Makefile.example_mac

##########################################################################
#                                                                        #
#                       WINNET Makefile example                          #
#                                                                        #
# >>> : modify in places marked by '>>>' to fit your system / req's      #
##########################################################################


#>>> Path to Intel MKL library
# If the compiler libraries were sourced before, the following
# line can be an arbitrary path.
MKL_DIR = /opt/intel/oneapi/mkl/2023.2.0

#>>> Machine architecture
ARCH = x86_64

# In the following you have to give a compiler
# A common problem is that anaconda is overwriting the
# link to the hdf5 compiler (for example h5fc). This you can figure
# out by typing "which h5fc" in the terminal. If the path leads to
# an anaconda folder, you can give a full path to the correct
# h5fc executable. You can see all known h5fc instances by typing
# "whereis h5fc" in the terminal.
# This will show all h5fc instances that are included in the PATH variable.
# You can take the correct one and fill the full path for "FC" in the lines
# below.

#>>> Compiler and linker: ifort, ifx, h5fc, h5pfc, or gfortran so far
# FC = ifort
FC = /opt/intel/oneapi/compiler/2023.2.0/mac/bin/intel64/ifort
# FC = ifx
# FC = h5fc
# FC = h5pfc
# FC = gfortran

LD = $(FC)
FCCOM = $(notdir $(FC))

# Get the git Version
GIT_TAG:="$(shell git describe --abbrev=0 --tags)"
GIT_HASH:="$(shell git describe --abbrev=10 --always)"

# Check if the compiler is able to deal with hdf5 files
# So far h5fc and h5pfc are supported
ifneq ($(filter $(FCCOM),h5fc h5pfc),)
    # Check underlying compiler as h5fc and h5pfc are just wrappers around
    # gfortran or ifort
    fccompiler:= $(shell $(FC) -show | awk {'print $1'})
    fccompiler:= $(firstword $(fccompiler))
    FCCOM = $(firstword $(notdir $(fccompiler)))

    # Check if the underlying compiler is a wrapper again
    # e.g., mpiifort. The following will give you the error status
    # of the command (e.g., != 0 for ifort)
    estatus:= $(shell $(fccompiler) -show > /dev/null 2>&1 ; echo $$?)
    # Print the result
    # $(info $$estatus is [${estatus}])

    # Then do it again in case you got a wrapper
    ifeq ($(estatus),0)
      fccompiler:= $(shell $(fccompiler) -show | awk {'print $1'})
      fccompiler:= $(firstword $(fccompiler))
      FCCOM = $(firstword $(notdir $(fccompiler)))
    endif

    # Add the hdf5 use statement for the network
    FFLAGS   = -DUSE_HDF5
    # Recognize that hdf5 was used
    hdf5     = true
else
    # Not able to use hdf5, dont add anything
    FFLAGS   =
    # Recognize that hdf5 was not used
    hdf5     = false
endif

# Check if it is an intel compiler, either ifort or ifx
ifeq ($(FCCOM),$(filter $(FCCOM),ifort ifx))
    #>>> Compiler flags: paranoid warning system
    # FFLAGS += -cpp -r8 -align -O0 -Warn all -fpe0 -check all -g -traceback -qopenmp -fp-stack-check -extend-source -heap-arrays -init=snan,arrays -DGHASH=$(GIT_HASH) -DGTAG=$(GIT_TAG)
    #>>> .. vs more relaxed version
    FFLAGS   += -cpp -r8 -align -O3 -w -g -parallel -traceback -qopenmp -heap-arrays -DGHASH=$(GIT_HASH) -DGTAG=$(GIT_TAG) -fp-stack-check -Wl,-stack_size,0x40000000,-stack_addr,0xf0000000

    # Mac OS X user should further add -fp-stack-check -Wl,-stack_size,0x40000000,-stack_addr,0xf0000000
    # since the stack limit of mac can't be changed with ulimit -s unlimited. The above line will increase the stack limit to 1GB on Mac
else ifeq ($(FCCOM),gfortran)
    #>>> Compiler flags: paranoid warning system
    # FFLAGS += -cpp -fdefault-double-8 -fdefault-real-8 -O0 -ffixed-line-length-none -ffree-line-length-none -Wall -fbacktrace -fopenmp -g -fcheck=all
    #>>> .. vs more relaxed version
    FFLAGS += -cpp -fdefault-double-8 -fdefault-real-8 -O3 -fimplicit-none -ffixed-line-length-none -ffree-line-length-none -fbacktrace -fopenmp
else
    $(error Unsupported compiler: $(FCCOM))
endif

LDFLAGS  = $(FFLAGS)

