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oclWrapper.f95
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oclWrapper.f95
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!!! Don't edit this file!!! Edit oclWrapper_TEMPL.f95 and run gen_F95_wrapper_subs.pl !!!
! To make this work in GMCF with multiple OpenCL platforms and devices, or at least multiple devices, I use OCL_MULTIPLE_DEVICES
! Somewhat ad-hoc I use the devIdx as the index of the ocl instance, so this relies on the user selecting a different device in every thread, but otherwise it does not make sense anyway
module oclWrapper
implicit none
integer(8), dimension(0:7) :: ocl ! Is not used in user code and would need to be per-thread unique, so it must be an array.
#ifdef OCL_MULTIPLE_DEVICES
integer(8) :: oclinstmap ! A pointer to a map from the POSIX thread ID to the OpenCL instance id, which is the index into the ocl array
#endif
integer :: oclNunits, oclNthreadsHint ! Does not need to be package global, can be defined locally in the module doing the API calls
integer(8), dimension(256) :: oclBuffers ! Is used in user code and would need to be per-thread unique
integer(8), dimension(0:7,256) :: oclBuffersPerInst ! Is used in user code and would need to be per-thread unique, instead I require use of an explicit index
! integer, dimension(256,3) :: oclBufferShapes ! Not used
integer :: oclGlobalRange, oclLocalRange ! Does not need to be package global, can be defined locally in the module doing the API calls
integer, dimension(2) :: oclGlobal2DRange, oclLocal2DRange ! Does not need to be package global, can be defined locally in the module doing the API calls
integer, dimension(3) :: oclGlobal3DRange, oclLocal3DRange ! Does not need to be package global, can be defined locally in the module doing the API calls
save
contains
! This is the main constructor for the OpenCL environment
! The platform and device are handled via the build system
subroutine oclInit(srcstrp,kstrp)
integer(8) :: oclinstid
integer :: srclen, klen
character(len=*) :: srcstrp, kstrp
character(len=:), allocatable :: srcstr, kstr
srclen = len(srcstrp)
klen = len(kstrp)
allocate(character(len=srclen) :: srcstr)
allocate(character(len=klen) :: kstr)
srcstr=srcstrp
kstr=kstrp
! print *, "source=<",srcstr,">; kernel=<",kstr,">"
oclinstid = 0
! print *, "INIT OCL"
#ifdef OCL_MULTIPLE_DEVICES
! print *, "CALL SET INSTANCE"
call oclsetinstancec(oclinstmap, oclinstid)
#endif
call oclinitf(ocl(oclinstid), srcstr, srclen, kstr, klen)
end subroutine
subroutine oclInitDev(srcstrp,kstrp,devIdx)
integer(8) :: oclinstid
integer, intent(In) :: devIdx
integer :: srclen, klen
character(len=*) :: srcstrp, kstrp
character(len=:), allocatable :: srcstr, kstr
srclen = len(srcstrp)
klen = len(kstrp)
allocate(character(len=srclen) :: srcstr)
allocate(character(len=klen) :: kstr)
srcstr=srcstrp
kstr=kstrp
#ifndef OCL_MULTIPLE_DEVICES
oclinstid = 0
#else
oclinstid = devIdx
call oclsetinstancec(oclinstmap, oclinstid)
#endif
call oclinitdevf(ocl(oclinstid), srcstr, srclen, kstr, klen, devIdx)
end subroutine
subroutine oclInitOpts(srcstrp,kstrp,koptsstrp)
integer(8) :: oclinstid
integer :: srclen, klen, koptslen
character(len=*) :: srcstrp, kstrp, koptsstrp
character(len=:), allocatable :: srcstr, kstr, koptsstr
srclen = len(srcstrp)
klen = len(kstrp)
koptslen = len(koptsstrp)
allocate(character(len=srclen) :: srcstr)
allocate(character(len=klen) :: kstr)
allocate(character(len=koptslen) :: koptsstr)
srcstr=srcstrp
kstr=kstrp
koptsstr = koptsstrp
oclinstid = 0
#ifdef OCL_MULTIPLE_DEVICES
call oclsetinstancec(oclinstmap, oclinstid)
