#/===========================================================================/
# Copyright (c) 2007, The University of Massachusetts Dartmouth
# Produced at the School of Marine Science & Technology
# Marine Ecosystem Dynamics Modeling group
# All rights reserved.
#
# FVCOM has been developed by the joint UMASSD-WHOI research team. For
# details of authorship and attribution of credit please see the FVCOM
# technical manual or contact the MEDM group.
#
#
# This file is part of FVCOM. For details, see http://fvcom.smast.umassd.edu
# The full copyright notice is contained in the file COPYRIGHT located in the
# root directory of the FVCOM code. This original header must be maintained
# in all distributed versions.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
# THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
# PURPOSE ARE DISCLAIMED.
#
#/---------------------------------------------------------------------------/
# CVS VERSION INFORMATION
# $Id$
# $Name$
# $Revision$
#/===========================================================================/
#==========================================================================
#
# WELCOME TO FVCOM
#
# TO BUILD FVCOM, PLEASE SET THE FOLLOWING IN THIS FILE:
# TOPDIR - the directory this make.inc file is in
# LIBDIR - the directroy where libraries are installed
# INCIDR - the directroy where include files are installed
#
# CHOOSE YOUR MODEL OPTIONAS - The Def Flags!
#
# CHOOSE A COMPILER FROM THE LIST OR CREATE YOUR OWN
#
# You can also use the makefile to build and install some of the libraries
# used by fvcom. Set the INSTALLDIR and choose the 'LOCAL INSTALL' option
# below. Select an non-mpi compiler from the list and run 'make libs_ext'
#
# Good Luck!
#
#========== TOPDIR ========================================================
# TOPDIR is the directory in which this make file and the fvcom source reside
TOPDIR = ./
#EXAMPLE
# TOPDIR = /home/user/cchen/FVCOM_source
# TOPDIR must be set!
#========== INSTALLDIR =====================================================
# INSTALLDIR is the directory where you wish to install external libraries
# The default is in the $(TOPDIR)/libs/install, but you can choose...
INSTALLDIR = $(TOPDIR)/libs/install
#===========================================================================
# PREPROCESSOR OPTIONS FOR CPP
# DEF_FLAGS = -P -C -traditional
DEF_FLAGS = -P -traditional
#===========================================================================
#
####################### MEDM ENVIRONMENT #####################################
# Use the environmental variables, LIBPATH and INCLUDEPATH, set by MODULE
# to find the packages used by this build.
colon=:
empty=
dashI= $(empty) -I
dashL= $(empty) -L
# ### UNCOMMENT HERE!
# LIBDIR = -L$(subst $(colon),$(dashL),$(LIBPATH))
# INCDIR = -I$(subst $(colon),$(dashI),$(INCLUDEPATH))
###########################################################################
# LOCAL INSTAL
# LIBDIR = -L$(INSTALLDIR)/lib
# INCDIR = -I$(INSTALLDIR)/include
#--------------------------------------------------------------------------
# STANDARD LIBRARIES FOR DATA AND TIME IN fVCOM:
#
# DTLIBS = -ljulian
# DTINCS =
DTLIBS = -L./libs/julian -ljulian
DTINCS = -I./libs/julian
#
#--------------------------------------------------------------------------
# NETCDF OUTPUT NETCDF IS NOW REQUIRED TO COMPILE FVCOM
# DUMP OUTPUT INTO NETCDF FILES (yes/no)
# REQUIRES SYSTEM DEPENDENT NETCDF LIBRARIES
# COMPILED WITH SAME F90 COMPILER
# SET PATH TO LIBRARIES WITH IOLIBS
# SET PATH TO INCLUDE FILES (netcdf.mod) WITH IOINCS
#--------------------------------------------------------------------------
FLAG_USE_NETCDF4 = -DUSE_NETCDF4
# FLAG_USE_COMPRESSION = -DUSE_COMPRESSION
IOLIBS = -L${NETCDF}/lib -lnetcdff
IOINCS = -I${NETCDF}/include
#--------------------------------------------------------------------------
# PETSC
# PETSC IS REQUIRED IF ANY OF THE FOLLOWING FLAGS IS TURNED ON:
# FLAG_7 = -DDATA_ASSIM
# FLAG_9 = -DSEMI_IMPLICIT
# FLAG_23 = -DRRKF
# FLAG_23 = -DENKF
# FLAG_30 = -DNH
# FLAG_37 = -DWAVE_OFFLINE
# UNCOMMENT THE RIGHT PETSC FLAG BELOW ON VERSION:
# FOR VERSION 2.0 TO 2.3.2
# FLAG_41 = -DPETSC_A
# include ${PETSC_DIR}/bmake/common/variables
#
# FOR VERSION 2.3.3
# FLAG_41 = -DPETSC_B
# include ${PETSC_DIR}/bmake/common/variables
#
# FOR VERSION 3.19.4 on WCOSS2
# FLAG_41 = -DPETSC_C
# include ${PETSC_DIR}/lib/petsc/conf/variables
#==========================================================================
# BEGIN USER DEFINITION SECTION
#==========================================================================
# SELECT MODEL OPTIONS
# SELECT FROM THE FOLLOWING OPTIONS BEFORE COMPILING CODE
# SELECT/UNSELECT BY COMMENTING/UNCOMMENTING LINE (#)
# CODE MUST BE CLEANED (with "make clean") AND
# RECOMPILED IF NEW SET OF OPTIONS IS DESIRED
#--------------------------------------------------------------------------
#--------------------------------------------------------------------------
# PRECISION DEFAULT PRECISION: SINGLE
# UNCOMMENT TO SELECT DOUBLE PRECISION
#--------------------------------------------------------------------------
# FLAG_1 = -DDOUBLE_PRECISION
## SINGLE PRECISION OUTPUT FOR VISIT
FLAG_1 = -DDOUBLE_PRECISION -DSINGLE_OUTPUT
#--------------------------------------------------------------------------
# SPHERICAL SELECT SPHERICAL COORDINATES FOR INTEGRATION
# DEFAULT: CARTESIAN
# UNCOMMENT TO SELECT SPHERICAL COORDINATES
#--------------------------------------------------------------------------
FLAG_2 = -DSPHERICAL
#--------------------------------------------------------------------------
# FLOODYING/DRYING INCLUDE WET/DRY TREATMENT OF DOMAIN
# CAN BE ACTIVATED/DEACTIVATED AT RUN TIME WITH
# INPUT FILE CONTROL. (SEE exa_run.dat) FILE
# DEFAULT: NO FLOODYING/DRYING INCLUDED
# UNCOMMENT TO INCLUDE FLOODYING/DRYING
#--------------------------------------------------------------------------
FLAG_3 = -DWET_DRY
#--------------------------------------------------------------------------
# MULTI_PROCESSOR INCLUDES PARALLELIZATION WITH MPI
# REQUIRES LINKING MPI LIBRARIES OR COMPILING
# WITH A PRELINKED SCRIPT (mpif90/mpf90/etc)
# DEFAULT: NO PARALLEL CAPABILITY
# UNCOMMENT TO INCLUDE MPI PARALLEL CAPABILITY
#--------------------------------------------------------------------------
FLAG_4 = -DMULTIPROCESSOR
FLAG_411 = -DMETIS_5
PARLIB =
PARTINCS =
PARTLIBS = -lmetis
# acorn
# PARTLIBS = -L$(NOSLIBS_DIR)/metis-5.1.0/lib -lmetis
# PARTINCS = -I$(NOSLIBS_DIR)/metis-5.1.0/include
# PARTLIBS = -L/apps/spack/metis/5.1.0/intel/19.1.3.304/lib -lmetis
# PARTINCS = -I/apps/spack/metis/5.1.0/intel/19.1.3.304/include
#--------------------------------------------------------------------------
# WATER_QUALITY INCLUDE EPA WATER QUALITY MOD
# CAN BE ACTIVATED/DEACTIVATED AT RUN TIME WITH
# VARIABLE WQM_ON IN INPUT FILE
# DEFAULT: NO WATER QUALITY MODEL
# UNCOMMENT TO INCLUDE WATER QUALITY MODEL
#--------------------------------------------------------------------------
# FLAG_5 = -DWATER_QUALITY
#--------------------------------------------------------------------------
# PROJECTION A Fortran90 wrapper for the Cartographic projection
# Software, proj4.
# Proj can be obtained from:
# http://www.remotesensing.org/proj/
# Thanks to: USGS
#
# The Proj fortran bindings can be obtained from:
# http://forge.nesc.ac.uk/projects/glimmer/
# Thanks to: Magnus Hagdorn (Magnus.Hagdorn@ed.ac.uk)
#
# !! NOTE THAT THE PROJ 4 LIBRARY MUST BE IN YOUR
# LD_LIBRARY_PATH FOR DYNAMIC LOADING!!
#
#--------------------------------------------------------------------------
# FLAG_6 = -DPROJ
# # PROJLIBS = -lfproj4 -lproj -lm
# # PROJINCS =
FLAG_6 = -DPROJ
PLIB1 = -L./libs/proj.4-master/lib64 -lproj -lm
PLIB2 = -L./libs/proj4-fortran-master/lib64 -lfproj4 -lm
PROJLIBS = $(PLIB1) $(PLIB2)
PINC1 = -I./libs/proj.4-master/include
PINC2 = -I./libs/proj4-fortran-master/include
PROJINCS = $(PINC1) $(PINC2)
