amiga-request@abcfd20.larc.nasa.gov (Amiga Sources/Binaries Moderator) (09/04/90)
Submitted-by: David Schanen <mtv@milton.u.washington.edu>
Posting-number: Volume 90, Issue 250
Archive-name: applications/dkbtrace-2.01/part02
#!/bin/sh
# This is a shell archive. Remove anything before this line, then unpack
# it by saving it into a file and typing "sh file". To overwrite existing
# files, type "sh file -c". You can also feed this as standard input via
# unshar, or by typing "sh <file", e.g.. If this archive is complete, you
# will see the following message at the end:
# "End of archive 2 (of 10)."
# Contents: Docs/12to20.doc Docs/BasicShapes.data Docs/unixmakefile
# src/Dump2RGB.c src/gio.c src/ilbmw.c src/makefile src/palette.c
# src/prioq.c src/raw.c src/showprioq.c
# Wrapped by tadguy@abcfd20 on Mon Sep 3 19:21:16 1990
PATH=/bin:/usr/bin:/usr/ucb ; export PATH
if test -f 'Docs/12to20.doc' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'Docs/12to20.doc'\"
else
echo shar: Extracting \"'Docs/12to20.doc'\" \(6186 characters\)
sed "s/^X//" >'Docs/12to20.doc' <<'END_OF_FILE'
XData file conversion from DKB 1.2 to 2.0 guidelines:
X
XThe only MANDATORY conversion(s) will be to data files that contain CSG
X"DIFFERENCE" types. The previous format required you to list the primary
Xobject last, with the previous entries "subtracted" from the last object.
XThe new format requires the primary object to be specified first, then
Xthe other shapes to be subtracted follow. This is more intuitive, and more
Xlike a subtraction equation. Subtractions performed by "INVERT" 'ing various
Xobjects rather than specifically by the "DIFFERENCE" function are O.K. as is.
X
XThe Old Way:
X
XOBJECT
X DIFFERENCE
X subtracted shape 1
X subtracted shape 2
X subtracted shape 3
X subtracted shape 4
X orignal starting shape
X END_DIFFERENCE
X.
X.
XEND_OBJECT
X
X
XThe New Way:
X
XOBJECT
X DIFFERENCE
X orignal starting shape
X subtracted shape 1
X subtracted shape 2
X subtracted shape 3
X subtracted shape 4
X END_DIFFERENCE
X.
X.
XEND_OBJECT
X
X
XOther changes not required, but HIGHLY recommended (for speed), are to replace
Xthe slower general QUADRIC types with the new primitive types SPHERE and
XPLANE, when possible.
X
X
X
XSPHERES:
X
XA "Sphere" QUADRIC is effectively "built" around the origin with a default
Xsize (radius) of 1.0. SCALE functions will become the sphere's radius, while
XTRANSLATE functions will become the sphere's new "origin" or center.
X
XNOTE: This will only work for symmetrically scaled spheres (where all 3 SCALE
X values are the same). For oblate sphereoids, you will still need to
X use the general QUADRIC type. SPHERES cannot be "stretched" properly.
X
XThe simplest conversion is:
X
XOld: QUADRIC "Sphere" SCALE <10.0 10.0 10.0> END_QUADRIC
X
XNew: SPHERE <0.0 0.0 0.0> 10.0 END_SPHERE
X
XThis will then generate a true sphere at the origin (<0.0 0.0 0.0>), and of
Xthe size indicated (10). Any previous TRANSLATE or ROTATE (or even SCALE)
Xcommands will still work properly. To not change any of the SCALE statements,
Xetc. you should specify a radius of 1.0, then all object transformations will
Xoccur exactly as they did previously.
X
XAnother conversion you can make is to include any TRANSLATE statements into
Xthe "center" statement of the sphere.
X
XOld: QUADRIC "Sphere" TRANSLATE <3.0 10.0 5.0> END_QUADRIC
X
XNew: SPHERE <3.0 10.0 5.0> 1.0 END_SPHERE
X
XThis will then generate a true sphere at the origin indicated, with the
Xdefault radius of 1.0. Any further previous TRANSLATE or ROTATE (or even
XSCALE) commands will work as expected.
