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#Crown Copyright 2012 AWE.
#
# This file is part of CloverLeaf.
#
# CloverLeaf is free software: you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the
# Free Software Foundation, either version 3 of the License, or (at your option)
# any later version.
#
# CloverLeaf is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# CloverLeaf. If not, see http://www.gnu.org/licenses/.
# @brief Makefile for OCL version of CloverLeaf
# @author Wayne Gaudin, Andrew Mallinson, David Beckingsale
# @details Agnostic, platform independent makefile for the Clover Leaf benchmark code.
# It is not meant to be clever in anyway, just a simple build out of the box script.
# Machine/compiler specific options can be set in the FLAGS variable, if required for debugging/optimisation etc
# Just make sure mpif90 is in your path. It uses mpif90 even for all builds because this abstracts the base
# name of the compiler. If you are on a system that doesn't use mpif90, just replace mpif90 with the compiler name
# of choice. The only mpi dependencies in this non-MPI version are mpi_wtime in timer.f90.
# There is no single way of turning OpenMP compilation on with all compilers.
# The known compilers have been added as a variable. By default the make
# will use no options, which will work on Cray for example, but not on other
# compilers.
# To select a OpenMP compiler option, do this in the shell before typing make:-
#
# export COMPILER=INTEL # to select the Intel flags
# export COMPILER=SUN # to select the Sun flags
# export COMPILER=GNU # to select the Gnu flags
# export COMPILER=CRAY # to select the Cray flags
# export COMPILER=PGI # to select the PGI flags
# export COMPILER=PATHSCALE # to select the Pathscale flags
# export COMPILER=XL # to select the IBM Xlf flags
# or this works as well:-
#
# make COMPILER=INTEL
# make COMPILER=SUN
# make COMPILER=GNU
# make COMPILER=CRAY
# make COMPILER=PGI
# make COMPILER=PATHSCALE
# make COMPILER=XL
#
# Don't forget to set the number of threads you want to use, like so
# export OMP_NUM_THREADS=4
# usage: make # Will make the binary
# make clean # Will clean up the directory
# make DEBUG=1 # Will select debug options. If a compiler is selected, it will use compiler specific debug options
# make IEEE=1 # Will select debug options as long as a compiler is selected as well
# e.g. make COMPILER=INTEL MPI_COMPILER=mpiifort C_MPI_COMPILER=mpiicc DEBUG=1 IEEE=1 # will compile with the intel compiler with intel debug and ieee flags included
ifndef COMPILER
MESSAGE=select a compiler to compile in OpenMP, e.g. make COMPILER=INTEL
endif
ifndef OCL_VENDOR
OCLMESSAGE=If you want to use OpenCL kernels, please specify the OCL_VENDOR variable
endif
ifeq ($(OCL_VENDOR), NVIDIA)
ifndef AUTOTUNING
OCL_WG_SIZE_X_IDEALGAS = 32
OCL_WG_SIZE_Y_IDEALGAS = 4
OCL_WG_SIZE_X_VISCOSITY = 32
OCL_WG_SIZE_Y_VISCOSITY = 4
OCL_WG_SIZE_X_ACCELERATE = 256
OCL_WG_SIZE_Y_ACCELERATE = 2
OCL_WG_SIZE_X_FLUXCALC = 128
OCL_WG_SIZE_Y_FLUXCALC = 1
OCL_WG_SIZE_X_RESET = 512
OCL_WG_SIZE_Y_RESET = 2
OCL_WG_SIZE_X_REVERT = 128
OCL_WG_SIZE_Y_REVERT = 1
OCL_WG_SIZE_X_PDV = 128
OCL_WG_SIZE_Y_PDV = 1
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S1 = 32
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S1 = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S2 = 128
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S2 = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC2 = 256
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC2 = 1
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC3 = 32
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC3 = 2
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S1 = 128
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S1 = 2
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S2 = 128
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S2 = 2
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC2 = 32
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC2 = 4
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC3 = 256
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC3 = 4
OCL_WG_SIZE_X_ADVMOM_VOL = 64
OCL_WG_SIZE_Y_ADVMOM_VOL = 2
OCL_WG_SIZE_X_ADVMOM_NODE_X = 256
OCL_WG_SIZE_Y_ADVMOM_NODE_X = 2
OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_X = 128
OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_X = 1
OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_X = 32
OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_X = 4
OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_X = 32
OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_X = 4
OCL_WG_SIZE_X_ADVMOM_VEL_X = 128
OCL_WG_SIZE_Y_ADVMOM_VEL_X = 1
OCL_WG_SIZE_X_ADVMOM_NODE_Y = 256
OCL_WG_SIZE_Y_ADVMOM_NODE_Y = 2
OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_Y = 64
OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_Y = 2
OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_Y = 128
OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_Y = 8
OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_Y = 32
OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_Y = 4
OCL_WG_SIZE_X_ADVMOM_VEL_Y = 256
OCL_WG_SIZE_Y_ADVMOM_VEL_Y = 1
OCL_UH_LOCALWG_SMALLDIM_DEPTHTWO = 2 #this value controls the small dimension of the local workgroup size in the update halo kernel when the depth is 2 it should be set to 1 or 2.
