関数matrix_plus_diagonal_matrix マニュアル

(The documentation of function matrix_plus_diagonal_matrix)
Last Update: 2021/12/6


◆機能・用途(Purpose)

行列と対角行列の和を計算する。
Calculate the summation of a matrix and a diagonal matrix.

◆形式(Format)

#include <matrix/operation.h>
inline struct matrix matrix_plus_diagonal_matrix
(const struct matrix A,const struct diagonal_matrix Lambda)


◆引数(Arguments)

A 和の計算に用いる行列\(\myvector{A}\)。
A matrix \(\myvector{A}\) used in the summation.
Lambda 和の計算に用いる対角行列\(\myvector{\Lambda}\)。 サイズは\(\myvector{A}\)と等しくなければならない。
A diagonal matrix \(\myvector{\Lambda}\) used in the summation, which must have the same size as \(\myvector{A}\).


◆戻り値(Return value)

行列\(\myvector{A}+\myvector{\Lambda}\)を表す構造体。 戻り値のメンバの値は以下のようになる。
A structure which represents a matrix \(\myvector{A}+\myvector{\Lambda}\). The values of members of the return value are as follows.
戻り値のメンバ
Member of the return value 		値
Value
rowmax A.rowmax
columnmax A.columnmax
各\(i\)に対するmain[i][i]
main[i][i] for each \(i\) 		A.main[i][i]\(+\)Lambda;main[i]
各\((i,j)\) (\(i\neq j\))に対するmain[i][j]
main[i][j] for each \((i,j)\), where \(i\neq j\) 		A.main[i][j]
allocated ’y’


◆使用例(Example)

struct matrix A;
struct diagonal_matrix Lambda;
struct matrix B=matrix_plus_diagonal_matrix(A,Lambda);