#--------------------------------------------------------------------------
# DATA_ASSIMILATION INCLUDE NUDGING BASED DATA ASSIMILATION FOR
# CURRENT/TEMP/SALINITY/SST
# CAN BE ACTIVATED/DEACTIVATED AT RUN TIME WITH
# INPUT FILE CONTROL. (SEE exa_run.dat) FILE
# DEFAULT: NO DATA ASSIMILATION INCLUDED
# UNCOMMENT TO INCLUDE DATA ASSIMILATION
#--------------------------------------------------------------------------
# FLAG_7 = -DDATA_ASSIM
# include ${PETSC_DIR}/lib/petsc/conf/variables
#--------------------------------------------------------------------------
# IN UPWIND LEAST SQUARE SCHEME:
# LIMITED_NO: NO LIMITATION
# LIMITED_1 : FIRST ORDER LIMITATION
# LIMITED_2 : SECOND ORDER LIMITATION( )
# !!!!!! ONLY ONE OF THE FLAGS BELOW CAN BE AND MUST BE CHOSEN
#--------------------------------------------------------------------------
# FLAG_8 = -DLIMITED_NO
FLAG_8 = -DLIMITED_1
# FLAG_8 = -DLIMITED_2
#--------------------------------------------------------------------------
# Semi-Implicit time stepping method
#--------------------------------------------------------------------------
# FLAG_9 = -DSEMI_IMPLICIT
#---------------------------------------------------------------------------
# SOLID BOUNDARY IF GCN, NO GHOST CELL
# IF GCY1, GHOST CELL IS SYMMETRIC RELATIVE TO BOUNDARY
# CELL EDGE
# IF GCY2, GHOST CELL IS SYMMETRIC RELATIVE TO MIDDLE
# POINT OF THE BOUNDARY CELL EDGE
# !!!!!! ONLY ONE OF THE FLAGS BELOW CAN BE AND MUST BE CHOSEN
#---------------------------------------------------------------------------
FLAG_10 = -DGCN
# FLAG_10 = -DGCY1
# FLAG_10 = -DGCY2
#--------------------------------------------------------------------------
# TURBULENCE MODEL USE GOTM TURBULENCE MODEL INSTEAD OF THE ORIGINAL
# FVCOM MELLOR-YAMADA 2.5 IMPLEMENTATION
# UNCOMMENT TO USE GOTM TURBULENCE MODEL
# NOTE: You Must Build GOTM 4.x, GOTM 3.x used a different
# do_turbulence interface and will not work.
#--------------------------------------------------------------------------
# FLAG_11 = -DGOTM
# GOTMLIB = -L../GOTM_source -lturbulence -lutil #-lmeanflow
# GOTMINCS = -I../GOTM_source
#--------------------------------------------------------------------------
# EQUILIBRIUM TIDE
#--------------------------------------------------------------------------
# FLAG_12 = -DEQUI_TIDE
#--------------------------------------------------------------------------
# ATMOSPHERIC TIDE
#--------------------------------------------------------------------------
# FLAG_13 = -DATMO_TIDE
#--------------------------------------------------------------------------
# RIVER DISTRIBUTION OPTION:
# THE STANDARD NAME LIST USES A CHARACTER STRING TO SET A FUNCION
# DISTROBUTION. YOU CAN OPTIONALLY SPECIFY TO USE THE OLD STYLE,
# FLOATING POINT DISTROBUTION HERE. USE THIS WHEN CONVERTING OLD-STYLE
# RIVER INPUT FILES!
#--------------------------------------------------------------------------
# FLAG_14 = -DRIVER_FLOAT
#--------------------------------------------------------------------------
# The TVD (total variational diminishing) option for FVCOM was developed by
# Akvaplan-niva (Håvard Espenes and Ole Anders Nøst) in 2018 (see mod_tvd.F).
# Preliminary results suggest that TVD advection achieves less numerical
# diffusion and better shape preserving properties than the standard scheme.
#--------------------------------------------------------------------------
# FLAG_44 = -DTVD
#--------------------------------------------------------------------------
