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makefile
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#!/usr/bin/make
#----------------------------------------------------------------------------------------------------------------------------------
# make init
# shell
SHELL = /bin/bash
# no verbose
$(VERBOSE).SILENT:
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
# User options
PRESET = no
COMPILER = intel
DEBUG = no
F03STD = no
PROFILING = no
OPTIMIZE = no
OPENMP = no
MPI = no
R16P = no
SYSless = no
NULi = no
NULj = no
NULk = no
WENO = WENO
RECV = RECVC
RSU = HLLCp
VACUUM = no
WS = WSup
SMSW = SMSWz
HYBRID = NOHYBRID
PPL = no
LMA = no
TECIO = no
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
# compiler specific rules
# GNU
WRN_GNU = -fmax-errors=0 -Wall -Wno-array-temporaries -Warray-bounds -Wcharacter-truncation -Wline-truncation -Wconversion-extra -Wimplicit-interface -Wimplicit-procedure -Wunderflow -Wextra -Wuninitialized
CHK_GNU = -fcheck=all
DEB_GNU = -fmodule-private -ffree-line-length-132 -fimplicit-none -ffpe-trap=invalid,overflow -fbacktrace -fdump-core -finit-real=nan #-fno-range-check ,precision,denormal,underflow
STD_GNU = -std=f2003 -fall-intrinsics
OMP_GNU = -fopenmp
OPT_GNU = -O3
PRF_GNU =
# Intel
WRN_INT = -warn all
CHK_INT = -check all
DEB_INT = -debug all -extend-source 132 -fpe-all=0 -fp-stack-check -fstack-protector-all -ftrapuv -no-ftz -traceback -gen-interfaces
STD_INT = -std03
OMP_INT = -openmp
OPT_INT = -O3 -ipo -inline all -ipo-jobs4 -vec-report1
PRF_INT = #-p
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
.PHONY : DEFAULTRULE
DEFAULTRULE: $(DEXE)OFF
.PHONY : help
help:
@echo
@echo -e '\033[1;31m Make options of OFF codes\033[0m'
@echo
@echo -e '\033[1;31m Preset configurations: PRESET=$(PRESET)\033[0m\033[1m => default\033[0m'
@echo -e '\033[1;31m PRESET=debug \033[0m\033[1m => debug (no optimized) and serial\033[0m'
@echo -e '\033[1;31m PRESET=fast \033[0m\033[1m => optimized (no debug) and serial\033[0m'
@echo -e '\033[1;31m PRESET=openmp \033[0m\033[1m => optimized (no debug) and openmp enabled\033[0m'
@echo -e '\033[1;31m PRESET=mpi \033[0m\033[1m => optimized (no debug) and mpi enabled\033[0m'
@echo -e '\033[1;31m PRESET=openmp-mpi\033[0m\033[1m => optimized (no debug) and openmp-mpi enabled\033[0m'
@echo
@echo -e '\033[1;31m Compiler choice: COMPILER=$(COMPILER)\033[0m\033[1m => default\033[0m'
@echo -e '\033[1;31m COMPILER=gnu \033[0m\033[1m => GNU gfortran \033[0m'
@echo -e '\033[1;31m COMPILER=intel\033[0m\033[1m => Intel Fortran \033[0m'
@echo -e '\033[1;31m COMPILER=pgi \033[0m\033[1m => Portland Group Fortran\033[0m'
@echo -e '\033[1;31m COMPILER=g95 \033[0m\033[1m => free g95 \033[0m'
@echo
@echo -e '\033[1;31m Compiling options\033[0m'
@echo -e '\033[1;31m DEBUG=yes(no) \033[0m\033[1m => on(off) debug (default $(DEBUG))\033[0m'
@echo -e '\033[1;31m F03STD=yes(no) \033[0m\033[1m => on(off) check standard fortran (default $(F03STD))\033[0m'
@echo -e '\033[1;31m PROFILING=yes(no)\033[0m\033[1m => on(off) profile the code (default $(PROFILING))\033[0m'
@echo -e '\033[1;31m OPTIMIZE=yes(no) \033[0m\033[1m => on(off) optimization (default $(OPTIMIZE))\033[0m'
@echo -e '\033[1;31m OPENMP=yes(no) \033[0m\033[1m => on(off) OpenMP directives (default $(OPENMP))\033[0m'
@echo -e '\033[1;31m MPI=yes(no) \033[0m\033[1m => on(off) MPI directives (default $(MPI)) \033[0m'