OCL_UH_LOCALWG_LARGEDIM = 16
OCL_COMMS_LOCALWG_SMALLDIM_DEPTHTWO=1 #this value controls the small dimemsion of the local wg size in the comms buffer pack / unpack kernel
#when the depth is 2, it should be set to 1 or 2
OCL_COMMS_LOCALWG_LARGEDIM = 64
OCL_WG_SIZE_X_CALCDT_FIELDSUMM = 32
OCL_WG_SIZE_Y_CALCDT_FIELDSUMM = 4
OCL_WG_SIZE_X_REDUCTION = 512
endif
else
OCL_WG_SIZE_X_IDEALGAS = 64
OCL_WG_SIZE_Y_IDEALGAS = 4
OCL_WG_SIZE_X_VISCOSITY = 64
OCL_WG_SIZE_Y_VISCOSITY = 4
OCL_WG_SIZE_X_ACCELERATE = 64
OCL_WG_SIZE_Y_ACCELERATE = 4
OCL_WG_SIZE_X_FLUXCALC = 64
OCL_WG_SIZE_Y_FLUXCALC = 4
OCL_WG_SIZE_X_RESET = 64
OCL_WG_SIZE_Y_RESET = 4
OCL_WG_SIZE_X_REVERT = 64
OCL_WG_SIZE_Y_REVERT = 4
OCL_WG_SIZE_X_PDV = 64
OCL_WG_SIZE_Y_PDV = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S1 = 64
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S1 = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S2 = 64
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S2 = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC2 = 64
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC2 = 4
OCL_WG_SIZE_X_ADVCELL_XDIR_SEC3 = 64
OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC3 = 4
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S1 = 64
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S1 = 4
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S2 = 64
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S2 = 4
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC2 = 64
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC2 = 4
OCL_WG_SIZE_X_ADVCELL_YDIR_SEC3 = 64
OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC3 = 4
OCL_WG_SIZE_X_ADVMOM_VOL = 64
OCL_WG_SIZE_Y_ADVMOM_VOL = 4
OCL_WG_SIZE_X_ADVMOM_NODE_X = 64
OCL_WG_SIZE_Y_ADVMOM_NODE_X = 4
OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_X = 64
OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_X = 4
OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_X = 64
OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_X = 4
OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_X = 64
OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_X = 4
OCL_WG_SIZE_X_ADVMOM_VEL_X = 64
OCL_WG_SIZE_Y_ADVMOM_VEL_X = 4
OCL_WG_SIZE_X_ADVMOM_NODE_Y = 64
OCL_WG_SIZE_Y_ADVMOM_NODE_Y = 4
OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_Y = 64
OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_Y = 4
OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_Y = 64
OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_Y = 4
OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_Y = 64
OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_Y = 4
OCL_WG_SIZE_X_ADVMOM_VEL_Y = 64
OCL_WG_SIZE_Y_ADVMOM_VEL_Y = 4
OCL_UH_LOCALWG_SMALLDIM_DEPTHTWO = 1 #this value controls the small dimension of the local workgroup size in the update halo kernel when the depth is 2 it should be set to 1 or 2.