# Using A fully multidimensional positive definite advection
# transport algorithm with small implicit diffusion.
# Based on Smolarkiewicz, P. K; Journal of Computational
# Physics, 54, 325-362, 1984
#--------------------------------------------------------------------------
FLAG_15 = -DMPDATA
#--------------------------------------------------------------------------
# Run Two-D Barotropic Mode Only
#--------------------------------------------------------------------------
# FLAG_16 = -DTWO_D_MODEL
#--------------------------------------------------------------------------
# Output 2-D Momentum Balance Checking
#--------------------------------------------------------------------------
# FLAG_17 = -DBALANCE_2D
#--------------------------------------------------------------------------
# OPEN BOUNDARY FORCING TYPE
# DEFAULT: OPEN BOUNDARY NODE WATER ELEVATION FORCING
# UNCOMMENT TO SELECT BOTH OPEN BOUNDARY NODE WATER ELEVATION
# FORCING AND OPEN BOUNDARY VOLUME TRANSPORT FORCING
#---------------------------------------------------------------------------
# FLAG_18 = -DMEAN_FLOW
#--------------------------------------------------------------------------
# OUTPUT TIDAL INFORMATION AT NTIDENODE and NTIDECELL
# FOR MEANFLOW CALCULATION.
#---------------------------------------------------------------------------
# FLAG_19 = -DTIDE_OUTPUT
#--------------------------------------------------------------------------
# dye release
#---------------------------------------------------------------------------
# FLAG_20 = -DDYE_RELEASE
#--------------------------------------------------------------------------
# SUSPENDED SEDIMENT MODEL: UNCOMMENT TO INCLUDE MODEL
# ORIG : the sediment transport model developed by Geoffey Cowles in v3.1-v3.2
# CSTMS: Community Sediment Transport Modeling System with cohesive model
# DELFT: Sediment modeling system as Delft Flow (not included)
#
# note: only one model should be chosen for modeling.
#
# Utilities:
# OFFLINE_SEDIMENT : run sediment with offline hydrodynamic forcing
# FLUID_MUD : activate the 2-D fluid mud at bed-water interface
#--------------------------------------------------------------------------
# FLAG_21 = -DSEDIMENT
# FLAG_211 = -DORIG_SED
# FLAG_211 = -DCSTMS_SED
#
# FLAG_22 = -DOFFLINE_SEDIMENT
# FLAG_43 = -DFLUID_MUD
#
#--------------------------------------------------------------------------
# KALMAN FILTERS
#--------------------------------------------------------------------------
# FLAG_23 = -DRRKF
# FLAG_23 = -DENKF
# KFLIB = -lmkl_lapack -lmkl_em64t -lguide -llapack -lblas
# For Build on em64t computer (Guppy)
# LIBDIR = $(LIBDIR) -L/usr/local/lib64
# For Build on Cluster (Typhoeus and Hydra)
# LIBDIR = $(LIBDIR) -L/usr/local/lib/em64t
# For i386 computers at SMAST (salmon and minke)
# NO NEED TO ADD ANYTHING LIBS ARE IN THE DEFAULT PATH
#--------------------------------------------------------------------------
# Run One-D Mode with Biological Model
#--------------------------------------------------------------------------
# FLAG_24 = -DONE_D_MODEL
#--------------------------------------------------------------------------
# GENERAL BIOLOGICAL MODEL: UNCOMMENT TO INCLUDE MODEL
#--------------------------------------------------------------------------
# FLAG_25 = -DBioGen
# FLAG_251 = -DOFFLINE_BIOLOGY
# BIOLIB = -L$(TOPDIR)/BIO_source -lbiomodule
# BIOINCS = -I$(TOPDIR)/BIO_source
#--------------------------------------------------------------------------