#endif
call oclinitoptsf(ocl(oclinstid), srcstr, srclen, kstr, klen, koptsstr, koptslen)
end subroutine
subroutine oclInitOptsDev(srcstrp,kstrp,koptsstrp,devIdx)
integer(8) :: oclinstid
integer, intent(In) :: devIdx
integer :: srclen, klen, koptslen
character(len=*) :: srcstrp, kstrp, koptsstrp
character(len=:), allocatable :: srcstr, kstr, koptsstr
srclen = len(srcstrp)
klen = len(kstrp)
koptslen = len(koptsstrp)
allocate(character(len=srclen) :: srcstr)
allocate(character(len=klen) :: kstr)
allocate(character(len=koptslen) :: koptsstr)
srcstr=srcstrp
kstr=kstrp
koptsstr = koptsstrp
#ifndef OCL_MULTIPLE_DEVICES
oclinstid = 0
#else
oclinstid = devIdx
call oclsetinstancec(oclinstmap, oclinstid)
#endif
call oclinitoptsdevf(ocl(oclinstid), srcstr, srclen, kstr, klen, koptsstr, koptslen, devIdx)
end subroutine
subroutine oclGetMaxComputeUnits(nunits)
integer :: nunits
integer(8) :: oclinstid
oclinstid = 0
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclGetMaxComputeUnitsC(ocl(oclinstid),nunits)
oclNunits=nunits
end subroutine
subroutine oclGetNThreadsHint(nthreads)
integer :: nthreads
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclGetNThreadsHintC(ocl(oclinstid),nthreads)
oclNthreadsHint=nthreads
end subroutine
! These are deprecated, use the versions specialised by type/dim/mode below
subroutine oclMakeFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d
! array1d = reshape(array,shape(array1d))
sz1d = size(array)*4 ! x4 because real is 4 bytes
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMakeFloatArrayReadWriteBuffer(buffer, sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d
! print *, 'Reshaping array'
! array1d = reshape(array,shape(array1d))
!sz1d = sz(1)*sz(2)*sz(3) !
sz1d=size(array)*4 ! x4 because real is 4 bytes
! real, allocatable, dimension(:) :: ptr
!print *, 'sz:', sz
!print *, 'sz1d:', sz1d
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d,array)
end subroutine
subroutine oclMakeIntArrayReadWriteBuffer(buffer, sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer,dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d
! print *, 'Reshaping array'
! array1d = reshape(array,shape(array1d))
!sz1d = sz(1)*sz(2)*sz(3) !
sz1d=size(array)*4 ! x4 because int is 4 bytes
! real, allocatable, dimension(:) :: ptr
!print *, 'sz:', sz
!print *, 'sz1d:', sz1d
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d,array)
end subroutine
subroutine oclMakeIntArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer,dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d
! array1d = reshape(array,shape(array1d))
sz1d = size(array)*4 ! x4 because integer is 4 bytes
!print *, 'sz:', sz
!print *, 'sz1d:', sz1d
!integer, allocatable, dimension(:) :: ptr
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
! subroutine oclMakeIntArrayReadWriteBuffer(buffer, sz,ptr)
! integer(8):: buffer
! integer :: sz
! integer, allocatable, dimension(:) :: ptr
! call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz,ptr)
! end subroutine
subroutine oclMakeReadBuffer(buffer, sz)
integer(8):: buffer
integer :: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclMakeReadBufferC(ocl(oclinstid),buffer, sz)
end subroutine
subroutine oclMakeReadWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclMakeReadWriteBufferC(ocl(oclinstid),buffer, sz)
end subroutine
subroutine oclMakeWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclmakewritebufferc(ocl(oclinstid),buffer, sz)
end subroutine
subroutine oclWriteBuffer(buffer, sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real, dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d!
