###############################################################################
#
# Makefile 
#
# You are welcome to use this code for your own research but please 
# properly cite and attibute:
#
# Author: 
# Cameron Bracken, cameron.bracken@gmail.com
#
# Citation: 
# C. Bracken, K. Holman, B. Rajagopalan, H. Moradkhani, A Bayesian 
# hierarchical approach to multivariate nonstationary hydrologic frequency 
# analysis, Water Resources Research, 2017, Under Review. 
#
# This is the top level Makefile that builds the sampler executable and links 
# the and model code. 
# 
# It is set up to use the BLAS/LAPACK functions provided in the Mac Accelerate 
# framework. To use this you need to install Xcode and then gcc. I use the gcc
# that is part of the homebrew package manager, but you may be able to use the 
# apple gcc as well. 
#
# You should also be able to use the Intel Fortran compiler ifort and the mkl 
# library, if you manage to get a license. 
# 
# On linux it should be fairly easy to link BLAS/LAPACK, but YMMV. 
#
# Windows... I recommend using a linux virtual machine. 
#
###############################################################################

FLAGS=-O2 
SRC=src
LIBS=-framework Accelerate
FC=gfortran

all: mods fit_model

mods:
	(cd $(SRC); make all)

fit_model: mods fit_model.f90
	$(FC) $(FLAGS) $(LIBS) fit_model.f90 -o fit_model $(SRC)/*.o -I$(SRC)

clean:
	rm -rf $(SRC)/*.o $(SRC)/*.mod fit_model