CVM Class Library  8.1
This C++ class library encapsulates concepts of vector and different matrices including square, band, symmetric and hermitian ones in Euclidean space of real and complex numbers.
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basic_srmatrix< TR > Member List

This is the complete list of members for basic_srmatrix< TR >, including all inherited members.

assign(const RVector &v)basic_srmatrix< TR >inline
assign(const TR *pd)basic_srmatrix< TR >inline
assign(tint nRow, tint nCol, const BaseRMatrix &m)basic_srmatrix< TR >inline
basic_rmatrix::assign(tint nRow, tint nCol, const basic_rmatrix &m)basic_rmatrix< TR >inline
Matrix< TR, TR >::assign(size_type n, const TR &val)basic_array< TR, TR >inline
Matrix< TR, TR >::assign(const_iterator begin, const_iterator end)basic_array< TR, TR >inline
at(size_type n)basic_array< TR, TR >inline
at(size_type n) constbasic_array< TR, TR >inline
back()basic_array< TR, TR >inline
back() constbasic_array< TR, TR >inline
basic_array()basic_array< TR, TR >inline
basic_array(tint nSize, bool bZeroMemory=true)basic_array< TR, TR >inlineexplicit
basic_array(TR *pd, tint nSize, tint nIncr=1)basic_array< TR, TR >inline
basic_array(const TR *pd, tint nSize, tint nIncr=1)basic_array< TR, TR >inline
basic_array(const TR *begin, const TR *end)basic_array< TR, TR >inline
basic_array(const basic_array &a)basic_array< TR, TR >inline
basic_array(basic_array &&a) noexceptbasic_array< TR, TR >inline
basic_rmatrix()basic_rmatrix< TR >inline
basic_rmatrix(tint nM, tint nN)basic_rmatrix< TR >inline
basic_rmatrix(TR *pd, tint nM, tint nN)basic_rmatrix< TR >inline
basic_rmatrix(const TR *pd, tint nM, tint nN)basic_rmatrix< TR >inline
basic_rmatrix(const basic_rmatrix &m)basic_rmatrix< TR >inline
basic_rmatrix(basic_rmatrix &&m) noexceptbasic_rmatrix< TR >inline
basic_rmatrix(const RVector &v, bool bBeColumn=true)basic_rmatrix< TR >inlineexplicit
basic_rmatrix(basic_rmatrix &m, tint nRow, tint nCol, tint nHeight, tint nWidth)basic_rmatrix< TR >inline
basic_srmatrix()basic_srmatrix< TR >inline
basic_srmatrix(tint nDim)basic_srmatrix< TR >inlineexplicit
basic_srmatrix(TR *pd, tint nDim)basic_srmatrix< TR >inline
basic_srmatrix(const TR *pd, tint nDim)basic_srmatrix< TR >inline
basic_srmatrix(const basic_srmatrix &m)basic_srmatrix< TR >inline
basic_srmatrix(basic_srmatrix &&m) noexceptbasic_srmatrix< TR >inline
basic_srmatrix(const BaseRMatrix &m)basic_srmatrix< TR >inline
basic_srmatrix(const RVector &v)basic_srmatrix< TR >inlineexplicit
basic_srmatrix(BaseRMatrix &m, tint nRow, tint nCol, tint nDim)basic_srmatrix< TR >inline
begin()basic_array< TR, TR >inline
begin() constbasic_array< TR, TR >inline
bunch_kaufman(const basic_srsmatrix< TR > &m, tint *nPivots)basic_srmatrix< TR >inline
capacity() constbasic_array< TR, TR >inline
cholesky(const basic_srsmatrix< TR > &m)basic_srmatrix< TR >inline
clear()basic_array< TR, TR >inline
colofmax() constMatrix< TR, TR >inline
colofmin() constMatrix< TR, TR >inline
cond() const basic_srmatrix< TR >inline
const_iterator typedefbasic_array< TR, TR >
const_pointer typedefbasic_array< TR, TR >
const_reference typedefbasic_array< TR, TR >
const_reverse_iterator typedefbasic_array< TR, TR >
det() const basic_srmatrix< TR >inline
diag(tint nDiag)basic_rmatrix< TR >inline
diag(tint nDiag) const basic_rmatrix< TR >inline
diff(const basic_srmatrix &m1, const basic_srmatrix &m2)basic_srmatrix< TR >inline
basic_rmatrix::diff(const basic_rmatrix &m1, const basic_rmatrix &m2)basic_rmatrix< TR >inline
difference_type typedefbasic_array< TR, TR >
eig(basic_scmatrix< TR, TC > &mEigVect, bool bRightVect=true) const basic_srmatrix< TR >inline
eig() const basic_srmatrix< TR >inline
empty() constbasic_array< TR, TR >inline