! array1d = reshape(array,shape(array1d))
sz1d=size(array)*4 ! x4 because float is 4 bytes
call oclwritebufferc(ocl(oclinstid),buffer, sz1d,array)
end subroutine
subroutine oclWriteBufferById(bufferid, sz,array)
integer:: bufferid
integer :: sz1d
integer, dimension(3):: sz
real, dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! real, dimension(size(array)):: array1d!
! array1d = reshape(array,shape(array1d))
sz1d=size(array)*4 ! x4 because float is 4 bytes
call oclwritebufferc(ocl(oclinstid),oclBuffers(bufferid), sz1d,array)
end subroutine
subroutine oclSetArrayArg(pos,buf)
integer :: pos
integer(8):: buf
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclsetarrayargc(ocl(oclinstid),pos,buf)
end subroutine
subroutine oclSetIntArrayArg(pos,buf)
integer :: pos
integer(8):: buf
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclsetarrayargc(ocl(oclinstid),pos,buf)
end subroutine
subroutine oclSetFloatArrayArg(pos,buf)
integer :: pos
integer(8):: buf
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclsetfloatarrayargc(ocl(oclinstid),pos,buf)
end subroutine
subroutine oclSetFloatConstArg(pos,constarg)
integer :: pos
real :: constarg
integer(8) :: oclinstid
oclinstid=0
call oclsetfloatconstargc(ocl(oclinstid),pos,constarg)
end subroutine
subroutine oclSetIntConstArg(pos,constarg)
integer :: pos
integer :: constarg
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclsetintconstargc(ocl(oclinstid),pos,constarg)
end subroutine
! subroutine oclRun(nargs,argtypes,args)
! integer :: nargs, argstypes,
! call oclrunc(ocl(oclinstid),nargs,argtypes,args)
! end subroutine
subroutine runOcl(global,local,exectime)
integer :: global, local
integer(8) :: oclinstid
real(4) :: exectime
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call runoclc(ocl(oclinstid),global,local,exectime)
end subroutine
subroutine runOcl2DRange(global,local,exectime)
integer, dimension(2) :: global, local
integer(8) :: oclinstid
real(4) :: exectime
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call runoclc2d(ocl(oclinstid),global,local,exectime)
end subroutine
subroutine runOcl3DRange(global,local,exectime)
integer, dimension(3) :: global, local
integer(8) :: oclinstid
real(4) :: exectime
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call runoclc3d(ocl(oclinstid),global,local,exectime)
end subroutine
subroutine oclReadBuffer(buffer,sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1),sz(2),sz(3)) :: array
real, dimension(size(array)):: array1d
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4 ! x4 because real is 4 bytes
call oclreadbufferc(ocl(oclinstid),buffer,sz1d,array1d)
array = reshape(array1d,shape(array))
end subroutine
subroutine oclReadBufferById(bufferid,sz,array)
integer:: bufferid
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1),sz(2),sz(3)) :: array
real, dimension(size(array)):: array1d
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array1d)*4 ! x4 because real is 4 bytes
call oclreadbufferc(ocl(oclinstid),oclBuffers(bufferid),sz1d,array1d)
array = reshape(array1d,shape(array))
end subroutine
subroutine oclReadRawBuffer(buffer,sz1d,array1d)
integer(8):: buffer
integer :: sz1d
real, dimension(sz1d):: array1d
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
call oclreadbufferc(ocl(oclinstid),buffer,sz1d*4,array1d)
end subroutine
! Note the arg type is 3D array of integers!
subroutine oclWriteIntBuffer(buffer, sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer, dimension(sz(1),sz(2),sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! integer, dimension(size(array)):: array1d!