OCL_UH_LOCALWG_LARGEDIM = 64
OCL_COMMS_LOCALWG_SMALLDIM_DEPTHTWO=1 #this value controls the small dimemsion of the local wg size in the comms buffer pack / unpack kernel
#when the depth is 2, it should be set to 1 or 2
OCL_COMMS_LOCALWG_LARGEDIM = 64
OCL_WG_SIZE_X_CALCDT_FIELDSUMM = 64
OCL_WG_SIZE_Y_CALCDT_FIELDSUMM = 4
OCL_WG_SIZE_X_REDUCTION = 128
endif
ifndef OCL_CPU_RED_FIRSTLEVEL_WGS
OCL_CPU_RED_FIRSTLEVEL_WGS = 256
endif
ifndef TEST_ID
CLOVER_OUT_STRING = "'clover.out'"
else
CLOVER_OUT_STRING = "'clover_test_$(TEST_ID).out'"
endif
OMP_INTEL =
OMP_SUN = -xopenmp=parallel -vpara
OMP_GNU = -fopenmp
OMP_CRAY =
OMP_PGI = -mp=nonuma
OMP_PATHSCALE = -mp
OMP_XL = -qsmp=omp -qthreaded
OMP=$(OMP_$(COMPILER))
FLAGS_INTEL = -O3 -no-prec-div -fpp
FLAGS_SUN = -fast -xipo=2 -Xlistv4
FLAGS_GNU = -O3 -march=native -funroll-loops -cpp
FLAGS_CRAY = -em -ra -h acc_model=fast_addr:no_deep_copy:auto_async_all -eZ
FLAGS_PGI = -fastsse -gopt -Mipa=fast -Mlist
FLAGS_PATHSCALE = -O3
FLAGS_XL = -O5 -qipa=partition=large -g -qfullpath -Q -qsigtrap -qextname=flush:ideal_gas_kernel_c:viscosity_kernel_c:pdv_kernel_c:revert_kernel_c:accelerate_kernel_c:flux_calc_kernel_c:advec_cell_kernel_c:advec_mom_kernel_c:reset_field_kernel_c:timer_c -qlistopt -qattr=full -qlist -qreport -qxref=full -qsource -qsuppress=1506-224:1500-036
FLAGS_ = -O3
CFLAGS_INTEL = -O3 -no-prec-div -restrict -fno-alias
CFLAGS_SUN = -fast -xipo=2
CFLAGS_GNU = -O3 -march=native -funroll-loops
CFLAGS_CRAY = -em -h list=a
CFLAGS_PGI = -fastsse -gopt -Mipa=fast -Mlist
CFLAGS_PATHSCALE = -O3
CFLAGS_XL = -O5 -qipa=partition=large -g -qfullpath -Q -qlistopt -qattr=full -qlist -qreport -qxref=full -qsource -qsuppress=1506-224:1500-036 -qsrcmsg
CFLAGS_ = -O3
OCL_INTEL_INC=-I/opt/opencl/intel-2013_xe_sdk_3.0.67279/include
OCL_INTEL_LIB=-L/opt/opencl/intel-2013_xe_sdk_3.0.67279/lib64 -lOpenCL
OCL_AMD_INC=-I/opt/opencl/amd-app-2.7/include
OCL_AMD_LIB=-L/opt/opencl/amd-app-2.7/lib/x86_64 -lOpenCL -lstdc++
OCL_NVIDIA_INC=-I/opt/nvidia/cudatoolkit/default/include -I/home/users/p01379/lustre/OpenCL_headers
OCL_NVIDIA_LIB=-L/opt/cray/nvidia/default/lib64 -lOpenCL
OCL_LIB=$(OCL_$(OCL_VENDOR)_LIB)
OCL_INC=$(OCL_$(OCL_VENDOR)_INC)
ifdef DEBUG
FLAGS_INTEL = -O0 -g -debug all -check all -traceback -check noarg_temp_created -fpp
FLAGS_SUN = -g -xopenmp=noopt -stackvar -u -fpover=yes -C -ftrap=common
FLAGS_GNU = -O0 -g -O -Wall -Wextra -fbounds-check -cpp
FLAGS_CRAY = -O0 -g -em -eD -eZ
FLAGS_PGI = -O0 -g -C -Mchkstk -Ktrap=fp -Mchkfpstk -Mchkptr
