minbleicstate  state, int  maxits  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetmaxits().

static void alglib.minbleicsetxrep ( minbleicstate  state, bool  needxrep  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetxrep().

static void alglib.minbleicsetstpmax ( minbleicstate  state, double  stpmax  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetstpmax().

static bool alglib.minbleiciteration ( minbleicstate  state )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleiciteration().

Referenced by minbleicoptimize().

static void alglib.minbleicoptimize ( minbleicstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minbleicstate.innerobj, minbleiciteration(), alglib.minbleicstate.needf, and alglib.minbleicstate.x.

static void alglib.minbleicoptimize ( minbleicstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minbleicstate.innerobj, minbleiciteration(), alglib.minbleicstate.needfg, and alglib.minbleicstate.x.

static void alglib.minbleicresults ( minbleicstate  state, out double[]  x, out minbleicreport  rep  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicresults().

static void alglib.minbleicresultsbuf ( minbleicstate  state, ref double[]  x, minbleicreport  rep  )

inlinestatic

References alglib.minbleicstate.innerobj, alglib.minbleicreport.innerobj, and alglib.minbleic.minbleicresultsbuf().

static void alglib.minbleicrestartfrom ( minbleicstate  state, double[]  x  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicrestartfrom().

static void alglib.minbleicsetgradientcheck ( minbleicstate  state, double  teststep  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.minbleic.minbleicsetgradientcheck().

static void alglib.minlbfgscreate ( int  n, int  m, double[]  x, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreate().

Referenced by XTest.Main().

static void alglib.minlbfgscreate ( int  m, double[]  x, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreate().

static void alglib.minlbfgscreatef ( int  n, int  m, double[]  x, double  diffstep, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreatef().

static void alglib.minlbfgscreatef ( int  m, double[]  x, double  diffstep, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreatef().

static void alglib.minlbfgssetcond ( minlbfgsstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetcond().

static void alglib.minlbfgssetxrep ( minlbfgsstate  state, bool  needxrep  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetxrep().

static void alglib.minlbfgssetstpmax ( minlbfgsstate  state, double  stpmax  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetstpmax().

static void alglib.minlbfgssetscale ( minlbfgsstate  state, double[]  s  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetscale().

static void alglib.minlbfgssetprecdefault ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetprecdefault().

static void alglib.minlbfgssetpreccholesky ( minlbfgsstate  state, double  p[,], bool  isupper  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetpreccholesky().

static void alglib.minlbfgssetprecdiag ( minlbfgsstate  state, double[]  d  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetprecdiag().

static void alglib.minlbfgssetprecscale ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetprecscale().

static bool alglib.minlbfgsiteration ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgsiteration().

Referenced by minlbfgsoptimize().

static void alglib.minlbfgsoptimize ( minlbfgsstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlbfgsstate.innerobj, minlbfgsiteration(), alglib.minlbfgsstate.needf, and alglib.minlbfgsstate.x.

static void alglib.minlbfgsoptimize ( minlbfgsstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlbfgsstate.innerobj, minlbfgsiteration(), alglib.minlbfgsstate.needfg, and alglib.minlbfgsstate.x.

static void alglib.minlbfgsresults ( minlbfgsstate  state, out double[]  x, out minlbfgsreport  rep  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgsresults().

static void alglib.minlbfgsresultsbuf ( minlbfgsstate  state, ref double[]  x, minlbfgsreport  rep  )

inlinestatic

References alglib.minlbfgsstate.innerobj, alglib.minlbfgsreport.innerobj, and alglib.minlbfgs.minlbfgsresultsbuf().

static void alglib.minlbfgsrestartfrom ( minlbfgsstate  state, double[]  x  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgsrestartfrom().

static void alglib.minlbfgssetgradientcheck ( minlbfgsstate  state, double  teststep  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.minlbfgs.minlbfgssetgradientcheck().

static void alglib.minqpcreate ( int  n, out minqpstate  state  )

inlinestatic

References alglib.minqp.minqpcreate().

static void alglib.minqpsetlinearterm ( minqpstate  state, double[]  b  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetlinearterm().

static void alglib.minqpsetquadraticterm ( minqpstate  state, double  a[,], bool  isupper  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetquadraticterm().

static void alglib.minqpsetquadraticterm ( minqpstate  state, double  a[,]  )

inlinestatic

References alglib.minqpstate.innerobj, alglib.ap.issymmetric(), and alglib.minqp.minqpsetquadraticterm().

static void alglib.minqpsetstartingpoint ( minqpstate  state, double[]  x  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetstartingpoint().

static void alglib.minqpsetorigin ( minqpstate  state, double[]  xorigin  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetorigin().

static void alglib.minqpsetalgocholesky ( minqpstate  state )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetalgocholesky().

static void alglib.minqpsetbc ( minqpstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetbc().

static void alglib.minqpsetlc ( minqpstate  state, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetlc().

static void alglib.minqpsetlc ( minqpstate  state, double  c[,], int[]  ct  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpsetlc().

static void alglib.minqpoptimize ( minqpstate  state )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpoptimize().

static void alglib.minqpresults ( minqpstate  state, out double[]  x, out minqpreport  rep  )

inlinestatic

References alglib.minqpstate.innerobj, and alglib.minqp.minqpresults().

static void alglib.minqpresultsbuf ( minqpstate  state, ref double[]  x, minqpreport  rep  )

inlinestatic

References alglib.minqpstate.innerobj, alglib.minqpreport.innerobj, and alglib.minqp.minqpresultsbuf().

static void alglib.minlmcreatevj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevj().

static void alglib.minlmcreatevj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevj().

static void alglib.minlmcreatev ( int  n, int  m, double[]  x, double  diffstep, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatev().

static void alglib.minlmcreatev ( int  m, double[]  x, double  diffstep, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatev().

static void alglib.minlmcreatefgh ( int  n, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgh().

static void alglib.minlmcreatefgh ( double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgh().

static void alglib.minlmsetcond ( minlmstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetcond().

static void alglib.minlmsetxrep ( minlmstate  state, bool  needxrep  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetxrep().

static void alglib.minlmsetstpmax ( minlmstate  state, double  stpmax  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetstpmax().

static void alglib.minlmsetscale ( minlmstate  state, double[]  s  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetscale().

static void alglib.minlmsetbc ( minlmstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetbc().

static void alglib.minlmsetacctype ( minlmstate  state, int  acctype  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetacctype().

static bool alglib.minlmiteration ( minlmstate  state )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmiteration().

Referenced by minlmoptimize().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_fvec  fvec, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlmstate.innerobj, minlmiteration(), alglib.minlmstate.needfi, and alglib.minlmstate.x.

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_fvec  fvec, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlmstate.innerobj, minlmiteration(), alglib.minlmstate.needfi, alglib.minlmstate.needfij, and alglib.minlmstate.x.

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_grad  grad, ndimensional_hess  hess, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlmstate.innerobj, minlmiteration(), alglib.minlmstate.needf, alglib.minlmstate.needfg, alglib.minlmstate.needfgh, and alglib.minlmstate.x.

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlmstate.innerobj, minlmiteration(), alglib.minlmstate.needf, alglib.minlmstate.needfij, and alglib.minlmstate.x.

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_grad  grad, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minlmstate.innerobj, minlmiteration(), alglib.minlmstate.needf, alglib.minlmstate.needfg, alglib.minlmstate.needfij, and alglib.minlmstate.x.

static void alglib.minlmresults ( minlmstate  state, out double[]  x, out minlmreport  rep  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmresults().

static void alglib.minlmresultsbuf ( minlmstate  state, ref double[]  x, minlmreport  rep  )

inlinestatic

References alglib.minlmstate.innerobj, alglib.minlmreport.innerobj, and alglib.minlm.minlmresultsbuf().

static void alglib.minlmrestartfrom ( minlmstate  state, double[]  x  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmrestartfrom().

static void alglib.minlmcreatevgj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevgj().

static void alglib.minlmcreatevgj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevgj().

static void alglib.minlmcreatefgj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgj().

static void alglib.minlmcreatefgj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgj().

static void alglib.minlmcreatefj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefj().

static void alglib.minlmcreatefj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefj().

static void alglib.minlmsetgradientcheck ( minlmstate  state, double  teststep  )

inlinestatic

References alglib.minlmstate.innerobj, and alglib.minlm.minlmsetgradientcheck().

static void alglib.minlbfgssetdefaultpreconditioner ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.mincomp.minlbfgssetdefaultpreconditioner().

static void alglib.minlbfgssetcholeskypreconditioner ( minlbfgsstate  state, double  p[,], bool  isupper  )

inlinestatic

References alglib.minlbfgsstate.innerobj, and alglib.mincomp.minlbfgssetcholeskypreconditioner().

static void alglib.minbleicsetbarrierwidth ( minbleicstate  state, double  mu  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.mincomp.minbleicsetbarrierwidth().

static void alglib.minbleicsetbarrierdecay ( minbleicstate  state, double  mudecay  )

inlinestatic

References alglib.minbleicstate.innerobj, and alglib.mincomp.minbleicsetbarrierdecay().

static void alglib.minasacreate ( int  n, double[]  x, double[]  bndl, double[]  bndu, out minasastate  state  )

inlinestatic

References alglib.mincomp.minasacreate().

static void alglib.minasacreate ( double[]  x, double[]  bndl, double[]  bndu, out minasastate  state  )

inlinestatic

References alglib.mincomp.minasacreate().

static void alglib.minasasetcond ( minasastate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasasetcond().

static void alglib.minasasetxrep ( minasastate  state, bool  needxrep  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasasetxrep().

static void alglib.minasasetalgorithm ( minasastate  state, int  algotype  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasasetalgorithm().

static void alglib.minasasetstpmax ( minasastate  state, double  stpmax  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasasetstpmax().

static bool alglib.minasaiteration ( minasastate  state )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasaiteration().

Referenced by minasaoptimize().

static void alglib.minasaoptimize ( minasastate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.minasastate.innerobj, minasaiteration(), alglib.minasastate.needfg, and alglib.minasastate.x.

static void alglib.minasaresults ( minasastate  state, out double[]  x, out minasareport  rep  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasaresults().

static void alglib.minasaresultsbuf ( minasastate  state, ref double[]  x, minasareport  rep  )

inlinestatic

References alglib.minasastate.innerobj, alglib.minasareport.innerobj, and alglib.mincomp.minasaresultsbuf().

static void alglib.minasarestartfrom ( minasastate  state, double[]  x, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minasastate.innerobj, and alglib.mincomp.minasarestartfrom().

static void alglib.rmatrixsolve ( double  a[,], int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixsolve().

static void alglib.rmatrixsolvem ( double  a[,], int  n, double  b[,], int  m, bool  rfs, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixsolvem().

static void alglib.rmatrixlusolve ( double  lua[,], int[]  p, int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixlusolve().

static void alglib.rmatrixlusolvem ( double  lua[,], int[]  p, int  n, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixlusolvem().

static void alglib.rmatrixmixedsolve ( double  a[,], double  lua[,], int[]  p, int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixmixedsolve().

static void alglib.rmatrixmixedsolvem ( double  a[,], double  lua[,], int[]  p, int  n, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixmixedsolvem().

static void alglib.cmatrixsolvem ( complex  a[,], int  n, complex  b[,], int  m, bool  rfs, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixsolvem().

static void alglib.cmatrixsolve ( complex  a[,], int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixsolve().

static void alglib.cmatrixlusolvem ( complex  lua[,], int[]  p, int  n, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixlusolvem().

static void alglib.cmatrixlusolve ( complex  lua[,], int[]  p, int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixlusolve().

static void alglib.cmatrixmixedsolvem ( complex  a[,], complex  lua[,], int[]  p, int  n, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixmixedsolvem().

static void alglib.cmatrixmixedsolve ( complex  a[,], complex  lua[,], int[]  p, int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixmixedsolve().

static void alglib.spdmatrixsolvem ( double  a[,], int  n, bool  isupper, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.spdmatrixsolvem().

static void alglib.spdmatrixsolve ( double  a[,], int  n, bool  isupper, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.spdmatrixsolve().

static void alglib.spdmatrixcholeskysolvem ( double  cha[,], int  n, bool  isupper, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.spdmatrixcholeskysolvem().

static void alglib.spdmatrixcholeskysolve ( double  cha[,], int  n, bool  isupper, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.spdmatrixcholeskysolve().

static void alglib.hpdmatrixsolvem ( complex  a[,], int  n, bool  isupper, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.hpdmatrixsolvem().

static void alglib.hpdmatrixsolve ( complex  a[,], int  n, bool  isupper, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.hpdmatrixsolve().

static void alglib.hpdmatrixcholeskysolvem ( complex  cha[,], int  n, bool  isupper, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.hpdmatrixcholeskysolvem().

static void alglib.hpdmatrixcholeskysolve ( complex  cha[,], int  n, bool  isupper, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.hpdmatrixcholeskysolve().

static void alglib.rmatrixsolvels ( double  a[,], int  nrows, int  ncols, double[]  b, double  threshold, out int  info, out densesolverlsreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixsolvels().

static void alglib.linlsqrcreate ( int  m, int  n, out linlsqrstate  state  )

inlinestatic

References alglib.linlsqr.linlsqrcreate().

static void alglib.linlsqrsetlambdai ( linlsqrstate  state, double  lambdai  )

inlinestatic

References alglib.linlsqrstate.innerobj, and alglib.linlsqr.linlsqrsetlambdai().

static void alglib.linlsqrsolvesparse ( linlsqrstate  state, sparsematrix  a, double[]  b  )

inlinestatic

References alglib.linlsqrstate.innerobj, alglib.sparsematrix.innerobj, and alglib.linlsqr.linlsqrsolvesparse().

static void alglib.linlsqrsetcond ( linlsqrstate  state, double  epsa, double  epsb, int  maxits  )

inlinestatic

References alglib.linlsqrstate.innerobj, and alglib.linlsqr.linlsqrsetcond().

static void alglib.linlsqrresults ( linlsqrstate  state, out double[]  x, out linlsqrreport  rep  )

inlinestatic

References alglib.linlsqrstate.innerobj, and alglib.linlsqr.linlsqrresults().

static void alglib.linlsqrsetxrep ( linlsqrstate  state, bool  needxrep  )

inlinestatic

References alglib.linlsqrstate.innerobj, and alglib.linlsqr.linlsqrsetxrep().

static void alglib.lincgcreate ( int  n, out lincgstate  state  )

inlinestatic

References alglib.lincg.lincgcreate().

static void alglib.lincgsetstartingpoint ( lincgstate  state, double[]  x  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgsetstartingpoint().

static void alglib.lincgsetcond ( lincgstate  state, double  epsf, int  maxits  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgsetcond().

static void alglib.lincgsolvesparse ( lincgstate  state, sparsematrix  a, bool  isupper, double[]  b  )

inlinestatic

References alglib.lincgstate.innerobj, alglib.sparsematrix.innerobj, and alglib.lincg.lincgsolvesparse().

static void alglib.lincgresults ( lincgstate  state, out double[]  x, out lincgreport  rep  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgresults().

static void alglib.lincgsetrestartfreq ( lincgstate  state, int  srf  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgsetrestartfreq().

static void alglib.lincgsetrupdatefreq ( lincgstate  state, int  freq  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgsetrupdatefreq().

static void alglib.lincgsetxrep ( lincgstate  state, bool  needxrep  )

inlinestatic

References alglib.lincgstate.innerobj, and alglib.lincg.lincgsetxrep().

static void alglib.nleqcreatelm ( int  n, int  m, double[]  x, out nleqstate  state  )

inlinestatic

References alglib.nleq.nleqcreatelm().

static void alglib.nleqcreatelm ( int  m, double[]  x, out nleqstate  state  )

inlinestatic

References alglib.nleq.nleqcreatelm().

static void alglib.nleqsetcond ( nleqstate  state, double  epsf, int  maxits  )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqsetcond().

static void alglib.nleqsetxrep ( nleqstate  state, bool  needxrep  )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqsetxrep().

static void alglib.nleqsetstpmax ( nleqstate  state, double  stpmax  )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqsetstpmax().

static bool alglib.nleqiteration ( nleqstate  state )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqiteration().

Referenced by nleqsolve().

static void alglib.nleqsolve ( nleqstate  state, ndimensional_func  func, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References alglib.nleqstate.innerobj, alglib.nleqstate.needf, alglib.nleqstate.needfij, nleqiteration(), and alglib.nleqstate.x.

static void alglib.nleqresults ( nleqstate  state, out double[]  x, out nleqreport  rep  )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqresults().

static void alglib.nleqresultsbuf ( nleqstate  state, ref double[]  x, nleqreport  rep  )

inlinestatic

References alglib.nleqstate.innerobj, alglib.nleqreport.innerobj, and alglib.nleq.nleqresultsbuf().

static void alglib.nleqrestartfrom ( nleqstate  state, double[]  x  )

inlinestatic

References alglib.nleqstate.innerobj, and alglib.nleq.nleqrestartfrom().

static double alglib.gammafunction ( double  x )

inlinestatic

References alglib.gammafunc.gammafunction().

static double alglib.lngamma ( double  x, out double  sgngam  )

inlinestatic

References alglib.gammafunc.lngamma().

static double alglib.errorfunction ( double  x )

inlinestatic

References alglib.normaldistr.errorfunction().

static double alglib.errorfunctionc ( double  x )

inlinestatic

References alglib.normaldistr.errorfunctionc().

static double alglib.normaldistribution ( double  x )

inlinestatic

References alglib.normaldistr.normaldistribution().

static double alglib.inverf ( double  e )

inlinestatic

References alglib.normaldistr.inverf().

static double alglib.invnormaldistribution ( double  y0 )

inlinestatic

References alglib.normaldistr.invnormaldistribution().

static double alglib.incompletegamma ( double  a, double  x  )

inlinestatic

References alglib.igammaf.incompletegamma().

static double alglib.incompletegammac ( double  a, double  x  )

inlinestatic

References alglib.igammaf.incompletegammac().

static double alglib.invincompletegammac ( double  a, double  y0  )

inlinestatic

References alglib.igammaf.invincompletegammac().

static void alglib.airy ( double  x, out double  ai, out double  aip, out double  bi, out double  bip  )

inlinestatic

References alglib.airyf.airy().

static double alglib.besselj0 ( double  x )

inlinestatic

References alglib.bessel.besselj0().

static double alglib.besselj1 ( double  x )

inlinestatic

References alglib.bessel.besselj1().

static double alglib.besseljn ( int  n, double  x  )

inlinestatic

References alglib.bessel.besseljn().

static double alglib.bessely0 ( double  x )

inlinestatic

References alglib.bessel.bessely0().

static double alglib.bessely1 ( double  x )

inlinestatic

References alglib.bessel.bessely1().

static double alglib.besselyn ( int  n, double  x  )

inlinestatic

References alglib.bessel.besselyn().

static double alglib.besseli0 ( double  x )

inlinestatic

References alglib.bessel.besseli0().

static double alglib.besseli1 ( double  x )

inlinestatic

References alglib.bessel.besseli1().

static double alglib.besselk0 ( double  x )

inlinestatic

References alglib.bessel.besselk0().

static double alglib.besselk1 ( double  x )

inlinestatic

References alglib.bessel.besselk1().

static double alglib.besselkn ( int  nn, double  x  )

inlinestatic

References alglib.bessel.besselkn().

static double alglib.beta ( double  a, double  b  )

inlinestatic

References alglib.betaf.beta().