X
X
X
XPLANES:
X
XA "Plane_xx" QUADRIC is effectively "built" at the origin, but extends in
Xany two of three dimensions (Plane_XY, Plane_XZ, etc). You must determine
Xthe plane's orientation: for easy figuring, the dimension NOT specified in
Xthe old name of the plane is the direction of the "UP" vector for the new
XPLANE primitive. Translate values may be changed into the "how far up is UP"
Xvalue for the PLANE primitive.
X
X(For example, in an "Plane_XZ", the "Y" axis is the unspecifed axis)
X
XOld: QUADRIC "Plane_XZ" TRANSLATE <0.0 -5.0 0.0> END_QUADRIC
X
XSo, the "Y" axis becomes the "UP" vector, and the TRANSLATE gives us the "how
Xfar up is UP" parameter:
X
XNew: PLANE <0.0 1.0 0.0> -5.0 END_PLANE
X | |
X "UP" direction -- -- "How far up is UP?"
X on the Y axis
X
XThis will then generate a true plane in the direction(s) indicated, and trans-
Xlate it up (or down, in this example) along the "UP" vector. Any previous
XTRANSLATE or ROTATE (or even SCALE) commands will work properly. To not
Xchange any of the TRANSLATE, etc. statements, the "how far up" parameter
Xshould be 0.0 (make the plane on the "origin" of <0.0 0.0 0.0>), then any
Xtransformations will work as before.
X
XNOTE: PLANES, like their QUADRIC counterparts, extend out to infinity. If
X you desire a "clipped" plane (one of finite size) it is easiest to
X define two TRIANGLE primitives, laid so their hypotenuse(s) are back
X to back.
X
X
X
XLIGHT SOURCES:
X
XOne important thing to remember when defining a LIGHT_SOURCE is this: The
Xcenter of the light source MUST be "TRANSLATED" to wherever you want the point
Xsource to be. Simply specifying the "origin" of the sphere to be there DOES
XNOT WORK, although it seems as though is should. Light sources being
Xconverted to SPHERE types from QUADRIC types should be defined about the
X<0.0 0.0 0.0> origin, with the appropriate radius taken from any SCALE
Xstatements, but MUST then be "TRANSLATE" 'ed to wherever you want the light
Xto be. Chances are, due to the fact that QUADRIC "Spheres" are generated
Xcentered about the <0.0 0.0 0.0> origin, there will already be the proper
X"TRANSLATE" statement there in the object's definition.
X
XOld:
X
XOBJECT
X QUADRIC "Sphere" SCALE <2.0 2.0 2.0> END_QUADRIC
X TRANSLATE <0.0 200.0 0.0>
X LIGHT_SOURCE
X .
X .
XEND_OBJECT
X
XNew:
X
XOBJECT
X SPHERE <0.0 0.0 0.0> 2.0 END_SPHERE
X TRANSLATE <0.0 200.0 0.0>
X LIGHT_SOURCE
X .
X .
XEND_OBJECT
X
X
X
XIMAGE QUALITY
X
XA new added feature for speed of tracing is the Quality parameter:
X
XQ1 = Basic object positions only, nothing but Ambient Light illumination.
XQ3 = All of the above, plus Diffuse Lighting of objects.
XQ5 = All of the above, plus Shadows from Light Sources and Highlights.
XQ7 = All of the above, plus Textures.
XQ9 = All of the above, plus Reflection, Refraction, and Transmittance.
X
XThe values in-between are reserved for future expansion. Using a lower
Xquality value is great for quick renderings just to see where the heck the
Xvarious objects you have defined wind up.
X
XOne important thing to note about Quality: If you have a textured object in
Xyour scene, you probably didn't give the basic object a COLOUR. If you plan
Xon rendering it with the "Quality" factor less than 7, you _MUST_ declare a
XCOLOUR for the object in addition to the texture, if it is to be visible.
XThis is so the ambient or diffuse light has some colour on the object to hit
Xwhile the surface texture is turned off. When you finally render with Quality
Xof 7 or greater, the defined basic object colour will not be seen, but rather
Xyour intended texture.