end()basic_array< TR, TR >inline
end() constbasic_array< TR, TR >inline
erase(iterator position)basic_array< TR, TR >inline
exp(const basic_srmatrix &m, TR tol=basic_cvmMachSp< TR >())basic_srmatrix< TR >inline
exp(TR tol=basic_cvmMachSp< TR >()) const basic_srmatrix< TR >inline
front()basic_array< TR, TR >inline
front() constbasic_array< TR, TR >inline
gels(bool transpose, const basic_rmatrix &mB, basic_rvector< TR > &vErr) const basic_rmatrix< TR >inline
gels(bool transpose, const basic_rmatrix &mA, const basic_rmatrix &mB, basic_rvector< TR > &vErr)basic_rmatrix< TR >inline
gels(bool transpose, const basic_rvector< TR > &vB, TR &dErr) const basic_rmatrix< TR >inline
gelsd(const basic_rmatrix &mB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gelsd(const basic_rmatrix &mA, const basic_rmatrix &mB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >())basic_rmatrix< TR >inline
gelsd(const basic_rvector< TR > &vB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gelss(const basic_rmatrix &mB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gelss(const basic_rmatrix &mA, const basic_rmatrix &mB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >())basic_rmatrix< TR >inline
gelss(const basic_rvector< TR > &vB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gelsy(const basic_rmatrix &mB, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gelsy(const basic_rmatrix &mA, const basic_rmatrix &mB, tint &rank, TR tol=basic_cvmMachSp< TR >())basic_rmatrix< TR >inline
gelsy(const basic_rvector< TR > &vB, tint &rank, TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
gemm(const basic_rmatrix &m1, bool bTrans1, const basic_rmatrix &m2, bool bTrans2, TR dAlpha, TR dBeta)basic_rmatrix< TR >inline
ger(TR alpha, const RVector &vCol, const RVector &vRow)basic_rmatrix< TR >inline
get()basic_array< TR, TR >inline
get() constbasic_array< TR, TR >inline
identity()basic_srmatrix< TR >inline
incr() constbasic_array< TR, TR >inline
indofmax() constbasic_array< TR, TR >inline
indofmin() constbasic_array< TR, TR >inline
insert(iterator position, const TR &x)basic_array< TR, TR >inline
inv(const basic_srmatrix &m)basic_srmatrix< TR >inline
inv() const basic_srmatrix< TR >inline
iterator typedefbasic_array< TR, TR >
ld() constMatrix< TR, TR >inline
low_up(const basic_srmatrix &m, tint *nPivots)basic_srmatrix< TR >inline
low_up(tint *nPivots) const basic_srmatrix< TR >inline
lq(basic_srmatrix< TR > &mL, basic_srmatrix< TR > &mQ) const basic_srmatrix< TR >inline
basic_rmatrix::lq(basic_srmatrix< TR > &mL, basic_rmatrix< TR > &mQ) const basic_rmatrix< TR >inline
basic_rmatrix::lq(basic_rmatrix< TR > &mL, basic_srmatrix< TR > &mQ) const basic_rmatrix< TR >inline
Matrix()Matrix< TR, TR >inlineprotected
Matrix(tint nM, tint nN, tint nLD, bool bZeroMemory)Matrix< TR, TR >inlineprotected
Matrix(TR *pd, tint nM, tint nN, tint nLD, tint nSize)Matrix< TR, TR >inlineprotected
Matrix(const TR *pd, tint nM, tint nN, tint nLD, tint nSize)Matrix< TR, TR >inlineprotected
Matrix(const BaseArray &v, bool bBeColumn)Matrix< TR, TR >inlineprotected
Matrix(Matrix &&m) noexceptMatrix< TR, TR >inlineprotected
max_size() constbasic_array< TR, TR >inline
mincrbasic_array< TR, TR >protected
mldMatrix< TR, TR >protected
mmMatrix< TR, TR >protected
mnMatrix< TR, TR >protected
mpbasic_array< TR, TR >protected
mpfbasic_array< TR, TR >protected
msize() constMatrix< TR, TR >inline
mszbasic_array< TR, TR >protected
mult(const basic_rmatrix &m1, const basic_rmatrix &m2)basic_rmatrix< TR >inline
norm() constbasic_array< TR, TR >inlinevirtual
norm1() const overrideMatrix< TR, TR >inlinevirtual
norm2() const overridebasic_rmatrix< TR >inlinevirtual
normalize()basic_srmatrix< TR >inline
norminf() const overrideMatrix< TR, TR >inlinevirtual