Referenced by alglib.autogk.autogkiteration(), alglib.autogk.autogksingular(), alglib.testgqunit.buildgaussjacobiquadrature(), alglib.safesolve.cmatrixscaledtrsafesolve(), alglib.creflections.complexgeneratereflection(), alglib.reflections.generatereflection(), alglib.gkq.gkqgenerategaussjacobi(), alglib.gkq.gkqlegendrecalc(), alglib.gq.gqgenerategaussjacobi(), alglib.gq.gqgenerategausslegendre(), alglib.testortfacunit.internalmatrixmatrixmultiply(), alglib.testablasunit.naivematrixmatrixmultiply(), alglib.testblasunit.naivematrixmatrixmultiply(), alglib.polint.polynomialcalccheb1(), alglib.polint.polynomialcalccheb2(), alglib.testablasunit.refcmatrixsyrk(), alglib.testablasunit.refrmatrixsyrk(), alglib.ablas.rmatrixgemmk(), alglib.ablasf.rmatrixgemmk44v00(), alglib.ablasf.rmatrixgemmk44v01(), alglib.ablasf.rmatrixgemmk44v10(), alglib.ablasf.rmatrixgemmk44v11(), alglib.safesolve.rmatrixscaledtrsafesolve(), alglib.ablas.rmatrixsyrk2(), alglib.spline1d.solvecyclictridiagonal(), alglib.spline1d.spline1dbuildmonotone(), alglib.testcreflectionsunit.testcreflections(), alglib.testgqunit.testgq(), alglib.testreflectionsunit.testreflections(), and alglib.testablasunit.testsyrk().

static double alglib.incompletebeta ( double  a, double  b, double  x  )

inlinestatic

References alglib.ibetaf.incompletebeta().

static double alglib.invincompletebeta ( double  a, double  b, double  y  )

inlinestatic

References alglib.ibetaf.invincompletebeta().

static double alglib.binomialdistribution ( int  k, int  n, double  p  )

inlinestatic

References alglib.binomialdistr.binomialdistribution().

static double alglib.binomialcdistribution ( int  k, int  n, double  p  )

inlinestatic

References alglib.binomialdistr.binomialcdistribution().

static double alglib.invbinomialdistribution ( int  k, int  n, double  y  )

inlinestatic

References alglib.binomialdistr.invbinomialdistribution().

static double alglib.chebyshevcalculate ( int  r, int  n, double  x  )

inlinestatic

References alglib.chebyshev.chebyshevcalculate().

static double alglib.chebyshevsum ( double[]  c, int  r, int  n, double  x  )

inlinestatic

References alglib.chebyshev.chebyshevsum().

static void alglib.chebyshevcoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.chebyshev.chebyshevcoefficients().

static void alglib.fromchebyshev ( double[]  a, int  n, out double[]  b  )

inlinestatic

References alglib.chebyshev.fromchebyshev().

static double alglib.chisquaredistribution ( double  v, double  x  )

inlinestatic

References alglib.chisquaredistr.chisquaredistribution().

static double alglib.chisquarecdistribution ( double  v, double  x  )

inlinestatic

References alglib.chisquaredistr.chisquarecdistribution().

static double alglib.invchisquaredistribution ( double  v, double  y  )

inlinestatic

References alglib.chisquaredistr.invchisquaredistribution().

static double alglib.dawsonintegral ( double  x )

inlinestatic

References alglib.dawson.dawsonintegral().

static double alglib.ellipticintegralk ( double  m )

inlinestatic

References alglib.elliptic.ellipticintegralk().

static double alglib.ellipticintegralkhighprecision ( double  m1 )

inlinestatic

References alglib.elliptic.ellipticintegralkhighprecision().

static double alglib.incompleteellipticintegralk ( double  phi, double  m  )

inlinestatic

References alglib.elliptic.incompleteellipticintegralk().

static double alglib.ellipticintegrale ( double  m )

inlinestatic

References alglib.elliptic.ellipticintegrale().

static double alglib.incompleteellipticintegrale ( double  phi, double  m  )

inlinestatic

References alglib.elliptic.incompleteellipticintegrale().

static double alglib.exponentialintegralei ( double  x )

inlinestatic

References alglib.expintegrals.exponentialintegralei().

static double alglib.exponentialintegralen ( double  x, int  n  )

inlinestatic

References alglib.expintegrals.exponentialintegralen().

static double alglib.fdistribution ( int  a, int  b, double  x  )

inlinestatic

References alglib.fdistr.fdistribution().

static double alglib.fcdistribution ( int  a, int  b, double  x  )

inlinestatic

References alglib.fdistr.fcdistribution().

static double alglib.invfdistribution ( int  a, int  b, double  y  )

inlinestatic

References alglib.fdistr.invfdistribution().

static void alglib.fresnelintegral ( double  x, ref double  c, ref double  s  )

inlinestatic

References alglib.fresnel.fresnelintegral().

static double alglib.hermitecalculate ( int  n, double  x  )

inlinestatic

References alglib.hermite.hermitecalculate().

static double alglib.hermitesum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.hermite.hermitesum().

static void alglib.hermitecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.hermite.hermitecoefficients().

static void alglib.jacobianellipticfunctions ( double  u, double  m, out double  sn, out double  cn, out double  dn, out double  ph  )

inlinestatic

References alglib.jacobianelliptic.jacobianellipticfunctions().

static double alglib.laguerrecalculate ( int  n, double  x  )

inlinestatic

References alglib.laguerre.laguerrecalculate().

static double alglib.laguerresum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.laguerre.laguerresum().

static void alglib.laguerrecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.laguerre.laguerrecoefficients().

static double alglib.legendrecalculate ( int  n, double  x  )

inlinestatic

References alglib.legendre.legendrecalculate().

static double alglib.legendresum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.legendre.legendresum().

static void alglib.legendrecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.legendre.legendrecoefficients().

static double alglib.poissondistribution ( int  k, double  m  )

inlinestatic

References alglib.poissondistr.poissondistribution().

static double alglib.poissoncdistribution ( int  k, double  m  )

inlinestatic

References alglib.poissondistr.poissoncdistribution().

static double alglib.invpoissondistribution ( int  k, double  y  )

inlinestatic

References alglib.poissondistr.invpoissondistribution().

static double alglib.psi ( double  x )

inlinestatic

References alglib.psif.psi().

Referenced by alglib.expintegrals.exponentialintegralen().

static double alglib.studenttdistribution ( int  k, double  t  )

inlinestatic

References alglib.studenttdistr.studenttdistribution().

static double alglib.invstudenttdistribution ( int  k, double  p  )

inlinestatic

References alglib.studenttdistr.invstudenttdistribution().

static void alglib.sinecosineintegrals ( double  x, out double  si, out double  ci  )

inlinestatic

References alglib.trigintegrals.sinecosineintegrals().

static void alglib.hyperbolicsinecosineintegrals ( double  x, out double  shi, out double  chi  )

inlinestatic

References alglib.trigintegrals.hyperbolicsinecosineintegrals().

static void alglib.samplemoments ( double[]  x, int  n, out double  mean, out double  variance, out double  skewness, out double  kurtosis  )

inlinestatic

References alglib.basestat.samplemoments().

Referenced by MainTest.Main().

static void alglib.samplemoments ( double[]  x, out double  mean, out double  variance, out double  skewness, out double  kurtosis  )

inlinestatic

References alglib.basestat.samplemoments().

static double alglib.samplemean ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplemean().

static double alglib.samplemean ( double[]  x )

inlinestatic

References alglib.basestat.samplemean().

static double alglib.samplevariance ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplevariance().

static double alglib.samplevariance ( double[]  x )

inlinestatic

References alglib.basestat.samplevariance().

static double alglib.sampleskewness ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.sampleskewness().

static double alglib.sampleskewness ( double[]  x )

inlinestatic

References alglib.basestat.sampleskewness().

static double alglib.samplekurtosis ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplekurtosis().

static double alglib.samplekurtosis ( double[]  x )

inlinestatic

References alglib.basestat.samplekurtosis().

static void alglib.sampleadev ( double[]  x, int  n, out double  adev  )

inlinestatic

References alglib.basestat.sampleadev().

Referenced by MainTest.Main().

static void alglib.sampleadev ( double[]  x, out double  adev  )

inlinestatic

References alglib.basestat.sampleadev().

static void alglib.samplemedian ( double[]  x, int  n, out double  median  )

inlinestatic

References alglib.basestat.samplemedian().

Referenced by MainTest.Main().

static void alglib.samplemedian ( double[]  x, out double  median  )

inlinestatic

References alglib.basestat.samplemedian().

static void alglib.samplepercentile ( double[]  x, int  n, double  p, out double  v  )

inlinestatic

References alglib.basestat.samplepercentile().

Referenced by MainTest.Main().

static void alglib.samplepercentile ( double[]  x, double  p, out double  v  )

inlinestatic

References alglib.basestat.samplepercentile().

static double alglib.cov2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.cov2().

Referenced by MainTest.Main().

static double alglib.cov2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.cov2().

static double alglib.pearsoncorr2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.pearsoncorr2().

Referenced by MainTest.Main().

static double alglib.pearsoncorr2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.pearsoncorr2().

static double alglib.spearmancorr2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.spearmancorr2().

Referenced by MainTest.Main().

static double alglib.spearmancorr2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.spearmancorr2().

static void alglib.covm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.covm().

Referenced by MainTest.Main().

static void alglib.covm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.covm().

static void alglib.pearsoncorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm().

Referenced by MainTest.Main().

static void alglib.pearsoncorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm().

static void alglib.spearmancorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm().

Referenced by MainTest.Main().

static void alglib.spearmancorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm().

static void alglib.covm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.covm2().

Referenced by MainTest.Main().

static void alglib.covm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.covm2().

static void alglib.pearsoncorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm2().

Referenced by MainTest.Main().

static void alglib.pearsoncorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm2().

static void alglib.spearmancorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm2().

Referenced by MainTest.Main().

static void alglib.spearmancorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm2().

static double alglib.pearsoncorrelation ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.pearsoncorrelation().

static double alglib.spearmanrankcorrelation ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.spearmanrankcorrelation().

static void alglib.pearsoncorrelationsignificance ( double  r, int  n, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.correlationtests.pearsoncorrelationsignificance().

static void alglib.spearmanrankcorrelationsignificance ( double  r, int  n, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.correlationtests.spearmanrankcorrelationsignificance().

static void alglib.jarqueberatest ( double[]  x, int  n, out double  p  )

inlinestatic

References alglib.jarquebera.jarqueberatest().

static void alglib.mannwhitneyutest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.mannwhitneyu.mannwhitneyutest().

static void alglib.onesamplesigntest ( double[]  x, int  n, double  median, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.stest.onesamplesigntest().

static void alglib.studentttest1 ( double[]  x, int  n, double  mean, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.studentttest1().

static void alglib.studentttest2 ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.studentttest2().

static void alglib.unequalvariancettest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.unequalvariancettest().

static void alglib.ftest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.variancetests.ftest().

static void alglib.onesamplevariancetest ( double[]  x, int  n, double  variance, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.variancetests.onesamplevariancetest().

static void alglib.wilcoxonsignedranktest ( double[]  x, int  n, double  e, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.wsr.wilcoxonsignedranktest().

static void alglib.hqrndrandomize ( out hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrndrandomize().

static void alglib.hqrndseed ( int  s1, int  s2, out hqrndstate  state  )

inlinestatic

References alglib.hqrnd.hqrndseed().

static double alglib.hqrnduniformr ( hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrnduniformr().

static int alglib.hqrnduniformi ( hqrndstate  state, int  n  )

inlinestatic

References alglib.hqrnd.hqrnduniformi().

static double alglib.hqrndnormal ( hqrndstate  state )

inlinestatic

References alglib.hqrnd.hqrndnormal().

static void alglib.hqrndunit2 ( hqrndstate  state, out double  x, out double  y  )

inlinestatic

References alglib.hqrnd.hqrndunit2().

static void alglib.hqrndnormal2 ( hqrndstate  state, out double  x1, out double  x2  )

inlinestatic

References alglib.hqrnd.hqrndnormal2().

static double alglib.hqrndexponential ( hqrndstate  state, double  lambdav  )

inlinestatic

References alglib.hqrnd.hqrndexponential().

static double alglib.hqrnddiscrete ( hqrndstate  state, double[]  x, int  n  )

inlinestatic

References alglib.hqrnd.hqrnddiscrete().

static double alglib.hqrndcontinuous ( hqrndstate  state, double[]  x, int  n  )

inlinestatic

References alglib.hqrnd.hqrndcontinuous().

static void alglib.kdtreeserialize ( kdtree  obj, out string  s_out  )

inlinestatic

References alglib.nearestneighbor.kdtreealloc(), and alglib.nearestneighbor.kdtreeserialize().

static void alglib.kdtreeunserialize ( string  s_in, out kdtree  obj  )

inlinestatic

References alglib.nearestneighbor.kdtreeunserialize().

static void alglib.kdtreebuild ( double  xy[,], int  n, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuild().

static void alglib.kdtreebuild ( double  xy[,], int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuild().

static void alglib.kdtreebuildtagged ( double  xy[,], int[]  tags, int  n, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuildtagged().

static void alglib.kdtreebuildtagged ( double  xy[,], int[]  tags, int  nx, int  ny, int  normtype, out kdtree  kdt  )

inlinestatic

References alglib.nearestneighbor.kdtreebuildtagged().

static int alglib.kdtreequeryknn ( kdtree  kdt, double[]  x, int  k, bool  selfmatch  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryknn().

static int alglib.kdtreequeryknn ( kdtree  kdt, double[]  x, int  k  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryknn().

static int alglib.kdtreequeryrnn ( kdtree  kdt, double[]  x, double  r, bool  selfmatch  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryrnn().

static int alglib.kdtreequeryrnn ( kdtree  kdt, double[]  x, double  r  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryrnn().

static int alglib.kdtreequeryaknn ( kdtree  kdt, double[]  x, int  k, bool  selfmatch, double  eps  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryaknn().

static int alglib.kdtreequeryaknn ( kdtree  kdt, double[]  x, int  k, double  eps  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryaknn().

static void alglib.kdtreequeryresultsx ( kdtree  kdt, ref double  x[,]  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsx().

static void alglib.kdtreequeryresultsxy ( kdtree  kdt, ref double  xy[,]  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsxy().

static void alglib.kdtreequeryresultstags ( kdtree  kdt, ref int[]  tags  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultstags().

static void alglib.kdtreequeryresultsdistances ( kdtree  kdt, ref double[]  r  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsdistances().

static void alglib.kdtreequeryresultsxi ( kdtree  kdt, out double  x[,]  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsxi().

static void alglib.kdtreequeryresultsxyi ( kdtree  kdt, out double  xy[,]  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsxyi().

static void alglib.kdtreequeryresultstagsi ( kdtree  kdt, out int[]  tags  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultstagsi().

static void alglib.kdtreequeryresultsdistancesi ( kdtree  kdt, out double[]  r  )

inlinestatic

References alglib.nearestneighbor.kdtreequeryresultsdistancesi().

static int alglib.xdebugb1count ( bool[]  a )

inlinestatic

References alglib.xdebug.xdebugb1count().

Referenced by XTest.Main().

static void alglib.xdebugb1not ( ref bool[]  a )

inlinestatic

References alglib.xdebug.xdebugb1not().

Referenced by XTest.Main().

static void alglib.xdebugb1appendcopy ( ref bool[]  a )

inlinestatic

References alglib.xdebug.xdebugb1appendcopy().

Referenced by XTest.Main().

static void alglib.xdebugb1outeven ( int  n, out bool[]  a  )

inlinestatic

References alglib.xdebug.xdebugb1outeven().

Referenced by XTest.Main().

static int alglib.xdebugi1sum ( int[]  a )

inlinestatic

References alglib.xdebug.xdebugi1sum().

Referenced by XTest.Main().

static void alglib.xdebugi1neg ( ref int[]  a )

inlinestatic

References alglib.xdebug.xdebugi1neg().

Referenced by XTest.Main().

static void alglib.xdebugi1appendcopy ( ref int[]  a )

inlinestatic

References alglib.xdebug.xdebugi1appendcopy().

Referenced by XTest.Main().

static void alglib.xdebugi1outeven ( int  n, out int[]  a  )

inlinestatic

References alglib.xdebug.xdebugi1outeven().

Referenced by XTest.Main().

static double alglib.xdebugr1sum ( double[]  a )

inlinestatic

References alglib.xdebug.xdebugr1sum().

Referenced by XTest.Main().

static void alglib.xdebugr1neg ( ref double[]  a )

inlinestatic

References alglib.xdebug.xdebugr1neg().

Referenced by XTest.Main().

static void alglib.xdebugr1appendcopy ( ref double[]  a )

inlinestatic

References alglib.xdebug.xdebugr1appendcopy().

Referenced by XTest.Main().

static void alglib.xdebugr1outeven ( int  n, out double[]  a  )

inlinestatic

References alglib.xdebug.xdebugr1outeven().

Referenced by XTest.Main().

static complex alglib.xdebugc1sum ( complex[]  a )

inlinestatic

References alglib.xdebug.xdebugc1sum().

Referenced by XTest.Main().

static void alglib.xdebugc1neg ( ref complex[]  a )

inlinestatic

References alglib.xdebug.xdebugc1neg().

Referenced by XTest.Main().

static void alglib.xdebugc1appendcopy ( ref complex[]  a )

inlinestatic

References alglib.xdebug.xdebugc1appendcopy().

Referenced by XTest.Main().

static void alglib.xdebugc1outeven ( int  n, out complex[]  a  )

inlinestatic

References alglib.xdebug.xdebugc1outeven().

Referenced by XTest.Main().

static int alglib.xdebugb2count ( bool  a[,] )

inlinestatic

References alglib.xdebug.xdebugb2count().

Referenced by XTest.Main().

static void alglib.xdebugb2not ( ref bool  a[,] )

inlinestatic

References alglib.xdebug.xdebugb2not().

Referenced by XTest.Main().

static void alglib.xdebugb2transpose ( ref bool  a[,] )

inlinestatic

References alglib.xdebug.xdebugb2transpose().

Referenced by XTest.Main().

static void alglib.xdebugb2outsin ( int  m, int  n, out bool  a[,]  )

inlinestatic

References alglib.xdebug.xdebugb2outsin().

Referenced by XTest.Main().

static int alglib.xdebugi2sum ( int  a[,] )

inlinestatic

References alglib.xdebug.xdebugi2sum().

Referenced by XTest.Main().

static void alglib.xdebugi2neg ( ref int  a[,] )

inlinestatic

References alglib.xdebug.xdebugi2neg().

Referenced by XTest.Main().

static void alglib.xdebugi2transpose ( ref int  a[,] )

inlinestatic

References alglib.xdebug.xdebugi2transpose().

Referenced by XTest.Main().

static void alglib.xdebugi2outsin ( int  m, int  n, out int  a[,]  )

inlinestatic

References alglib.xdebug.xdebugi2outsin().

Referenced by XTest.Main().

static double alglib.xdebugr2sum ( double  a[,] )

inlinestatic

References alglib.xdebug.xdebugr2sum().

Referenced by XTest.Main().

static void alglib.xdebugr2neg ( ref double  a[,] )

inlinestatic

References alglib.xdebug.xdebugr2neg().

Referenced by XTest.Main().

static void alglib.xdebugr2transpose ( ref double  a[,] )

inlinestatic

References alglib.xdebug.xdebugr2transpose().

Referenced by XTest.Main().

static void alglib.xdebugr2outsin ( int  m, int  n, out double  a[,]  )

inlinestatic

References alglib.xdebug.xdebugr2outsin().

Referenced by XTest.Main().

static complex alglib.xdebugc2sum ( complex  a[,] )

inlinestatic

References alglib.xdebug.xdebugc2sum().

Referenced by XTest.Main().

static void alglib.xdebugc2neg ( ref complex  a[,] )

inlinestatic

References alglib.xdebug.xdebugc2neg().

Referenced by XTest.Main().

static void alglib.xdebugc2transpose ( ref complex  a[,] )

inlinestatic

References alglib.xdebug.xdebugc2transpose().

Referenced by XTest.Main().

static void alglib.xdebugc2outsincos ( int  m, int  n, out complex  a[,]  )

inlinestatic

References alglib.xdebug.xdebugc2outsincos().

Referenced by XTest.Main().

static double alglib.xdebugmaskedbiasedproductsum ( int  m, int  n, double  a[,], double  b[,], bool  c[,]  )

inlinestatic

References alglib.xdebug.xdebugmaskedbiasedproductsum().