# Dynamic/Thermodynamic Ice
#--------------------------------------------------------------------------
# NOTE: Must use -DSPHERICAL and -DHEAT_FLUX ----- this note only for old version v2.7
FLAG_26 = -DICE
# ICE_EMBEDDING must with SEMI_IMPLICIT
# FLAG_261 = -DICE_EMBEDDING
# ICE_FRESHWATER
# This flag adjusts the ice code to work for freshwater systems (Great Lakes)
FLAG_262 = -DICE_FRESHWATER
#--------------------------------------------------------------------------
# CALCULATE THE NET HEAT FLUX IN MODEL (TWO CHOICES):
# (IN CHOICE 1, THERE ARE OPTIONS FOR OCEAN WATER OR FRESH WATER)
# 1. CALCULATE THE NET HEAT FLUX USING COARE26Z OR COARE40VN
# 2. CALCULATE THE NET HEAT FLUX USING SOLAR HEATING MODULE
#--------------------------------------------------------------------------
# FLAG_27 = -DHEATING_CALCULATED
FLAG_27 = -DHEATING_SOLAR
#--------------------------------------------------------------------------
# AIR_PRESSURE FROM SURFACE FORCING
#--------------------------------------------------------------------------
# FLAG_28 = -DAIR_PRESSURE
#--------------------------------------------------------------------------
# Visit online simulation mode
#--------------------------------------------------------------------------
# FLAG_29 = -DVISIT
# VISITLIB = -lm -ldl -lsimf -lsim -lpthread
# VISITLIBPATH = $(LIBDIR)
# VISITINCPATH = $(INCDIR)
# USE DEVELOPER INSTALL VISIT
# VISITLIBPATH =
# VISITLIB = -lm -ldl -lsimf -lsim -lpthread
# VISITINC =
#--------------------------------------------------------------------------
# NON-HYDROSTATIC MODEL:
#--------------------------------------------------------------------------
# FLAG_30 = -DNH
#--------------------------------------------------------------------------
# PARTICLE TRACKING
#--------------------------------------------------------------------------
# FLAG_31 = -DLAG_PARTICLE
#--------------------------------------------------------------------------
# WAVE-CURRENT INTERACTION
#--------------------------------------------------------------------------
# FLAG_32 = -DWAVE_CURRENT_INTERACTION
# FLAG_33 = -DPLBC
# NOTE! THis option is for wave code
# FLAG_34 = -DEXPLICIT
# WAVE ONLY
# FLAG_35 = -DWAVE_ONLY
# Svendsen Roller contribution
# FLAG_36 = -DWAVE_ROLLER
# FLAG_37 = -DWAVE_OFFLINE
#--------------------------------------------------------------------------
# THIN-DAM MODEL
#--------------------------------------------------------------------------
# FLAG_38 = -DTHIN_DAM
#--------------------------------------------------------------------------
# PWP MIXED LAYER MODEL:
#--------------------------------------------------------------------------
# FLAG_39 = -DPWP
#--------------------------------------------------------------------------
# VERTICAL ADVECTION LIMITER:
# FOR S-COORDINATES, DON'T USE THIS FLAG
#--------------------------------------------------------------------------
# FLAG_40 = -DLIMITER_VER_ADV
#--------------------------------------------------------------------------
# PETSC Version
# If your PETSc is 2.3.2 or older, uncomment this flag
#--------------------------------------------------------------------------
# FLAG_41 = -DOLD_PETSC
#--------------------------------------------------------------------------
# SPECIAL PARTITION
# This flag can make sure the identical repeat run for same amount of CPUs
# (there should be no opt = -O3 when compilation)
#--------------------------------------------------------------------------
FLAG_42 = -DPARTITION_SPECIAL