! array1d = reshape(array,shape(array1d))
sz1d=size(array)*4 ! x4 because integer is 4 bytes
call oclwritebufferc(ocl(oclinstid),buffer, sz1d,array)
end subroutine
subroutine oclReadIntBuffer(buffer,sz,array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer,dimension(sz(1),sz(2),sz(3)) :: array
integer, dimension(size(array)):: array1d
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array1d)*4 ! x4 because integer is 4 bytes
call oclreadbufferc(ocl(oclinstid),buffer,sz1d,array1d)
array = reshape(array1d,shape(array))
end subroutine
subroutine padRange(orig_range, m)
integer, intent(InOut) :: orig_range
integer, intent(In) :: m
if (mod(orig_range,m) /= 0) then
orig_range = orig_range + (m - (mod(orig_range,m)))
end if
end subroutine
subroutine oclStoreBuffer(idx,buffer )
integer(8):: buffer
integer :: idx
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! print *, "STORE BUFFER ", buffer , " in INST ",oclinstid, " IDX ", idx
oclBuffersPerInst(oclinstid,idx) = buffer
end subroutine oclStoreBuffer
subroutine oclLoadBuffer(idx, buffer)
integer(8):: buffer
integer :: idx
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
! print *, "LOAD BUFFER ", buffer , " from INST ",oclinstid, " IDX ", idx
buffer = oclBuffersPerInst(oclinstid,idx)
end subroutine oclLoadBuffer
!$GEN WrapperSubs
! Make n-D Array Buffers
subroutine oclMake1DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(1):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake2DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(2):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake3DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake4DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(4):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake5DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(5):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake6DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(6):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*sz(6)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake7DFloatArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(7):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*sz(6)*sz(7)*4
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake1DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(1):: sz
real,dimension(sz(1)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake1DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake2DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(2):: sz
real,dimension(sz(1), sz(2)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake2DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake3DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1), sz(2), sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake3DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake4DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(4):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake4DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake5DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(5):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake5DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake6DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(6):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5), sz(6)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake6DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake7DFloatArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(7):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5), sz(6), sz(7)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake7DFloatArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake1DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(1):: sz
real,dimension(sz(1)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake1DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake2DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(2):: sz
real,dimension(sz(1), sz(2)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake2DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake3DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real,dimension(sz(1), sz(2), sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake3DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake4DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(4):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake4DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake5DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(5):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake5DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake6DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(6):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5), sz(6)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake6DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake7DFloatArrayReadWriteBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(7):: sz
real,dimension(sz(1), sz(2), sz(3), sz(4), sz(5), sz(6), sz(7)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*4
! print *, 'oclMake7DFloatArrayReadWriteBuffer(',sz1d,')'
call oclMakeReadWriteBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake1DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(1):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake2DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(2):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake3DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake4DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(4):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake5DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(5):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake6DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(6):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*sz(6)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake7DDoubleArrayWriteBuffer(buffer, sz)
integer(8):: buffer
integer :: sz1d
integer, dimension(7):: sz
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = sz(1)*sz(2)*sz(3)*sz(4)*sz(5)*sz(6)*sz(7)*8
call oclMakeWriteBufferC(ocl(oclinstid),buffer, sz1d)
end subroutine
subroutine oclMake1DDoubleArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(1):: sz
real(8),dimension(sz(1)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*8
! print *, 'oclMake1DDoubleArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake2DDoubleArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(2):: sz
real(8),dimension(sz(1), sz(2)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*8
! print *, 'oclMake2DDoubleArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake3DDoubleArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(3):: sz
real(8),dimension(sz(1), sz(2), sz(3)) :: array
integer(8) :: oclinstid
#ifdef OCL_MULTIPLE_DEVICES
call oclgetinstancec(oclinstmap, oclinstid)
#else
oclinstid = 0
#endif
sz1d = size(array)*8
! print *, 'oclMake3DDoubleArrayReadBuffer(',sz1d,')'
call oclMakeReadBufferPtrC(ocl(oclinstid),buffer, sz1d, array)
end subroutine
subroutine oclMake4DDoubleArrayReadBuffer(buffer, sz, array)
integer(8):: buffer
integer :: sz1d
integer, dimension(4):: sz
real(8),dimension(sz(1), sz(2), sz(3), sz(4)) :: array
integer(8) :: oclinstid