@echo
@echo -e '\033[1;31m Preprocessing options\033[0m'
@echo -e '\033[1;31m R16P=yes(no) \033[0m\033[1m => on(off) definition of real with "128 bit" (default $(R16P))\033[0m'
@echo -e '\033[1;31m SYSless=yes(no)\033[0m\033[1m => on(off) system call functions (default $(SYSless))\033[0m'
@echo -e '\033[1;31m NULi=yes(no) \033[0m\033[1m => on(off) nullify i direction (1D or 2D) (default $(NULi))\033[0m'
@echo -e '\033[1;31m NULj=yes(no) \033[0m\033[1m => on(off) nullify j direction (1D or 2D) (default $(NULj))\033[0m'
@echo -e '\033[1;31m NULk=yes(no) \033[0m\033[1m => on(off) nullify k direction (1D or 2D) (default $(NULk))\033[0m'
@echo -e '\033[1;31m PPL=yes(no) \033[0m\033[1m => on(off) Positivity Preserving Limiter (default $(PPL))\033[0m'
@echo -e '\033[1;31m LMA=yes(no) \033[0m\033[1m => on(off) Low Mach number Adjsutment (default $(LMA))\033[0m'
@echo -e '\033[1;31m WENO=WENO/WENOZ/WENOM\033[0m\033[1m WENO algorithm (default $(WENO))\033[0m'
@echo -e '\033[1m WENO => Original Jiang-Shu\033[0m'
@echo -e '\033[1m WENOZ => Improved Borges-Carmona-Costa-Don\033[0m'
@echo -e '\033[1m WENOM => Improved Henrick-Aslam-Powers \033[0m'
@echo -e '\033[1;31m RECV=RECVC/RECVP\033[0m\033[1m reconstruction variables type (default $(RECV))\033[0m'
@echo -e '\033[1m RECVC => reconstruction in (local) characteristic variables\033[0m'
@echo -e '\033[1m RECVP => reconstruction in primitive variables \033[0m'
@echo -e '\033[1;31m RSU=HLLCb/HLLCc/HLLCp/HLLCt/HLLCz/EXA/PVL/TR/TS/APRS/ALFR/LF/LFz/ROE\033[0m\033[1m Riemann solver algorithm (default $(RSU))\033[0m'
@echo -e '\033[1m HLLCb => Approximate HLLC solver using BCLC waves speed estimation \033[0m'
@echo -e '\033[1m HLLCc => Approximate HLLC solver using CVL waves speed estimation \033[0m'
@echo -e '\033[1m HLLCp => Approximate HLLC solver using PVL waves speed estimation \033[0m'
@echo -e '\033[1m HLLCt => Approximate HLLC solver using TR waves speed estimation \033[0m'
@echo -e '\033[1m HLLCz => Approximate HLLC solver using Z waves speed estimation \033[0m'
@echo -e '\033[1m EXA => Exact solver \033[0m'
@echo -e '\033[1m PVL => Approximate PVL solver \033[0m'
@echo -e '\033[1m TR => Approximate TR solver \033[0m'
@echo -e '\033[1m TS => Approximate TS solver \033[0m'
@echo -e '\033[1m APRS => Approximate APRS solver \033[0m'
@echo -e '\033[1m ALFR => Approximate ALFR solver \033[0m'
@echo -e '\033[1m LFp => Approximate Lax-Friedrichs solver using PVL waves speed estimation\033[0m'
@echo -e '\033[1m LFz => Approximate Lax-Friedrichs solver using Z waves speed estimation\033[0m'
@echo -e '\033[1m ROE => Approximate Roe solver \033[0m'
@echo -e '\033[1;31m WS=WSu/WSup\033[0m\033[1m Waves Speed estimation algorithm (default $(WS))\033[0m'
@echo -e '\033[1m WSu => WavesSpeed14u or WavesSpeed1234u algorithm\033[0m'
@echo -e '\033[1m WSup => WavesSpeed14up or WavesSpeed1234up algorithm\033[0m'
@echo -e '\033[1;31m SMSW=SMSWz/SMSWliu/SMSWvanleer/SMSWvanalbada/SMSWharten\033[0m\033[1m smoothness switchg algorithm (default $(SMSW))\033[0m'
@echo -e '\033[1m SMSWz => Riemann-solver-like algorithm \033[0m'
@echo -e '\033[1m SMSWliu => Liu algorithm \033[0m'
@echo -e '\033[1m SMSWvanleer => van Leer slope limiter algorithm \033[0m'
@echo -e '\033[1m SMSWvanAlbada => van Albada slope limiter algorithm\033[0m'
