src/coramf/linearEqSolve.c File Reference

Functions
void	zgelss_ (const int *M, const int *N, const int *NRHS, FloatComplex *A, const int *LDA, FloatComplex *B, const int *LDB, Float *S, Float *RCOND, const int *RANK, FloatComplex *WORK, const int *LWORK, Float *RWORK, int *INFO)
MATRIX	linearEqSolve (MATRIX A, MATRIX B)
MATRIX	LinearEqSolveNRHS (MATRIX A, MATRIX B)
void	linearEqSolveCleanup ()
MATRIX	linearEqSolveCholesky (MATRIX A, MATRIX B)
MATRIX	linearEqSolveSvd (MATRIX A, MATRIX B)
Variables
static MATRIX	LUDecomp = {NULL, -1, -1, REAL, ROW_MAJOR}
	Keep the LUDecomp values of the last call to linearEqSolve because it can be reused when calculating the Averaging Kernel.
static int *	IPiv = NULL
	Keep the pivot values of the last call to linearEqSolve because it can be reused when calculating the Averaging Kernel.

---

Function Documentation

void zgelss_	(	const int *	M,
		const int *	N,
		const int *	NRHS,
		FloatComplex *	A,
		const int *	LDA,
		FloatComplex *	B,
		const int *	LDB,
		Float *	S,
		Float *	RCOND,
		const int *	RANK,
		FloatComplex *	WORK,
		const int *	LWORK,
		Float *	RWORK,
		int *	INFO
	)

---

Variable Documentation

int* IPiv = NULL [static]

Keep the pivot values of the last call to linearEqSolve because it can be reused when calculating the Averaging Kernel.

MATRIX LUDecomp = {NULL, -1, -1, REAL, ROW_MAJOR} [static]

Keep the LUDecomp values of the last call to linearEqSolve because it can be reused when calculating the Averaging Kernel.