| BJmatrix(int mrows=1, int columns=1, double initval=0.0) | BJmatrix | |
| BJmatrix(int mrows, int columns, double *initvalues) | BJmatrix | |
| BJmatrix(int rank, int mrows, int columns, double *initvalues) | BJmatrix | |
| BJmatrix(int rank, int mrows, int columns, double initvalues) | BJmatrix | |
| BJmatrix(char *flag, int dimension) | BJmatrix | |
| BJmatrix(char *matfile) | BJmatrix | |
| BJmatrix(char *matfile, char *outfile) | BJmatrix | |
| BJmatrix(const BJmatrix &x) | BJmatrix | |
| BJmatrix(const nDarray &x) | BJmatrix | |
| BJmatrix2BJtensor_1() | BJmatrix | |
| BJmatrix2BJtensor_2() | BJmatrix | |
| BJmatrix2BJtensor_22() | BJmatrix | |
| BJmatrix2BJtensor_3() | BJmatrix | |
| BJmatrixtoarray(int &) | BJmatrix | |
| BJvector class | BJmatrix | [friend] |
| cols(void) const | BJmatrix | |
| cval(int subscript,...) const | nDarray | |
| deep_copy() | nDarray | |
| determinant() | BJmatrix | |
| dim(int which) const | nDarray | |
| eigenvalues(void) | nDarray | |
| eigenvectors(void) | nDarray | |
| Frobenius_norm(void) | nDarray | |
| General_norm(double p) | nDarray | |
| Initialize(const nDarray &from) | nDarray | |
| Initialize_all(const nDarray &from) | nDarray | |
| inverse() | BJmatrix | |
| mathprint(void) const | nDarray | |
| mean() | BJmatrix | |
| mmax() | BJmatrix | |
| mmin() | BJmatrix | |
| nDarray(int rank_of_nDarray=1, double initval=0.0) | nDarray | |
| nDarray(int rank_of_nDarray, const int *pdim, double *values) | nDarray | |
| nDarray(int rank_of_nDarray, const int *pdim, double initvalue) | nDarray | |
| nDarray(int rank_of_nDarray, int rows, int cols, double *values) | nDarray | |
| nDarray(int rank_of_nDarray, int rows, int cols, double initvalue) | nDarray | |
| nDarray(char *) | nDarray | [inline] |
| nDarray(const char *flag, int rank_of_nDarray, const int *pdim) | nDarray | |
| nDarray(const nDarray &x) | nDarray | |
| nDsqrt(void) | nDarray | |
| number_of_zeros(void) const | nDarray | |
| operator *(BJmatrix &) | BJmatrix | |
| operator *(double rval) | BJmatrix | |
| nDarray::operator *(const double rval) const | nDarray | |
| operator+(const nDarray &, const nDarray &) | nDarray | [friend] |
| operator+(double rval) | nDarray | |
| operator+=(const nDarray &) | nDarray | |
| operator-(const nDarray &, const nDarray &) | nDarray | [friend] |
| operator-(double rval) | nDarray | |
| operator-() | nDarray | |
| operator-=(const nDarray &) | nDarray | |
| operator=(const BJmatrix &rval) | BJmatrix | |
| nDarray::operator=(const nDarray &rval) | nDarray | |
| operator==(nDarray &rval) | nDarray | |
| print(char *name="t", char *msg="Hi there#") const | nDarray | |
| printshort(char *msg="Hi there#") const | nDarray | |
| rank(void) const | nDarray | |
| Reset_to(double value) | nDarray | |
| rows(void) const | BJmatrix | |
| sum() | BJmatrix | |
| nDarray::sum() const | nDarray | |
| trace() const | nDarray | |
| transpose() | BJmatrix | |
| val(int subscript,...) | nDarray | |
| val4(int first, int second, int third, int fourth) | nDarray | |
| variance() | BJmatrix | |
| write_standard(char *filename, char *msg="") | BJmatrix | |
| ~nDarray() | nDarray | [virtual] |