@echo -e '\033[1m SMSWharten => Harten slope limiter algorithm \033[0m'
@echo -e '\033[1;31m HYBRID=NOHYBRID/HYBRID/HYBRIDC\033[0m\033[1m hybrid scheme (default $(HYBRID))\033[0m'
@echo -e '\033[1m NOHYBRID => no hybrid scheme \033[0m'
@echo -e '\033[1m HYBRID => hybrid weno/weno_optimal scheme \033[0m'
@echo -e '\033[1m HYBRIDC => hybrid weno/noweno_central scheme\033[0m'
@echo
@echo -e '\033[1;31m External libraries\033[0m'
@echo -e '\033[1;31m TECIO=yes(no)\033[0m\033[1m => on(off) Tecplot IO library linking (default $(TECIO))\033[0m'
@echo
@echo -e '\033[1;31m Provided Rules\033[0m'
@echo -e '\033[1;31m Defualt rule =>\033[0m\033[1m OFF\033[0m'
@echo -e '\033[1;31m help =>\033[0m\033[1m printing this help message\033[0m'
@echo -e '\033[1;31m OFF =>\033[0m\033[1m building OFF code\033[0m'
@echo -e '\033[1;31m IBM =>\033[0m\033[1m building IBM code\033[0m'
@echo -e '\033[1;31m POG =>\033[0m\033[1m building POG code\033[0m'
@echo -e '\033[1;31m cleanobj =>\033[0m\033[1m cleaning compiled object\033[0m'
@echo -e '\033[1;31m cleanmod =>\033[0m\033[1m cleaning .mod files\033[0m'
@echo -e '\033[1;31m cleanmsg =>\033[0m\033[1m cleaning make-log massage files\033[0m'
@echo -e '\033[1;31m cleanexe =>\033[0m\033[1m cleaning executable files\033[0m'
@echo -e '\033[1;31m clean =>\033[0m\033[1m running cleanobj, cleanmod and cleanmsg\033[0m'
@echo -e '\033[1;31m cleanall =>\033[0m\033[1m running clean and cleanexe\033[0m'
@echo -e '\033[1;31m tar =>\033[0m\033[1m creating a tar archive of the project\033[0m'
@echo -e '\033[1;31m doc =>\033[0m\033[1m building the documentation\033[0m'
@echo
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
# directory & file
DSRC = ./src/
DOBJ = ./obj/
DMOD = ./mod/
DLIB = ./lib/
DEXE = ./
VPATH = $(DSRC) $(DOBJ) $(DMOD) $(DLIB)
MKDIRS = $(DOBJ) $(DMOD) $(DEXE)
LBITS := $(shell getconf LONG_BIT)
ifeq "$(TECIO)" "yes"
PREPROC = -DTECIO
ifeq ($(LBITS),64)
LIBS = $(DLIB)64bit/tecio64.a $(DLIB)64bit/libstdc++64.5.0.7.so
else
LIBS = $(DLIB)32bit/tecio.a $(DLIB)32bit/libstdc++.5.0.7.so
endif
else
PREPROC =
LIBS =
endif
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
# compiling and linking options
# presets
ifeq "$(PRESET)" "debug"
DEBUG = yes
F03STD = yes
PROFILING = no
OPTIMIZE = no
OPENMP = no
MPI = no
endif
ifeq "$(PRESET)" "fast"
DEBUG = no
F03STD = no
PROFILING = no
OPTIMIZE = yes
OPENMP = no
MPI = no
endif
ifeq "$(PRESET)" "openmp"
DEBUG = no
F03STD = no
PROFILING = no
OPTIMIZE = yes
OPENMP = yes
MPI = no
endif
ifeq "$(PRESET)" "mpi"
DEBUG = no
F03STD = no
PROFILING = no
OPTIMIZE = yes
OPENMP = no
MPI = yes
endif
ifeq "$(PRESET)" "openmp-mpi"
DEBUG = no
F03STD = no
PROFILING = no
OPTIMIZE = yes
OPENMP = yes
MPI = yes
endif
# setting rules according user options
ifeq "$(COMPILER)" "gnu"
FC = gfortran
OPTSC = -cpp -c -J$(DMOD) -static -fprotect-parens -fno-realloc-lhs
OPTSL =
WRN = $(WRN_GNU)
CHK = $(CHK_GNU)
DEB = $(DEB_GNU)
STD = $(STD_GNU)
OMP = $(OMP_GNU)
OPT = $(OPT_GNU)
PRF = $(PRF_GNU)
endif
ifeq "$(COMPILER)" "intel"
FC = ifort
OPTSC = -cpp -c -module $(DMOD) -static -assume protect_parens -assume norealloc_lhs -fp-model source
OPTSL =
WRN = $(WRN_INT)
CHK = $(CHK_INT)
DEB = $(DEB_INT)
STD = $(STD_INT)
OMP = $(OMP_INT)
OPT = $(OPT_INT)
PRF = $(PRF_INT)
endif
ifeq "$(DEBUG)" "yes"
PREPROC := $(PREPROC) -DDEBUG
OPTSC := $(OPTSC) -O0 -C -g $(WRN) $(CHK) $(DEB)
