#include "scppnt/scppnt.h"
#include "scppnt/slice_pointer.h"
#include "scppnt/vec.h"
#include "scppnt/scppnt_error.h"
Go to the source code of this file.
Namespaces | |
namespace | SCPPNT |
Functions | |
template<class MAT> | |
MAT | SCPPNT::transpose (const MAT &A) |
Return a new matrix containing the transpose of A. | |
template<class MA, class MB> | |
void | SCPPNT::matcopy (MA &A, const MB &B) |
Copy all elements of matrix B to matrix A (B must be the same size as A). | |
template<class MA, class MB, class MC> | |
void | SCPPNT::matadd (const MA &A, const MB &B, MC &C) |
Add matrices A and B and place sum in C. | |
template<class MA, class MB> | |
void | SCPPNT::matadd (MA &A, const MB &B) |
Add matrices A and B and replace A with result. | |
template<class MA, class MB, class MC> | |
void | SCPPNT::matsub (const MA &A, const MB &B, MC &C) |
Substract B from A and place difference in C. | |
template<class MA, class MB> | |
void | SCPPNT::matsub (MA &A, const MB &B) |
Subtract B from A and replace A with result. | |
template<class MR, class MA, class MB> | |
MR | SCPPNT::mult_element (const MA &A, const MB &B) |
Return new matrix containing the products of the corresponding elements of A and B (element-by-element product). | |
template<class MR, class MA, class MB> | |
MR | SCPPNT::matmult (const MA &A, const MB &B) |
Return a new matrix containing the matrix product A*B. | |
template<class MC, class MA, class MB> | |
void | SCPPNT::matmult (MC &C, const MA &A, const MB &B) |
Calculate matrix product A*B and put result in C. | |
template<class MA, class MB> | |
void | SCPPNT::matmult_assign (MA &A, const MB &B) |
Matrix multiplication of A*B where A is overwritten to store result (requires A*B and A to be same size). | |
template<class MAT, class IT1, class IT2> | |
void | SCPPNT::MatTimesVec (const MAT &A, IT1 begin, IT2 result) |
Multiply a matrix times a vector using iterators to access the vector elements. | |
template<class M, class V> | |
V | SCPPNT::matrix_times_vector (const M &A, const V &x) |
Multiply a matrix times a vector and return the result in a new vector. |
Definition of template functions transpose, matadd, matsub, mult_element, matmult, matmult_assign, matrix_times_vector, and MatTimesVec. These functions are used in matrix classes to implement matrix operations such as addition, subtraction, and multiplication.
Definition in file matop.h.