Referenced by XTest.Main().

delegate void alglib.ndimensional_func	(	double[]	arg,
		ref double	func,
		object	obj
	)

delegate void alglib.ndimensional_grad	(	double[]	arg,
		ref double	func,
		double[]	grad,
		object	obj
	)

delegate void alglib.ndimensional_hess	(	double[]	arg,
		ref double	func,
		double[]	grad,
		double	hess[,],
		object	obj
	)

delegate void alglib.ndimensional_fvec	(	double[]	arg,
		double[]	fi,
		object	obj
	)

delegate void alglib.ndimensional_jac	(	double[]	arg,
		double[]	fi,
		double	jac[,],
		object	obj
	)

delegate void alglib.ndimensional_pfunc	(	double[]	p,
		double[]	q,
		ref double	func,
		object	obj
	)

delegate void alglib.ndimensional_pgrad	(	double[]	p,
		double[]	q,
		ref double	func,
		double[]	grad,
		object	obj
	)

delegate void alglib.ndimensional_phess	(	double[]	p,
		double[]	q,
		ref double	func,
		double[]	grad,
		double	hess[,],
		object	obj
	)

delegate void alglib.ndimensional_rep	(	double[]	arg,
		double	func,
		object	obj
	)

delegate void alglib.ndimensional_ode_rp	(	double[]	y,
		double	x,
		double[]	dy,
		object	obj
	)

delegate void alglib.integrator1_func	(	double	x,
		double	xminusa,
		double	bminusx,
		ref double	f,
		object	obj
	)

static void alglib.deallocateimmediately< T > ( ref T  obj )

inlinestatic

Type Constraints

T

:

alglib.alglibobject

static long alglib.alloc_counter ( )

inlinestatic

Referenced by XTest.Main(), and MemoryLeaksTest.~MemoryLeaksTest().

static void alglib.alloc_counter_activate ( )

inlinestatic

Referenced by XTest.Main(), and MainTest.Main().

static void alglib.setnworkers ( int  nworkers )

inlinestatic

References alglib.smp.cores_to_use.

Referenced by MainTest.Main().

static void alglib.dsoptimalsplit2 ( double[]  a, int[]  c, int  n, out int  info, out double  threshold, out double  pal, out double  pbl, out double  par, out double  pbr, out double  cve  )

inlinestatic

References alglib.bdss.dsoptimalsplit2().

static void alglib.dsoptimalsplit2fast ( ref double[]  a, ref int[]  c, ref int[]  tiesbuf, ref int[]  cntbuf, ref double[]  bufr, ref int[]  bufi, int  n, int  nc, double  alpha, out int  info, out double  threshold, out double  rms, out double  cvrms  )

inlinestatic

References alglib.bdss.dsoptimalsplit2fast().

static void alglib.clusterizercreate ( out clusterizerstate  s )

inlinestatic

References alglib.clustering.clusterizercreate().

Referenced by MainTest.Main().

static void alglib.clusterizersetpoints ( clusterizerstate  s, double  xy[,], int  npoints, int  nfeatures, int  disttype  )

inlinestatic

References alglib.clustering.clusterizersetpoints(), and alglib.clusterizerstate.innerobj.

Referenced by MainTest.Main().

static void alglib.clusterizersetpoints ( clusterizerstate  s, double  xy[,], int  disttype  )

inlinestatic

References alglib.clustering.clusterizersetpoints(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizersetdistances ( clusterizerstate  s, double  d[,], int  npoints, bool  isupper  )

inlinestatic

References alglib.clustering.clusterizersetdistances(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizersetdistances ( clusterizerstate  s, double  d[,], bool  isupper  )

inlinestatic

References alglib.clustering.clusterizersetdistances(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizersetahcalgo ( clusterizerstate  s, int  algo  )

inlinestatic

References alglib.clustering.clusterizersetahcalgo(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizersetkmeanslimits ( clusterizerstate  s, int  restarts, int  maxits  )

inlinestatic

References alglib.clustering.clusterizersetkmeanslimits(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizerrunahc ( clusterizerstate  s, out ahcreport  rep  )

inlinestatic

References alglib.clustering.clusterizerrunahc(), and alglib.clusterizerstate.innerobj.

Referenced by MainTest.Main().

static void alglib.smp_clusterizerrunahc ( clusterizerstate  s, out ahcreport  rep  )

inlinestatic

References alglib.clustering._pexec_clusterizerrunahc(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizerrunkmeans ( clusterizerstate  s, int  k, out kmeansreport  rep  )

inlinestatic

References alglib.clustering.clusterizerrunkmeans(), and alglib.clusterizerstate.innerobj.

static void alglib.clusterizergetdistances ( double  xy[,], int  npoints, int  nfeatures, int  disttype, out double  d[,]  )

inlinestatic

References alglib.clustering.clusterizergetdistances().

static void alglib.smp_clusterizergetdistances ( double  xy[,], int  npoints, int  nfeatures, int  disttype, out double  d[,]  )

inlinestatic

References alglib.clustering._pexec_clusterizergetdistances().

static void alglib.clusterizergetkclusters ( ahcreport  rep, int  k, out int[]  cidx, out int[]  cz  )

inlinestatic

References alglib.clustering.clusterizergetkclusters(), and alglib.ahcreport.innerobj.

static void alglib.clusterizerseparatedbydist ( ahcreport  rep, double  r, out int  k, out int[]  cidx, out int[]  cz  )

inlinestatic

References alglib.clustering.clusterizerseparatedbydist(), and alglib.ahcreport.innerobj.

static void alglib.clusterizerseparatedbycorr ( ahcreport  rep, double  r, out int  k, out int[]  cidx, out int[]  cz  )

inlinestatic

References alglib.clustering.clusterizerseparatedbycorr(), and alglib.ahcreport.innerobj.

static void alglib.kmeansgenerate ( double  xy[,], int  npoints, int  nvars, int  k, int  restarts, out int  info, out double  c[,], out int[]  xyc  )

inlinestatic

References alglib.datacomp.kmeansgenerate().

static void alglib.dfserialize ( decisionforest  obj, out string  s_out  )

inlinestatic

References alglib.dforest.dfalloc(), and alglib.dforest.dfserialize().

static void alglib.dfunserialize ( string  s_in, out decisionforest  obj  )

inlinestatic

References alglib.dforest.dfunserialize().

static void alglib.dfbuildrandomdecisionforest ( double  xy[,], int  npoints, int  nvars, int  nclasses, int  ntrees, double  r, out int  info, out decisionforest  df, out dfreport  rep  )

inlinestatic

References alglib.dforest.dfbuildrandomdecisionforest().

static void alglib.dfbuildrandomdecisionforestx1 ( double  xy[,], int  npoints, int  nvars, int  nclasses, int  ntrees, int  nrndvars, double  r, out int  info, out decisionforest  df, out dfreport  rep  )

inlinestatic

References alglib.dforest.dfbuildrandomdecisionforestx1().

static void alglib.dfprocess ( decisionforest  df, double[]  x, ref double[]  y  )

inlinestatic

References alglib.dforest.dfprocess().

static void alglib.dfprocessi ( decisionforest  df, double[]  x, out double[]  y  )

inlinestatic

References alglib.dforest.dfprocessi().

static double alglib.dfrelclserror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfrelclserror().

static double alglib.dfavgce ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgce().

static double alglib.dfrmserror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfrmserror().

static double alglib.dfavgerror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgerror().

static double alglib.dfavgrelerror ( decisionforest  df, double  xy[,], int  npoints  )

inlinestatic

References alglib.dforest.dfavgrelerror().

static void alglib.lrbuild ( double  xy[,], int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuild().

static void alglib.lrbuilds ( double  xy[,], double[]  s, int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuilds().

static void alglib.lrbuildzs ( double  xy[,], double[]  s, int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuildzs().

static void alglib.lrbuildz ( double  xy[,], int  npoints, int  nvars, out int  info, out linearmodel  lm, out lrreport  ar  )

inlinestatic

References alglib.linreg.lrbuildz().

static void alglib.lrunpack ( linearmodel  lm, out double[]  v, out int  nvars  )

inlinestatic

References alglib.linreg.lrunpack().

static void alglib.lrpack ( double[]  v, int  nvars, out linearmodel  lm  )

inlinestatic

References alglib.linreg.lrpack().

static double alglib.lrprocess ( linearmodel  lm, double[]  x  )

inlinestatic

References alglib.linreg.lrprocess().

static double alglib.lrrmserror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linreg.lrrmserror().

static double alglib.lravgerror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linreg.lravgerror().

static double alglib.lravgrelerror ( linearmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.linreg.lravgrelerror().

static void alglib.filtersma ( ref double[]  x, int  n, int  k  )

inlinestatic

References alglib.filters.filtersma().

static void alglib.filtersma ( ref double[]  x, int  k  )

inlinestatic

References alglib.filters.filtersma().

static void alglib.filterema ( ref double[]  x, int  n, double  alpha  )

inlinestatic

References alglib.filters.filterema().

static void alglib.filterema ( ref double[]  x, double  alpha  )

inlinestatic

References alglib.filters.filterema().

static void alglib.filterlrma ( ref double[]  x, int  n, int  k  )

inlinestatic

References alglib.filters.filterlrma().

static void alglib.filterlrma ( ref double[]  x, int  k  )

inlinestatic

References alglib.filters.filterlrma().

static void alglib.fisherlda ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out double[]  w  )

inlinestatic

References alglib.lda.fisherlda().

static void alglib.fisherldan ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out double  w[,]  )

inlinestatic

References alglib.lda.fisherldan().

static void alglib.mlpserialize ( multilayerperceptron  obj, out string  s_out  )

inlinestatic

References alglib.mlpbase.mlpalloc(), and alglib.mlpbase.mlpserialize().

static void alglib.mlpunserialize ( string  s_in, out multilayerperceptron  obj  )

inlinestatic

References alglib.mlpbase.mlpunserialize().

static void alglib.mlpcreate0 ( int  nin, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate0().

static void alglib.mlpcreate1 ( int  nin, int  nhid, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate1().

static void alglib.mlpcreate2 ( int  nin, int  nhid1, int  nhid2, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreate2().

static void alglib.mlpcreateb0 ( int  nin, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb0().

static void alglib.mlpcreateb1 ( int  nin, int  nhid, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb1().

static void alglib.mlpcreateb2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  b, double  d, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreateb2().

static void alglib.mlpcreater0 ( int  nin, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater0().

static void alglib.mlpcreater1 ( int  nin, int  nhid, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater1().

static void alglib.mlpcreater2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  a, double  b, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreater2().

static void alglib.mlpcreatec0 ( int  nin, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec0().

static void alglib.mlpcreatec1 ( int  nin, int  nhid, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec1().

static void alglib.mlpcreatec2 ( int  nin, int  nhid1, int  nhid2, int  nout, out multilayerperceptron  network  )

inlinestatic

References alglib.mlpbase.mlpcreatec2().

static void alglib.mlprandomize ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlprandomize().

static void alglib.mlprandomizefull ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlprandomizefull().

static void alglib.mlpproperties ( multilayerperceptron  network, out int  nin, out int  nout, out int  wcount  )

inlinestatic

References alglib.mlpbase.mlpproperties().

static int alglib.mlpgetinputscount ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlpgetinputscount().

static int alglib.mlpgetoutputscount ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlpgetoutputscount().

static int alglib.mlpgetweightscount ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlpgetweightscount().

static bool alglib.mlpissoftmax ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlpissoftmax().

static int alglib.mlpgetlayerscount ( multilayerperceptron  network )

inlinestatic

References alglib.mlpbase.mlpgetlayerscount().

static int alglib.mlpgetlayersize ( multilayerperceptron  network, int  k  )

inlinestatic

References alglib.mlpbase.mlpgetlayersize().

static void alglib.mlpgetinputscaling ( multilayerperceptron  network, int  i, out double  mean, out double  sigma  )

inlinestatic

References alglib.mlpbase.mlpgetinputscaling().

static void alglib.mlpgetoutputscaling ( multilayerperceptron  network, int  i, out double  mean, out double  sigma  )

inlinestatic

References alglib.mlpbase.mlpgetoutputscaling().

static void alglib.mlpgetneuroninfo ( multilayerperceptron  network, int  k, int  i, out int  fkind, out double  threshold  )

inlinestatic

References alglib.mlpbase.mlpgetneuroninfo().

static double alglib.mlpgetweight ( multilayerperceptron  network, int  k0, int  i0, int  k1, int  i1  )

inlinestatic

References alglib.mlpbase.mlpgetweight().

static void alglib.mlpsetinputscaling ( multilayerperceptron  network, int  i, double  mean, double  sigma  )

inlinestatic

References alglib.mlpbase.mlpsetinputscaling().

static void alglib.mlpsetoutputscaling ( multilayerperceptron  network, int  i, double  mean, double  sigma  )

inlinestatic

References alglib.mlpbase.mlpsetoutputscaling().

static void alglib.mlpsetneuroninfo ( multilayerperceptron  network, int  k, int  i, int  fkind, double  threshold  )

inlinestatic

References alglib.mlpbase.mlpsetneuroninfo().

static void alglib.mlpsetweight ( multilayerperceptron  network, int  k0, int  i0, int  k1, int  i1, double  w  )

inlinestatic

References alglib.mlpbase.mlpsetweight().

static void alglib.mlpactivationfunction ( double  net, int  k, out double  f, out double  df, out double  d2f  )

inlinestatic

References alglib.mlpbase.mlpactivationfunction().

static void alglib.mlpprocess ( multilayerperceptron  network, double[]  x, ref double[]  y  )

inlinestatic

References alglib.mlpbase.mlpprocess().

static void alglib.mlpprocessi ( multilayerperceptron  network, double[]  x, out double[]  y  )

inlinestatic

References alglib.mlpbase.mlpprocessi().

static double alglib.mlperror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlperror().

static double alglib.smp_mlperror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlperror().

static double alglib.mlperrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlperrorsparse().

static double alglib.smp_mlperrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlperrorsparse(), and alglib.sparsematrix.innerobj.

static double alglib.mlperrorn ( multilayerperceptron  network, double  xy[,], int  ssize  )

inlinestatic

References alglib.mlpbase.mlperrorn().

static int alglib.mlpclserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlpclserror().

static int alglib.smp_mlpclserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpclserror().

static double alglib.mlprelclserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlprelclserror().

static double alglib.smp_mlprelclserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlprelclserror().

static double alglib.mlprelclserrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlprelclserrorsparse().

static double alglib.smp_mlprelclserrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlprelclserrorsparse(), and alglib.sparsematrix.innerobj.

static double alglib.mlpavgce ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlpavgce().

static double alglib.smp_mlpavgce ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgce().

static double alglib.mlpavgcesparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpavgcesparse().

static double alglib.smp_mlpavgcesparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgcesparse(), and alglib.sparsematrix.innerobj.

static double alglib.mlprmserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlprmserror().

static double alglib.smp_mlprmserror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlprmserror().

static double alglib.mlprmserrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlprmserrorsparse().

static double alglib.smp_mlprmserrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlprmserrorsparse(), and alglib.sparsematrix.innerobj.

static double alglib.mlpavgerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlpavgerror().

static double alglib.smp_mlpavgerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgerror().

static double alglib.mlpavgerrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpavgerrorsparse().

static double alglib.smp_mlpavgerrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgerrorsparse(), and alglib.sparsematrix.innerobj.

static double alglib.mlpavgrelerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase.mlpavgrelerror().

static double alglib.smp_mlpavgrelerror ( multilayerperceptron  network, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgrelerror().

static double alglib.mlpavgrelerrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpavgrelerrorsparse().

static double alglib.smp_mlpavgrelerrorsparse ( multilayerperceptron  network, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.mlpbase._pexec_mlpavgrelerrorsparse(), and alglib.sparsematrix.innerobj.

static void alglib.mlpgrad ( multilayerperceptron  network, double[]  x, double[]  desiredy, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase.mlpgrad().

static void alglib.mlpgradn ( multilayerperceptron  network, double[]  x, double[]  desiredy, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase.mlpgradn().

static void alglib.mlpgradbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase.mlpgradbatch().

static void alglib.smp_mlpgradbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase._pexec_mlpgradbatch().

static void alglib.mlpgradbatchsparse ( multilayerperceptron  network, sparsematrix  xy, int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpgradbatchsparse().

static void alglib.smp_mlpgradbatchsparse ( multilayerperceptron  network, sparsematrix  xy, int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase._pexec_mlpgradbatchsparse(), and alglib.sparsematrix.innerobj.

static void alglib.mlpgradbatchsubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  idx, int  subsetsize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase.mlpgradbatchsubset().

static void alglib.smp_mlpgradbatchsubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  idx, int  subsetsize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase._pexec_mlpgradbatchsubset().

static void alglib.mlpgradbatchsparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  idx, int  subsetsize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpgradbatchsparsesubset().

static void alglib.smp_mlpgradbatchsparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  idx, int  subsetsize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase._pexec_mlpgradbatchsparsesubset(), and alglib.sparsematrix.innerobj.

static void alglib.mlpgradnbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad  )

inlinestatic

References alglib.mlpbase.mlpgradnbatch().

static void alglib.mlphessiannbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad, ref double  h[,]  )

inlinestatic

References alglib.mlpbase.mlphessiannbatch().

static void alglib.mlphessianbatch ( multilayerperceptron  network, double  xy[,], int  ssize, out double  e, ref double[]  grad, ref double  h[,]  )

inlinestatic

References alglib.mlpbase.mlphessianbatch().

static void alglib.mlpallerrorssubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  subset, int  subsetsize, out modelerrors  rep  )

inlinestatic

References alglib.mlpbase.mlpallerrorssubset().

static void alglib.smp_mlpallerrorssubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  subset, int  subsetsize, out modelerrors  rep  )

inlinestatic

References alglib.mlpbase._pexec_mlpallerrorssubset().

static void alglib.mlpallerrorssparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  subset, int  subsetsize, out modelerrors  rep  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlpallerrorssparsesubset().

static void alglib.smp_mlpallerrorssparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  subset, int  subsetsize, out modelerrors  rep  )

inlinestatic

References alglib.mlpbase._pexec_mlpallerrorssparsesubset(), and alglib.sparsematrix.innerobj.

static double alglib.mlperrorsubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  subset, int  subsetsize  )

inlinestatic

References alglib.mlpbase.mlperrorsubset().

static double alglib.smp_mlperrorsubset ( multilayerperceptron  network, double  xy[,], int  setsize, int[]  subset, int  subsetsize  )

inlinestatic

References alglib.mlpbase._pexec_mlperrorsubset().

static double alglib.mlperrorsparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  subset, int  subsetsize  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.mlpbase.mlperrorsparsesubset().

static double alglib.smp_mlperrorsparsesubset ( multilayerperceptron  network, sparsematrix  xy, int  setsize, int[]  subset, int  subsetsize  )

inlinestatic

References alglib.mlpbase._pexec_mlperrorsparsesubset(), and alglib.sparsematrix.innerobj.

static void alglib.mnltrainh ( double  xy[,], int  npoints, int  nvars, int  nclasses, out int  info, out logitmodel  lm, out mnlreport  rep  )

inlinestatic

References alglib.logit.mnltrainh().

static void alglib.mnlprocess ( logitmodel  lm, double[]  x, ref double[]  y  )

inlinestatic

References alglib.logit.mnlprocess().

static void alglib.mnlprocessi ( logitmodel  lm, double[]  x, out double[]  y  )

inlinestatic

References alglib.logit.mnlprocessi().

static void alglib.mnlunpack ( logitmodel  lm, out double  a[,], out int  nvars, out int  nclasses  )

inlinestatic

References alglib.logit.mnlunpack().

static void alglib.mnlpack ( double  a[,], int  nvars, int  nclasses, out logitmodel  lm  )

inlinestatic

References alglib.logit.mnlpack().

static double alglib.mnlavgce ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logit.mnlavgce().

static double alglib.mnlrelclserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logit.mnlrelclserror().

static double alglib.mnlrmserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logit.mnlrmserror().

static double alglib.mnlavgerror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logit.mnlavgerror().

static double alglib.mnlavgrelerror ( logitmodel  lm, double  xy[,], int  ssize  )

inlinestatic

References alglib.logit.mnlavgrelerror().

static int alglib.mnlclserror ( logitmodel  lm, double  xy[,], int  npoints  )

inlinestatic

References alglib.logit.mnlclserror().

static void alglib.mcpdcreate ( int  n, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreate().