X
X
X
XNot too horrible, eh? - Enjoy the plethora of new features and increased
XSPEED of DKB 2.0 !
END_OF_FILE
if test 6186 -ne `wc -c <'Docs/12to20.doc'`; then
echo shar: \"'Docs/12to20.doc'\" unpacked with wrong size!
fi
# end of 'Docs/12to20.doc'
fi
if test -f 'Docs/BasicShapes.data' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'Docs/BasicShapes.data'\"
else
echo shar: Extracting \"'Docs/BasicShapes.data'\" \(4415 characters\)
sed "s/^X//" >'Docs/BasicShapes.data' <<'END_OF_FILE'
XDECLARE Sphere = QUADRIC
X <1.0 1.0 1.0>
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X -1.0
XEND_QUADRIC
X
XDECLARE Cylinder_X = QUADRIC
X <0.0 1.0 1.0>
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X -1.0
XEND_QUADRIC
X
XDECLARE Cylinder_Y = QUADRIC
X <1.0 0.0 1.0>
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X -1.0
XEND_QUADRIC
X
XDECLARE Cylinder_Z = QUADRIC
X <1.0 1.0 0.0>
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X -1.0
XEND_QUADRIC
X
XDECLARE Cone_X = QUADRIC
X <0.0 1.0 1.0>
X <0.0 0.0 0.0>
X <1.0 0.0 0.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Cone_Y = QUADRIC
X <1.0 0.0 1.0>
X <0.0 0.0 0.0>
X <0.0 1.0 0.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Cone_Z = QUADRIC
X <1.0 1.0 0.0>
X <0.0 0.0 0.0>
X <0.0 0.0 1.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Plane_YZ = QUADRIC
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X <1.0 0.0 0.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Plane_XZ = QUADRIC
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X <0.0 1.0 0.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Plane_XY = QUADRIC
X <0.0 0.0 0.0>
X <0.0 0.0 0.0>
X <0.0 0.0 1.0>
X 0.0
XEND_QUADRIC
X
X
X{ y^2 + z^2 - x = 0 }
XDECLARE Paraboloid_X = QUADRIC
X <0.0 1.0 1.0>
X <0.0 0.0 0.0>
X <-1.0 0.0 0.0>
X 0.0
XEND_QUADRIC
X
X
X{ x^2 + z^2 - y = 0 }
XDECLARE Paraboloid_Y = QUADRIC
X <1.0 0.0 1.0>
X <0.0 0.0 0.0>
X <0.0 -1.0 0.0>
X 0.0
XEND_QUADRIC
X
X
X{ x^2 + y^2 - z = 0 }
XDECLARE Paraboloid_Z = QUADRIC
X <1.0 1.0 0.0>
X <0.0 0.0 0.0>
X <0.0 0.0 -1.0>
X 0.0
XEND_QUADRIC
X
X
X{ y - x^2 + z^2 = 0 }
XDECLARE Hyperboloid = QUADRIC
X < -1.0 0.0 1.0>
X < 0.0 0.0 0.0>
X < 0.0 1.0 0.0>
X 0.0
XEND_QUADRIC
X
XDECLARE Black = COLOUR RED 0.0 GREEN 0.0 BLUE 0.0
XDECLARE White = COLOUR RED 1.0 GREEN 1.0 BLUE 1.0
XDECLARE Red = COLOUR RED 1.0
XDECLARE Green = COLOUR GREEN 1.0
XDECLARE Blue = COLOUR BLUE 1.0
