#include "harith.h"

Data Structures
struct	_haccum
	Accumulator for H-matrix products. More...

Typedefs
typedef struct _haccum	haccum
	Accumulator for H-matrix products.

typedef haccum *	phaccum
	Pointer to haccum object.

typedef const haccum *	pchaccum
	Pointer to constant haccum object.

typedef struct _hprodentry	hprodentry
	Unhandled H-matrix products.

typedef hprodentry *	phprodentry
	Points to hprodentry object.

Functions
phaccum	new_haccum (phmatrix z, pctruncmode tm, real eps)
	Create a new H-matrix accumulator. More...

void	del_haccum (phaccum ha)
	Delete an accumulator. More...

void	addproduct_haccum (field alpha, bool xtrans, pchmatrix x, bool ytrans, pchmatrix y, phaccum za)
	Add a product $\alpha X Y$ to an accumulator. More...

phaccum *	split_haccum (phmatrix z, phaccum za)
	Create H-matrix accumulators for submatrices. More...

void	flush_haccum (phaccum ha)
	Flush an H-matrix accumulator, i.e., add all accumulated products to the target matrix and clear the accumulator. More...

void	add_amatrix_destructive_rkmatrix (field alpha, bool atrans, pamatrix a, pctruncmode tm, real eps, prkmatrix b)
	Truncated addition of a matrix to a low-rank matrices in rkmatrix representation, $B \gets \operatorname{trunc}(B+\alpha A,\epsilon)$ . More...

void	add_amatrix_destructive_hmatrix (field alpha, bool atrans, pamatrix a, pctruncmode tm, real eps, phmatrix b)
	Locally truncated addition of a matrix in amatrix representation to a hierarchical matrix in hmatrix representation, $B \gets \operatorname{blocktrunc}(B + \alpha A,\epsilon)$ . More...

void	addmul2_hmatrix (field alpha, bool xtrans, pchmatrix x, bool ytrans, pchmatrix y, pctruncmode tm, real eps, phmatrix z)
	Multiply two H-matrices using accumulators, $Z \gets \operatorname{succtrunc}(Z + \alpha X Y,\epsilon)$ . More...

void	lowersolve_haccum (bool aunit, bool atrans, pchmatrix a, bool xtrans, phaccum xa)
	Solve a lower triangular system using accumulators, $X \gets \operatorname{succtrunc}(L^{-1} X, \epsilon)$ or $X \gets \operatorname{succtrunc}(L^{-*} X, \epsilon)$ . More...

void	lowersolve2_hmatrix_hmatrix (bool aunit, bool atrans, pchmatrix a, pctruncmode tm, real eps, bool xtrans, phmatrix x)
	Solve a lower triangular system using accumulators, $X \gets \operatorname{succtrunc}(L^{-1} X, \epsilon)$ or $X \gets \operatorname{succtrunc}(L^{-*} X, \epsilon)$ . More...

void	uppersolve_haccum (bool aunit, bool atrans, pchmatrix a, bool xtrans, phaccum xa)
	Solve an upper triangular system using accumulators, $X \gets \operatorname{succtrunc}(R^{-1} X, \epsilon)$ or $X \gets \operatorname{succtrunc}(R^{-*} X, \epsilon)$ . More...

void	uppersolve2_hmatrix_hmatrix (bool aunit, bool atrans, pchmatrix a, pctruncmode tm, real eps, bool xtrans, phmatrix x)
	Solve an upper triangular system using accumulators, $X \gets \operatorname{succtrunc}(R^{-1} X, \epsilon)$ or $X \gets \operatorname{succtrunc}(R^{-*} X, \epsilon)$ . More...

void	lrdecomp_haccum (phaccum aa)
	Compute the LR factorization using accumulators, $A \approx L R$ . More...

void	lrdecomp2_hmatrix (phmatrix a, pctruncmode tm, real eps)
	Compute the LR factorization using accumulators, $A \approx L R$ . More...

void	choldecomp_haccum (phaccum aa)
	Compute the Cholesky factorization using accumulators, $A \approx L L^*$ . More...

void	choldecomp2_hmatrix (phmatrix a, pctruncmode tm, real eps)
	Compute the Cholesky factorization using accumulators, $A \approx L L^*$ . More...

Detailed Description

Author: Steffen Börm

Data Structures

Typedefs

Functions

Detailed Description