#--------------------------------------------------------------------------
# DEVELOPMENT FLAGS
# FOR BETA WORK ONLY
#--------------------------------------------------------------------------
# FLAG_101 = -DDEVELOP1
# FLAG_102 = -DDEVELOP2
# FLAG_103 = -DDEVELOP3
# FLAG_104 = -DDEVELOP4
# FLAG_105 = -DDEVELOP5
#--------------------------------------------------------------------------
# PARALLEL OUTPUT
# FOR A PARALLEL NETCDF VERSION -- improved by Jingkun Chen @ SYSU CHINA
#--------------------------------------------------------------------------
# FLAG_80 = -DPIO
#--------------------------------------------------------------------------
# SELECT COMPILER/PLATFORM SPECIFIC DEFINITIONS
# SELECT FROM THE FOLLOWING PLATFORMS OR USE "OTHER" TO DEFINE
# THE FOLLOWING VARIABLES:
# CPP: PATH TO C PREPROCESSOR
# FC: PATH TO FORTRAN COMPILER (OR MPI COMPILE SCRIPT)
# OPT: COMPILER OPTIONS
# MPILIB: PATH TO MPI LIBRARIES (IF NOT LINKED THROUGH COMPILE SCRIPT)
#--------------------------------------------------------------------------
#--------------------------------------------------------------------------
# COMPAQ/ALPHA Definitions
#--------------------------------------------------------------------------
# COMPILER = -DCOMPAQ
# CPP = /bin/cpp
# FC = f90
# DEBFLGS = # -check bounds -check overflow -g
# OPT = -fast -arch ev6 -fpe1
#--------------------------------------------------------------------------
# CRAY Definitions
#--------------------------------------------------------------------------
# COMPILER = -DCRAY
# CPP = /opt/ctl/bin/cpp
# FC = f90
# DEBFLGS =
# OPT =
#--------------------------------------------------------------------------
# Linux/Portland Group Definitions
#--------------------------------------------------------------------------
# CPP = /usr/bin/cpp
# COMPILER =
# FC = pgf90
# DEBFLGS = -Mbounds -g -Mprof=func
# OPT = #-fast -Mvect=assoc,cachesize:512000,sse
#--------------------------------------------------------------------------
# Intel Compiler Definitions
#--------------------------------------------------------------------------
# CPP = /usr/bin/cpp
# COMPILER = -DIFORT
# FC = ifort
# CC = icc
# CXX = icc
# CFLAGS = -O3
# DEBFLGS = #-check all
# Use 'OPT = -O0 -g' for fast compile to test the make
# Use 'OPT = -xP' for fast run on em64t (Hydra and Guppy)
# Use 'OPT = -xN' for fast run on ia32 (Salmon and Minke)
# OPT = -O0 -g
# OPT = -xP
# Do not set static for use with visit!
# VISOPT = -Wl,--export-dynamic
# LDFLAGS = $(VISITLIBPATH)
#--------------------------------------------------------------------------
# Intel/MPI Compiler Definitions (SMAST)
#--------------------------------------------------------------------------
# CPP = /usr/bin/cpp
# COMPILER = -DIFORT
# CC = mpicc
# CXX = mpicxx
# CFLAGS = -O3
# FC = mpif90
## DEBFLGS = -check all -traceback
## Use 'OPT = -O0 -g' for fast compile to test the make
## Use 'OPT = -xP' for fast run on em64t (Hydra and Guppy)
## Use 'OPT = -xN' for fast run on ia32 (Salmon and Minke)
## OPT = -O0 -g
## OPT = -axN -xN
# OPT = -O3
## Do not set static for use with visit!
## VISOPT = -Wl,--export-dynamic
## LDFLAGS = $(VISITLIBPATH)
#--------------------------------------------------------------------------
# IBM/AIX Definitionss NOAA WCOSS2 (Cactus, Dogwood, and acorn)
#--------------------------------------------------------------------------
# CPPFLAGS = $(DEF_FLAGS) -DAIX
# COMPILER = -DIFORT
CPPFLAGS = $(DEF_FLAGS)
COMPILER =
FIXEDFLAGS = -nofree
FC = $(COMP_F_MPI)
CC = $(COMP_MPCC)
CPP = $(COMP_CPP)
