# IBM Makefile for Persistence of Vision Raytracer for Watcom "C32 for DOS"
# Version 9.5.
# For use with the Watcom C protected mode compiler on the IBM-PC.
#
# Note for the IBM Version:
# The LIB path below will need to be chaged to suite your specific system.
# The system environment variable CMODEL also may be defined for the memory 
# model of the compiler.  This makefile uses the flat memory model.
#
# Target system for this set of make & link files the DOS4GW. Note that
# DOS4GW compiles may not be able to use the HiColor or TrueColor Render
# to screen options in a DPMI environment. (At least not with version 1.9
# of DOS4GW.)
#
# --- Bill Pulver 9/93
#
# MAKE Macros and Such...
# 

CMODEL	=f
LIB	=D:\WATCOM\386lib
CC	=wcc386
OBJ	=obj
MACHINE_OBJ	= ibm.$(OBJ)

LINKER	=wlink

# Use Watcom suggested "performance" options. 
CFLAGS	=/m$(CMODEL) /omaxnet /zp4 /5r

# MS's NMAKE implicit rules for making an .OBJ file from a .C file...
#
# The second command converts debugging info from Watcom's to Turbo Debugger's
# if you want to use it instead of Video.
.c.obj :
	$(CC) $(CFLAGS) -oxamt -oe=250 $*.c
#	w2td $*.obj

F1 = povray.$(OBJ) bezier.$(OBJ) blob.$(OBJ) bound.$(OBJ) boxes.$(OBJ) 
F2 = camera.$(OBJ) colour.$(OBJ) cones.$(OBJ) csg.$(OBJ) discs.$(OBJ) 
F3 = dump.$(OBJ) express.$(OBJ) gifdecod.$(OBJ) gif.$(OBJ) hfield.$(OBJ) 
F4 = iff.$(OBJ) image.$(OBJ) lighting.$(OBJ) matrices.$(OBJ) normal.$(OBJ) 
F5 = objects.$(OBJ) parse.$(OBJ) pigment.$(OBJ) planes.$(OBJ) point.$(OBJ)
F6 = poly.$(OBJ) quadrics.$(OBJ) raw.$(OBJ) ray.$(OBJ) render.$(OBJ) 
F7 = spheres.$(OBJ) targa.$(OBJ) texture.$(OBJ) tokenize.$(OBJ) 
F8 = triangle.$(OBJ) txttest.$(OBJ) vect.$(OBJ) $(MACHINE_OBJ)

PVOBJS = $(F1) $(F2) $(F3) $(F4) $(F5) $(F6) $(F7) $(F8) 

# POV-Ray Specific Dependencies
#
povray.exe : $(PVOBJS)
             $(LINKER) @ibmwat3.lnk

#
# Specific module/header dependencies for PV-Ray:
#
 
povray.$(OBJ) : povray.c povproto.h frame.h vector.h config.h

bezier.$(OBJ) : bezier.c povproto.h frame.h vector.h config.h

blob.$(OBJ) : blob.c povproto.h frame.h config.h

bound.$(OBJ) : bound.c povproto.h frame.h vector.h config.h

boxes.$(OBJ) : boxes.c povproto.h frame.h config.h

camera.$(OBJ) : camera.c povproto.h frame.h vector.h config.h

colour.$(OBJ) : colour.c povproto.h frame.h config.h

cones.$(OBJ) : cones.c povproto.h frame.h vector.h config.h

csg.$(OBJ) : csg.c povproto.h frame.h vector.h config.h

discs.$(OBJ) : discs.c povproto.h frame.h vector.h config.h

express.$(OBJ) : express.c povproto.h frame.h config.h parse.h

gifdecod.$(OBJ) : gifdecod.c povproto.h frame.h config.h

gif.$(OBJ) : gif.c povproto.h frame.h config.h

hfield.$(OBJ) : hfield.c povproto.h frame.h vector.h config.h

ibm.$(OBJ) :    ibm.c povproto.h frame.h config.h

iff.$(OBJ) : iff.c povproto.h frame.h config.h

image.$(OBJ) : image.c povproto.h frame.h vector.h config.h texture.h

lighting.$(OBJ) : lighting.c povproto.h frame.h vector.h config.h

matrices.$(OBJ) : matrices.c povproto.h frame.h vector.h config.h

normal.$(OBJ) : normal.c povproto.h frame.h vector.h config.h texture.h

objects.$(OBJ) : objects.c povproto.h frame.h vector.h config.h

parse.$(OBJ) : parse.c povproto.h frame.h config.h parse.h

pigment.$(OBJ) : pigment.c povproto.h frame.h vector.h config.h texture.h

planes.$(OBJ) : planes.c povproto.h frame.h vector.h config.h

poly.$(OBJ) : poly.c povproto.h frame.h vector.h config.h

quadrics.$(OBJ) : quadrics.c povproto.h frame.h vector.h config.h

raw.$(OBJ) :    raw.c povproto.h frame.h config.h

ray.$(OBJ) : ray.c povproto.h frame.h vector.h config.h

render.$(OBJ) : render.c povproto.h frame.h vector.h config.h

spheres.$(OBJ) : spheres.c povproto.h frame.h vector.h config.h

texture.$(OBJ) : texture.c povproto.h frame.h vector.h config.h texture.h

tokenize.$(OBJ) : tokenize.c povproto.h frame.h config.h

triangle.$(OBJ) : triangle.c povproto.h frame.h vector.h config.h

txttest.$(OBJ) : txttest.c povproto.h frame.h vector.h config.h texture.h

vect.$(OBJ) : vect.c povproto.h frame.h config.h