make_axisem.macros_coverage.TEMPLATE

#------------------------------------------------------------------------------#
#                                                                              #
#       Standard Makefile Macro Setup for Axisem                               #
#       The variables set here will affect MESHER, SOLVER and Postprocessing   # 
#       compilation and submitting.                                            #
#                                                                              #
#------------------------------------------------------------------------------#

# Set name of mpirun command on your system
MPIRUN  = mpirun

# Enable NetCDF 
# Is needed to create wavefield files for Instaseis or MCKernel
USE_NETCDF = true 
# Use parallel netcdf. Enable, if your system supports it (or on HPC environments)
USE_PAR_NETCDF = false
# Path to NetCDF libraries. If you used a system function to install it, leave
# it empty. The Makefile will use /usr/include and /usr/lib in this case.
NETCDF_PATH =       

# compile without MPI (possible values: 'false', 'true')
# make sure to build mesh with one processor, USE_PAR_NETCDF needs to be false
SERIAL = false

# Include the file mpif.h, instead of using the FORTRAN MPI module 
# Sometimes necessary when the local OpenMPI-version was not compiled with the
# same version of the compiler as the one specified as $FC
INCLUDE_MPI = true

####################################
# Choose compiler names and flags: #
####################################

# GFORTRAN (fast)
# OpenMP is supported by the MESHER and is useful for high-frequency
# Meshes, i.e. <5s period. Uses up to 8 threads. Does not affect the SOLVER.
# CC      = gcc
# FC      = mpif90
# FFLAGS  = -O3 -march=native -fopenmp        
# CFLAGS  = -O3 -march=native                
# LDFLAGS = -O3 -march=native -fopenmp      

# GFORTRAN (debug)
CC      = gcc
FC      = mpif90
FFLAGS  = -g -fbacktrace -fbounds-check -frange-check -pedantic --coverage
CFLAGS  = -g -fbacktrace -Wall --coverage
LDFLAGS = -g -fbacktrace -Wall --coverage

# PORTLAND (fast)
#CC      = pgcc 
#FC      = mpif90  
#FFLAGS  = -fast 
#CFLAGS  = -fast 
#LDFLAGS = -fast

# PORTLAND (debug)
#CC      = pgcc 
#FC      = mpif90  
#FFLAGS  = --Mbounds --traceback -g
#CFLAGS  = --Mbounds --traceback -g
#LDFLAGS = --Mbounds --traceback -g

# Intel Compiler suite (fast)
#CC      = mpiicc
#FC      = mpiifort
#FFLAGS  = -vec-report:0 -shared-intel  -heap-arrays 10 -O3 -xHOST
#CFLAGS  = -O3 -xHost
#LDFLAGS = -O3 -xHost 

# Intel Compiler suite (debug)
#CC      = mpiicc
#FC      = mpiifort
#FFLAGS  = -vec-report:0 -g -shared-intel  -mcmodel=medium -check all -traceback -heap-arrays 10
#CFLAGS  = -g -traceback
#LDFLAGS = -g -traceback

# Cray: byteswapio needed to produce vtk files with big-endian
#FFLAGS = -h byteswapio -O3
#CFLAGS = -O3
#LDFLAGS = -h byteswapio -O3