CXX = $(COMP_CC)
# DEBFLGS = -check all -traceback
# OPT = -O3
OPT = -O2 -fp-model precise -ftz -fast-transcendentals -no-prec-div
# NGOFS2 has to use strict, "precision"
# OPT = -O3 -fp-model strict -ftz -fast-transcendentals -no-prec-div
# OPT = -O3 -fp-model precise -ftz -fast-transcendentals -no-prec-div -no-prec-sqrt
#--------------------------------------------------------------------------
# gfortran defs
#--------------------------------------------------------------------------
# CPP = /usr/bin/cpp
# COMPILER = -DGFORTRAN
# FC = gfortran -O3
# DEBFLGS =
# OPT =
# CLIB =
#--------------------------------------------------------------------------
# absoft / mac os x defs
#--------------------------------------------------------------------------
# CPP = /usr/bin/cpp
# COMPILER = -DABSOFT
# FC = f90 -O3 -lU77
# DEBFLGS =
# OPT =
# CLIB =
#--------------------------------------------------------------------------
# IBM/AIX Definitions
#--------------------------------------------------------------------------
# COMPILER = -DAIX
# CPP = /usr/local/bin/cpp
# FC = mpxlf90 -qsuffix=f=f90
# DEBFLGS = # -qcheck -C -g
# OPT = -O -qarch=pwr4 -qtune=pwr4 -bmaxdata:0x80000000 -qhot -qmaxmem=8096
#--------------------------------------------------------------------------
# APPLE OS X/XLF Definitions (G5)
#--------------------------------------------------------------------------
# COMPILER = -DAIX
# CPP = /usr/bin/cpp
# FC = /opt/ibmcmp/xlf/8.1/bin/xlf90 -qsuffix=f=f90
# DEBFLGS = # -qcheck -C -g
# OPT = -O5 -qarch=g5 -qtune=g5 -qhot -qmaxmem=8096 -qunroll=yes -Wl,-stack_size,10000000
#--------------------------------------------------------------------------
# OTHER
#--------------------------------------------------------------------------
# COMPILER =
# CPP =
# FC =
# DEBFLGS =
# OPT =
#==========================================================================
# END USER DEFINITION SECTION
#==========================================================================
CPPFLAGS = $(DEF_FLAGS) $(COMPILER)
FFLAGS = $(DEBFLGS) $(OPT)
MDEPFLAGS = --cpp --fext=f90 --file=-
RANLIB = ranlib
AR = ar rc
#--------------------------------------------------------------------------
# CAT Preprocessing Flags
#--------------------------------------------------------------------------
CPPARGS = $(CPPFLAGS) $(DEF_FLAGS) $(FLAG_1) $(FLAG_2) \
$(FLAG_3) $(FLAG_4) $(FLAG_5) $(FLAG_6) \
$(FLAG_7) $(FLAG_8) $(FLAG_9) $(FLAG_10) \
$(FLAG_11) $(FLAG_12) $(FLAG_13) $(FLAG_14) \
$(FLAG_15) $(FLAG_16) $(FLAG_17) $(FLAG_18) \
$(FLAG_19) $(FLAG_20) $(FLAG_21) $(FLAG_22) \
$(FLAG_23) $(FLAG_24) $(FLAG_25) $(FLAG_26) \
$(FLAG_27) $(FLAG_28) $(FLAG_29) $(FLAG_30) \
$(FLAG_31) $(FLAG_32) $(FLAG_33) $(FLAG_34) \
$(FLAG_35) $(FLAG_36) $(FLAG_37) $(FLAG_38) \
$(FLAG_39) $(FLAG_40) $(FLAG_41) $(FLAG_42) \
$(FLAG_43) $(FLAG_44) $(FLAG_80) $(FLAG_LAM) $(FLAG_411)\
$(FLAG_101) $(FLAG_102) $(FLAG_103) $(FLAG_104) $(FLAG_105)\
$(FLAG_211) $(FLAG_212) $(FLAG_213) $(FLAG_251) $(FLAG_261) $(FLAG_262)\
$(FLAG_USE_NETCDF4) $(FLAG_USE_COMPRESSION)
#--------------------------------------------------------------------------
# Libraries
#--------------------------------------------------------------------------
LIBS = $(LIBDIR) $(CLIB) $(PARLIB) $(PARTLIBS) $(IOLIBS) $(DTLIBS)\
$(MPILIB) $(GOTMLIB) $(KFLIB) $(BIOLIB) \
$(OILIB) $(VISITLIB) $(PROJLIBS) $(PETSC_LIB)
INCS = $(INCDIR) $(IOINCS) $(GOTMINCS) $(BIOINCS)\
$(VISITINCPATH) $(PROJINCS) $(DTINCS) $(PARTINCS)\
$(PETSC_FC_INCLUDES)