static void alglib.mcpdcreateentry ( int  n, int  entrystate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateentry().

static void alglib.mcpdcreateexit ( int  n, int  exitstate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateexit().

static void alglib.mcpdcreateentryexit ( int  n, int  entrystate, int  exitstate, out mcpdstate  s  )

inlinestatic

References alglib.mcpd.mcpdcreateentryexit().

static void alglib.mcpdaddtrack ( mcpdstate  s, double  xy[,], int  k  )

inlinestatic

References alglib.mcpd.mcpdaddtrack().

static void alglib.mcpdaddtrack ( mcpdstate  s, double  xy[,]  )

inlinestatic

References alglib.mcpd.mcpdaddtrack().

static void alglib.mcpdsetec ( mcpdstate  s, double  ec[,]  )

inlinestatic

References alglib.mcpd.mcpdsetec().

static void alglib.mcpdaddec ( mcpdstate  s, int  i, int  j, double  c  )

inlinestatic

References alglib.mcpd.mcpdaddec().

static void alglib.mcpdsetbc ( mcpdstate  s, double  bndl[,], double  bndu[,]  )

inlinestatic

References alglib.mcpd.mcpdsetbc().

static void alglib.mcpdaddbc ( mcpdstate  s, int  i, int  j, double  bndl, double  bndu  )

inlinestatic

References alglib.mcpd.mcpdaddbc().

static void alglib.mcpdsetlc ( mcpdstate  s, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.mcpd.mcpdsetlc().

static void alglib.mcpdsetlc ( mcpdstate  s, double  c[,], int[]  ct  )

inlinestatic

References alglib.mcpd.mcpdsetlc().

static void alglib.mcpdsettikhonovregularizer ( mcpdstate  s, double  v  )

inlinestatic

References alglib.mcpd.mcpdsettikhonovregularizer().

static void alglib.mcpdsetprior ( mcpdstate  s, double  pp[,]  )

inlinestatic

References alglib.mcpd.mcpdsetprior().

static void alglib.mcpdsetpredictionweights ( mcpdstate  s, double[]  pw  )

inlinestatic

References alglib.mcpd.mcpdsetpredictionweights().

static void alglib.mcpdsolve ( mcpdstate  s )

inlinestatic

References alglib.mcpd.mcpdsolve().

static void alglib.mcpdresults ( mcpdstate  s, out double  p[,], out mcpdreport  rep  )

inlinestatic

References alglib.mcpd.mcpdresults().

static void alglib.mlpeserialize ( mlpensemble  obj, out string  s_out  )

inlinestatic

References alglib.mlpe.mlpealloc(), and alglib.mlpe.mlpeserialize().

static void alglib.mlpeunserialize ( string  s_in, out mlpensemble  obj  )

inlinestatic

References alglib.mlpe.mlpeunserialize().

static void alglib.mlpecreate0 ( int  nin, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate0().

static void alglib.mlpecreate1 ( int  nin, int  nhid, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate1().

static void alglib.mlpecreate2 ( int  nin, int  nhid1, int  nhid2, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreate2().

static void alglib.mlpecreateb0 ( int  nin, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb0().

static void alglib.mlpecreateb1 ( int  nin, int  nhid, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb1().

static void alglib.mlpecreateb2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  b, double  d, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreateb2().

static void alglib.mlpecreater0 ( int  nin, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater0().

static void alglib.mlpecreater1 ( int  nin, int  nhid, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater1().

static void alglib.mlpecreater2 ( int  nin, int  nhid1, int  nhid2, int  nout, double  a, double  b, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreater2().

static void alglib.mlpecreatec0 ( int  nin, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec0().

static void alglib.mlpecreatec1 ( int  nin, int  nhid, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec1().

static void alglib.mlpecreatec2 ( int  nin, int  nhid1, int  nhid2, int  nout, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatec2().

static void alglib.mlpecreatefromnetwork ( multilayerperceptron  network, int  ensemblesize, out mlpensemble  ensemble  )

inlinestatic

References alglib.mlpe.mlpecreatefromnetwork().

static void alglib.mlperandomize ( mlpensemble  ensemble )

inlinestatic

References alglib.mlpe.mlperandomize().

static void alglib.mlpeproperties ( mlpensemble  ensemble, out int  nin, out int  nout  )

inlinestatic

References alglib.mlpe.mlpeproperties().

static bool alglib.mlpeissoftmax ( mlpensemble  ensemble )

inlinestatic

References alglib.mlpe.mlpeissoftmax().

static void alglib.mlpeprocess ( mlpensemble  ensemble, double[]  x, ref double[]  y  )

inlinestatic

References alglib.mlpe.mlpeprocess().

static void alglib.mlpeprocessi ( mlpensemble  ensemble, double[]  x, out double[]  y  )

inlinestatic

References alglib.mlpe.mlpeprocessi().

static double alglib.mlperelclserror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpe.mlperelclserror().

static double alglib.mlpeavgce ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpe.mlpeavgce().

static double alglib.mlpermserror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpe.mlpermserror().

static double alglib.mlpeavgerror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpe.mlpeavgerror().

static double alglib.mlpeavgrelerror ( mlpensemble  ensemble, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlpe.mlpeavgrelerror().

static void alglib.mlptrainlm ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain.mlptrainlm().

static void alglib.mlptrainlbfgs ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain.mlptrainlbfgs().

static void alglib.mlptraines ( multilayerperceptron  network, double  trnxy[,], int  trnsize, double  valxy[,], int  valsize, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain.mlptraines().

static void alglib.mlpkfoldcvlbfgs ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, int  foldscount, out int  info, out mlpreport  rep, out mlpcvreport  cvrep  )

inlinestatic

References alglib.mlptrain.mlpkfoldcvlbfgs().

static void alglib.mlpkfoldcvlm ( multilayerperceptron  network, double  xy[,], int  npoints, double  decay, int  restarts, int  foldscount, out int  info, out mlpreport  rep, out mlpcvreport  cvrep  )

inlinestatic

References alglib.mlptrain.mlpkfoldcvlm().

static void alglib.mlpkfoldcv ( mlptrainer  s, multilayerperceptron  network, int  nrestarts, int  foldscount, out mlpreport  rep  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpkfoldcv().

static void alglib.smp_mlpkfoldcv ( mlptrainer  s, multilayerperceptron  network, int  nrestarts, int  foldscount, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain._pexec_mlpkfoldcv(), and alglib.mlptrainer.innerobj.

static void alglib.mlpcreatetrainer ( int  nin, int  nout, out mlptrainer  s  )

inlinestatic

References alglib.mlptrain.mlpcreatetrainer().

static void alglib.mlpcreatetrainercls ( int  nin, int  nclasses, out mlptrainer  s  )

inlinestatic

References alglib.mlptrain.mlpcreatetrainercls().

static void alglib.mlpsetdataset ( mlptrainer  s, double  xy[,], int  npoints  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpsetdataset().

static void alglib.mlpsetsparsedataset ( mlptrainer  s, sparsematrix  xy, int  npoints  )

inlinestatic

References alglib.sparsematrix.innerobj, alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpsetsparsedataset().

static void alglib.mlpsetdecay ( mlptrainer  s, double  decay  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpsetdecay().

static void alglib.mlpsetcond ( mlptrainer  s, double  wstep, int  maxits  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpsetcond().

static void alglib.mlpsetalgobatch ( mlptrainer  s )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpsetalgobatch().

static void alglib.mlptrainnetwork ( mlptrainer  s, multilayerperceptron  network, int  nrestarts, out mlpreport  rep  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlptrainnetwork().

static void alglib.smp_mlptrainnetwork ( mlptrainer  s, multilayerperceptron  network, int  nrestarts, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain._pexec_mlptrainnetwork(), and alglib.mlptrainer.innerobj.

static void alglib.mlpstarttraining ( mlptrainer  s, multilayerperceptron  network, bool  randomstart  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpstarttraining().

static bool alglib.mlpcontinuetraining ( mlptrainer  s, multilayerperceptron  network  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlpcontinuetraining().

static bool alglib.smp_mlpcontinuetraining ( mlptrainer  s, multilayerperceptron  network  )

inlinestatic

References alglib.mlptrain._pexec_mlpcontinuetraining(), and alglib.mlptrainer.innerobj.

static void alglib.mlpebagginglm ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep, out mlpcvreport  ooberrors  )

inlinestatic

References alglib.mlptrain.mlpebagginglm().

static void alglib.mlpebagginglbfgs ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, double  wstep, int  maxits, out int  info, out mlpreport  rep, out mlpcvreport  ooberrors  )

inlinestatic

References alglib.mlptrain.mlpebagginglbfgs().

static void alglib.mlpetraines ( mlpensemble  ensemble, double  xy[,], int  npoints, double  decay, int  restarts, out int  info, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain.mlpetraines().

static void alglib.mlptrainensemblees ( mlptrainer  s, mlpensemble  ensemble, int  nrestarts, out mlpreport  rep  )

inlinestatic

References alglib.mlptrainer.innerobj, and alglib.mlptrain.mlptrainensemblees().

static void alglib.smp_mlptrainensemblees ( mlptrainer  s, mlpensemble  ensemble, int  nrestarts, out mlpreport  rep  )

inlinestatic

References alglib.mlptrain._pexec_mlptrainensemblees(), and alglib.mlptrainer.innerobj.

static void alglib.pcabuildbasis ( double  x[,], int  npoints, int  nvars, out int  info, out double[]  s2, out double  v[,]  )

inlinestatic

References alglib.pca.pcabuildbasis().

static void alglib.odesolverrkck ( double[]  y, int  n, double[]  x, int  m, double  eps, double  h, out odesolverstate  state  )

inlinestatic

References alglib.odesolver.odesolverrkck().

static void alglib.odesolverrkck ( double[]  y, double[]  x, double  eps, double  h, out odesolverstate  state  )

inlinestatic

References alglib.odesolver.odesolverrkck().

static bool alglib.odesolveriteration ( odesolverstate  state )

inlinestatic

References alglib.odesolver.odesolveriteration().

static void alglib.odesolversolve ( odesolverstate  state, ndimensional_ode_rp  diff, object  obj  )

inlinestatic

References odesolveriteration().

static void alglib.odesolverresults ( odesolverstate  state, out int  m, out double[]  xtbl, out double  ytbl[,], out odesolverreport  rep  )

inlinestatic

References alglib.odesolver.odesolverresults().

static void alglib.fftc1d ( ref complex[]  a, int  n  )

inlinestatic

References alglib.fft.fftc1d().

static void alglib.fftc1d ( ref complex[]  a )

inlinestatic

References alglib.fft.fftc1d().

static void alglib.fftc1dinv ( ref complex[]  a, int  n  )

inlinestatic

References alglib.fft.fftc1dinv().

static void alglib.fftc1dinv ( ref complex[]  a )

inlinestatic

References alglib.fft.fftc1dinv().

static void alglib.fftr1d ( double[]  a, int  n, out complex[]  f  )

inlinestatic

References alglib.fft.fftr1d().

static void alglib.fftr1d ( double[]  a, out complex[]  f  )

inlinestatic

References alglib.fft.fftr1d().

static void alglib.fftr1dinv ( complex[]  f, int  n, out double[]  a  )

inlinestatic

References alglib.fft.fftr1dinv().

static void alglib.fftr1dinv ( complex[]  f, out double[]  a  )

inlinestatic

References alglib.fft.fftr1dinv().

static void alglib.convc1d ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1d().

static void alglib.convc1dinv ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1dinv().

static void alglib.convc1dcircular ( complex[]  s, int  m, complex[]  r, int  n, out complex[]  c  )

inlinestatic

References alglib.conv.convc1dcircular().

static void alglib.convc1dcircularinv ( complex[]  a, int  m, complex[]  b, int  n, out complex[]  r  )

inlinestatic

References alglib.conv.convc1dcircularinv().

static void alglib.convr1d ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1d().

static void alglib.convr1dinv ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1dinv().

static void alglib.convr1dcircular ( double[]  s, int  m, double[]  r, int  n, out double[]  c  )

inlinestatic

References alglib.conv.convr1dcircular().

static void alglib.convr1dcircularinv ( double[]  a, int  m, double[]  b, int  n, out double[]  r  )

inlinestatic

References alglib.conv.convr1dcircularinv().

static void alglib.corrc1d ( complex[]  signal, int  n, complex[]  pattern, int  m, out complex[]  r  )

inlinestatic

References alglib.corr.corrc1d().

static void alglib.corrc1dcircular ( complex[]  signal, int  m, complex[]  pattern, int  n, out complex[]  c  )

inlinestatic

References alglib.corr.corrc1dcircular().

static void alglib.corrr1d ( double[]  signal, int  n, double[]  pattern, int  m, out double[]  r  )

inlinestatic

References alglib.corr.corrr1d().

static void alglib.corrr1dcircular ( double[]  signal, int  m, double[]  pattern, int  n, out double[]  c  )

inlinestatic

References alglib.corr.corrr1dcircular().

static void alglib.fhtr1d ( ref double[]  a, int  n  )

inlinestatic

References alglib.fht.fhtr1d().

static void alglib.fhtr1dinv ( ref double[]  a, int  n  )

inlinestatic

References alglib.fht.fhtr1dinv().

static void alglib.gqgeneraterec ( double[]  alpha, double[]  beta, double  mu0, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgeneraterec().

static void alglib.gqgenerategausslobattorec ( double[]  alpha, double[]  beta, double  mu0, double  a, double  b, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslobattorec().

static void alglib.gqgenerategaussradaurec ( double[]  alpha, double[]  beta, double  mu0, double  a, int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategaussradaurec().

static void alglib.gqgenerategausslegendre ( int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslegendre().

static void alglib.gqgenerategaussjacobi ( int  n, double  alpha, double  beta, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategaussjacobi().

static void alglib.gqgenerategausslaguerre ( int  n, double  alpha, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausslaguerre().

static void alglib.gqgenerategausshermite ( int  n, out int  info, out double[]  x, out double[]  w  )

inlinestatic

References alglib.gq.gqgenerategausshermite().

static void alglib.gkqgeneraterec ( double[]  alpha, double[]  beta, double  mu0, int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgeneraterec().

static void alglib.gkqgenerategausslegendre ( int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgenerategausslegendre().

static void alglib.gkqgenerategaussjacobi ( int  n, double  alpha, double  beta, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqgenerategaussjacobi().

static void alglib.gkqlegendrecalc ( int  n, out int  info, out double[]  x, out double[]  wkronrod, out double[]  wgauss  )

inlinestatic

References alglib.gkq.gkqlegendrecalc().

static void alglib.gkqlegendretbl ( int  n, out double[]  x, out double[]  wkronrod, out double[]  wgauss, out double  eps  )

inlinestatic

References alglib.gkq.gkqlegendretbl().

static void alglib.autogksmooth ( double  a, double  b, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksmooth().

static void alglib.autogksmoothw ( double  a, double  b, double  xwidth, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksmoothw().

static void alglib.autogksingular ( double  a, double  b, double  alpha, double  beta, out autogkstate  state  )

inlinestatic

References alglib.autogk.autogksingular().

static bool alglib.autogkiteration ( autogkstate  state )

inlinestatic

References alglib.autogk.autogkiteration().

static void alglib.autogkintegrate ( autogkstate  state, integrator1_func  func, object  obj  )

inlinestatic

References autogkiteration().

static void alglib.autogkresults ( autogkstate  state, out double  v, out autogkreport  rep  )

inlinestatic

References alglib.autogk.autogkresults().

static double alglib.idwcalc ( idwinterpolant  z, double[]  x  )

inlinestatic

References alglib.idwint.idwcalc().

static void alglib.idwbuildmodifiedshepard ( double  xy[,], int  n, int  nx, int  d, int  nq, int  nw, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildmodifiedshepard().

static void alglib.idwbuildmodifiedshepardr ( double  xy[,], int  n, int  nx, double  r, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildmodifiedshepardr().

static void alglib.idwbuildnoisy ( double  xy[,], int  n, int  nx, int  d, int  nq, int  nw, out idwinterpolant  z  )

inlinestatic

References alglib.idwint.idwbuildnoisy().

static double alglib.barycentriccalc ( barycentricinterpolant  b, double  t  )

inlinestatic

References alglib.ratint.barycentriccalc().

static void alglib.barycentricdiff1 ( barycentricinterpolant  b, double  t, out double  f, out double  df  )

inlinestatic

References alglib.ratint.barycentricdiff1().

static void alglib.barycentricdiff2 ( barycentricinterpolant  b, double  t, out double  f, out double  df, out double  d2f  )

inlinestatic

References alglib.ratint.barycentricdiff2().

static void alglib.barycentriclintransx ( barycentricinterpolant  b, double  ca, double  cb  )

inlinestatic

References alglib.ratint.barycentriclintransx().

static void alglib.barycentriclintransy ( barycentricinterpolant  b, double  ca, double  cb  )

inlinestatic

References alglib.ratint.barycentriclintransy().

static void alglib.barycentricunpack ( barycentricinterpolant  b, out int  n, out double[]  x, out double[]  y, out double[]  w  )

inlinestatic

References alglib.ratint.barycentricunpack().

static void alglib.barycentricbuildxyw ( double[]  x, double[]  y, double[]  w, int  n, out barycentricinterpolant  b  )

inlinestatic

References alglib.ratint.barycentricbuildxyw().

static void alglib.barycentricbuildfloaterhormann ( double[]  x, double[]  y, int  n, int  d, out barycentricinterpolant  b  )

inlinestatic

References alglib.ratint.barycentricbuildfloaterhormann().

static void alglib.polynomialbar2cheb ( barycentricinterpolant  p, double  a, double  b, out double[]  t  )

inlinestatic

References alglib.polint.polynomialbar2cheb().

static void alglib.polynomialcheb2bar ( double[]  t, int  n, double  a, double  b, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialcheb2bar().

static void alglib.polynomialcheb2bar ( double[]  t, double  a, double  b, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialcheb2bar().

static void alglib.polynomialbar2pow ( barycentricinterpolant  p, double  c, double  s, out double[]  a  )

inlinestatic

References alglib.polint.polynomialbar2pow().

static void alglib.polynomialbar2pow ( barycentricinterpolant  p, out double[]  a  )

inlinestatic

References alglib.polint.polynomialbar2pow().

static void alglib.polynomialpow2bar ( double[]  a, int  n, double  c, double  s, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialpow2bar().

static void alglib.polynomialpow2bar ( double[]  a, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialpow2bar().

static void alglib.polynomialbuild ( double[]  x, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuild().

static void alglib.polynomialbuild ( double[]  x, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuild().

static void alglib.polynomialbuildeqdist ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildeqdist().

static void alglib.polynomialbuildeqdist ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildeqdist().

static void alglib.polynomialbuildcheb1 ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb1().

static void alglib.polynomialbuildcheb1 ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb1().

static void alglib.polynomialbuildcheb2 ( double  a, double  b, double[]  y, int  n, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb2().

static void alglib.polynomialbuildcheb2 ( double  a, double  b, double[]  y, out barycentricinterpolant  p  )

inlinestatic

References alglib.polint.polynomialbuildcheb2().

static double alglib.polynomialcalceqdist ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalceqdist().

static double alglib.polynomialcalceqdist ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalceqdist().

static double alglib.polynomialcalccheb1 ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb1().

static double alglib.polynomialcalccheb1 ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb1().

static double alglib.polynomialcalccheb2 ( double  a, double  b, double[]  f, int  n, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb2().

static double alglib.polynomialcalccheb2 ( double  a, double  b, double[]  f, double  t  )

inlinestatic

References alglib.polint.polynomialcalccheb2().

static void alglib.spline1dbuildlinear ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildlinear().

static void alglib.spline1dbuildlinear ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildlinear().

static void alglib.spline1dbuildcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcubic().

static void alglib.spline1dbuildcubic ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcubic().

static void alglib.spline1dgriddiffcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out double[]  d  )

inlinestatic

References alglib.spline1d.spline1dgriddiffcubic().

static void alglib.spline1dgriddiffcubic ( double[]  x, double[]  y, out double[]  d  )

inlinestatic

References alglib.spline1d.spline1dgriddiffcubic().

static void alglib.spline1dgriddiff2cubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, out double[]  d1, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dgriddiff2cubic().