#>>> Linker flags

# the right paths
WINNET = $(PWD)
BIN_PATH    = $(WINNET)/bin
OBJ_PATH    = $(WINNET)/obj
SOURCE_PATH = $(WINNET)/src
TOOL_PATH   = $(WINNET)/src/external_tools
EOS_PATH    = $(WINNET)/src/eostable_ls_timmes
NUTH_PATH   = $(WINNET)/src/thermal_neutrinos
MKL_INC     = $(MKL_DIR)/include
VPATH       = .
VPATH      += $(OBJ_PATH)
VPATH      += $(SOURCE_PATH)
VPATH      += $(EOS_PATH)
VPATH      += $(TOOL_PATH)
VPATH      += $(MKL_INC)
VPATH      += $(NUTH_PATH)

ifeq ($(FCCOM),$(filter $(FCCOM),ifort ifx))
    FFLAGS     += -module $(OBJ_PATH)
else
    FFLAGS     += -J$(OBJ_PATH)
endif
FFLAGS += -I$(OBJ_PATH) -I$(MKL_INC)

ifeq ($(ARCH),32)
  MKL_LIB = $(MKL_DIR)/lib/32
  FPATH = -L$(MKL_LIB) -I$(MKL_INC)
  #>>> MKL libraries to link agains; may differ in more recent versions
  FLIBS = -lmkl_solver_sequential -lmkl_intel -lmkl_sequential \
          -lmkl_core -lpthread
else
  MKL_LIB = $(MKL_DIR)/lib
  FPATH = -L$(MKL_LIB) -I$(MKL_INC)
  #>>> Check that these are correct MKL libraries
  FLIBS = -lmkl_intel_lp64 -lmkl_intel_thread -lmkl_core -liomp5
endif

# the main target
PROG = winnet

# the source and object files of the project

SRCS = error_msg_class.f90
SRCS += timestep_module.f90
SRCS += file_handling_class.f90
SRCS += parameter_class.f90
SRCS += global_class.f90
SRCS += format_class.f90
SRCS += alpha_decay_rate_module.f90
SRCS += gear_module.f90
SRCS += inter_module.f90
SRCS += fsolve.f90
SRCS += ls_timmes_eos_module.f
SRCS += timmes_eos_module.f
SRCS += thermal_neutrino_module.f90
SRCS += units_module.f
SRCS += benam_class.f90
SRCS += mergesort_module.f90
SRCS += reaclib_rate_module.f90
SRCS += flow_module.f90
SRCS += nuflux_class.f90
SRCS += detailed_balance.f90
SRCS += network_init_module.f90
SRCS += beta_decay_rate_module.f90
SRCS += nucstuff_class.f90
SRCS += tabulated_rate_module.f90
SRCS += fission_rate_module.f90
SRCS += hdf5_module.f90
SRCS += tw_rate_module.f90
SRCS += screening_module.f90
SRCS += chem_pot.f90
SRCS += effphase_class.f90
SRCS += expansion_module.f90
SRCS += analysis.f90
SRCS += nuclear_heating.f90
SRCS += quadpack_module.f90
SRCS += jacobian_class.f90
SRCS += pardiso_class.f90
SRCS += winnse_module.f90
SRCS += parser_module.f90
SRCS += single_zone_vars.f90
SRCS += readini.f90
SRCS += driver.f90

OBJS = error_msg_class.o
OBJS += timestep_module.o
OBJS += file_handling_class.o
OBJS += parameter_class.o
OBJS += global_class.o
OBJS += alpha_decay_rate_module.o
OBJS += format_class.o
OBJS += gear_module.o
OBJS += inter_module.o
OBJS += ls_timmes_eos_module.o
OBJS += timmes_eos_module.o
OBJS += thermal_neutrino_module.o
OBJS += units_module.o
OBJS += benam_class.o
OBJS += tabulated_rate_module.o
OBJS += detailed_balance.o
OBJS += tw_rate_module.o
OBJS += fission_rate_module.o
OBJS += reaclib_rate_module.o
OBJS += beta_decay_rate_module.o
OBJS += mergesort_module.o
OBJS += flow_module.o
OBJS += fsolve.o
OBJS += parser_module.o
OBJS += nuflux_class.o
OBJS += network_init_module.o
OBJS += hdf5_module.o
OBJS += nucstuff_class.o
OBJS += screening_module.o
OBJS += chem_pot.o
OBJS += effphase_class.o
OBJS += expansion_module.o
OBJS += analysis.o
OBJS += nuclear_heating.o
OBJS += quadpack_module.o
OBJS += pardiso_class.o
OBJS += jacobian_class.o
OBJS += winnse_module.o
OBJS += hydro_trajectory.o
OBJS += single_zone_vars.o
OBJS += readini.o
OBJS += driver.o


