data type for non local operators More...

Detailed Description

data type for non local operators

Definition at line 187 of file nl_operator.F90.

Public Attributes
type(stencil_t), public	stencil

integer, public	np = 0
	number of points in mesh More...

real(real64), dimension(:,:), allocatable, public	w
	weights. Unique on each parallel process. More...

logical, public	const_w = .true.
	are the weights independent of index i More...

type(accel_mem_t), public	buff_weights
	buffer with constant weights More...

type(accel_mem_t), public	buff_half_weights
	buffer with weights multiplied by -1/2 More...

integer, public	nri = 0
	the compressed index of grid points More...

integer, dimension(:,:), allocatable, public	ri

integer, dimension(:), allocatable, public	rimap

integer, dimension(:), allocatable, public	rimap_inv

type(accel_mem_t), public	buff_wpair
	GPU buffers for the symmetric / antisymmetric pair-summation kernels. More...

type(accel_mem_t), public	buff_half_wpair
	buffer with -1/2 * pair weights More...

type(accel_mem_t), public	buff_ri_pos
	flattened (npairs, nri, max_allocated_ri_pair) More...

type(accel_mem_t), public	buff_ri_neg
	flattened (npairs, nri, max_allocated_ri_pair) More...

type(accel_mem_t), public	buff_map_sym
	(rimap-1) * npairs, for pair-indexed dispatch More...

type(nl_operator_t), pointer, public	coarser => NULL()

Private Attributes
type(mesh_t), pointer	mesh => NULL()
	pointer to the underlying mesh More...

integer, dimension(:), allocatable	nn
	the size of the stencil at each point (for curvilinear coordinates) More...

integer	symmetry = OP_GENERAL
	Symmetry of the weights to be used. More...

character(len=40)	label

integer	npairs = 0
	For symmetry-based stencils. More...

real(real64), dimension(:), allocatable	wpair

real(real64)	wcenter

integer, dimension(:,:,:), allocatable	ri_pos

integer, dimension(:,:,:), allocatable	ri_neg

integer	max_allocated_ri_pair = 0

integer	ninner = 0

integer	nouter = 0

type(nl_operator_index_t)	inner

type(nl_operator_index_t)	outer

type(accel_kernel_t)	kernel

type(accel_mem_t)	buff_imin

type(accel_mem_t)	buff_imax

type(accel_mem_t)	buff_ri

type(accel_mem_t)	buff_map

type(accel_mem_t)	buff_all

type(accel_mem_t)	buff_inner

type(accel_mem_t)	buff_outer

type(accel_mem_t)	buff_stencil

type(accel_mem_t)	buff_ip_to_xyz

type(accel_mem_t)	buff_xyz_to_ip

integer	max_allocated_ri_pair_gpu = 0
	tracks the third dimension uploaded to buff_ri_pos/buff_ri_neg More...

Member Data Documentation

◆ stencil

type(stencil_t), public nl_operator_oct_m::nl_operator_t::stencil

Definition at line 189 of file nl_operator.F90.

◆ mesh

type(mesh_t), pointer nl_operator_oct_m::nl_operator_t::mesh => NULL()

private

pointer to the underlying mesh

Definition at line 190 of file nl_operator.F90.

◆ nn

integer, dimension(:), allocatable nl_operator_oct_m::nl_operator_t::nn

private

the size of the stencil at each point (for curvilinear coordinates)

Definition at line 191 of file nl_operator.F90.

◆ np

integer, public nl_operator_oct_m::nl_operator_t::np = 0

number of points in mesh

Definition at line 192 of file nl_operator.F90.

◆ w

real(real64), dimension(:,:), allocatable, public nl_operator_oct_m::nl_operator_t::w

weights. Unique on each parallel process.

Definition at line 194 of file nl_operator.F90.

◆ const_w

logical, public nl_operator_oct_m::nl_operator_t::const_w = .true.

are the weights independent of index i

Definition at line 196 of file nl_operator.F90.

◆ buff_weights

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_weights

buffer with constant weights

Definition at line 198 of file nl_operator.F90.

◆ buff_half_weights

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_half_weights

buffer with weights multiplied by -1/2

Definition at line 199 of file nl_operator.F90.

◆ symmetry

integer nl_operator_oct_m::nl_operator_t::symmetry = OP_GENERAL

private

Symmetry of the weights to be used.

Definition at line 201 of file nl_operator.F90.

◆ label

character(len=40) nl_operator_oct_m::nl_operator_t::label

private

Definition at line 203 of file nl_operator.F90.

◆ nri

integer, public nl_operator_oct_m::nl_operator_t::nri = 0

the compressed index of grid points

Definition at line 206 of file nl_operator.F90.

◆ ri

integer, dimension(:,:), allocatable, public nl_operator_oct_m::nl_operator_t::ri

Definition at line 207 of file nl_operator.F90.

◆ rimap

integer, dimension(:), allocatable, public nl_operator_oct_m::nl_operator_t::rimap

Definition at line 208 of file nl_operator.F90.

◆ rimap_inv

integer, dimension(:), allocatable, public nl_operator_oct_m::nl_operator_t::rimap_inv

Definition at line 209 of file nl_operator.F90.