static void alglib.spline1dgriddiff2cubic ( double[]  x, double[]  y, out double[]  d1, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dgriddiff2cubic().

static void alglib.spline1dconvcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2  )

inlinestatic

References alglib.spline1d.spline1dconvcubic().

static void alglib.spline1dconvcubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2  )

inlinestatic

References alglib.spline1d.spline1dconvcubic().

static void alglib.spline1dconvdiffcubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dconvdiffcubic().

static void alglib.spline1dconvdiffcubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2, out double[]  d2  )

inlinestatic

References alglib.spline1d.spline1dconvdiffcubic().

static void alglib.spline1dconvdiff2cubic ( double[]  x, double[]  y, int  n, int  boundltype, double  boundl, int  boundrtype, double  boundr, double[]  x2, int  n2, out double[]  y2, out double[]  d2, out double[]  dd2  )

inlinestatic

References alglib.spline1d.spline1dconvdiff2cubic().

static void alglib.spline1dconvdiff2cubic ( double[]  x, double[]  y, double[]  x2, out double[]  y2, out double[]  d2, out double[]  dd2  )

inlinestatic

References alglib.spline1d.spline1dconvdiff2cubic().

static void alglib.spline1dbuildcatmullrom ( double[]  x, double[]  y, int  n, int  boundtype, double  tension, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcatmullrom().

static void alglib.spline1dbuildcatmullrom ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildcatmullrom().

static void alglib.spline1dbuildhermite ( double[]  x, double[]  y, double[]  d, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildhermite().

static void alglib.spline1dbuildhermite ( double[]  x, double[]  y, double[]  d, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildhermite().

static void alglib.spline1dbuildakima ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildakima().

static void alglib.spline1dbuildakima ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildakima().

static double alglib.spline1dcalc ( spline1dinterpolant  c, double  x  )

inlinestatic

References alglib.spline1d.spline1dcalc().

static void alglib.spline1ddiff ( spline1dinterpolant  c, double  x, out double  s, out double  ds, out double  d2s  )

inlinestatic

References alglib.spline1d.spline1ddiff().

static void alglib.spline1dunpack ( spline1dinterpolant  c, out int  n, out double  tbl[,]  )

inlinestatic

References alglib.spline1d.spline1dunpack().

static void alglib.spline1dlintransx ( spline1dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline1d.spline1dlintransx().

static void alglib.spline1dlintransy ( spline1dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline1d.spline1dlintransy().

static double alglib.spline1dintegrate ( spline1dinterpolant  c, double  x  )

inlinestatic

References alglib.spline1d.spline1dintegrate().

static void alglib.spline1dbuildmonotone ( double[]  x, double[]  y, int  n, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildmonotone().

static void alglib.spline1dbuildmonotone ( double[]  x, double[]  y, out spline1dinterpolant  c  )

inlinestatic

References alglib.spline1d.spline1dbuildmonotone().

static void alglib.polynomialfit ( double[]  x, double[]  y, int  n, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfit().

static void alglib.polynomialfit ( double[]  x, double[]  y, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfit().

static void alglib.polynomialfitwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfitwc().

static void alglib.polynomialfitwc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out barycentricinterpolant  p, out polynomialfitreport  rep  )

inlinestatic

References alglib.lsfit.polynomialfitwc().

static void alglib.barycentricfitfloaterhormannwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out barycentricinterpolant  b, out barycentricfitreport  rep  )

inlinestatic

References alglib.lsfit.barycentricfitfloaterhormannwc().

static void alglib.barycentricfitfloaterhormann ( double[]  x, double[]  y, int  n, int  m, out int  info, out barycentricinterpolant  b, out barycentricfitreport  rep  )

inlinestatic

References alglib.lsfit.barycentricfitfloaterhormann().

static void alglib.spline1dfitpenalized ( double[]  x, double[]  y, int  n, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalized().

static void alglib.spline1dfitpenalized ( double[]  x, double[]  y, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalized().

static void alglib.spline1dfitpenalizedw ( double[]  x, double[]  y, double[]  w, int  n, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalizedw().

static void alglib.spline1dfitpenalizedw ( double[]  x, double[]  y, double[]  w, int  m, double  rho, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitpenalizedw().

static void alglib.spline1dfitcubicwc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubicwc().

static void alglib.spline1dfitcubicwc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubicwc().

static void alglib.spline1dfithermitewc ( double[]  x, double[]  y, double[]  w, int  n, double[]  xc, double[]  yc, int[]  dc, int  k, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermitewc().

static void alglib.spline1dfithermitewc ( double[]  x, double[]  y, double[]  w, double[]  xc, double[]  yc, int[]  dc, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermitewc().

static void alglib.spline1dfitcubic ( double[]  x, double[]  y, int  n, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubic().

static void alglib.spline1dfitcubic ( double[]  x, double[]  y, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfitcubic().

static void alglib.spline1dfithermite ( double[]  x, double[]  y, int  n, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermite().

static void alglib.spline1dfithermite ( double[]  x, double[]  y, int  m, out int  info, out spline1dinterpolant  s, out spline1dfitreport  rep  )

inlinestatic

References alglib.lsfit.spline1dfithermite().

static void alglib.lsfitlinearw ( double[]  y, double[]  w, double  fmatrix[,], int  n, int  m, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearw().

static void alglib.lsfitlinearw ( double[]  y, double[]  w, double  fmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearw().

static void alglib.lsfitlinearwc ( double[]  y, double[]  w, double  fmatrix[,], double  cmatrix[,], int  n, int  m, int  k, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearwc().

static void alglib.lsfitlinearwc ( double[]  y, double[]  w, double  fmatrix[,], double  cmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearwc().

static void alglib.lsfitlinear ( double[]  y, double  fmatrix[,], int  n, int  m, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinear().

static void alglib.lsfitlinear ( double[]  y, double  fmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinear().

static void alglib.lsfitlinearc ( double[]  y, double  fmatrix[,], double  cmatrix[,], int  n, int  m, int  k, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearc().

static void alglib.lsfitlinearc ( double[]  y, double  fmatrix[,], double  cmatrix[,], out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitlinearc().

static void alglib.lsfitcreatewf ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewf().

static void alglib.lsfitcreatewf ( double  x[,], double[]  y, double[]  w, double[]  c, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewf().

static void alglib.lsfitcreatef ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatef().

static void alglib.lsfitcreatef ( double  x[,], double[]  y, double[]  c, double  diffstep, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatef().

static void alglib.lsfitcreatewfg ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfg().

static void alglib.lsfitcreatewfg ( double  x[,], double[]  y, double[]  w, double[]  c, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfg().

static void alglib.lsfitcreatefg ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefg().

static void alglib.lsfitcreatefg ( double  x[,], double[]  y, double[]  c, bool  cheapfg, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefg().

static void alglib.lsfitcreatewfgh ( double  x[,], double[]  y, double[]  w, double[]  c, int  n, int  m, int  k, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfgh().

static void alglib.lsfitcreatewfgh ( double  x[,], double[]  y, double[]  w, double[]  c, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatewfgh().

static void alglib.lsfitcreatefgh ( double  x[,], double[]  y, double[]  c, int  n, int  m, int  k, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefgh().

static void alglib.lsfitcreatefgh ( double  x[,], double[]  y, double[]  c, out lsfitstate  state  )

inlinestatic

References alglib.lsfit.lsfitcreatefgh().

static void alglib.lsfitsetcond ( lsfitstate  state, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.lsfit.lsfitsetcond().

static void alglib.lsfitsetstpmax ( lsfitstate  state, double  stpmax  )

inlinestatic

References alglib.lsfit.lsfitsetstpmax().

static void alglib.lsfitsetxrep ( lsfitstate  state, bool  needxrep  )

inlinestatic

References alglib.lsfit.lsfitsetxrep().

static void alglib.lsfitsetscale ( lsfitstate  state, double[]  s  )

inlinestatic

References alglib.lsfit.lsfitsetscale().

static void alglib.lsfitsetbc ( lsfitstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.lsfit.lsfitsetbc().

static bool alglib.lsfititeration ( lsfitstate  state )

inlinestatic

References alglib.lsfit.lsfititeration().

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References lsfititeration().

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_pgrad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References lsfititeration().

static void alglib.lsfitfit ( lsfitstate  state, ndimensional_pfunc  func, ndimensional_pgrad  grad, ndimensional_phess  hess, ndimensional_rep  rep, object  obj  )

inlinestatic

References lsfititeration().

static void alglib.lsfitresults ( lsfitstate  state, out int  info, out double[]  c, out lsfitreport  rep  )

inlinestatic

References alglib.lsfit.lsfitresults().

static void alglib.lsfitsetgradientcheck ( lsfitstate  state, double  teststep  )

inlinestatic

References alglib.lsfit.lsfitsetgradientcheck().

static void alglib.pspline2build ( double  xy[,], int  n, int  st, int  pt, out pspline2interpolant  p  )

inlinestatic

References alglib.pspline.pspline2build().

static void alglib.pspline3build ( double  xy[,], int  n, int  st, int  pt, out pspline3interpolant  p  )

inlinestatic

References alglib.pspline.pspline3build().

static void alglib.pspline2buildperiodic ( double  xy[,], int  n, int  st, int  pt, out pspline2interpolant  p  )

inlinestatic

References alglib.pspline.pspline2buildperiodic().

static void alglib.pspline3buildperiodic ( double  xy[,], int  n, int  st, int  pt, out pspline3interpolant  p  )

inlinestatic

References alglib.pspline.pspline3buildperiodic().

static void alglib.pspline2parametervalues ( pspline2interpolant  p, out int  n, out double[]  t  )

inlinestatic

References alglib.pspline.pspline2parametervalues().

static void alglib.pspline3parametervalues ( pspline3interpolant  p, out int  n, out double[]  t  )

inlinestatic

References alglib.pspline.pspline3parametervalues().

static void alglib.pspline2calc ( pspline2interpolant  p, double  t, out double  x, out double  y  )

inlinestatic

References alglib.pspline.pspline2calc().

static void alglib.pspline3calc ( pspline3interpolant  p, double  t, out double  x, out double  y, out double  z  )

inlinestatic

References alglib.pspline.pspline3calc().

static void alglib.pspline2tangent ( pspline2interpolant  p, double  t, out double  x, out double  y  )

inlinestatic

References alglib.pspline.pspline2tangent().

static void alglib.pspline3tangent ( pspline3interpolant  p, double  t, out double  x, out double  y, out double  z  )

inlinestatic

References alglib.pspline.pspline3tangent().

static void alglib.pspline2diff ( pspline2interpolant  p, double  t, out double  x, out double  dx, out double  y, out double  dy  )

inlinestatic

References alglib.pspline.pspline2diff().

static void alglib.pspline3diff ( pspline3interpolant  p, double  t, out double  x, out double  dx, out double  y, out double  dy, out double  z, out double  dz  )

inlinestatic

References alglib.pspline.pspline3diff().

static void alglib.pspline2diff2 ( pspline2interpolant  p, double  t, out double  x, out double  dx, out double  d2x, out double  y, out double  dy, out double  d2y  )

inlinestatic

References alglib.pspline.pspline2diff2().

static void alglib.pspline3diff2 ( pspline3interpolant  p, double  t, out double  x, out double  dx, out double  d2x, out double  y, out double  dy, out double  d2y, out double  z, out double  dz, out double  d2z  )

inlinestatic

References alglib.pspline.pspline3diff2().

static double alglib.pspline2arclength ( pspline2interpolant  p, double  a, double  b  )

inlinestatic

References alglib.pspline.pspline2arclength().

static double alglib.pspline3arclength ( pspline3interpolant  p, double  a, double  b  )

inlinestatic

References alglib.pspline.pspline3arclength().

static void alglib.rbfserialize ( rbfmodel  obj, out string  s_out  )

inlinestatic

References alglib.rbf.rbfalloc(), and alglib.rbf.rbfserialize().

static void alglib.rbfunserialize ( string  s_in, out rbfmodel  obj  )

inlinestatic

References alglib.rbf.rbfunserialize().

static void alglib.rbfcreate ( int  nx, int  ny, out rbfmodel  s  )

inlinestatic

References alglib.rbf.rbfcreate().

static void alglib.rbfsetpoints ( rbfmodel  s, double  xy[,], int  n  )

inlinestatic

References alglib.rbf.rbfsetpoints().

static void alglib.rbfsetpoints ( rbfmodel  s, double  xy[,]  )

inlinestatic

References alglib.rbf.rbfsetpoints().

static void alglib.rbfsetalgoqnn ( rbfmodel  s, double  q, double  z  )

inlinestatic

References alglib.rbf.rbfsetalgoqnn().

static void alglib.rbfsetalgoqnn ( rbfmodel  s )

inlinestatic

References alglib.rbf.rbfsetalgoqnn().

static void alglib.rbfsetalgomultilayer ( rbfmodel  s, double  rbase, int  nlayers, double  lambdav  )

inlinestatic

References alglib.rbf.rbfsetalgomultilayer().

static void alglib.rbfsetalgomultilayer ( rbfmodel  s, double  rbase, int  nlayers  )

inlinestatic

References alglib.rbf.rbfsetalgomultilayer().

static void alglib.rbfsetlinterm ( rbfmodel  s )

inlinestatic

References alglib.rbf.rbfsetlinterm().

static void alglib.rbfsetconstterm ( rbfmodel  s )

inlinestatic

References alglib.rbf.rbfsetconstterm().

static void alglib.rbfsetzeroterm ( rbfmodel  s )

inlinestatic

References alglib.rbf.rbfsetzeroterm().

static void alglib.rbfbuildmodel ( rbfmodel  s, out rbfreport  rep  )

inlinestatic

References alglib.rbf.rbfbuildmodel().

static double alglib.rbfcalc2 ( rbfmodel  s, double  x0, double  x1  )

inlinestatic

References alglib.rbf.rbfcalc2().

static double alglib.rbfcalc3 ( rbfmodel  s, double  x0, double  x1, double  x2  )

inlinestatic

References alglib.rbf.rbfcalc3().

static void alglib.rbfcalc ( rbfmodel  s, double[]  x, out double[]  y  )

inlinestatic

References alglib.rbf.rbfcalc().

static void alglib.rbfcalcbuf ( rbfmodel  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.rbf.rbfcalcbuf().

static void alglib.rbfgridcalc2 ( rbfmodel  s, double[]  x0, int  n0, double[]  x1, int  n1, out double  y[,]  )

inlinestatic

References alglib.rbf.rbfgridcalc2().

static void alglib.rbfunpack ( rbfmodel  s, out int  nx, out int  ny, out double  xwr[,], out int  nc, out double  v[,]  )

inlinestatic

References alglib.rbf.rbfunpack().

static double alglib.spline2dcalc ( spline2dinterpolant  c, double  x, double  y  )

inlinestatic

References alglib.spline2d.spline2dcalc().

static void alglib.spline2ddiff ( spline2dinterpolant  c, double  x, double  y, out double  f, out double  fx, out double  fy, out double  fxy  )

inlinestatic

References alglib.spline2d.spline2ddiff().

static void alglib.spline2dlintransxy ( spline2dinterpolant  c, double  ax, double  bx, double  ay, double  by  )

inlinestatic

References alglib.spline2d.spline2dlintransxy().

static void alglib.spline2dlintransf ( spline2dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline2d.spline2dlintransf().

static void alglib.spline2dcopy ( spline2dinterpolant  c, out spline2dinterpolant  cc  )

inlinestatic

References alglib.spline2d.spline2dcopy().

static void alglib.spline2dresamplebicubic ( double  a[,], int  oldheight, int  oldwidth, out double  b[,], int  newheight, int  newwidth  )

inlinestatic

References alglib.spline2d.spline2dresamplebicubic().

static void alglib.spline2dresamplebilinear ( double  a[,], int  oldheight, int  oldwidth, out double  b[,], int  newheight, int  newwidth  )

inlinestatic

References alglib.spline2d.spline2dresamplebilinear().

static void alglib.spline2dbuildbilinearv ( double[]  x, int  n, double[]  y, int  m, double[]  f, int  d, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbilinearv().

static void alglib.spline2dbuildbicubicv ( double[]  x, int  n, double[]  y, int  m, double[]  f, int  d, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbicubicv().

static void alglib.spline2dcalcvbuf ( spline2dinterpolant  c, double  x, double  y, ref double[]  f  )

inlinestatic

References alglib.spline2d.spline2dcalcvbuf().

static void alglib.spline2dcalcv ( spline2dinterpolant  c, double  x, double  y, out double[]  f  )

inlinestatic

References alglib.spline2d.spline2dcalcv().

static void alglib.spline2dunpackv ( spline2dinterpolant  c, out int  m, out int  n, out int  d, out double  tbl[,]  )

inlinestatic

References alglib.spline2d.spline2dunpackv().

static void alglib.spline2dbuildbilinear ( double[]  x, double[]  y, double  f[,], int  m, int  n, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbilinear().

static void alglib.spline2dbuildbicubic ( double[]  x, double[]  y, double  f[,], int  m, int  n, out spline2dinterpolant  c  )

inlinestatic

References alglib.spline2d.spline2dbuildbicubic().

static void alglib.spline2dunpack ( spline2dinterpolant  c, out int  m, out int  n, out double  tbl[,]  )

inlinestatic

References alglib.spline2d.spline2dunpack().

static double alglib.spline3dcalc ( spline3dinterpolant  c, double  x, double  y, double  z  )

inlinestatic

References alglib.spline3d.spline3dcalc().

static void alglib.spline3dlintransxyz ( spline3dinterpolant  c, double  ax, double  bx, double  ay, double  by, double  az, double  bz  )

inlinestatic

References alglib.spline3d.spline3dlintransxyz().

static void alglib.spline3dlintransf ( spline3dinterpolant  c, double  a, double  b  )

inlinestatic

References alglib.spline3d.spline3dlintransf().

static void alglib.spline3dresampletrilinear ( double[]  a, int  oldzcount, int  oldycount, int  oldxcount, int  newzcount, int  newycount, int  newxcount, out double[]  b  )

inlinestatic

References alglib.spline3d.spline3dresampletrilinear().

static void alglib.spline3dbuildtrilinearv ( double[]  x, int  n, double[]  y, int  m, double[]  z, int  l, double[]  f, int  d, out spline3dinterpolant  c  )

inlinestatic

References alglib.spline3d.spline3dbuildtrilinearv().

static void alglib.spline3dcalcvbuf ( spline3dinterpolant  c, double  x, double  y, double  z, ref double[]  f  )

inlinestatic

References alglib.spline3d.spline3dcalcvbuf().

static void alglib.spline3dcalcv ( spline3dinterpolant  c, double  x, double  y, double  z, out double[]  f  )

inlinestatic

References alglib.spline3d.spline3dcalcv().

static void alglib.spline3dunpackv ( spline3dinterpolant  c, out int  n, out int  m, out int  l, out int  d, out int  stype, out double  tbl[,]  )

inlinestatic

References alglib.spline3d.spline3dunpackv().

static void alglib.cmatrixtranspose ( int  m, int  n, complex  a[,], int  ia, int  ja, ref complex  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.cmatrixtranspose().

static void alglib.rmatrixtranspose ( int  m, int  n, double  a[,], int  ia, int  ja, ref double  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.rmatrixtranspose().

static void alglib.rmatrixenforcesymmetricity ( ref double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.ablas.rmatrixenforcesymmetricity().

static void alglib.cmatrixcopy ( int  m, int  n, complex  a[,], int  ia, int  ja, ref complex  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.cmatrixcopy().

static void alglib.rmatrixcopy ( int  m, int  n, double  a[,], int  ia, int  ja, ref double  b[,], int  ib, int  jb  )

inlinestatic

References alglib.ablas.rmatrixcopy().

static void alglib.cmatrixrank1 ( int  m, int  n, ref complex  a[,], int  ia, int  ja, ref complex[]  u, int  iu, ref complex[]  v, int  iv  )

inlinestatic

References alglib.ablas.cmatrixrank1().

static void alglib.rmatrixrank1 ( int  m, int  n, ref double  a[,], int  ia, int  ja, ref double[]  u, int  iu, ref double[]  v, int  iv  )

inlinestatic

References alglib.ablas.rmatrixrank1().

static void alglib.cmatrixmv ( int  m, int  n, complex  a[,], int  ia, int  ja, int  opa, complex[]  x, int  ix, ref complex[]  y, int  iy  )

inlinestatic

References alglib.ablas.cmatrixmv().

static void alglib.rmatrixmv ( int  m, int  n, double  a[,], int  ia, int  ja, int  opa, double[]  x, int  ix, ref double[]  y, int  iy  )

inlinestatic

References alglib.ablas.rmatrixmv().

static void alglib.cmatrixrighttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.cmatrixrighttrsm().

static void alglib.smp_cmatrixrighttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas._pexec_cmatrixrighttrsm().

static void alglib.cmatrixlefttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.cmatrixlefttrsm().

static void alglib.smp_cmatrixlefttrsm ( int  m, int  n, complex  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref complex  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas._pexec_cmatrixlefttrsm().

static void alglib.rmatrixrighttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.rmatrixrighttrsm().

static void alglib.smp_rmatrixrighttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas._pexec_rmatrixrighttrsm().

static void alglib.rmatrixlefttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas.rmatrixlefttrsm().

static void alglib.smp_rmatrixlefttrsm ( int  m, int  n, double  a[,], int  i1, int  j1, bool  isupper, bool  isunit, int  optype, ref double  x[,], int  i2, int  j2  )

inlinestatic

References alglib.ablas._pexec_rmatrixlefttrsm().

static void alglib.cmatrixsyrk ( int  n, int  k, double  alpha, complex  a[,], int  ia, int  ja, int  optypea, double  beta, ref complex  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas.cmatrixsyrk().

static void alglib.smp_cmatrixsyrk ( int  n, int  k, double  alpha, complex  a[,], int  ia, int  ja, int  optypea, double  beta, ref complex  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas._pexec_cmatrixsyrk().

static void alglib.rmatrixsyrk ( int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  beta, ref double  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas.rmatrixsyrk().

static void alglib.smp_rmatrixsyrk ( int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  beta, ref double  c[,], int  ic, int  jc, bool  isupper  )

inlinestatic

References alglib.ablas._pexec_rmatrixsyrk().

