## Makefile for wolfs visualization toolboxof numerical recipes 
## (c) wolf 12/96

NR	= /home/wolf/recipes

GRAFIX = grafix
-include $(GRAFIX)/grafix.mk

CC= g++
CFLAGS += -I$(GRAFIX) -I$(NR) -Wno-unused
GLIB = $(GRAFIX)/libwin.a  

PROGS = one-demo two-demo wave1 sort-demo advect
ADDS  = parabolic.C toolbox.h toolbox.C f_select.c README.txt Makefile COPYING

all: $(GLIB) $(PROGS)

$(GLIB):
	cd $(GRAFIX); $(MAKE) libwin.a

%.o:	%.c
	cc -c $< -o $@

%: 	%.o
	$(CC) -o $@ $^ $(LFLAGS) 

one-demo: one-demo.o  toolbox.o f_select.o $(GLIB) $(NR)/nrutil.o \
	$(NR)/wt1.o $(NR)/daub4.o $(NR)/pwt.o $(NR)/pwtset.o

two-demo: two-demo.o toolbox.o $(GLIB) $(NR)/sor.o $(NR)/mglin.o \
	$(NR)/nrutil.o $(NR)/rstrct.o $(NR)/slvsml.o $(NR)/interp.o \
	$(NR)/copy.o $(NR)/relax.o $(NR)/resid.o $(NR)/fill0.o $(NR)/addint.o

wave1: wave1.o toolbox.o f_select.o $(GLIB) $(NR)/nrutil.o \
	$(NR)/wt1.o $(NR)/daub4.o $(NR)/pwt.o $(NR)/pwtset.o

advect: advect.o parabolic.o $(GLIB)

sort-demo: sort-demo.o $(GLIB) $(NR)/nrutil.o $(NR)/sort.o $(NR)/piksrt.o \
	$(NR)/shell.o $(NR)/hpsort.o $(NR)/ran1.o

depend:
	$(CC) -MM $(CFLAGS) $(INCL) *.C > .depend

clean:
	\rm -f *.o $(PROGS) 

### make a new compressed archive with 'make tgz'
# NEWDIR is a symbolic link into the actual directory, used as destination
# directory for expanding on other systems
NEWDIR = toolbox0.9

# sources list of all needed grafix stuff
GRF_SRC = icon.h window.c window.h eventnames.h README.txt grafix.mk \
	Makefile lattice.h lat_win.c lat_man.c reg_man.c palette.h palette.c 
SRC_C = $(PROGS:%=%.C)
TOOL_SRC = $(SRC_C) $(ADDS)

tgz:
	\rm -f $(NEWDIR)
	ln -s . $(NEWDIR)
	$(TAR) -czh -f $(NEWDIR)/toolbox.tgz $(TOOL_SRC:%=$(NEWDIR)/%) \
	$(GRF_SRC:%=$(NEWDIR)/$(GRAFIX)/%)
	\rm $(NEWDIR)
	uuencode toolbox.tgz toolbox.tgz > toolbox.tgz.uu

test:
	cp toolbox.tgz test-tgz/; 
	cd test-tgz; $(TAR) -xvzf toolbox.tgz; 
	cd test-tgz/$(NEWDIR); make all;

realclean:
	make clean
	rm -rf test-tgz/*	

-include .depend