文件名称:matrix_inverse
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This function calculates the inverse of a square matrix
matrix_inverse(double *Min, double *Mout, int actualsize)
Min : Pointer to Input square Double Matrix
Mout : Pointer to Output (empty) memory space with size of Min
actualsize : The number of rows/columns
Notes:
- the matrix must be invertible
- there s no pivoting of rows or columns, hence,
- accuracy might not be adequate for your needs.
-This function calculates the inverse of a square matrix
matrix_inverse(double*Min, double*Mout, int actualsize)
Min : Pointer to Input square Double Matrix
Mout : Pointer to Output (empty) memory space with size of Min
actualsize : The number of rows/columns
Notes:
- the matrix must be invertible
- there s no pivoting of rows or columns, hence,
- accuracy might not be adequate for your needs.
matrix_inverse(double *Min, double *Mout, int actualsize)
Min : Pointer to Input square Double Matrix
Mout : Pointer to Output (empty) memory space with size of Min
actualsize : The number of rows/columns
Notes:
- the matrix must be invertible
- there s no pivoting of rows or columns, hence,
- accuracy might not be adequate for your needs.
-This function calculates the inverse of a square matrix
matrix_inverse(double*Min, double*Mout, int actualsize)
Min : Pointer to Input square Double Matrix
Mout : Pointer to Output (empty) memory space with size of Min
actualsize : The number of rows/columns
Notes:
- the matrix must be invertible
- there s no pivoting of rows or columns, hence,
- accuracy might not be adequate for your needs.
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下载文件列表
matrix_inverse.c