Referenced by MainTest.Main().

static void alglib.cmatrixgemm ( int  m, int  n, int  k, complex  alpha, complex  a[,], int  ia, int  ja, int  optypea, complex  b[,], int  ib, int  jb, int  optypeb, complex  beta, ref complex  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas.cmatrixgemm().

static void alglib.smp_cmatrixgemm ( int  m, int  n, int  k, complex  alpha, complex  a[,], int  ia, int  ja, int  optypea, complex  b[,], int  ib, int  jb, int  optypeb, complex  beta, ref complex  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas._pexec_cmatrixgemm().

static void alglib.rmatrixgemm ( int  m, int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  b[,], int  ib, int  jb, int  optypeb, double  beta, ref double  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas.rmatrixgemm().

static void alglib.smp_rmatrixgemm ( int  m, int  n, int  k, double  alpha, double  a[,], int  ia, int  ja, int  optypea, double  b[,], int  ib, int  jb, int  optypeb, double  beta, ref double  c[,], int  ic, int  jc  )

inlinestatic

References alglib.ablas._pexec_rmatrixgemm().

Referenced by MainTest.Main().

static void alglib.rmatrixqr ( ref double  a[,], int  m, int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixqr().

static void alglib.rmatrixlq ( ref double  a[,], int  m, int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixlq().

static void alglib.cmatrixqr ( ref complex  a[,], int  m, int  n, out complex[]  tau  )

inlinestatic

References alglib.ortfac.cmatrixqr().

static void alglib.cmatrixlq ( ref complex  a[,], int  m, int  n, out complex[]  tau  )

inlinestatic

References alglib.ortfac.cmatrixlq().

static void alglib.rmatrixqrunpackq ( double  a[,], int  m, int  n, double[]  tau, int  qcolumns, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixqrunpackq().

static void alglib.rmatrixqrunpackr ( double  a[,], int  m, int  n, out double  r[,]  )

inlinestatic

References alglib.ortfac.rmatrixqrunpackr().

static void alglib.rmatrixlqunpackq ( double  a[,], int  m, int  n, double[]  tau, int  qrows, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixlqunpackq().

static void alglib.rmatrixlqunpackl ( double  a[,], int  m, int  n, out double  l[,]  )

inlinestatic

References alglib.ortfac.rmatrixlqunpackl().

static void alglib.cmatrixqrunpackq ( complex  a[,], int  m, int  n, complex[]  tau, int  qcolumns, out complex  q[,]  )

inlinestatic

References alglib.ortfac.cmatrixqrunpackq().

static void alglib.cmatrixqrunpackr ( complex  a[,], int  m, int  n, out complex  r[,]  )

inlinestatic

References alglib.ortfac.cmatrixqrunpackr().

static void alglib.cmatrixlqunpackq ( complex  a[,], int  m, int  n, complex[]  tau, int  qrows, out complex  q[,]  )

inlinestatic

References alglib.ortfac.cmatrixlqunpackq().

static void alglib.cmatrixlqunpackl ( complex  a[,], int  m, int  n, out complex  l[,]  )

inlinestatic

References alglib.ortfac.cmatrixlqunpackl().

static void alglib.rmatrixbd ( ref double  a[,], int  m, int  n, out double[]  tauq, out double[]  taup  )

inlinestatic

References alglib.ortfac.rmatrixbd().

static void alglib.rmatrixbdunpackq ( double  qp[,], int  m, int  n, double[]  tauq, int  qcolumns, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackq().

static void alglib.rmatrixbdmultiplybyq ( double  qp[,], int  m, int  n, double[]  tauq, ref double  z[,], int  zrows, int  zcolumns, bool  fromtheright, bool  dotranspose  )

inlinestatic

References alglib.ortfac.rmatrixbdmultiplybyq().

static void alglib.rmatrixbdunpackpt ( double  qp[,], int  m, int  n, double[]  taup, int  ptrows, out double  pt[,]  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackpt().

static void alglib.rmatrixbdmultiplybyp ( double  qp[,], int  m, int  n, double[]  taup, ref double  z[,], int  zrows, int  zcolumns, bool  fromtheright, bool  dotranspose  )

inlinestatic

References alglib.ortfac.rmatrixbdmultiplybyp().

static void alglib.rmatrixbdunpackdiagonals ( double  b[,], int  m, int  n, out bool  isupper, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.rmatrixbdunpackdiagonals().

static void alglib.rmatrixhessenberg ( ref double  a[,], int  n, out double[]  tau  )

inlinestatic

References alglib.ortfac.rmatrixhessenberg().

static void alglib.rmatrixhessenbergunpackq ( double  a[,], int  n, double[]  tau, out double  q[,]  )

inlinestatic

References alglib.ortfac.rmatrixhessenbergunpackq().

static void alglib.rmatrixhessenbergunpackh ( double  a[,], int  n, out double  h[,]  )

inlinestatic

References alglib.ortfac.rmatrixhessenbergunpackh().

static void alglib.smatrixtd ( ref double  a[,], int  n, bool  isupper, out double[]  tau, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.smatrixtd().

static void alglib.smatrixtdunpackq ( double  a[,], int  n, bool  isupper, double[]  tau, out double  q[,]  )

inlinestatic

References alglib.ortfac.smatrixtdunpackq().

static void alglib.hmatrixtd ( ref complex  a[,], int  n, bool  isupper, out complex[]  tau, out double[]  d, out double[]  e  )

inlinestatic

References alglib.ortfac.hmatrixtd().

static void alglib.hmatrixtdunpackq ( complex  a[,], int  n, bool  isupper, complex[]  tau, out complex  q[,]  )

inlinestatic

References alglib.ortfac.hmatrixtdunpackq().

static bool alglib.rmatrixbdsvd ( ref double[]  d, double[]  e, int  n, bool  isupper, bool  isfractionalaccuracyrequired, ref double  u[,], int  nru, ref double  c[,], int  ncc, ref double  vt[,], int  ncvt  )

inlinestatic

References alglib.bdsvd.rmatrixbdsvd().

static bool alglib.rmatrixsvd ( double  a[,], int  m, int  n, int  uneeded, int  vtneeded, int  additionalmemory, out double[]  w, out double  u[,], out double  vt[,]  )

inlinestatic

References alglib.svd.rmatrixsvd().

static bool alglib.smatrixevd ( double  a[,], int  n, int  zneeded, bool  isupper, out double[]  d, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevd().

static bool alglib.smatrixevdr ( double  a[,], int  n, int  zneeded, bool  isupper, double  b1, double  b2, out int  m, out double[]  w, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevdr().

static bool alglib.smatrixevdi ( double  a[,], int  n, int  zneeded, bool  isupper, int  i1, int  i2, out double[]  w, out double  z[,]  )

inlinestatic

References alglib.evd.smatrixevdi().

static bool alglib.hmatrixevd ( complex  a[,], int  n, int  zneeded, bool  isupper, out double[]  d, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevd().

static bool alglib.hmatrixevdr ( complex  a[,], int  n, int  zneeded, bool  isupper, double  b1, double  b2, out int  m, out double[]  w, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevdr().

static bool alglib.hmatrixevdi ( complex  a[,], int  n, int  zneeded, bool  isupper, int  i1, int  i2, out double[]  w, out complex  z[,]  )

inlinestatic

References alglib.evd.hmatrixevdi().

static bool alglib.smatrixtdevd ( ref double[]  d, double[]  e, int  n, int  zneeded, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevd().

static bool alglib.smatrixtdevdr ( ref double[]  d, double[]  e, int  n, int  zneeded, double  a, double  b, out int  m, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevdr().

static bool alglib.smatrixtdevdi ( ref double[]  d, double[]  e, int  n, int  zneeded, int  i1, int  i2, ref double  z[,]  )

inlinestatic

References alglib.evd.smatrixtdevdi().

static bool alglib.rmatrixevd ( double  a[,], int  n, int  vneeded, out double[]  wr, out double[]  wi, out double  vl[,], out double  vr[,]  )

inlinestatic

References alglib.evd.rmatrixevd().

static void alglib.rmatrixrndorthogonal ( int  n, out double  a[,]  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonal().

static void alglib.rmatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.rmatrixrndcond().

static void alglib.cmatrixrndorthogonal ( int  n, out complex  a[,]  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonal().

static void alglib.cmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.cmatrixrndcond().

static void alglib.smatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.smatrixrndcond().

static void alglib.spdmatrixrndcond ( int  n, double  c, out double  a[,]  )

inlinestatic

References alglib.matgen.spdmatrixrndcond().

static void alglib.hmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.hmatrixrndcond().

static void alglib.hpdmatrixrndcond ( int  n, double  c, out complex  a[,]  )

inlinestatic

References alglib.matgen.hpdmatrixrndcond().

static void alglib.rmatrixrndorthogonalfromtheright ( ref double  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonalfromtheright().

static void alglib.rmatrixrndorthogonalfromtheleft ( ref double  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.rmatrixrndorthogonalfromtheleft().

static void alglib.cmatrixrndorthogonalfromtheright ( ref complex  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonalfromtheright().

static void alglib.cmatrixrndorthogonalfromtheleft ( ref complex  a[,], int  m, int  n  )

inlinestatic

References alglib.matgen.cmatrixrndorthogonalfromtheleft().

static void alglib.smatrixrndmultiply ( ref double  a[,], int  n  )

inlinestatic

References alglib.matgen.smatrixrndmultiply().

static void alglib.hmatrixrndmultiply ( ref complex  a[,], int  n  )

inlinestatic

References alglib.matgen.hmatrixrndmultiply().

static void alglib.rmatrixlu ( ref double  a[,], int  m, int  n, out int[]  pivots  )

inlinestatic

References alglib.trfac.rmatrixlu().

static void alglib.cmatrixlu ( ref complex  a[,], int  m, int  n, out int[]  pivots  )

inlinestatic

References alglib.trfac.cmatrixlu().

static bool alglib.hpdmatrixcholesky ( ref complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.trfac.hpdmatrixcholesky().

static bool alglib.spdmatrixcholesky ( ref double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.trfac.spdmatrixcholesky().

static double alglib.rmatrixrcond1 ( double  a[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixrcond1().

static double alglib.rmatrixrcondinf ( double  a[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixrcondinf().

static double alglib.spdmatrixrcond ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.spdmatrixrcond().

static double alglib.rmatrixtrrcond1 ( double  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.rmatrixtrrcond1().

static double alglib.rmatrixtrrcondinf ( double  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.rmatrixtrrcondinf().

static double alglib.hpdmatrixrcond ( complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.hpdmatrixrcond().

static double alglib.cmatrixrcond1 ( complex  a[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixrcond1().

static double alglib.cmatrixrcondinf ( complex  a[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixrcondinf().

static double alglib.rmatrixlurcond1 ( double  lua[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixlurcond1().

static double alglib.rmatrixlurcondinf ( double  lua[,], int  n  )

inlinestatic

References alglib.rcond.rmatrixlurcondinf().

static double alglib.spdmatrixcholeskyrcond ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.spdmatrixcholeskyrcond().

static double alglib.hpdmatrixcholeskyrcond ( complex  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.rcond.hpdmatrixcholeskyrcond().

static double alglib.cmatrixlurcond1 ( complex  lua[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixlurcond1().

static double alglib.cmatrixlurcondinf ( complex  lua[,], int  n  )

inlinestatic

References alglib.rcond.cmatrixlurcondinf().

static double alglib.cmatrixtrrcond1 ( complex  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.cmatrixtrrcond1().

static double alglib.cmatrixtrrcondinf ( complex  a[,], int  n, bool  isupper, bool  isunit  )

inlinestatic

References alglib.rcond.cmatrixtrrcondinf().

static void alglib.rmatrixluinverse ( ref double  a[,], int[]  pivots, int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixluinverse().

static void alglib.rmatrixluinverse ( ref double  a[,], int[]  pivots, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixluinverse().

static void alglib.rmatrixinverse ( ref double  a[,], int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixinverse().

static void alglib.rmatrixinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixinverse().

static void alglib.cmatrixluinverse ( ref complex  a[,], int[]  pivots, int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixluinverse().

static void alglib.cmatrixluinverse ( ref complex  a[,], int[]  pivots, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixluinverse().

static void alglib.cmatrixinverse ( ref complex  a[,], int  n, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixinverse().

static void alglib.cmatrixinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixinverse().

static void alglib.spdmatrixcholeskyinverse ( ref double  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixcholeskyinverse().

static void alglib.spdmatrixcholeskyinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixcholeskyinverse().

static void alglib.spdmatrixinverse ( ref double  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.spdmatrixinverse().

static void alglib.spdmatrixinverse ( ref double  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.ap.forcesymmetric(), alglib.ap.issymmetric(), and alglib.matinv.spdmatrixinverse().

static void alglib.hpdmatrixcholeskyinverse ( ref complex  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixcholeskyinverse().

static void alglib.hpdmatrixcholeskyinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixcholeskyinverse().

static void alglib.hpdmatrixinverse ( ref complex  a[,], int  n, bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.hpdmatrixinverse().

static void alglib.hpdmatrixinverse ( ref complex  a[,], out int  info, out matinvreport  rep  )

inlinestatic

References alglib.ap.forcehermitian(), alglib.matinv.hpdmatrixinverse(), and alglib.ap.ishermitian().

static void alglib.rmatrixtrinverse ( ref double  a[,], int  n, bool  isupper, bool  isunit, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixtrinverse().

static void alglib.rmatrixtrinverse ( ref double  a[,], bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.rmatrixtrinverse().

static void alglib.cmatrixtrinverse ( ref complex  a[,], int  n, bool  isupper, bool  isunit, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixtrinverse().

static void alglib.cmatrixtrinverse ( ref complex  a[,], bool  isupper, out int  info, out matinvreport  rep  )

inlinestatic

References alglib.matinv.cmatrixtrinverse().

static void alglib.sparsecreate ( int  m, int  n, int  k, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreate().

static void alglib.sparsecreate ( int  m, int  n, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreate().

static void alglib.sparsecreatecrs ( int  m, int  n, int[]  ner, out sparsematrix  s  )

inlinestatic

References alglib.sparse.sparsecreatecrs().

static void alglib.sparsecopy ( sparsematrix  s0, out sparsematrix  s1  )

inlinestatic

References alglib.sparse.sparsecopy().

static void alglib.sparseadd ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparse.sparseadd().

static void alglib.sparseset ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparse.sparseset().

static double alglib.sparseget ( sparsematrix  s, int  i, int  j  )

inlinestatic

References alglib.sparse.sparseget().

static double alglib.sparsegetdiagonal ( sparsematrix  s, int  i  )

inlinestatic

References alglib.sparse.sparsegetdiagonal().

static void alglib.sparseconverttocrs ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparseconverttocrs().

static void alglib.sparsemv ( sparsematrix  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparse.sparsemv().

static void alglib.sparsemtv ( sparsematrix  s, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparse.sparsemtv().

static void alglib.sparsemv2 ( sparsematrix  s, double[]  x, ref double[]  y0, ref double[]  y1  )

inlinestatic

References alglib.sparse.sparsemv2().

static void alglib.sparsesmv ( sparsematrix  s, bool  isupper, double[]  x, ref double[]  y  )

inlinestatic

References alglib.sparse.sparsesmv().

static void alglib.sparsemm ( sparsematrix  s, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparse.sparsemm().

static void alglib.sparsemtm ( sparsematrix  s, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparse.sparsemtm().

static void alglib.sparsemm2 ( sparsematrix  s, double  a[,], int  k, ref double  b0[,], ref double  b1[,]  )

inlinestatic

References alglib.sparse.sparsemm2().

static void alglib.sparsesmm ( sparsematrix  s, bool  isupper, double  a[,], int  k, ref double  b[,]  )

inlinestatic

References alglib.sparse.sparsesmm().

static void alglib.sparseresizematrix ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparseresizematrix().

static bool alglib.sparseenumerate ( sparsematrix  s, ref int  t0, ref int  t1, out int  i, out int  j, out double  v  )

inlinestatic

References alglib.sparse.sparseenumerate().

static bool alglib.sparserewriteexisting ( sparsematrix  s, int  i, int  j, double  v  )

inlinestatic

References alglib.sparse.sparserewriteexisting().

static void alglib.sparsegetrow ( sparsematrix  s, int  i, ref double[]  irow  )

inlinestatic

References alglib.sparse.sparsegetrow().

static void alglib.sparseconverttohash ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparseconverttohash().

static void alglib.sparsecopytohash ( sparsematrix  s0, out sparsematrix  s1  )

inlinestatic

References alglib.sparse.sparsecopytohash().

static void alglib.sparsecopytocrs ( sparsematrix  s0, out sparsematrix  s1  )

inlinestatic

References alglib.sparse.sparsecopytocrs().

static int alglib.sparsegetmatrixtype ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparsegetmatrixtype().

static bool alglib.sparseishash ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparseishash().

static bool alglib.sparseiscrs ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparseiscrs().

static void alglib.sparsefree ( out sparsematrix  s )

inlinestatic

References alglib.sparse.sparsefree().

static int alglib.sparsegetnrows ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparsegetnrows().

static int alglib.sparsegetncols ( sparsematrix  s )

inlinestatic

References alglib.sparse.sparsegetncols().

static void alglib.normestimatorcreate ( int  m, int  n, int  nstart, int  nits, out normestimatorstate  state  )

inlinestatic

References alglib.normestimator.normestimatorcreate().

static void alglib.normestimatorsetseed ( normestimatorstate  state, int  seedval  )

inlinestatic

References alglib.normestimator.normestimatorsetseed().

static void alglib.normestimatorestimatesparse ( normestimatorstate  state, sparsematrix  a  )

inlinestatic

References alglib.normestimator.normestimatorestimatesparse().

static void alglib.normestimatorresults ( normestimatorstate  state, out double  nrm  )

inlinestatic

References alglib.normestimator.normestimatorresults().

static double alglib.rmatrixludet ( double  a[,], int[]  pivots, int  n  )

inlinestatic

References alglib.matdet.rmatrixludet().