nsize() constMatrix< TR, TR >inline
operator const TR *() constbasic_array< TR, TR >inline
operator TR *()basic_array< TR, TR >inline
operator!=(const basic_rmatrix &m) const basic_rmatrix< TR >inline
operator%(const RVector &vB) const basic_srmatrix< TR >inline
operator()(tint nRow, tint nCol)basic_srmatrix< TR >inline
operator()(tint nRow, tint nCol) const basic_srmatrix< TR >inline
operator()(tint nCol)basic_srmatrix< TR >inline
operator()(tint nCol) const basic_srmatrix< TR >inline
operator*(TR dMult) const basic_srmatrix< TR >inline
operator*(const RVector &v) const basic_srmatrix< TR >inline
operator*(const BaseRMatrix &m) const basic_srmatrix< TR >inline
operator*(const basic_srmatrix &m) const basic_srmatrix< TR >inline
basic_rmatrix::operator*(const basic_rmatrix &m) const basic_rmatrix< TR >inline
operator*=(TR dMult)basic_srmatrix< TR >inline
operator*=(const basic_srmatrix &m)basic_srmatrix< TR >inline
operator+(const basic_srmatrix &m) const basic_srmatrix< TR >inline
basic_rmatrix::operator+(const basic_rmatrix &m) const basic_rmatrix< TR >inline
operator++()basic_srmatrix< TR >inline
operator++(int)basic_srmatrix< TR >inline
operator+=(const basic_srmatrix &m)basic_srmatrix< TR >inline
basic_rmatrix::operator+=(const basic_rmatrix &m)basic_rmatrix< TR >inline
operator-(const basic_srmatrix &m) const basic_srmatrix< TR >inline
operator-() const basic_srmatrix< TR >inline
basic_rmatrix::operator-(const basic_rmatrix &m) const basic_rmatrix< TR >inline
operator--()basic_srmatrix< TR >inline
operator--(int)basic_srmatrix< TR >inline
operator-=(const basic_srmatrix &m)basic_srmatrix< TR >inline
basic_rmatrix::operator-=(const basic_rmatrix &m)basic_rmatrix< TR >inline
operator/(TR dDiv) const basic_srmatrix< TR >inline
operator/(const RVector &vB) const basic_srmatrix< TR >inline
operator/=(TR dDiv)basic_srmatrix< TR >inline
operator<<(const basic_srmatrix &m)basic_srmatrix< TR >inline
basic_rmatrix::operator<<(const basic_rmatrix &m)basic_rmatrix< TR >inline
operator=(const basic_srmatrix &m)basic_srmatrix< TR >inline
operator=(basic_srmatrix &&m)basic_srmatrix< TR >inline
basic_rmatrix::operator=(const basic_rmatrix &m)basic_rmatrix< TR >inline
basic_rmatrix::operator=(basic_rmatrix &&m)basic_rmatrix< TR >inline
Matrix< TR, TR >::operator=(Matrix &&m)Matrix< TR, TR >inlineprotected
basic_array< TR, TR >::operator=(const basic_array &a)basic_array< TR, TR >inline
basic_array< TR, TR >::operator=(basic_array &&a)basic_array< TR, TR >inline
operator==(const basic_rmatrix &m) const basic_rmatrix< TR >inline
operator[](tint nRow)basic_srmatrix< TR >inline
operator[](tint nRow) const basic_srmatrix< TR >inline
operator~() const basic_srmatrix< TR >inline
pinv(TR threshold=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
pinv(const basic_rmatrix &mA, TR threshold=basic_cvmMachSp< TR >())basic_rmatrix< TR >inline
pointer typedefbasic_array< TR, TR >
polynom(const basic_srmatrix &m, const RVector &v)basic_srmatrix< TR >inline
polynom(const RVector &v) const basic_srmatrix< TR >inline
pop_back()basic_array< TR, TR >inline
push_back(const TR &x)basic_array< TR, TR >inline
ql(basic_srmatrix< TR > &mQ, basic_srmatrix< TR > &mL) const basic_srmatrix< TR >inline
basic_rmatrix::ql(basic_rmatrix< TR > &mQ, basic_srmatrix< TR > &mL) const basic_rmatrix< TR >inline
basic_rmatrix::ql(basic_srmatrix< TR > &mQ, basic_rmatrix< TR > &mL) const basic_rmatrix< TR >inline
qr(basic_srmatrix< TR > &mQ, basic_srmatrix< TR > &mR) const basic_srmatrix< TR >inline
basic_rmatrix::qr(basic_rmatrix< TR > &mQ, basic_srmatrix< TR > &mR) const basic_rmatrix< TR >inline
basic_rmatrix::qr(basic_srmatrix< TR > &mQ, basic_rmatrix< TR > &mR) const basic_rmatrix< TR >inline
randomize(TR dFrom, TR dTo)basic_srmatrix< TR >inline