FLAGS_PATHSCALE = -O0 -g
FLAGS_XL = -O0 -g -qfullpath -qcheck -qflttrap=ov:zero:invalid:en -qsource -qinitauto=FF -qmaxmem=-1 -qinit=f90ptr -qsigtrap -qextname=flush:ideal_gas_kernel_c:viscosity_kernel_c:pdv_kernel_c:revert_kernel_c:accelerate_kernel_c:flux_calc_kernel_c:advec_cell_kernel_c:advec_mom_kernel_c:reset_field_kernel_c:timer_c
FLAGS_ = -O0 -g
CFLAGS_INTEL = -O0 -g -debug all -traceback
CFLAGS_SUN = -g -O0 -xopenmp=noopt -stackvar -u -fpover=yes -C -ftrap=common
CFLAGS_GNU = -O0 -g -O -Wall -Wextra -fbounds-check
CFLAGS_CRAY = -O0 -g -em -eD
CFLAGS_PGI = -O0 -g -C -Mchkstk -Ktrap=fp -Mchkfpstk
CFLAGS_PATHSCALE= -O0 -g
CFLAGS_XL = -O0 -g -qfullpath -qcheck -qflttrap=ov:zero:invalid:en -qsource -qinitauto=FF -qmaxmem=-1 -qsrcmsg
endif
ifdef IEEE
I3E_INTEL = -fp-model strict -fp-model source -prec-div -prec-sqrt
I3E_SUN = -fsimple=0 -fns=no
I3E_GNU = -ffloat-store
I3E_CRAY = -hflex_mp=intolerant
I3E_PGI = -Kieee
I3E_PATHSCALE = -mieee-fp
I3E_XL = -qfloat=nomaf
I3E=$(I3E_$(COMPILER))
endif
FLAGS=$(FLAGS_$(COMPILER)) $(I3E) $(OPTIONS) $(OCL_LIB) -DUSE_EXPLICIT_COMMS_BUFF_PACK -DCLOVER_OUTPUT_FILE=$(CLOVER_OUT_STRING)
ADVECMOM_PP = -DWG_SIZE_X_ADVECMOM_VOL=$(OCL_WG_SIZE_X_ADVMOM_VOL) -DWG_SIZE_Y_ADVECMOM_VOL=$(OCL_WG_SIZE_Y_ADVMOM_VOL) -DWG_SIZE_X_ADVECMOM_NODE_X=$(OCL_WG_SIZE_X_ADVMOM_NODE_X) -DWG_SIZE_Y_ADVECMOM_NODE_X=$(OCL_WG_SIZE_Y_ADVMOM_NODE_X) -DWG_SIZE_X_ADVECMOM_NODE_MASS_PRE_X=$(OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_X) -DWG_SIZE_Y_ADVECMOM_NODE_MASS_PRE_X=$(OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_X) -DWG_SIZE_X_ADVECMOM_FLUX_VEC1_X=$(OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_X) -DWG_SIZE_Y_ADVECMOM_FLUX_VEC1_X=$(OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_X) -DWG_SIZE_X_ADVECMOM_FLUX_NOTVEC1_X=$(OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_X) -DWG_SIZE_Y_ADVECMOM_FLUX_NOTVEC1_X=$(OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_X) -DWG_SIZE_X_ADVECMOM_VEL_X=$(OCL_WG_SIZE_X_ADVMOM_VEL_X) -DWG_SIZE_Y_ADVECMOM_VEL_X=$(OCL_WG_SIZE_Y_ADVMOM_VEL_X) -DWG_SIZE_X_ADVECMOM_NODE_Y=$(OCL_WG_SIZE_X_ADVMOM_NODE_Y) -DWG_SIZE_Y_ADVECMOM_NODE_Y=$(OCL_WG_SIZE_Y_ADVMOM_NODE_Y) -DWG_SIZE_X_ADVECMOM_NODE_MASS_PRE_Y=$(OCL_WG_SIZE_X_ADVMOM_NODE_MASS_PRE_Y) -DWG_SIZE_Y_ADVECMOM_NODE_MASS_PRE_Y=$(OCL_WG_SIZE_Y_ADVMOM_NODE_MASS_PRE_Y) -DWG_SIZE_X_ADVECMOM_FLUX_VEC1_Y=$(OCL_WG_SIZE_X_ADVMOM_FLUX_VEC1_Y) -DWG_SIZE_Y_ADVECMOM_FLUX_VEC1_Y=$(OCL_WG_SIZE_Y_ADVMOM_FLUX_VEC1_Y) -DWG_SIZE_X_ADVECMOM_FLUX_NOTVEC1_Y=$(OCL_WG_SIZE_X_ADVMOM_FLUX_NOTVEC1_Y) -DWG_SIZE_Y_ADVECMOM_FLUX_NOTVEC1_Y=$(OCL_WG_SIZE_Y_ADVMOM_FLUX_NOTVEC1_Y) -DWG_SIZE_X_ADVECMOM_VEL_Y=$(OCL_WG_SIZE_X_ADVMOM_VEL_Y) -DWG_SIZE_Y_ADVECMOM_VEL_Y=$(OCL_WG_SIZE_Y_ADVMOM_VEL_Y)