OPTSL := $(OPTSL) -O0 -C -g $(WRN) $(CHK) $(DEB)
endif
ifeq "$(F03STD)" "yes"
OPTSC := $(OPTSC) $(STD)
OPTSL := $(OPTSL) $(STD)
endif
ifeq "$(PROFILING)" "yes"
PREPROC := $(PREPROC) -DPROFILING
OPTSC := $(OPTSC) $(PRF)
OPTSL := $(OPTSL) $(PRF)
endif
ifeq "$(OPTIMIZE)" "yes"
OPTSC := $(OPTSC) $(OPT)
OPTSL := $(OPTSL) $(OPT)
endif
ifeq "$(OPENMP)" "yes"
PREPROC := $(PREPROC) -DOPENMP
OPTSC := $(OPTSC) $(OMP)
OPTSL := $(OPTSL) $(OMP)
endif
ifeq "$(MPI)" "yes"
PREPROC := $(PREPROC) -DMPI2
FC = mpif90
endif
# pre-processing options
# R16 precision
R16PCHK = (Unknown R16P switch) Used default R16P=no
ifeq "$(R16P)" "no"
R16PCHK = (Known R16P switch) Used R16P=$(R16P)
endif
ifeq "$(R16P)" "yes"
R16PCHK = (Known R16P switch) Used R16P=$(R16P)
PREPROC := $(PREPROC) -Dr16p
endif
# SYSless
SYSlessCHK = (Unknown SYSless switch) Used default SYSless=no
ifeq "$(SYSless)" "no"
SYSlessCHK = (Known SYSless switch) Used SYSless=$(SYSless)
endif
ifeq "$(SYSless)" "yes"
SYSlessCHK = (Known SYSless switch) Used SYSless=$(SYSless)
PREPROC := $(PREPROC) -DSYSTEMless
endif
# 1D or 2D solver
NULiCHK = (Unknown NULi switch) Used default NULi=no
ifeq "$(NULi)" "no"
NULiCHK = (Known NULi switch) Used NULi=$(NULi)
endif
ifeq "$(NULi)" "yes"
NULiCHK = (Known NULi switch) Used NULi=$(NULi)
PREPROC := $(PREPROC) -DNULi
endif
NULjCHK = (Unknown NULj switch) Used default NULj=no
ifeq "$(NULj)" "no"
NULjCHK = (Known NULj switch) Used NULj=$(NULj)
endif
ifeq "$(NULj)" "yes"
NULjCHK = (Known NULj switch) Used NULj=$(NULj)
PREPROC := $(PREPROC) -DNULj
endif
NULkCHK = (Unknown NULk switch) Used default NULk=no
ifeq "$(NULk)" "no"
NULkCHK = (Known NULk switch) Used NULk=$(NULk)
endif
ifeq "$(NULk)" "yes"
NULkCHK = (Known NULk switch) Used NULk=$(NULk)
PREPROC := $(PREPROC) -DNULk
endif
# Positivity-Preserving-Limiter
PPLCHK = (Unknown PPL switch) Used default PPL=no
ifeq "$(PPL)" "no"
PPLCHK = (Known PPL switch) Used PPL=$(PPL)
endif
ifeq "$(PPL)" "yes"
PPLCHK = (Known PPL switch) Used PPL=$(PPL)
PREPROC := $(PREPROC) -DPPL
endif
# Low Mach number Adjustment
LMACHK = (Unknown LMA switch) Used default LMA=no
ifeq "$(LMA)" "no"
LMACHK = (Known LMA switch) Used LMA=$(LMA)
endif
ifeq "$(LMA)" "yes"
LMACHK = (Known LMA switch) Used LMA=$(LMA)
PREPROC := $(PREPROC) -DLMA
endif
# WENO algorithms
WENOCHK = (Unknown WENO switch) Used default WENO=WENO
ifeq "$(WENO)" "WENO"
WENOCHK = (Known WENO switch) Used WENO=$(WENO)
endif
ifeq "$(WENO)" "WENOZ"
WENOCHK = (Known WENO switch) Used WENO=$(WENO)
PREPROC := $(PREPROC) -D$(WENO)
endif
ifeq "$(WENO)" "WENOM"
WENOCHK = (Known WENO switch) Used WENO=$(WENO)
PREPROC := $(PREPROC) -D$(WENO)
endif
# reconstruction variables type
ifeq "$(RECV)" "RECVC"
RECVCHK = (Known RECV switch) Used RECV=$(RECV)
PREPROC := $(PREPROC) -D$(RECV)
else
ifeq "$(RECV)" "RECVP"
RECVCHK = (Known RECV switch) Used RECV=$(RECV)
PREPROC := $(PREPROC) -D$(RECV)
else
RECVCHK = (Unknown RECV switch) Used default RECV=RECVC
PREPROC := $(PREPROC) -DRECVC
endif
endif
# Riemann solver
RSUCHK = (Unknown RSU switch) Used default RSU=HLLCp