TESTS  = neutron-decay
TESTS += neutron-decay-implicit-euler
TESTS += ni56-decay
TESTS += read_seeds
TESTS += read_trajectory
TESTS += gamma_eq
TESTS += detailed_balance
TESTS += beta_eq
TESTS += emission_eq
TESTS += absorption_eq
TESTS += alpha_network
TESTS += alpha_decay
TESTS += analytic_mode
TESTS += nse
TESTS += read_neutrino
TESTS += switch_evolution
TESTS += expand
TESTS += tabulated_rates
TESTS += tabulated_rates_custom_grid
TESTS += ulimit
TESTS += tw_rate
TESTS += screening
TESTS += beta_decay_format
TESTS += fissrate_bdel
TESTS += fissfrag_kodtak
TESTS += fissfrag_panov
TESTS += fissfrag_mumpower
TESTS += fissfrag_custom
TESTS += fissfrag_kodtak_n_emission
TESTS += fissfrag_panov_n_emission
TESTS += fissfrag_mumpower_n_emission
TESTS += neutral-current_reaction
TESTS += charged-current_reaction
TESTS += nc_cc_reaction
TESTS += prepared_network

# Physical reference cases
TESTS += bigbang


# Hdf5 test, only when hdf5 compiler was used
ifeq ($(hdf5),true)
    TESTS += hdf5_format
endif

$(BIN_PATH)/$(PROG): $(OBJ_PATH) $(BIN_PATH) $(OBJS) $(SRCS)
	cd $(OBJ_PATH) && \
	$(LD) $(LDFLAGS) -o $(BIN_PATH)/$(PROG) $(OBJS) -I$(OBJ_PATH) $(FPATH) $(FLIBS)

$(OBJ_PATH):
	mkdir -p $(OBJ_PATH)

$(BIN_PATH):
	mkdir -p $(BIN_PATH)

# the targets

all: $(BIN_PATH)/$(PROG)

# UNIX one-liner to automatically list module dependencies:
# $ grep -i '^ *use' file_handling_class.f90 | sed 's/,//' | awk '{printf ("%s.o\n", $2) }'|sort|uniq


file_handling_class.o            :\
   error_msg_class.o

parameter_class.o                :\
   error_msg_class.o \
   file_handling_class.o

chem_pot.o                       :\
   parameter_class.o \
   error_msg_class.o \
   file_handling_class.o

parser_module.o             :\
   parameter_class.o

network_init_module.o            :\
   format_class.o \
   analysis.o \
   benam_class.o \
   expansion_module.o \
   file_handling_class.o \
   beta_decay_rate_module.o \
   thermal_neutrino_module.o \
   alpha_decay_rate_module.o \
   error_msg_class.o \
   winnse_module.o \
   flow_module.o \
   detailed_balance.o \
   format_class.o \
   gear_module.o \
   global_class.o \
   hydro_trajectory.o \
   ls_timmes_eos_module.o \
   screening_module.o \
   fission_rate_module.o \
   mergesort_module.o \
   inter_module.o \
   tw_rate_module.o \
   reaclib_rate_module.o \
   tabulated_rate_module.o \
   nuclear_heating.o \
   nucstuff_class.o \
   nuflux_class.o \
   parameter_class.o \
   pardiso_class.o \
   readini.o \
   parser_module.o \
   single_zone_vars.o

alpha_decay_rate_module.o                 :\
   parameter_class.o \
   benam_class.o \
   error_msg_class.o \
   global_class.o

detailed_balance.o         :\
   global_class.o \
   error_msg_class.o \
   benam_class.o \
   reaclib_rate_module.o

beta_decay_rate_module.o         :\
   global_class.o \
   file_handling_class.o \
   error_msg_class.o \
   mergesort_module.o \
   parameter_class.o \
   benam_class.o

hdf5_module.o                    :\
   global_class.o \
   error_msg_class.o \
   parameter_class.o

tw_rate_module.o                 :\
   parameter_class.o \
   benam_class.o \
   mergesort_module.o \
   effphase_class.o \
   inter_module.o \
   global_class.o \
   error_msg_class.o

fission_rate_module.o                 :\
   parameter_class.o \
   file_handling_class.o \
   nucstuff_class.o \
   benam_class.o \
   mergesort_module.o \
   tabulated_rate_module.o \
   format_class.o \
   global_class.o \
   error_msg_class.o

reaclib_rate_module.o           :\
   parameter_class.o \
   global_class.o \
   file_handling_class.o \
   nucstuff_class.o \
   error_msg_class.o \
   mergesort_module.o \
   format_class.o \
   benam_class.o

tabulated_rate_module.o           :\
   parameter_class.o \
   global_class.o \
   file_handling_class.o \
   reaclib_rate_module.o \
   benam_class.o \
   format_class.o \
   error_msg_class.o \
   mergesort_module.o