ADVECCELL_PP = -DWG_SIZE_X_ADVECCELL_XDIR_SEC1S1=$(OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S1) -DWG_SIZE_Y_ADVECCELL_XDIR_SEC1S1=$(OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S1) -DWG_SIZE_X_ADVECCELL_XDIR_SEC1S2=$(OCL_WG_SIZE_X_ADVCELL_XDIR_SEC1S2) -DWG_SIZE_Y_ADVECCELL_XDIR_SEC1S2=$(OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC1S2) -DWG_SIZE_X_ADVECCELL_XDIR_SEC2=$(OCL_WG_SIZE_X_ADVCELL_XDIR_SEC2) -DWG_SIZE_Y_ADVECCELL_XDIR_SEC2=$(OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC2) -DWG_SIZE_X_ADVECCELL_XDIR_SEC3=$(OCL_WG_SIZE_X_ADVCELL_XDIR_SEC3) -DWG_SIZE_Y_ADVECCELL_XDIR_SEC3=$(OCL_WG_SIZE_Y_ADVCELL_XDIR_SEC3) -DWG_SIZE_X_ADVECCELL_YDIR_SEC1S1=$(OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S1) -DWG_SIZE_Y_ADVECCELL_YDIR_SEC1S1=$(OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S1) -DWG_SIZE_X_ADVECCELL_YDIR_SEC1S2=$(OCL_WG_SIZE_X_ADVCELL_YDIR_SEC1S2) -DWG_SIZE_Y_ADVECCELL_YDIR_SEC1S2=$(OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC1S2) -DWG_SIZE_X_ADVECCELL_YDIR_SEC2=$(OCL_WG_SIZE_X_ADVCELL_YDIR_SEC2) -DWG_SIZE_Y_ADVECCELL_YDIR_SEC2=$(OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC2) -DWG_SIZE_X_ADVECCELL_YDIR_SEC3=$(OCL_WG_SIZE_X_ADVCELL_YDIR_SEC3) -DWG_SIZE_Y_ADVECCELL_YDIR_SEC3=$(OCL_WG_SIZE_Y_ADVCELL_YDIR_SEC3)
UPDATE_HALO_PP = -DWG_SIZE_LARGEDIM_UPDATEHALO=$(OCL_UH_LOCALWG_LARGEDIM) -DWG_SIZE_SMALLDIM_UPDATEHALO=$(OCL_UH_LOCALWG_SMALLDIM_DEPTHTWO)
COMMS_PP = -DWG_SIZE_LARGEDIM_COMMS=$(OCL_COMMS_LOCALWG_LARGEDIM) -DWG_SIZE_SMALLDIM_COMMS=$(OCL_COMMS_LOCALWG_SMALLDIM_DEPTHTWO)
CALDT_FIELDSUMM_PP = -DWG_SIZE_X_CALCDT_FIELDSUMM=$(OCL_WG_SIZE_X_CALCDT_FIELDSUMM) -DWG_SIZE_Y_CALCDT_FIELDSUMM=$(OCL_WG_SIZE_Y_CALCDT_FIELDSUMM)
IDEALGAS_PP = -DWG_SIZE_X_IDEALGAS=$(OCL_WG_SIZE_X_IDEALGAS) -DWG_SIZE_Y_IDEALGAS=$(OCL_WG_SIZE_Y_IDEALGAS)
ACCELERATE_PP = -DWG_SIZE_X_ACCELERATE=$(OCL_WG_SIZE_X_ACCELERATE) -DWG_SIZE_Y_ACCELERATE=$(OCL_WG_SIZE_Y_ACCELERATE)
VISCOSITY_PP = -DWG_SIZE_X_VISCOSITY=$(OCL_WG_SIZE_X_VISCOSITY) -DWG_SIZE_Y_VISCOSITY=$(OCL_WG_SIZE_Y_VISCOSITY)
FLUXCALC_PP = -DWG_SIZE_X_FLUXCALC=$(OCL_WG_SIZE_X_FLUXCALC) -DWG_SIZE_Y_FLUXCALC=$(OCL_WG_SIZE_Y_FLUXCALC)
RESET_PP = -DWG_SIZE_X_RESET=$(OCL_WG_SIZE_X_RESET) -DWG_SIZE_Y_RESET=$(OCL_WG_SIZE_Y_RESET)