ifeq "$(RSU)" "HLLCb"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "HLLCc"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "HLLCp"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "HLLCt"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "HLLCz"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "EXA"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "PVL"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "TR"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "TS"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "APRS"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "ALFR"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "ROE"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "LFp"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
ifeq "$(RSU)" "LFz"
RSUCHK = (Known RSU switch) Used RSU=$(RSU)
RS = -DRS$(RSU)
endif
PREPROC := $(PREPROC) $(RS)
# Waves Speed estimation algorithm
WSCHK = (Unknown WS switch) Used default WS=WSup
ifeq "$(WS)" "WSu"
WSCHK = (Known WS switch) Used WS=$(WS)
PREPROC := $(PREPROC) -D$(WS)
endif
ifeq "$(WS)" "WSup"
WSCHK = (Known WS switch) Used WS=$(WS)
PREPROC := $(PREPROC) -D$(WS)
endif
# Smoothness switch algorithm
SMSWCHK = (Unknown SMSW switch) Used default SMSW=SMSWz
ifeq "$(SMSW)" "SMSWz"
SMSWCHK = (Known SMSW switch) Used SMSW=$(SMSW)
PREPROC := $(PREPROC) -D$(SMSW)
endif
ifeq "$(SMSW)" "SMSWliu"
SMSWCHK = (Known SMSW switch) Used SMSW=$(SMSW)
PREPROC := $(PREPROC) -D$(SMSW)
endif
ifeq "$(SMSW)" "SMSWvanleer"
SMSWCHK = (Known SMSW switch) Used SMSW=$(SMSW)
PREPROC := $(PREPROC) -D$(SMSW)
endif
ifeq "$(SMSW)" "SMSWvanalbada"
SMSWCHK = (Known SMSW switch) Used SMSW=$(SMSW)
PREPROC := $(PREPROC) -D$(SMSW)
endif
ifeq "$(SMSW)" "SMSWharten"
SMSWCHK = (Known SMSW switch) Used SMSW=$(SMSW)
PREPROC := $(PREPROC) -D$(SMSW)
endif
# Hybrid scheme
HYBRIDCHK = (Unknown HYBRID switch) Used default HYBRID=NOHYBRID
ifeq "$(HYBRID)" "NOHYBRID"
HYBRIDCHK = (Known HYBRID switch) Used HYBRID=$(HYBRID)
endif
ifeq "$(HYBRID)" "HYBRID"
HYBRIDCHK = (Known HYBRID switch) Used HYBRID=$(HYBRID)
PREPROC := $(PREPROC) -D$(HYBRID)
endif
ifeq "$(HYBRID)" "HYBRIDC"
HYBRIDCHK = (Known HYBRID switch) Used HYBRID=$(HYBRID)
PREPROC := $(PREPROC) -D$(HYBRID)
endif
OPTSC := $(OPTSC) $(PREPROC)
OPTSL := $(OPTSL) $(PREPROC)
WHICHFC = $(shell which $(FC))
PRINTCHK = "\\033[1;31m Compiler used \\033[0m\\033[1m $(COMPILER) => $(WHICHFC)\\033[0m \n\
\\033[1;31mSource dir \\033[0m\\033[1m $(DSRC)\\033[0m \n\
\\033[1;31mLibraries \\033[0m\\033[1m $(LIBS)\\033[0m \n \n\
\\033[1;31m Debug \\033[0m\\033[1m $(DEBUG)\\033[0m \n\
\\033[1;31m F-standard \\033[0m\\033[1m $(F03STD)\\033[0m \n\
\\033[1;31m Profiling \\033[0m\\033[1m $(PROFILING)\\033[0m \n\
\\033[1;31m Optimize \\033[0m\\033[1m $(OPTIMIZE)\\033[0m \n\
\\033[1;31m OpenMP \\033[0m\\033[1m $(OPENMP)\\033[0m \n\
\\033[1;31m MPI \\033[0m\\033[1m $(MPI)\\033[0m \n\
\\033[1;31m R16P \\033[0m\\033[1m $(R16PCHK)\\033[0m \n\
\\033[1;31m SYSless \\033[0m\\033[1m $(SYSlessCHK)\\033[0m \n\
\\033[1;31m Nullify i \\033[0m\\033[1m $(NULiCHK)\\033[0m \n\
\\033[1;31m Nullify j \\033[0m\\033[1m $(NULjCHK)\\033[0m \n\
\\033[1;31m Nullify k \\033[0m\\033[1m $(NULkCHK)\\033[0m \n\
\\033[1;31m PP Limiter \\033[0m\\033[1m $(PPLCHK)\\033[0m \n\
\\033[1;31m LMA Limiter \\033[0m\\033[1m $(LMACHK)\\033[0m \n\
\\033[1;31m WENO \\033[0m\\033[1m $(WENOCHK)\\033[0m \n\
\\033[1;31m RECV type \\033[0m\\033[1m $(RECVCHK)\\033[0m \n\
\\033[1;31m Riemann Solver\\033[0m\\033[1m $(RSUCHK)\\033[0m \n\
\\033[1;31m WS Algorithm \\033[0m\\033[1m $(WSCHK)\\033[0m \n\
\\033[1;31m Smooth switch \\033[0m\\033[1m $(SMSWCHK)\\033[0m \n\