benam_class.o                    :\
   file_handling_class.o \
   error_msg_class.o \
   nucstuff_class.o \
   format_class.o \
   global_class.o \
   parameter_class.o

timmes_eos_module.o              :\
   const.dek \
   eosfxt.f \
   implno.dek \
   vector_eos.dek

ls_timmes_eos_module.o           :\
   timmes_eos_module.o \
   units_module.o

effphase_class.o                 :\
   parameter_class.o \
   file_handling_class.o \
   global_class.o

expansion_module.o               :\
   parameter_class.o \
   ls_timmes_eos_module.o \
   hydro_trajectory.o \
   file_handling_class.o

gear_module.o                   :\
   error_msg_class.o \
   parameter_class.o \
   global_class.o

jacobian_class.o                 :\
   parameter_class.o \
   benam_class.o \
   nucstuff_class.o \
   nuclear_heating.o \
   effphase_class.o \
   error_msg_class.o \
   nuflux_class.o \
   screening_module.o \
   reaclib_rate_module.o \
   fission_rate_module.o \
   tabulated_rate_module.o \
   tw_rate_module.o \
   gear_module.o \
   global_class.o \
   inter_module.o \
   pardiso_class.o

nuclear_heating.o                :\
   parameter_class.o \
   ls_timmes_eos_module.o \
   nucstuff_class.o \
   expansion_module.o \
   thermal_neutrino_module.o \
   file_handling_class.o \
   single_zone_vars.o

thermal_neutrino_module.o        :\
   parameter_class.o

nucstuff_class.o                 :\
   parameter_class.o \
   error_msg_class.o \
   global_class.o

nuflux_class.o                   :\
   parameter_class.o \
   hydro_trajectory.o \
   mergesort_module.o \
   file_handling_class.o \
   benam_class.o \
   inter_module.o \
   parser_module.o \
   global_class.o

pardiso_class.o                  :\
   parameter_class.o \
   reaclib_rate_module.o \
   fission_rate_module.o \
   global_class.o

screening_module.o               :\
   error_msg_class.o \
   parameter_class.o \
   global_class.o

timestep_module.o                :\
   parameter_class.o \
   global_class.o \
   hydro_trajectory.o \
   error_msg_class.o \
   gear_module.o \
   inter_module.o \
   expansion_module.o \
   single_zone_vars.o \
   nucstuff_class.o \
   analysis.o \
   winnse_module.o \
   network_init_module.o \
   parser_module.o \
   nuclear_heating.o \
   readini.o \
   jacobian_class.o

analysis.o                       :\
   parameter_class.o \
   global_class.o \
   fission_rate_module.o \
   mergesort_module.o \
   tw_rate_module.o \
   file_handling_class.o \
   ls_timmes_eos_module.o \
   benam_class.o \
   hdf5_module.o \
   flow_module.o \
   reaclib_rate_module.o \
   nucstuff_class.o \
   nuclear_heating.o

flow_module.o            :\
   global_class.o \
   pardiso_class.o \
   error_msg_class.o \
   file_handling_class.o

readini.o                :\
   parameter_class.o \
   global_class.o \
   file_handling_class.o \
   analysis.o \
   benam_class.o \
   nuflux_class.o \
   hydro_trajectory.o \
   error_msg_class.o

winnse_module.o          :\
   parameter_class.o \
   global_class.o \
   screening_module.o \
   nucstuff_class.o

mergesort_module.o       :\
   parameter_class.o \
   error_msg_class.o \
   global_class.o \
   file_handling_class.o

inter_module.o                 :\
   parameter_class.o \
   error_msg_class.o

driver.o                 :\
   parameter_class.o \
   global_class.o \
   readini.o \
   error_msg_class.o \
   nucstuff_class.o \
   network_init_module.o \
   expansion_module.o \
   mergesort_module.o \
   hydro_trajectory.o \
   winnse_module.o \
   hdf5_module.o \
   nuclear_heating.o \
   single_zone_vars.o \
   timestep_module.o

%.o: %.mod

doc:
	doxygen doc/doxygen/config.dox
	rm -f doc/documentation.html
	ln -s html/index.html doc/documentation.html
tests:
	@bin/run_tests.py $(TESTS) --keep

.SUFFIXES: .f90 .f .o

.f90.o:
	$(FC) $(FFLAGS) -c $< -o $(OBJ_PATH)/$*.o
.f.o:
	$(FC) $(FFLAGS) -c $< -o $(OBJ_PATH)/$*.o

clean:
	rm -rf $(BIN_PATH)/$(PROG) $(OBJS) $(OBJ_PATH)/*

.PHONY: clean all doc tests