#include "grid_dgemm_tensor_local.h"
#include <assert.h>
#include <stdbool.h>
#include "../../offload/offload_buffer.h"
#include "../common/grid_basis_set.h"
#include "../common/grid_common.h"
#include "../common/grid_constants.h"

Data Structures
struct	Interval

struct	_task

struct	_layout

struct	grid_context_

Typedefs
typedef struct grid_context_	grid_context

Enumerations
enum	checksum_ { task_checksum = 0x2384989 , ctx_checksum = 0x2356734 }

Functions
static void	update_loop_index (const int global_grid_size, int x1, int *const x)

static Interval	create_interval (const int xmin, const int xmax)

static bool	is_point_in_interval (const int value, Interval x)

static bool	intersection_interval_is_empty (const Interval x, const Interval y)

static Interval	intersection_interval (const Interval x, const Interval y)

static int	compute_next_boundaries (const int y1, const int y, const int grid_size, const int cube_size)

void	grid_transform_coef_jik_to_yxz (const double dh[3][3], const tensor *coef_xyz)

void	grid_transform_coef_xzy_to_ikj (const double dh[3][3], const tensor *coef_xyz)

void	compute_block_boundaries (const int blockDim, const int lb_grid, const int grid_size, const int blocked_grid_size, const int period, const int cube_center, const int cube_size, const int lower_boundaries_cube, int lower_block_corner, int upper_block_corner, int *pol_offsets)

void	grid_fill_pol_dgemm (const bool transpose, const double dr, const double roffset, const int pol_offset, const int xmin, const int xmax, const int lp, const int cmax, const double zetp, double *pol_)

void	tensor_reduction_for_collocate_integrate (double scratch, const double alpha, const bool const orthogonal, const struct tensor_ Exp, const struct tensor_ co, const struct tensor_ p_alpha_beta_reduced_, struct tensor_ cube)

void	set_grid_parameters (tensor grid, const bool orthorhombic, const int grid_full_size[3], const int grid_local_size[3], const int shift_local[3], const int border_width[3], const double dh[3][3], const double dh_inv[3][3], offload_buffer grid_)

void	collocate_one_grid_level_dgemm (grid_context const ctx, const int const, const int const, const enum grid_func func, const int level, const offload_buffer pab_blocks)

void	integrate_one_grid_level_dgemm (grid_context const ctx, const int level, const bool calculate_tau, const bool calculate_forces, const bool calculate_virial, const int const shift_local, const int const border_width, const offload_buffer const pab_blocks, offload_buffer const hab_blocks, tensor forces_, tensor *virial_)

void	compute_coefficients (grid_context const ctx, struct collocation_integration_ handler, const _task previous_task, const _task task, const offload_buffer pab_blocks, tensor const pab, tensor const work, tensor const pab_prep)

void	extract_blocks (grid_context const ctx, const _task const task, const offload_buffer pab_blocks, tensor const work, tensor *const pab)

Typedef Documentation

◆ grid_context

typedef struct grid_context_ grid_context

Enumeration Type Documentation

◆ checksum_

enum checksum_

Enumerator
task_checksum
ctx_checksum

Definition at line 19 of file grid_dgemm_private_header.h.

Function Documentation

◆ update_loop_index()

static void update_loop_index	(	const int	global_grid_size,
		int	x1,
		int *const	x
	)

inlinestatic

Definition at line 91 of file grid_dgemm_private_header.h.

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◆ create_interval()

static Interval create_interval	(	const int	xmin,
		const int	xmax
	)

inlinestatic

Definition at line 96 of file grid_dgemm_private_header.h.

◆ is_point_in_interval()

static bool is_point_in_interval	(	const int	value,
		Interval	x
	)

inlinestatic

Definition at line 103 of file grid_dgemm_private_header.h.

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◆ intersection_interval_is_empty()

static bool intersection_interval_is_empty	(	const Interval	x,
		const Interval	y
	)

inlinestatic

Definition at line 107 of file grid_dgemm_private_header.h.

◆ intersection_interval()

static Interval intersection_interval	(	const Interval	x,
		const Interval	y
	)

inlinestatic

Definition at line 116 of file grid_dgemm_private_header.h.

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◆ compute_next_boundaries()

static int compute_next_boundaries	(	const int	y1,
		const int	y,
		const int	grid_size,
		const int	cube_size
	)

inlinestatic

Definition at line 124 of file grid_dgemm_private_header.h.