\\033[1;31m Hybrid scheme \\033[0m\\033[1m $(HYBRIDCHK)\\033[0m \n\
\\033[1;31m TECIO \\033[0m\\033[1m $(TECIO)\\033[0m"
#----------------------------------------------------------------------------------------------------------------------------------
#----------------------------------------------------------------------------------------------------------------------------------
.PHONY : PRINTINFO
.NOTPARALLEL : PRINTINFO
PRINTINFO:
@echo | tee make.log
@echo -e $(PRINTCHK) | tee -a make.log
@echo | tee -a make.log
@echo -e "\033[1;31m Compiling options\033[0m" | tee -a make.log
@echo -e "\033[1m [$(OPTSC)]\033[0m" | tee -a make.log
@echo | tee -a make.log
@echo -e "\033[1;31m Linking options \033[0m" | tee -a make.log
@echo -e "\033[1m [$(OPTSL)]\033[0m" | tee -a make.log
@echo | tee -a make.log
.PHONY : $(MKDIRS)
$(MKDIRS):
@mkdir -p $@
.PHONY : cleanobj
cleanobj:
@echo -e "\033[1;31m deleting objects \033[0m" | tee make.log
@rm -fr $(DOBJ)
.PHONY : cleanmod
cleanmod:
@echo -e "\033[1;31m deleting mods \033[0m" | tee -a make.log
@rm -fr $(DMOD)
.PHONY : cleanexe
cleanexe:
@echo -e "\033[1;31m deleting exes \033[0m" | tee -a make.log
@rm -f $(addprefix $(DEXE),$(EXES))
.PHONY : cleanmsg
cleanmsg:
@rm -f diagnostic_messages
@rm -f error_messages
.PHONY : clean
clean: cleanobj cleanmod cleanmsg
.PHONY : cleanall
cleanall: clean cleanexe
.PHONY : tar
tar: cleanall
@echo -e "\033[1;31m Creating tar archive of the code \033[0m" | tee make.log
@rm -rf OFF
@mkdir -p OFF
@cp -r EXAMPLE.md examples inputs-template lib makefile README.md util .doxygenconfig .gitignore OFF/
@cp -rL src OFF/
@tar czf OFF.tgz OFF
@rm -rf OFF
.PHONY : doc
doc:
@echo -e "\033[1;31m Building documentation\033[0m" | tee make.log
@doxygen .doxygenconfig
.PHONY : codes
codes: $(DEXE)IBM $(DEXE)OFF $(DEXE)POG
#----------------------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------------------
# rules of linking and compiling
COTEXT = -e "\033[1;31m Compiling\033[0m\033[1m $(<F)\033[0m"
LITEXT = -e "\033[1;31m Assembling\033[0m\033[1m $@\033[0m"
LCEXES = $(shell echo $(EXES) | tr '[:upper:]' '[:lower:]')
EXESPO = $(addsuffix .o,$(LCEXES))
EXESOBJ = $(addprefix $(DOBJ),$(EXESPO))
$(DEXE)IBM : PRINTINFO $(MKDIRS) $(DOBJ)ibm.o
@rm -f $(filter-out $(DOBJ)ibm.o,$(EXESOBJ))
@echo | tee -a make.log
@echo $(LITEXT) | tee -a make.log
@$(FC) $(OPTSL) $(DOBJ)*.o $(LIBS) -o $@ 1>> diagnostic_messages 2>> error_messages
EXES := $(EXES) IBM
$(DEXE)OFF : PRINTINFO $(MKDIRS) $(DOBJ)off.o
@rm -f $(filter-out $(DOBJ)off.o,$(EXESOBJ))
@echo | tee -a make.log
@echo $(LITEXT) | tee -a make.log
@$(FC) $(OPTSL) $(DOBJ)*.o $(LIBS) -o $@ 1>> diagnostic_messages 2>> error_messages
EXES := $(EXES) OFF
$(DEXE)POG : PRINTINFO $(MKDIRS) $(DOBJ)pog.o
@rm -f $(filter-out $(DOBJ)pog.o,$(EXESOBJ))
@echo | tee -a make.log
@echo $(LITEXT) | tee -a make.log
@$(FC) $(OPTSL) $(DOBJ)*.o $(LIBS) -o $@ 1>> diagnostic_messages 2>> error_messages
EXES := $(EXES) POG
#$(DOBJ)data_type_amrblock.o : Data_Type_AMRBlock.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)data_type_cell.o \