static double alglib.rmatrixludet ( double  a[,], int[]  pivots  )

inlinestatic

References alglib.matdet.rmatrixludet().

static double alglib.rmatrixdet ( double  a[,], int  n  )

inlinestatic

References alglib.matdet.rmatrixdet().

static double alglib.rmatrixdet ( double  a[,] )

inlinestatic

References alglib.matdet.rmatrixdet().

static complex alglib.cmatrixludet ( complex  a[,], int[]  pivots, int  n  )

inlinestatic

References alglib.matdet.cmatrixludet().

static complex alglib.cmatrixludet ( complex  a[,], int[]  pivots  )

inlinestatic

References alglib.matdet.cmatrixludet().

static complex alglib.cmatrixdet ( complex  a[,], int  n  )

inlinestatic

References alglib.matdet.cmatrixdet().

static complex alglib.cmatrixdet ( complex  a[,] )

inlinestatic

References alglib.matdet.cmatrixdet().

static double alglib.spdmatrixcholeskydet ( double  a[,], int  n  )

inlinestatic

References alglib.matdet.spdmatrixcholeskydet().

static double alglib.spdmatrixcholeskydet ( double  a[,] )

inlinestatic

References alglib.matdet.spdmatrixcholeskydet().

static double alglib.spdmatrixdet ( double  a[,], int  n, bool  isupper  )

inlinestatic

References alglib.matdet.spdmatrixdet().

static double alglib.spdmatrixdet ( double  a[,] )

inlinestatic

References alglib.ap.issymmetric(), and alglib.matdet.spdmatrixdet().

static bool alglib.smatrixgevd ( double  a[,], int  n, bool  isuppera, double  b[,], bool  isupperb, int  zneeded, int  problemtype, out double[]  d, out double  z[,]  )

inlinestatic

References alglib.spdgevd.smatrixgevd().

static bool alglib.smatrixgevdreduce ( ref double  a[,], int  n, bool  isuppera, double  b[,], bool  isupperb, int  problemtype, out double  r[,], out bool  isupperr  )

inlinestatic

References alglib.spdgevd.smatrixgevdreduce().

static void alglib.rmatrixinvupdatesimple ( ref double  inva[,], int  n, int  updrow, int  updcolumn, double  updval  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdatesimple().

static void alglib.rmatrixinvupdaterow ( ref double  inva[,], int  n, int  updrow, double[]  v  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdaterow().

static void alglib.rmatrixinvupdatecolumn ( ref double  inva[,], int  n, int  updcolumn, double[]  u  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdatecolumn().

static void alglib.rmatrixinvupdateuv ( ref double  inva[,], int  n, double[]  u, double[]  v  )

inlinestatic

References alglib.inverseupdate.rmatrixinvupdateuv().

static bool alglib.rmatrixschur ( ref double  a[,], int  n, out double  s[,]  )

inlinestatic

References alglib.schur.rmatrixschur().

static void alglib.mincgcreate ( int  n, double[]  x, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreate().

static void alglib.mincgcreate ( double[]  x, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreate().

static void alglib.mincgcreatef ( int  n, double[]  x, double  diffstep, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreatef().

static void alglib.mincgcreatef ( double[]  x, double  diffstep, out mincgstate  state  )

inlinestatic

References alglib.mincg.mincgcreatef().

static void alglib.mincgsetcond ( mincgstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.mincg.mincgsetcond().

static void alglib.mincgsetscale ( mincgstate  state, double[]  s  )

inlinestatic

References alglib.mincg.mincgsetscale().

static void alglib.mincgsetxrep ( mincgstate  state, bool  needxrep  )

inlinestatic

References alglib.mincg.mincgsetxrep().

static void alglib.mincgsetcgtype ( mincgstate  state, int  cgtype  )

inlinestatic

References alglib.mincg.mincgsetcgtype().

static void alglib.mincgsetstpmax ( mincgstate  state, double  stpmax  )

inlinestatic

References alglib.mincg.mincgsetstpmax().

static void alglib.mincgsuggeststep ( mincgstate  state, double  stp  )

inlinestatic

References alglib.mincg.mincgsuggeststep().

static void alglib.mincgsetprecdefault ( mincgstate  state )

inlinestatic

References alglib.mincg.mincgsetprecdefault().

static void alglib.mincgsetprecdiag ( mincgstate  state, double[]  d  )

inlinestatic

References alglib.mincg.mincgsetprecdiag().

static void alglib.mincgsetprecscale ( mincgstate  state )

inlinestatic

References alglib.mincg.mincgsetprecscale().

static bool alglib.mincgiteration ( mincgstate  state )

inlinestatic

References alglib.mincg.mincgiteration().

static void alglib.mincgoptimize ( mincgstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References mincgiteration().

static void alglib.mincgoptimize ( mincgstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References mincgiteration().

static void alglib.mincgresults ( mincgstate  state, out double[]  x, out mincgreport  rep  )

inlinestatic

References alglib.mincg.mincgresults().

static void alglib.mincgresultsbuf ( mincgstate  state, ref double[]  x, mincgreport  rep  )

inlinestatic

References alglib.mincg.mincgresultsbuf().

static void alglib.mincgrestartfrom ( mincgstate  state, double[]  x  )

inlinestatic

References alglib.mincg.mincgrestartfrom().

static void alglib.mincgsetgradientcheck ( mincgstate  state, double  teststep  )

inlinestatic

References alglib.mincg.mincgsetgradientcheck().

static void alglib.minbleiccreate ( int  n, double[]  x, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreate().

static void alglib.minbleiccreate ( double[]  x, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreate().

static void alglib.minbleiccreatef ( int  n, double[]  x, double  diffstep, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreatef().

static void alglib.minbleiccreatef ( double[]  x, double  diffstep, out minbleicstate  state  )

inlinestatic

References alglib.minbleic.minbleiccreatef().

static void alglib.minbleicsetbc ( minbleicstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minbleic.minbleicsetbc().

static void alglib.minbleicsetlc ( minbleicstate  state, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.minbleic.minbleicsetlc().

static void alglib.minbleicsetlc ( minbleicstate  state, double  c[,], int[]  ct  )

inlinestatic

References alglib.minbleic.minbleicsetlc().

static void alglib.minbleicsetcond ( minbleicstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minbleic.minbleicsetcond().

static void alglib.minbleicsetscale ( minbleicstate  state, double[]  s  )

inlinestatic

References alglib.minbleic.minbleicsetscale().

static void alglib.minbleicsetprecdefault ( minbleicstate  state )

inlinestatic

References alglib.minbleic.minbleicsetprecdefault().

static void alglib.minbleicsetprecdiag ( minbleicstate  state, double[]  d  )

inlinestatic

References alglib.minbleic.minbleicsetprecdiag().

static void alglib.minbleicsetprecscale ( minbleicstate  state )

inlinestatic

References alglib.minbleic.minbleicsetprecscale().

static void alglib.minbleicsetxrep ( minbleicstate  state, bool  needxrep  )

inlinestatic

References alglib.minbleic.minbleicsetxrep().

static void alglib.minbleicsetstpmax ( minbleicstate  state, double  stpmax  )

inlinestatic

References alglib.minbleic.minbleicsetstpmax().

static bool alglib.minbleiciteration ( minbleicstate  state )

inlinestatic

References alglib.minbleic.minbleiciteration().

static void alglib.minbleicoptimize ( minbleicstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References minbleiciteration().

static void alglib.minbleicoptimize ( minbleicstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References minbleiciteration().

static void alglib.minbleicresults ( minbleicstate  state, out double[]  x, out minbleicreport  rep  )

inlinestatic

References alglib.minbleic.minbleicresults().

static void alglib.minbleicresultsbuf ( minbleicstate  state, ref double[]  x, minbleicreport  rep  )

inlinestatic

References alglib.minbleic.minbleicresultsbuf().

static void alglib.minbleicrestartfrom ( minbleicstate  state, double[]  x  )

inlinestatic

References alglib.minbleic.minbleicrestartfrom().

static void alglib.minbleicsetgradientcheck ( minbleicstate  state, double  teststep  )

inlinestatic

References alglib.minbleic.minbleicsetgradientcheck().

static void alglib.minlbfgscreate ( int  n, int  m, double[]  x, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreate().

static void alglib.minlbfgscreate ( int  m, double[]  x, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreate().

static void alglib.minlbfgscreatef ( int  n, int  m, double[]  x, double  diffstep, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreatef().

static void alglib.minlbfgscreatef ( int  m, double[]  x, double  diffstep, out minlbfgsstate  state  )

inlinestatic

References alglib.minlbfgs.minlbfgscreatef().

static void alglib.minlbfgssetcond ( minlbfgsstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minlbfgs.minlbfgssetcond().

static void alglib.minlbfgssetxrep ( minlbfgsstate  state, bool  needxrep  )

inlinestatic

References alglib.minlbfgs.minlbfgssetxrep().

static void alglib.minlbfgssetstpmax ( minlbfgsstate  state, double  stpmax  )

inlinestatic

References alglib.minlbfgs.minlbfgssetstpmax().

static void alglib.minlbfgssetscale ( minlbfgsstate  state, double[]  s  )

inlinestatic

References alglib.minlbfgs.minlbfgssetscale().

static void alglib.minlbfgssetprecdefault ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgs.minlbfgssetprecdefault().

static void alglib.minlbfgssetpreccholesky ( minlbfgsstate  state, double  p[,], bool  isupper  )

inlinestatic

References alglib.minlbfgs.minlbfgssetpreccholesky().

static void alglib.minlbfgssetprecdiag ( minlbfgsstate  state, double[]  d  )

inlinestatic

References alglib.minlbfgs.minlbfgssetprecdiag().

static void alglib.minlbfgssetprecscale ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgs.minlbfgssetprecscale().

static bool alglib.minlbfgsiteration ( minlbfgsstate  state )

inlinestatic

References alglib.minlbfgs.minlbfgsiteration().

static void alglib.minlbfgsoptimize ( minlbfgsstate  state, ndimensional_func  func, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlbfgsiteration().

static void alglib.minlbfgsoptimize ( minlbfgsstate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlbfgsiteration().

static void alglib.minlbfgsresults ( minlbfgsstate  state, out double[]  x, out minlbfgsreport  rep  )

inlinestatic

References alglib.minlbfgs.minlbfgsresults().

static void alglib.minlbfgsresultsbuf ( minlbfgsstate  state, ref double[]  x, minlbfgsreport  rep  )

inlinestatic

References alglib.minlbfgs.minlbfgsresultsbuf().

static void alglib.minlbfgsrestartfrom ( minlbfgsstate  state, double[]  x  )

inlinestatic

References alglib.minlbfgs.minlbfgsrestartfrom().

static void alglib.minlbfgssetgradientcheck ( minlbfgsstate  state, double  teststep  )

inlinestatic

References alglib.minlbfgs.minlbfgssetgradientcheck().

static void alglib.minqpcreate ( int  n, out minqpstate  state  )

inlinestatic

References alglib.minqp.minqpcreate().

static void alglib.minqpsetlinearterm ( minqpstate  state, double[]  b  )

inlinestatic

References alglib.minqp.minqpsetlinearterm().

static void alglib.minqpsetquadraticterm ( minqpstate  state, double  a[,], bool  isupper  )

inlinestatic

References alglib.minqp.minqpsetquadraticterm().

static void alglib.minqpsetquadraticterm ( minqpstate  state, double  a[,]  )

inlinestatic

References alglib.ap.issymmetric(), and alglib.minqp.minqpsetquadraticterm().

static void alglib.minqpsetquadratictermsparse ( minqpstate  state, sparsematrix  a, bool  isupper  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.minqp.minqpsetquadratictermsparse().

static void alglib.minqpsetstartingpoint ( minqpstate  state, double[]  x  )

inlinestatic

References alglib.minqp.minqpsetstartingpoint().

static void alglib.minqpsetorigin ( minqpstate  state, double[]  xorigin  )

inlinestatic

References alglib.minqp.minqpsetorigin().

static void alglib.minqpsetscale ( minqpstate  state, double[]  s  )

inlinestatic

References alglib.minqp.minqpsetscale().

static void alglib.minqpsetalgocholesky ( minqpstate  state )

inlinestatic

References alglib.minqp.minqpsetalgocholesky().

static void alglib.minqpsetalgobleic ( minqpstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minqp.minqpsetalgobleic().

static void alglib.minqpsetbc ( minqpstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minqp.minqpsetbc().

static void alglib.minqpsetlc ( minqpstate  state, double  c[,], int[]  ct, int  k  )

inlinestatic

References alglib.minqp.minqpsetlc().

static void alglib.minqpsetlc ( minqpstate  state, double  c[,], int[]  ct  )

inlinestatic

References alglib.minqp.minqpsetlc().

static void alglib.minqpoptimize ( minqpstate  state )

inlinestatic

References alglib.minqp.minqpoptimize().

static void alglib.minqpresults ( minqpstate  state, out double[]  x, out minqpreport  rep  )

inlinestatic

References alglib.minqp.minqpresults().

static void alglib.minqpresultsbuf ( minqpstate  state, ref double[]  x, minqpreport  rep  )

inlinestatic

References alglib.minqp.minqpresultsbuf().

static void alglib.minlmcreatevj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevj().

static void alglib.minlmcreatevj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevj().

static void alglib.minlmcreatev ( int  n, int  m, double[]  x, double  diffstep, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatev().

static void alglib.minlmcreatev ( int  m, double[]  x, double  diffstep, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatev().

static void alglib.minlmcreatefgh ( int  n, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgh().

static void alglib.minlmcreatefgh ( double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgh().

static void alglib.minlmsetcond ( minlmstate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.minlm.minlmsetcond().

static void alglib.minlmsetxrep ( minlmstate  state, bool  needxrep  )

inlinestatic

References alglib.minlm.minlmsetxrep().

static void alglib.minlmsetstpmax ( minlmstate  state, double  stpmax  )

inlinestatic

References alglib.minlm.minlmsetstpmax().

static void alglib.minlmsetscale ( minlmstate  state, double[]  s  )

inlinestatic

References alglib.minlm.minlmsetscale().

static void alglib.minlmsetbc ( minlmstate  state, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.minlm.minlmsetbc().

static void alglib.minlmsetacctype ( minlmstate  state, int  acctype  )

inlinestatic

References alglib.minlm.minlmsetacctype().

static bool alglib.minlmiteration ( minlmstate  state )

inlinestatic

References alglib.minlm.minlmiteration().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_fvec  fvec, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlmiteration().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_fvec  fvec, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlmiteration().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_grad  grad, ndimensional_hess  hess, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlmiteration().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlmiteration().

static void alglib.minlmoptimize ( minlmstate  state, ndimensional_func  func, ndimensional_grad  grad, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References minlmiteration().

static void alglib.minlmresults ( minlmstate  state, out double[]  x, out minlmreport  rep  )

inlinestatic

References alglib.minlm.minlmresults().

static void alglib.minlmresultsbuf ( minlmstate  state, ref double[]  x, minlmreport  rep  )

inlinestatic

References alglib.minlm.minlmresultsbuf().

static void alglib.minlmrestartfrom ( minlmstate  state, double[]  x  )

inlinestatic

References alglib.minlm.minlmrestartfrom().

static void alglib.minlmcreatevgj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevgj().

static void alglib.minlmcreatevgj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatevgj().

static void alglib.minlmcreatefgj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgj().

static void alglib.minlmcreatefgj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefgj().

static void alglib.minlmcreatefj ( int  n, int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefj().

static void alglib.minlmcreatefj ( int  m, double[]  x, out minlmstate  state  )

inlinestatic

References alglib.minlm.minlmcreatefj().

static void alglib.minlmsetgradientcheck ( minlmstate  state, double  teststep  )

inlinestatic

References alglib.minlm.minlmsetgradientcheck().

static void alglib.minlbfgssetdefaultpreconditioner ( minlbfgsstate  state )

inlinestatic

References alglib.mincomp.minlbfgssetdefaultpreconditioner().

static void alglib.minlbfgssetcholeskypreconditioner ( minlbfgsstate  state, double  p[,], bool  isupper  )

inlinestatic

References alglib.mincomp.minlbfgssetcholeskypreconditioner().

static void alglib.minbleicsetbarrierwidth ( minbleicstate  state, double  mu  )

inlinestatic

References alglib.mincomp.minbleicsetbarrierwidth().

static void alglib.minbleicsetbarrierdecay ( minbleicstate  state, double  mudecay  )

inlinestatic

References alglib.mincomp.minbleicsetbarrierdecay().

static void alglib.minasacreate ( int  n, double[]  x, double[]  bndl, double[]  bndu, out minasastate  state  )

inlinestatic

References alglib.mincomp.minasacreate().

static void alglib.minasacreate ( double[]  x, double[]  bndl, double[]  bndu, out minasastate  state  )

inlinestatic

References alglib.mincomp.minasacreate().

static void alglib.minasasetcond ( minasastate  state, double  epsg, double  epsf, double  epsx, int  maxits  )

inlinestatic

References alglib.mincomp.minasasetcond().

static void alglib.minasasetxrep ( minasastate  state, bool  needxrep  )

inlinestatic

References alglib.mincomp.minasasetxrep().

static void alglib.minasasetalgorithm ( minasastate  state, int  algotype  )

inlinestatic

References alglib.mincomp.minasasetalgorithm().

static void alglib.minasasetstpmax ( minasastate  state, double  stpmax  )

inlinestatic

References alglib.mincomp.minasasetstpmax().

static bool alglib.minasaiteration ( minasastate  state )

inlinestatic

References alglib.mincomp.minasaiteration().

static void alglib.minasaoptimize ( minasastate  state, ndimensional_grad  grad, ndimensional_rep  rep, object  obj  )

inlinestatic

References minasaiteration().

static void alglib.minasaresults ( minasastate  state, out double[]  x, out minasareport  rep  )

inlinestatic

References alglib.mincomp.minasaresults().

static void alglib.minasaresultsbuf ( minasastate  state, ref double[]  x, minasareport  rep  )

inlinestatic

References alglib.mincomp.minasaresultsbuf().

static void alglib.minasarestartfrom ( minasastate  state, double[]  x, double[]  bndl, double[]  bndu  )

inlinestatic

References alglib.mincomp.minasarestartfrom().

static void alglib.rmatrixsolve ( double  a[,], int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixsolve().

static void alglib.rmatrixsolvem ( double  a[,], int  n, double  b[,], int  m, bool  rfs, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixsolvem().

static void alglib.rmatrixlusolve ( double  lua[,], int[]  p, int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixlusolve().

static void alglib.rmatrixlusolvem ( double  lua[,], int[]  p, int  n, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixlusolvem().

static void alglib.rmatrixmixedsolve ( double  a[,], double  lua[,], int[]  p, int  n, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixmixedsolve().

static void alglib.rmatrixmixedsolvem ( double  a[,], double  lua[,], int[]  p, int  n, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.rmatrixmixedsolvem().

static void alglib.cmatrixsolvem ( complex  a[,], int  n, complex  b[,], int  m, bool  rfs, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixsolvem().

static void alglib.cmatrixsolve ( complex  a[,], int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixsolve().

static void alglib.cmatrixlusolvem ( complex  lua[,], int[]  p, int  n, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixlusolvem().

static void alglib.cmatrixlusolve ( complex  lua[,], int[]  p, int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixlusolve().

static void alglib.cmatrixmixedsolvem ( complex  a[,], complex  lua[,], int[]  p, int  n, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.cmatrixmixedsolvem().

static void alglib.cmatrixmixedsolve ( complex  a[,], complex  lua[,], int[]  p, int  n, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.cmatrixmixedsolve().

static void alglib.spdmatrixsolvem ( double  a[,], int  n, bool  isupper, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.spdmatrixsolvem().

static void alglib.spdmatrixsolve ( double  a[,], int  n, bool  isupper, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.spdmatrixsolve().

static void alglib.spdmatrixcholeskysolvem ( double  cha[,], int  n, bool  isupper, double  b[,], int  m, out int  info, out densesolverreport  rep, out double  x[,]  )

inlinestatic

References alglib.densesolver.spdmatrixcholeskysolvem().