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◆ grid_transform_coef_jik_to_yxz()

void grid_transform_coef_jik_to_yxz	(	const double	dh[3][3],
		const tensor *	coef_xyz
	)

extern

Definition at line 305 of file grid_dgemm_coefficients.c.

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◆ grid_transform_coef_xzy_to_ikj()

void grid_transform_coef_xzy_to_ikj	(	const double	dh[3][3],
		const tensor *	coef_xyz
	)

extern

Definition at line 213 of file grid_dgemm_coefficients.c.

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◆ compute_block_boundaries()

void compute_block_boundaries	(	const int *	blockDim,
		const int *	lb_grid,
		const int *	grid_size,
		const int *	blocked_grid_size,
		const int *	period,
		const int *	cube_center,
		const int *	cube_size,
		const int *	lower_boundaries_cube,
		int *	lower_block_corner,
		int *	upper_block_corner,
		int *	pol_offsets
	)

extern

◆ grid_fill_pol_dgemm()

void grid_fill_pol_dgemm	(	const bool	transpose,
		const double	dr,
		const double	roffset,
		const int	pol_offset,
		const int	xmin,
		const int	xmax,
		const int	lp,
		const int	cmax,
		const double	zetp,
		double *	pol_
	)

extern

Definition at line 128 of file grid_dgemm_collocate.c.

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◆ tensor_reduction_for_collocate_integrate()

void tensor_reduction_for_collocate_integrate	(	double *	scratch,
		const double	alpha,
		const bool *const	orthogonal,
		const struct tensor_ *	Exp,
		const struct tensor_ *	co,
		const struct tensor_ *	p_alpha_beta_reduced_,
		struct tensor_ *	cube
	)

extern

Definition at line 485 of file grid_dgemm_collocate.c.

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◆ set_grid_parameters()

void set_grid_parameters	(	tensor *	grid,
		const bool	orthorhombic,
		const int	grid_full_size[3],
		const int	grid_local_size[3],
		const int	shift_local[3],
		const int	border_width[3],
		const double	dh[3][3],
		const double	dh_inv[3][3],
		offload_buffer *	grid_
	)

extern

Definition at line 500 of file grid_dgemm_context.c.

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◆ collocate_one_grid_level_dgemm()

void collocate_one_grid_level_dgemm	(	grid_context *const	ctx,
		const int * const	border_width,
		const int * const	shift_local,
		const enum grid_func	func,
		const int	level,
		const offload_buffer *	pab_blocks
	)

extern

Definition at line 1084 of file grid_dgemm_collocate.c.

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◆ integrate_one_grid_level_dgemm()

void integrate_one_grid_level_dgemm	(	grid_context *const	ctx,
		const int	level,
		const bool	calculate_tau,
		const bool	calculate_forces,
		const bool	calculate_virial,
		const int *const	shift_local,
		const int *const	border_width,
		const offload_buffer *const	pab_blocks,
		offload_buffer *const	hab_blocks,
		tensor *	forces_,
		tensor *	virial_
	)

extern

Definition at line 752 of file grid_dgemm_integrate.c.

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◆ compute_coefficients()

void compute_coefficients	(	grid_context *const	ctx,
		struct collocation_integration_ *	handler,
		const _task *	previous_task,
		const _task *	task,
		const offload_buffer *	pab_blocks,
		tensor *const	pab,
		tensor *const	work,
		tensor *const	pab_prep
	)

extern

Definition at line 1010 of file grid_dgemm_collocate.c.

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◆ extract_blocks()

void extract_blocks	(	grid_context *const	ctx,
		const _task *const	task,
		const offload_buffer *	pab_blocks,
		tensor *const	work,
		tensor *const	pab
	)

extern

Definition at line 983 of file grid_dgemm_collocate.c.

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Data Structures

Typedefs

Enumerations

Functions

Typedef Documentation

◆ grid_context

Enumeration Type Documentation

◆ checksum_

Function Documentation

◆ update_loop_index()

◆ create_interval()

◆ is_point_in_interval()

◆ intersection_interval_is_empty()

◆ intersection_interval()

◆ compute_next_boundaries()

◆ grid_transform_coef_jik_to_yxz()

◆ grid_transform_coef_xzy_to_ikj()

◆ compute_block_boundaries()

◆ grid_fill_pol_dgemm()

◆ tensor_reduction_for_collocate_integrate()

◆ set_grid_parameters()

◆ collocate_one_grid_level_dgemm()

◆ integrate_one_grid_level_dgemm()

◆ compute_coefficients()

◆ extract_blocks()