| a | Matrix< Real, UpperTriangular< Real > > | [protected] |
| aat() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| allocate(int nRows, int nCols) | UpperTriangular< Real > | [inline] |
| analyseFactors(int r) const | UTRRealMatrix | |
| b | Matrix< Real, UpperTriangular< Real > > | [protected] |
| cache | Matrix< Real, UpperTriangular< Real > > | [protected, static] |
| colBegin(int j) const | UpperTriangular< Real > | [inline] |
| colEnd(int j) const | UpperTriangular< Real > | [inline] |
| colNorm(int j) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| cols() const | UpperTriangular< Real > | [inline] |
| deallocate() | Matrix< Real, UpperTriangular< Real > > | [inline] |
| dim | UpperTriangular< Real > | [protected] |
| dptr | UpperTriangular< Real > | [protected] |
| entry(int i, int j) | UpperTriangular< Real > | [inline] |
| entry(int i, int j) const | UpperTriangular< Real > | [inline] |
| exp() const | UTRRealMatrix | |
| getColIndexBase() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| getData() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| getRowIndexBase() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| inverse() const | UTRRealMatrix | |
| ltrRoot() const | UTRRealMatrix | |
| Matrix(int dim, int c=0) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| Matrix(int nRows, int nCols, int row_base, int col_base) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| Matrix(const Matrix &A) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| Matrix(Real A[dim][dim], int row_base=0, int col_base=0) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| matrixFunction(Real(*f)(Real)) | UTRRealMatrix | |
| norm() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator *=(Real f) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator *=(const Matrix &B) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator()(int i, int j) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator()(int i, int j) const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator+=(const Matrix &B) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator=(const Matrix &B) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| operator^=(const Matrix< Real, TransposeType > &B) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| printSelf(std::ostream &os) const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| quadraticForm(const Vector< Real > &x) const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| rankReducedRoot(int r) const | UTRRealMatrix | |
| rowBegin(int i) const | UpperTriangular< Real > | [inline] |
| rowEnd(int i) const | UpperTriangular< Real > | [inline] |
| rowNorm(int i) const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| rows() const | UpperTriangular< Real > | [inline] |
| scaleCol(int j, Real f) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| scaleRow(int i, Real f) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| setColIndexBase(int c) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| setCols(int) | UpperTriangular< Real > | [inline] |
| setRowIndexBase(int r) | Matrix< Real, UpperTriangular< Real > > | [inline] |
| symmetricCompletion() const | UTRRealMatrix | |
| testEquals(const Matrix &B, Real precision, Real epsilon, string test) const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| testFactorization(int r, string message="") const | UTRRealMatrix | |
| transpose() const | Matrix< Real, UpperTriangular< Real > > | [inline] |
| TransposeType typedef | Matrix< Real, UpperTriangular< Real > > | |
| UpperTriangular(int nRows, int nCols) | UpperTriangular< Real > | [inline] |
| UTRRealMatrix(int d, int b=0) | UTRRealMatrix | [inline] |
| UTRRealMatrix(Real A[n][n], int b=0) | UTRRealMatrix | [inline] |
| utrRoot() const | UTRRealMatrix | |
| ~UpperTriangular() | UpperTriangular< Real > | [inline] |