rank(TR tol=basic_cvmMachSp< TR >()) const basic_rmatrix< TR >inline
rank1update(const RVector &vCol, const RVector &vRow)basic_rmatrix< TR >inline
rbegin()basic_array< TR, TR >inline
rbegin() constbasic_array< TR, TR >inline
reference typedefbasic_array< TR, TR >
rend()basic_array< TR, TR >inline
rend() constbasic_array< TR, TR >inline
resize(tint nNewDim)basic_srmatrix< TR >inline
basic_rmatrix::resize(tint nNewM, tint nNewN)basic_rmatrix< TR >inline
reverse_iterator typedefbasic_array< TR, TR >
rowofmax() constMatrix< TR, TR >inline
rowofmin() constMatrix< TR, TR >inline
rq(basic_srmatrix< TR > &mR, basic_srmatrix< TR > &mQ) const basic_srmatrix< TR >inline
basic_rmatrix::rq(basic_srmatrix< TR > &mR, basic_rmatrix< TR > &mQ) const basic_rmatrix< TR >inline
basic_rmatrix::rq(basic_rmatrix< TR > &mR, basic_srmatrix< TR > &mQ) const basic_rmatrix< TR >inline
set(TR d)basic_srmatrix< TR >inline
size() constbasic_array< TR, TR >inline
size_type typedefbasic_array< TR, TR >
solve(const RVector &vB, TR &dErr) const basic_srmatrix< TR >inline
solve(const RVector &vB) const basic_srmatrix< TR >inline
solve(const BaseRMatrix &mB, TR &dErr) const basic_srmatrix< TR >inline
solve(const BaseRMatrix &mB) const basic_srmatrix< TR >inline
basic_rmatrix::solve(const basic_srmatrix< TR > &mA, const basic_rmatrix &mB, TR &dErr)basic_rmatrix< TR >inline
basic_rmatrix::solve(const basic_srmatrix< TR > &mA, const basic_rmatrix &mB)basic_rmatrix< TR >inline
solve_lu(const basic_srmatrix &mLU, const tint *pPivots, const RVector &vB, TR &dErr) const basic_srmatrix< TR >inline
solve_lu(const basic_srmatrix &mLU, const tint *pPivots, const RVector &vB) const basic_srmatrix< TR >inline
solve_lu(const basic_srmatrix &mLU, const tint *pPivots, const BaseRMatrix &mB, TR &dErr) const basic_srmatrix< TR >inline
solve_lu(const basic_srmatrix &mLU, const tint *pPivots, const BaseRMatrix &mB) const basic_srmatrix< TR >inline
basic_rmatrix::solve_lu(const basic_srmatrix< TR > &mA, const basic_srmatrix< TR > &mLU, const tint *pPivots, const basic_rmatrix &mB, TR &dErr)basic_rmatrix< TR >inline
basic_rmatrix::solve_lu(const basic_srmatrix< TR > &mA, const basic_srmatrix< TR > &mLU, const tint *pPivots, const basic_rmatrix &mB)basic_rmatrix< TR >inline
solve_tran(const RVector &vB, TR &dErr) const basic_srmatrix< TR >inline
solve_tran(const RVector &vB) const basic_srmatrix< TR >inline
solve_tran(const BaseRMatrix &mB, TR &dErr) const basic_srmatrix< TR >inline
solve_tran(const BaseRMatrix &mB) const basic_srmatrix< TR >inline
basic_rmatrix::solve_tran(const basic_srmatrix< TR > &mA, const basic_rmatrix &mB, TR &dErr)basic_rmatrix< TR >inline
basic_rmatrix::solve_tran(const basic_srmatrix< TR > &mA, const basic_rmatrix &mB)basic_rmatrix< TR >inline
SqMatrix()SqMatrix< TR, TR >inlineprotected
sum(const basic_srmatrix &m1, const basic_srmatrix &m2)basic_srmatrix< TR >inline
basic_rmatrix::sum(const basic_rmatrix &m1, const basic_rmatrix &m2)basic_rmatrix< TR >inline
svd() const basic_rmatrix< TR >inline
svd(basic_srmatrix< TR > &mU, basic_srmatrix< TR > &mVH) const basic_rmatrix< TR >inline
swap(basic_array &v)basic_array< TR, TR >inline
swap_cols(tint n1, tint n2)basic_srmatrix< TR >inline
swap_rows(tint n1, tint n2)basic_srmatrix< TR >inline
symm(bool bLeft, const basic_srsmatrix< TR > &ms, const basic_rmatrix &m, TR dAlpha, TR dBeta)basic_rmatrix< TR >inline
transpose(const basic_srmatrix &m)basic_srmatrix< TR >inline
transpose()basic_srmatrix< TR >inline
basic_rmatrix::transpose(const basic_rmatrix &m)basic_rmatrix< TR >inline
value_type typedefbasic_array< TR, TR >
vanish()basic_srmatrix< TR >inline
~basic_array()basic_array< TR, TR >inlinevirtual
~SqMatrix()SqMatrix< TR, TR >inlineprotectedvirtual