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fft_oct_m::fft_t Type Reference

Detailed Description

Definition at line 194 of file fft.F90.

Public Attributes

integer, public type
 is the fft real or complex More...
 
integer, public library
 what library are we using More...
 
integer, dimension(1:3), public stride_rs
 
integer, dimension(1:3), public stride_fs
 
real(real64), dimension(:,:,:), pointer, public drs_data
 The following arrays have to be stored here and allocated in the initialization routine because of PFFT These arrays are also used for FFTW, as we want to have aligned memory. More...
 
complex(real64), dimension(:,:,:), pointer, public zrs_data
 array used to store the function in real space. More...
 
complex(real64), dimension(:,:,:), pointer, public fs_data
 array used to store the function in Fourier space. More...
 
type(nfft_t), public nfft
 
type(pnfft_t), public pnfft
 
logical, public aligned_memory
 

Private Attributes

integer slot = 0
 in which slot do we have this fft More...
 
type(mpi_comm) comm
 MPI communicator. More...
 
integer, dimension(3) rs_n_global
 total size of the fft in each direction in real space More...
 
integer, dimension(3) fs_n_global
 total size of the fft in each direction in fourier space More...
 
integer, dimension(3) rs_n
 local size of the fft in in each direction real space More...
 
integer, dimension(3) fs_n
 local size of the fft in in each direction fourier space More...
 
integer, dimension(1:3) rs_istart
 where does the local portion of the function start in real space More...
 
integer, dimension(1:3) fs_istart
 where does the local portion of the function start in fourier space More...
 
type(c_ptr) planf
 plan for forward transform More...
 
type(c_ptr) planb
 plan for backward transform More...
 
type(clfftplanhandle) cl_plan_fw
 data for clfft More...
 
type(clfftplanhandle) cl_plan_bw
 for real transforms we need a different plan, so we always use 2 More...
 
type(c_ptr) cuda_plan_fw
 
type(c_ptr) cuda_plan_bw
 

Member Data Documentation

◆ slot

integer fft_oct_m::fft_t::slot = 0
private

in which slot do we have this fft

Definition at line 196 of file fft.F90.

◆ type

integer, public fft_oct_m::fft_t::type

is the fft real or complex

Definition at line 198 of file fft.F90.

◆ library

integer, public fft_oct_m::fft_t::library

what library are we using

Definition at line 199 of file fft.F90.

◆ comm

type(mpi_comm) fft_oct_m::fft_t::comm
private

MPI communicator.

Definition at line 201 of file fft.F90.

◆ rs_n_global

integer, dimension(3) fft_oct_m::fft_t::rs_n_global
private

total size of the fft in each direction in real space

Definition at line 202 of file fft.F90.

◆ fs_n_global

integer, dimension(3) fft_oct_m::fft_t::fs_n_global
private

total size of the fft in each direction in fourier space

Definition at line 203 of file fft.F90.

◆ rs_n

integer, dimension(3) fft_oct_m::fft_t::rs_n
private

local size of the fft in in each direction real space

Definition at line 204 of file fft.F90.

◆ fs_n

integer, dimension(3) fft_oct_m::fft_t::fs_n
private

local size of the fft in in each direction fourier space

Definition at line 205 of file fft.F90.

◆ rs_istart

integer, dimension(1:3) fft_oct_m::fft_t::rs_istart
private

where does the local portion of the function start in real space

Definition at line 206 of file fft.F90.

◆ fs_istart

integer, dimension(1:3) fft_oct_m::fft_t::fs_istart
private

where does the local portion of the function start in fourier space

Definition at line 207 of file fft.F90.

◆ stride_rs

integer, dimension(1:3), public fft_oct_m::fft_t::stride_rs

Definition at line 209 of file fft.F90.

◆ stride_fs

integer, dimension(1:3), public fft_oct_m::fft_t::stride_fs

Definition at line 210 of file fft.F90.

◆ planf

type(c_ptr) fft_oct_m::fft_t::planf
private

plan for forward transform

Definition at line 212 of file fft.F90.

◆ planb

type(c_ptr) fft_oct_m::fft_t::planb
private

plan for backward transform

Definition at line 213 of file fft.F90.

◆ drs_data

real(real64), dimension(:,:,:), pointer, public fft_oct_m::fft_t::drs_data

The following arrays have to be stored here and allocated in the initialization routine because of PFFT These arrays are also used for FFTW, as we want to have aligned memory.

array used to store the function in real space.

Definition at line 219 of file fft.F90.

◆ zrs_data

complex(real64), dimension(:,:,:), pointer, public fft_oct_m::fft_t::zrs_data

array used to store the function in real space.

Definition at line 220 of file fft.F90.

◆ fs_data

complex(real64), dimension(:,:,:), pointer, public fft_oct_m::fft_t::fs_data

array used to store the function in Fourier space.

Definition at line 221 of file fft.F90.

◆ cl_plan_fw

type(clfftplanhandle) fft_oct_m::fft_t::cl_plan_fw
private

data for clfft

Definition at line 224 of file fft.F90.

◆ cl_plan_bw

type(clfftplanhandle) fft_oct_m::fft_t::cl_plan_bw
private

for real transforms we need a different plan, so we always use 2

Definition at line 225 of file fft.F90.

◆ cuda_plan_fw

type(c_ptr) fft_oct_m::fft_t::cuda_plan_fw
private

Definition at line 227 of file fft.F90.

◆ cuda_plan_bw

type(c_ptr) fft_oct_m::fft_t::cuda_plan_bw
private

Definition at line 228 of file fft.F90.

◆ nfft

type(nfft_t), public fft_oct_m::fft_t::nfft

Definition at line 230 of file fft.F90.

◆ pnfft

type(pnfft_t), public fft_oct_m::fft_t::pnfft

Definition at line 232 of file fft.F90.

◆ aligned_memory

logical, public fft_oct_m::fft_t::aligned_memory

Definition at line 234 of file fft.F90.

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