# $(DOBJ)data_type_global.o \
# $(DOBJ)data_type_hashid.o \
# $(DOBJ)data_type_hashtcell.o \
# $(DOBJ)data_type_hashtface.o \
# $(DOBJ)data_type_hashtnode.o \
# $(DOBJ)data_type_vector.o \
# $(DOBJ)lib_io_misc.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_bc.o : Data_Type_BC.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_cell.o : Data_Type_Cell.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_conservative.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_conservative.o : Data_Type_Conservative.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_face.o : Data_Type_Face.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_global.o : Data_Type_Global.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)lib_io_misc.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)data_type_hashid.o : Data_Type_HashID.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)lib_morton.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)data_type_hashtcell.o : Data_Type_HashTCell.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)data_type_cell.o \
# $(DOBJ)data_type_hashid.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)data_type_hashtface.o : Data_Type_HashTFace.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)data_type_face.o \
# $(DOBJ)data_type_hashid.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)data_type_hashtnode.o : Data_Type_HashTNode.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)data_type_hashid.o \
# $(DOBJ)data_type_vector.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_os.o : Data_Type_OS.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_primitive.o : Data_Type_Primitive.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_probe.o : Data_Type_Probe.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_sblock.o : Data_Type_SBlock.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_cell.o \
$(DOBJ)data_type_face.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_io_misc.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_sl_list.o : Data_Type_SL_List.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_tensor.o : Data_Type_Tensor.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_time.o : Data_Type_Time.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)data_type_vector.o : Data_Type_Vector.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)ibm.o : IBM.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_conservative.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_os.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)data_type_time.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_io_misc.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)ir_precision.o : IR_Precision.f90
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_base64.o : Lib_Base64.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_fluidynamic.o : Lib_Fluidynamic.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_cell.o \
$(DOBJ)data_type_conservative.o \
$(DOBJ)data_type_face.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)data_type_time.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_fluxes_convective.o \
$(DOBJ)lib_fluxes_diffusive.o \
$(DOBJ)lib_io_misc.o \
$(DOBJ)lib_math.o \
$(DOBJ)lib_parallel.o \
$(DOBJ)lib_profiling.o \
$(DOBJ)lib_runge_kutta.o \
$(DOBJ)lib_thermodynamic_laws_ideal.o \
$(DOBJ)lib_parallel.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_fluxes_convective.o : Lib_Fluxes_Convective.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_cell.o \
$(DOBJ)data_type_conservative.o \
$(DOBJ)data_type_face.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_riemann.o \