REVERT_PP = -DWG_SIZE_X_REVERT=$(OCL_WG_SIZE_X_REVERT) -DWG_SIZE_Y_REVERT=$(OCL_WG_SIZE_Y_REVERT)
PDV_PP = -DWG_SIZE_X_PDV=$(OCL_WG_SIZE_X_PDV) -DWG_SIZE_Y_PDV=$(OCL_WG_SIZE_Y_PDV)
CFLAGS=$(CFLAGS_$(COMPILER)) $(I3E) $(COPTIONS) -c -DCL_USE_DEPRECATED_OPENCL_1_1_APIS -DWG_SIZE_X_REDUCTION=$(OCL_WG_SIZE_X_REDUCTION) -DCPU_REDUCTION_NUM_FIRST_LEVEL_WGS=$(OCL_CPU_RED_FIRSTLEVEL_WGS) $(IDEALGAS_PP) $(ACCELERATE_PP) $(VISCOSITY_PP) $(FLUXCALC_PP) $(RESET_PP) $(REVERT_PP) $(PDV_PP) $(ADVECCELL_PP) $(ADVECMOM_PP) $(UPDATE_HALO_PP) $(COMMS_PP) $(CALDT_FIELDSUMM_PP) #-DOCL_VERBOSE=1 #-DPROFILE_OCL_KERNELS=1 #-DDUMP_BINARY
MPI_COMPILER=mpif90
C_MPI_COMPILER=mpicc
CXX_MPI_COMPILER=mpiCC
clover_leaf: c_lover clover_ocl *.f90 Makefile
$(MPI_COMPILER) $(FLAGS) \
data.f90 \
definitions.f90 \
clover.f90 \
report.f90 \
timer.f90 \
parse.f90 \
read_input.f90 \
initialise_chunk.f90 \
build_field.f90 \
update_halo.f90 \
ideal_gas.f90 \
start.f90 \
generate_chunk.f90 \
initialise.f90 \
field_summary.f90 \
viscosity.f90 \
calc_dt.f90 \
timestep.f90 \
accelerate.f90 \
revert.f90 \
PdV.f90 \
flux_calc.f90 \
advec_cell_driver.f90 \
advec_mom_driver.f90 \
advection.f90 \
reset_field.f90 \
hydro.f90 \
visit.f90 \
clover_leaf.f90 \
ideal_gas_kernel_ocl.o \
viscosity_kernel_ocl.o \
flux_calc_kernel_ocl.o \
accelerate_kernel_ocl.o \
advec_mom_kernel_ocl.o \
advec_cell_kernel_ocl.o \
pdv_kernel_ocl.o \
calc_dt_kernel_ocl.o \
reset_field_kernel_ocl.o \
generate_chunk_kernel_ocl.o \
initialise_chunk_kernel_ocl.o \
revert_kernel_ocl.o \
field_summary_kernel_ocl.o \
update_halo_kernel_ocl.o \
setup_ocl.o \
comms_buffers_kernel_ocl.o \
ocl_read_buffers.o \
timer_c.o \
ocl_profiling.o \
CloverCL.o \
-o clover_leaf; echo $(MESSAGE)
c_lover: *.c Makefile
$(C_MPI_COMPILER) $(CFLAGS) \
timer_c.c
clover_ocl: Makefile
$(CXX_MPI_COMPILER) $(CFLAGS) \
$(OCL_INC) \
ideal_gas_kernel_ocl.C \
viscosity_kernel_ocl.C \
flux_calc_kernel_ocl.C \
accelerate_kernel_ocl.C \
advec_mom_kernel_ocl.C \
advec_cell_kernel_ocl.C \
calc_dt_kernel_ocl.C \
update_halo_kernel_ocl.C \
pdv_kernel_ocl.C \
reset_field_kernel_ocl.C \
revert_kernel_ocl.C \
generate_chunk_kernel_ocl.C \
initialise_chunk_kernel_ocl.C \
field_summary_kernel_ocl.C \
setup_ocl.C \
comms_buffers_kernel_ocl.C \
ocl_read_buffers.C \
ocl_profiling.C \
CloverCL.C; echo $(OCLMESSAGE); echo $(ERROR_MESS)
clean:
rm -f *.o *.mod *genmod* *.lst *.cub *.ptx clover_leaf cloverleaf_ocl_binary clover.in.tmp clover.out