static void alglib.spdmatrixcholeskysolve ( double  cha[,], int  n, bool  isupper, double[]  b, out int  info, out densesolverreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.spdmatrixcholeskysolve().

static void alglib.hpdmatrixsolvem ( complex  a[,], int  n, bool  isupper, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.hpdmatrixsolvem().

static void alglib.hpdmatrixsolve ( complex  a[,], int  n, bool  isupper, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.hpdmatrixsolve().

static void alglib.hpdmatrixcholeskysolvem ( complex  cha[,], int  n, bool  isupper, complex  b[,], int  m, out int  info, out densesolverreport  rep, out complex  x[,]  )

inlinestatic

References alglib.densesolver.hpdmatrixcholeskysolvem().

static void alglib.hpdmatrixcholeskysolve ( complex  cha[,], int  n, bool  isupper, complex[]  b, out int  info, out densesolverreport  rep, out complex[]  x  )

inlinestatic

References alglib.densesolver.hpdmatrixcholeskysolve().

static void alglib.rmatrixsolvels ( double  a[,], int  nrows, int  ncols, double[]  b, double  threshold, out int  info, out densesolverlsreport  rep, out double[]  x  )

inlinestatic

References alglib.densesolver.rmatrixsolvels().

static void alglib.linlsqrcreate ( int  m, int  n, out linlsqrstate  state  )

inlinestatic

References alglib.linlsqr.linlsqrcreate().

static void alglib.linlsqrsetprecunit ( linlsqrstate  state )

inlinestatic

References alglib.linlsqr.linlsqrsetprecunit().

static void alglib.linlsqrsetprecdiag ( linlsqrstate  state )

inlinestatic

References alglib.linlsqr.linlsqrsetprecdiag().

static void alglib.linlsqrsetlambdai ( linlsqrstate  state, double  lambdai  )

inlinestatic

References alglib.linlsqr.linlsqrsetlambdai().

static void alglib.linlsqrsolvesparse ( linlsqrstate  state, sparsematrix  a, double[]  b  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.linlsqr.linlsqrsolvesparse().

static void alglib.linlsqrsetcond ( linlsqrstate  state, double  epsa, double  epsb, int  maxits  )

inlinestatic

References alglib.linlsqr.linlsqrsetcond().

static void alglib.linlsqrresults ( linlsqrstate  state, out double[]  x, out linlsqrreport  rep  )

inlinestatic

References alglib.linlsqr.linlsqrresults().

static void alglib.linlsqrsetxrep ( linlsqrstate  state, bool  needxrep  )

inlinestatic

References alglib.linlsqr.linlsqrsetxrep().

static void alglib.lincgcreate ( int  n, out lincgstate  state  )

inlinestatic

References alglib.lincg.lincgcreate().

static void alglib.lincgsetstartingpoint ( lincgstate  state, double[]  x  )

inlinestatic

References alglib.lincg.lincgsetstartingpoint().

static void alglib.lincgsetprecunit ( lincgstate  state )

inlinestatic

References alglib.lincg.lincgsetprecunit().

static void alglib.lincgsetprecdiag ( lincgstate  state )

inlinestatic

References alglib.lincg.lincgsetprecdiag().

static void alglib.lincgsetcond ( lincgstate  state, double  epsf, int  maxits  )

inlinestatic

References alglib.lincg.lincgsetcond().

static void alglib.lincgsolvesparse ( lincgstate  state, sparsematrix  a, bool  isupper, double[]  b  )

inlinestatic

References alglib.sparsematrix.innerobj, and alglib.lincg.lincgsolvesparse().

static void alglib.lincgresults ( lincgstate  state, out double[]  x, out lincgreport  rep  )

inlinestatic

References alglib.lincg.lincgresults().

static void alglib.lincgsetrestartfreq ( lincgstate  state, int  srf  )

inlinestatic

References alglib.lincg.lincgsetrestartfreq().

static void alglib.lincgsetrupdatefreq ( lincgstate  state, int  freq  )

inlinestatic

References alglib.lincg.lincgsetrupdatefreq().

static void alglib.lincgsetxrep ( lincgstate  state, bool  needxrep  )

inlinestatic

References alglib.lincg.lincgsetxrep().

static void alglib.nleqcreatelm ( int  n, int  m, double[]  x, out nleqstate  state  )

inlinestatic

References alglib.nleq.nleqcreatelm().

static void alglib.nleqcreatelm ( int  m, double[]  x, out nleqstate  state  )

inlinestatic

References alglib.nleq.nleqcreatelm().

static void alglib.nleqsetcond ( nleqstate  state, double  epsf, int  maxits  )

inlinestatic

References alglib.nleq.nleqsetcond().

static void alglib.nleqsetxrep ( nleqstate  state, bool  needxrep  )

inlinestatic

References alglib.nleq.nleqsetxrep().

static void alglib.nleqsetstpmax ( nleqstate  state, double  stpmax  )

inlinestatic

References alglib.nleq.nleqsetstpmax().

static bool alglib.nleqiteration ( nleqstate  state )

inlinestatic

References alglib.nleq.nleqiteration().

static void alglib.nleqsolve ( nleqstate  state, ndimensional_func  func, ndimensional_jac  jac, ndimensional_rep  rep, object  obj  )

inlinestatic

References nleqiteration().

static void alglib.nleqresults ( nleqstate  state, out double[]  x, out nleqreport  rep  )

inlinestatic

References alglib.nleq.nleqresults().

static void alglib.nleqresultsbuf ( nleqstate  state, ref double[]  x, nleqreport  rep  )

inlinestatic

References alglib.nleq.nleqresultsbuf().

static void alglib.nleqrestartfrom ( nleqstate  state, double[]  x  )

inlinestatic

References alglib.nleq.nleqrestartfrom().

static double alglib.gammafunction ( double  x )

inlinestatic

References alglib.gammafunc.gammafunction().

static double alglib.lngamma ( double  x, out double  sgngam  )

inlinestatic

References alglib.gammafunc.lngamma().

static double alglib.errorfunction ( double  x )

inlinestatic

References alglib.normaldistr.errorfunction().

static double alglib.errorfunctionc ( double  x )

inlinestatic

References alglib.normaldistr.errorfunctionc().

static double alglib.normaldistribution ( double  x )

inlinestatic

References alglib.normaldistr.normaldistribution().

static double alglib.inverf ( double  e )

inlinestatic

References alglib.normaldistr.inverf().

static double alglib.invnormaldistribution ( double  y0 )

inlinestatic

References alglib.normaldistr.invnormaldistribution().

static double alglib.incompletegamma ( double  a, double  x  )

inlinestatic

References alglib.igammaf.incompletegamma().

static double alglib.incompletegammac ( double  a, double  x  )

inlinestatic

References alglib.igammaf.incompletegammac().

static double alglib.invincompletegammac ( double  a, double  y0  )

inlinestatic

References alglib.igammaf.invincompletegammac().

static void alglib.airy ( double  x, out double  ai, out double  aip, out double  bi, out double  bip  )

inlinestatic

References alglib.airyf.airy().

static double alglib.besselj0 ( double  x )

inlinestatic

References alglib.bessel.besselj0().

static double alglib.besselj1 ( double  x )

inlinestatic

References alglib.bessel.besselj1().

static double alglib.besseljn ( int  n, double  x  )

inlinestatic

References alglib.bessel.besseljn().

static double alglib.bessely0 ( double  x )

inlinestatic

References alglib.bessel.bessely0().

static double alglib.bessely1 ( double  x )

inlinestatic

References alglib.bessel.bessely1().

static double alglib.besselyn ( int  n, double  x  )

inlinestatic

References alglib.bessel.besselyn().

static double alglib.besseli0 ( double  x )

inlinestatic

References alglib.bessel.besseli0().

static double alglib.besseli1 ( double  x )

inlinestatic

References alglib.bessel.besseli1().

static double alglib.besselk0 ( double  x )

inlinestatic

References alglib.bessel.besselk0().

static double alglib.besselk1 ( double  x )

inlinestatic

References alglib.bessel.besselk1().

static double alglib.besselkn ( int  nn, double  x  )

inlinestatic

References alglib.bessel.besselkn().

static double alglib.beta ( double  a, double  b  )

inlinestatic

References alglib.betaf.beta().

static double alglib.incompletebeta ( double  a, double  b, double  x  )

inlinestatic

References alglib.ibetaf.incompletebeta().

static double alglib.invincompletebeta ( double  a, double  b, double  y  )

inlinestatic

References alglib.ibetaf.invincompletebeta().

static double alglib.binomialdistribution ( int  k, int  n, double  p  )

inlinestatic

References alglib.binomialdistr.binomialdistribution().

static double alglib.binomialcdistribution ( int  k, int  n, double  p  )

inlinestatic

References alglib.binomialdistr.binomialcdistribution().

static double alglib.invbinomialdistribution ( int  k, int  n, double  y  )

inlinestatic

References alglib.binomialdistr.invbinomialdistribution().

static double alglib.chebyshevcalculate ( int  r, int  n, double  x  )

inlinestatic

References alglib.chebyshev.chebyshevcalculate().

static double alglib.chebyshevsum ( double[]  c, int  r, int  n, double  x  )

inlinestatic

References alglib.chebyshev.chebyshevsum().

static void alglib.chebyshevcoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.chebyshev.chebyshevcoefficients().

static void alglib.fromchebyshev ( double[]  a, int  n, out double[]  b  )

inlinestatic

References alglib.chebyshev.fromchebyshev().

static double alglib.chisquaredistribution ( double  v, double  x  )

inlinestatic

References alglib.chisquaredistr.chisquaredistribution().

static double alglib.chisquarecdistribution ( double  v, double  x  )

inlinestatic

References alglib.chisquaredistr.chisquarecdistribution().

static double alglib.invchisquaredistribution ( double  v, double  y  )

inlinestatic

References alglib.chisquaredistr.invchisquaredistribution().

static double alglib.dawsonintegral ( double  x )

inlinestatic

References alglib.dawson.dawsonintegral().

static double alglib.ellipticintegralk ( double  m )

inlinestatic

References alglib.elliptic.ellipticintegralk().

static double alglib.ellipticintegralkhighprecision ( double  m1 )

inlinestatic

References alglib.elliptic.ellipticintegralkhighprecision().

static double alglib.incompleteellipticintegralk ( double  phi, double  m  )

inlinestatic

References alglib.elliptic.incompleteellipticintegralk().

static double alglib.ellipticintegrale ( double  m )

inlinestatic

References alglib.elliptic.ellipticintegrale().

static double alglib.incompleteellipticintegrale ( double  phi, double  m  )

inlinestatic

References alglib.elliptic.incompleteellipticintegrale().

static double alglib.exponentialintegralei ( double  x )

inlinestatic

References alglib.expintegrals.exponentialintegralei().

static double alglib.exponentialintegralen ( double  x, int  n  )

inlinestatic

References alglib.expintegrals.exponentialintegralen().

static double alglib.fdistribution ( int  a, int  b, double  x  )

inlinestatic

References alglib.fdistr.fdistribution().

static double alglib.fcdistribution ( int  a, int  b, double  x  )

inlinestatic

References alglib.fdistr.fcdistribution().

static double alglib.invfdistribution ( int  a, int  b, double  y  )

inlinestatic

References alglib.fdistr.invfdistribution().

static void alglib.fresnelintegral ( double  x, ref double  c, ref double  s  )

inlinestatic

References alglib.fresnel.fresnelintegral().

static double alglib.hermitecalculate ( int  n, double  x  )

inlinestatic

References alglib.hermite.hermitecalculate().

static double alglib.hermitesum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.hermite.hermitesum().

static void alglib.hermitecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.hermite.hermitecoefficients().

static void alglib.jacobianellipticfunctions ( double  u, double  m, out double  sn, out double  cn, out double  dn, out double  ph  )

inlinestatic

References alglib.jacobianelliptic.jacobianellipticfunctions().

static double alglib.laguerrecalculate ( int  n, double  x  )

inlinestatic

References alglib.laguerre.laguerrecalculate().

static double alglib.laguerresum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.laguerre.laguerresum().

static void alglib.laguerrecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.laguerre.laguerrecoefficients().

static double alglib.legendrecalculate ( int  n, double  x  )

inlinestatic

References alglib.legendre.legendrecalculate().

static double alglib.legendresum ( double[]  c, int  n, double  x  )

inlinestatic

References alglib.legendre.legendresum().

static void alglib.legendrecoefficients ( int  n, out double[]  c  )

inlinestatic

References alglib.legendre.legendrecoefficients().

static double alglib.poissondistribution ( int  k, double  m  )

inlinestatic

References alglib.poissondistr.poissondistribution().

static double alglib.poissoncdistribution ( int  k, double  m  )

inlinestatic

References alglib.poissondistr.poissoncdistribution().

static double alglib.invpoissondistribution ( int  k, double  y  )

inlinestatic

References alglib.poissondistr.invpoissondistribution().

static double alglib.psi ( double  x )

inlinestatic

References alglib.psif.psi().

static double alglib.studenttdistribution ( int  k, double  t  )

inlinestatic

References alglib.studenttdistr.studenttdistribution().

static double alglib.invstudenttdistribution ( int  k, double  p  )

inlinestatic

References alglib.studenttdistr.invstudenttdistribution().

static void alglib.sinecosineintegrals ( double  x, out double  si, out double  ci  )

inlinestatic

References alglib.trigintegrals.sinecosineintegrals().

static void alglib.hyperbolicsinecosineintegrals ( double  x, out double  shi, out double  chi  )

inlinestatic

References alglib.trigintegrals.hyperbolicsinecosineintegrals().

static void alglib.samplemoments ( double[]  x, int  n, out double  mean, out double  variance, out double  skewness, out double  kurtosis  )

inlinestatic

References alglib.basestat.samplemoments().

static void alglib.samplemoments ( double[]  x, out double  mean, out double  variance, out double  skewness, out double  kurtosis  )

inlinestatic

References alglib.basestat.samplemoments().

static double alglib.samplemean ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplemean().

static double alglib.samplemean ( double[]  x )

inlinestatic

References alglib.basestat.samplemean().

static double alglib.samplevariance ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplevariance().

static double alglib.samplevariance ( double[]  x )

inlinestatic

References alglib.basestat.samplevariance().

static double alglib.sampleskewness ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.sampleskewness().

static double alglib.sampleskewness ( double[]  x )

inlinestatic

References alglib.basestat.sampleskewness().

static double alglib.samplekurtosis ( double[]  x, int  n  )

inlinestatic

References alglib.basestat.samplekurtosis().

static double alglib.samplekurtosis ( double[]  x )

inlinestatic

References alglib.basestat.samplekurtosis().

static void alglib.sampleadev ( double[]  x, int  n, out double  adev  )

inlinestatic

References alglib.basestat.sampleadev().

static void alglib.sampleadev ( double[]  x, out double  adev  )

inlinestatic

References alglib.basestat.sampleadev().

static void alglib.samplemedian ( double[]  x, int  n, out double  median  )

inlinestatic

References alglib.basestat.samplemedian().

static void alglib.samplemedian ( double[]  x, out double  median  )

inlinestatic

References alglib.basestat.samplemedian().

static void alglib.samplepercentile ( double[]  x, int  n, double  p, out double  v  )

inlinestatic

References alglib.basestat.samplepercentile().

static void alglib.samplepercentile ( double[]  x, double  p, out double  v  )

inlinestatic

References alglib.basestat.samplepercentile().

static double alglib.cov2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.cov2().

static double alglib.cov2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.cov2().

static double alglib.pearsoncorr2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.pearsoncorr2().

static double alglib.pearsoncorr2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.pearsoncorr2().

static double alglib.spearmancorr2 ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.spearmancorr2().

static double alglib.spearmancorr2 ( double[]  x, double[]  y  )

inlinestatic

References alglib.basestat.spearmancorr2().

static void alglib.covm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.covm().

static void alglib.smp_covm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_covm().

static void alglib.covm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.covm().

static void alglib.smp_covm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_covm().

static void alglib.pearsoncorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm().

static void alglib.smp_pearsoncorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_pearsoncorrm().

static void alglib.pearsoncorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm().

static void alglib.smp_pearsoncorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_pearsoncorrm().

static void alglib.spearmancorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm().

static void alglib.smp_spearmancorrm ( double  x[,], int  n, int  m, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_spearmancorrm().

static void alglib.spearmancorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm().

static void alglib.smp_spearmancorrm ( double  x[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_spearmancorrm().

static void alglib.covm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.covm2().

static void alglib.smp_covm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_covm2().

static void alglib.covm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.covm2().

static void alglib.smp_covm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_covm2().

static void alglib.pearsoncorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm2().

static void alglib.smp_pearsoncorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_pearsoncorrm2().

static void alglib.pearsoncorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.pearsoncorrm2().

static void alglib.smp_pearsoncorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_pearsoncorrm2().

static void alglib.spearmancorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm2().

static void alglib.smp_spearmancorrm2 ( double  x[,], double  y[,], int  n, int  m1, int  m2, out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_spearmancorrm2().

static void alglib.spearmancorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat.spearmancorrm2().

static void alglib.smp_spearmancorrm2 ( double  x[,], double  y[,], out double  c[,]  )

inlinestatic

References alglib.basestat._pexec_spearmancorrm2().

static void alglib.rankdata ( ref double  xy[,], int  npoints, int  nfeatures  )

inlinestatic

References alglib.basestat.rankdata().

static void alglib.smp_rankdata ( ref double  xy[,], int  npoints, int  nfeatures  )

inlinestatic

References alglib.basestat._pexec_rankdata().

static void alglib.rankdata ( ref double  xy[,] )

inlinestatic

References alglib.basestat.rankdata().

static void alglib.smp_rankdata ( ref double  xy[,] )

inlinestatic

References alglib.basestat._pexec_rankdata().

static void alglib.rankdatacentered ( ref double  xy[,], int  npoints, int  nfeatures  )

inlinestatic

References alglib.basestat.rankdatacentered().

static void alglib.smp_rankdatacentered ( ref double  xy[,], int  npoints, int  nfeatures  )

inlinestatic

References alglib.basestat._pexec_rankdatacentered().

static void alglib.rankdatacentered ( ref double  xy[,] )

inlinestatic

References alglib.basestat.rankdatacentered().

static void alglib.smp_rankdatacentered ( ref double  xy[,] )

inlinestatic

References alglib.basestat._pexec_rankdatacentered().

static double alglib.pearsoncorrelation ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.pearsoncorrelation().

static double alglib.spearmanrankcorrelation ( double[]  x, double[]  y, int  n  )

inlinestatic

References alglib.basestat.spearmanrankcorrelation().

static void alglib.pearsoncorrelationsignificance ( double  r, int  n, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.correlationtests.pearsoncorrelationsignificance().

static void alglib.spearmanrankcorrelationsignificance ( double  r, int  n, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.correlationtests.spearmanrankcorrelationsignificance().

static void alglib.jarqueberatest ( double[]  x, int  n, out double  p  )

inlinestatic

References alglib.jarquebera.jarqueberatest().

static void alglib.mannwhitneyutest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.mannwhitneyu.mannwhitneyutest().

static void alglib.onesamplesigntest ( double[]  x, int  n, double  median, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.stest.onesamplesigntest().

static void alglib.studentttest1 ( double[]  x, int  n, double  mean, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.studentttest1().

static void alglib.studentttest2 ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.studentttest2().

static void alglib.unequalvariancettest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.studentttests.unequalvariancettest().

static void alglib.ftest ( double[]  x, int  n, double[]  y, int  m, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.variancetests.ftest().

static void alglib.onesamplevariancetest ( double[]  x, int  n, double  variance, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.variancetests.onesamplevariancetest().

static void alglib.wilcoxonsignedranktest ( double[]  x, int  n, double  e, out double  bothtails, out double  lefttail, out double  righttail  )

inlinestatic

References alglib.wsr.wilcoxonsignedranktest().

---

The documentation for this class was generated from the following files:

• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/alglibinternal.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/alglibmisc.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/ap.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/dataanalysis.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/diffequations.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/fasttransforms.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/integration.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/interpolation.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/linalg.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/optimization.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/solvers.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/specialfunctions.cs
• igtest/IGLibTestDev/00archive/alglib/alglib-3.6.0.csharp/src/statistics.cs