$(DOBJ)lib_weno.o \
$(DOBJ)lib_thermodynamic_laws_ideal.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_fluxes_diffusive.o : Lib_Fluxes_Diffusive.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_conservative.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)data_type_tensor.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_io_misc.o : Lib_IO_Misc.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_os.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_math.o : Lib_Math.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_sl_list.o \
$(DOBJ)data_type_vector.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)lib_math.o : Lib_Math.f90 \
# $(DOBJ)ir_precision.o \
# $(DOBJ)data_type_vector.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#$(DOBJ)lib_morton.o : Lib_Morton.f90 \
# $(DOBJ)ir_precision.o
# @echo $(COTEXT) | tee -a make.log
# @$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_multigrid.o : Lib_Multigrid.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_fluidynamic.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_parallel.o : Lib_Parallel.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)lib_io_misc.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_postprocessing.o : Lib_PostProcessing.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)lib_io_misc.o \
$(DOBJ)lib_vtk_io.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_profiling.o : Lib_Profiling.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_time.o \
$(DOBJ)lib_io_misc.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_riemann.o : Lib_Riemann.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)lib_thermodynamic_laws_ideal.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_runge_kutta.o : Lib_Runge_Kutta.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_conservative.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_thermodynamic_laws_ideal.o : Lib_Thermodynamic_Laws_Ideal.f90 \
$(DOBJ)ir_precision.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_vtk_io.o : Lib_VTK_IO.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)lib_base64.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)lib_weno.o : Lib_WENO.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_sblock.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)off.o : OFF.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_bc.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_os.o \
$(DOBJ)data_type_primitive.o \
$(DOBJ)data_type_probe.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)data_type_tensor.o \
$(DOBJ)data_type_time.o \
$(DOBJ)lib_fluidynamic.o \
$(DOBJ)lib_io_misc.o \
$(DOBJ)lib_math.o \
$(DOBJ)lib_profiling.o \
$(DOBJ)lib_runge_kutta.o \
$(DOBJ)lib_weno.o \
$(DOBJ)lib_parallel.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)pog.o : POG.f90 \
$(DOBJ)ir_precision.o \
$(DOBJ)data_type_global.o \
$(DOBJ)data_type_os.o \
$(DOBJ)data_type_sblock.o \
$(DOBJ)data_type_time.o \
$(DOBJ)data_type_vector.o \
$(DOBJ)lib_io_misc.o \
$(DOBJ)lib_postprocessing.o
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
$(DOBJ)%.o : %.f90
@echo $(COTEXT) | tee -a make.log
@$(FC) $(OPTSC) $< -o $@ 1>> diagnostic_messages 2>> error_messages
#-----------------------------------------------------------------------------------------------------------------------------------