◆ npairs

integer nl_operator_oct_m::nl_operator_t::npairs = 0

private

For symmetry-based stencils.

Definition at line 212 of file nl_operator.F90.

◆ wpair

real(real64), dimension(:), allocatable nl_operator_oct_m::nl_operator_t::wpair

private

Definition at line 213 of file nl_operator.F90.

◆ wcenter

real(real64) nl_operator_oct_m::nl_operator_t::wcenter

private

Definition at line 214 of file nl_operator.F90.

◆ ri_pos

integer, dimension(:,:,:), allocatable nl_operator_oct_m::nl_operator_t::ri_pos

private

Definition at line 215 of file nl_operator.F90.

◆ ri_neg

integer, dimension(:,:,:), allocatable nl_operator_oct_m::nl_operator_t::ri_neg

private

Definition at line 216 of file nl_operator.F90.

◆ max_allocated_ri_pair

integer nl_operator_oct_m::nl_operator_t::max_allocated_ri_pair = 0

private

Definition at line 217 of file nl_operator.F90.

◆ ninner

integer nl_operator_oct_m::nl_operator_t::ninner = 0

private

Definition at line 219 of file nl_operator.F90.

◆ nouter

integer nl_operator_oct_m::nl_operator_t::nouter = 0

private

Definition at line 220 of file nl_operator.F90.

◆ inner

type(nl_operator_index_t) nl_operator_oct_m::nl_operator_t::inner

private

Definition at line 222 of file nl_operator.F90.

◆ outer

type(nl_operator_index_t) nl_operator_oct_m::nl_operator_t::outer

private

Definition at line 223 of file nl_operator.F90.

◆ kernel

type(accel_kernel_t) nl_operator_oct_m::nl_operator_t::kernel

private

Definition at line 225 of file nl_operator.F90.

◆ buff_imin

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_imin

private

Definition at line 226 of file nl_operator.F90.

◆ buff_imax

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_imax

private

Definition at line 227 of file nl_operator.F90.

◆ buff_ri

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_ri

private

Definition at line 228 of file nl_operator.F90.

◆ buff_map

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_map

private

Definition at line 229 of file nl_operator.F90.

◆ buff_all

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_all

private

Definition at line 230 of file nl_operator.F90.

◆ buff_inner

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_inner

private

Definition at line 231 of file nl_operator.F90.

◆ buff_outer

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_outer

private

Definition at line 232 of file nl_operator.F90.

◆ buff_stencil

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_stencil

private

Definition at line 233 of file nl_operator.F90.

◆ buff_ip_to_xyz

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_ip_to_xyz

private

Definition at line 234 of file nl_operator.F90.

◆ buff_xyz_to_ip

type(accel_mem_t) nl_operator_oct_m::nl_operator_t::buff_xyz_to_ip

private

Definition at line 235 of file nl_operator.F90.

◆ buff_wpair

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_wpair

GPU buffers for the symmetric / antisymmetric pair-summation kernels.

buffer with pair weights

Definition at line 238 of file nl_operator.F90.

◆ buff_half_wpair

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_half_wpair

buffer with -1/2 * pair weights

Definition at line 239 of file nl_operator.F90.

◆ buff_ri_pos

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_ri_pos

flattened (npairs, nri, max_allocated_ri_pair)

Definition at line 240 of file nl_operator.F90.

◆ buff_ri_neg

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_ri_neg

flattened (npairs, nri, max_allocated_ri_pair)

Definition at line 241 of file nl_operator.F90.

◆ buff_map_sym

type(accel_mem_t), public nl_operator_oct_m::nl_operator_t::buff_map_sym

(rimap-1) * npairs, for pair-indexed dispatch

Definition at line 242 of file nl_operator.F90.

◆ max_allocated_ri_pair_gpu

integer nl_operator_oct_m::nl_operator_t::max_allocated_ri_pair_gpu = 0

private

tracks the third dimension uploaded to buff_ri_pos/buff_ri_neg

Definition at line 243 of file nl_operator.F90.

◆ coarser

type(nl_operator_t), pointer, public nl_operator_oct_m::nl_operator_t::coarser => NULL()

Definition at line 246 of file nl_operator.F90.

The documentation for this type was generated from the following file:

grid/nl_operator.F90

Detailed Description

Public Attributes

Private Attributes

Member Data Documentation

◆ stencil

◆ mesh

◆ nn

◆ np

◆ w

◆ const_w

◆ buff_weights

◆ buff_half_weights

◆ symmetry

◆ label

◆ nri

◆ ri

◆ rimap

◆ rimap_inv

◆ npairs

◆ wpair

◆ wcenter

◆ ri_pos

◆ ri_neg

◆ max_allocated_ri_pair

◆ ninner

◆ nouter

◆ inner

◆ outer

◆ kernel

◆ buff_imin

◆ buff_imax

◆ buff_ri

◆ buff_map

◆ buff_all

◆ buff_inner

◆ buff_outer

◆ buff_stencil

◆ buff_ip_to_xyz

◆ buff_xyz_to_ip

◆ buff_wpair

◆ buff_half_wpair

◆ buff_ri_pos

◆ buff_ri_neg

◆ buff_map_sym

◆ max_allocated_ri_pair_gpu

◆ coarser