XDECLARE Yellow = COLOUR RED 1.0 GREEN 1.0
XDECLARE Cyan = COLOUR BLUE 1.0 GREEN 1.0
XDECLARE Magenta = COLOUR RED 1.0 BLUE 1.0
X
XDECLARE Red_Marble = TEXTURE
X MARBLE
X TURBULENCE 1.0
X COLOUR_MAP
X [0.0 0.8 COLOUR RED 0.8 GREEN 0.8 BLUE 0.6
X COLOUR RED 0.8 GREEN 0.4 BLUE 0.4]
X [0.8 1.001 COLOUR RED 0.8 GREEN 0.4 BLUE 0.4
X COLOUR RED 0.8 GREEN 0.2 BLUE 0.2]
X END_COLOUR_MAP
X SCALE <10.0 10.0 10.0>
XEND_TEXTURE
X
XDECLARE Brown_Agate = TEXTURE
X AGATE
X TURBULENCE 0.3
X COLOUR_MAP
X [0.0 0.5 COLOUR RED 1.0 GREEN 1.0 BLUE 1.0
X COLOUR RED 0.9 GREEN 0.7 BLUE 0.6]
X [0.5 0.6 COLOUR RED 0.9 GREEN 0.7 BLUE 0.6
X COLOUR RED 0.9 GREEN 0.7 BLUE 0.4]
X [0.6 1.001 COLOUR RED 0.9 GREEN 0.7 BLUE 0.4
X COLOUR RED 0.7 GREEN 0.4 BLUE 0.2]
X END_COLOUR_MAP
X SCALE <10.0 10.0 10.0>
XEND_TEXTURE
X
XDECLARE Blue_Marble = TEXTURE
X AGATE
X TURBULENCE 0.3
X COLOUR_MAP
X [0.0 0.5 COLOUR RED 0.30 GREEN 0.30 BLUE 0.50
X COLOUR RED 0.30 GREEN 0.30 BLUE 0.50]
X [0.5 0.55 COLOUR RED 0.30 GREEN 0.30 BLUE 0.50
X COLOUR RED 0.20 GREEN 0.20 BLUE 0.30]
X [0.55 0.6 COLOUR RED 0.20 GREEN 0.20 BLUE 0.30
X COLOUR RED 0.25 GREEN 0.25 BLUE 0.35]
X [0.6 0.7 COLOUR RED 0.25 GREEN 0.25 BLUE 0.35
X COLOUR RED 0.15 GREEN 0.15 BLUE 0.26]
X [0.7 0.8 COLOUR RED 0.15 GREEN 0.15 BLUE 0.26
X COLOUR RED 0.10 GREEN 0.10 BLUE 0.20]
X [0.8 0.9 COLOUR RED 0.10 GREEN 0.10 BLUE 0.20
X COLOUR RED 0.30 GREEN 0.30 BLUE 0.50]
X [0.9 1.001 COLOUR RED 0.30 GREEN 0.30 BLUE 0.50
X COLOUR RED 0.10 GREEN 0.10 BLUE 0.20]
X END_COLOUR_MAP
X SCALE <10.0 10.0 10.0>
XEND_TEXTURE
X
XDECLARE Dull = TEXTURE
X AMBIENT 0.3
X DIFFUSE 0.7
XEND_TEXTURE
X
XDECLARE Shiny = TEXTURE
X AMBIENT 0.3
X DIFFUSE 0.7
X PHONG 1.0
X PHONGSIZE 20.0
XEND_TEXTURE
X
XDECLARE Mirror = TEXTURE
X AMBIENT 0.0
X DIFFUSE 0.0
X REFLECTION 1.0
XEND_TEXTURE
X
XDECLARE Luminous = TEXTURE
X AMBIENT 1.0
X DIFFUSE 0.0
XEND_TEXTURE
X
XDECLARE Glass = TEXTURE
X AMBIENT 0.0
X DIFFUSE 0.0
X REFLECTION 0.5
X REFRACTION 0.5
X IOR 1.2
XEND_TEXTURE
X
XDECLARE Metal = TEXTURE
X AMBIENT 0.3
X DIFFUSE 0.7
X BRILLIANCE 6.0
XEND_TEXTURE
X
XDECLARE Glass2 = TEXTURE
X AMBIENT 0.0
X DIFFUSE 0.0
X REFLECTION 0.5
X REFRACTION 0.5
XEND_TEXTURE
END_OF_FILE
if test 4415 -ne `wc -c <'Docs/BasicShapes.data'`; then
echo shar: \"'Docs/BasicShapes.data'\" unpacked with wrong size!
fi
# end of 'Docs/BasicShapes.data'
fi
if test -f 'Docs/unixmakefile' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'Docs/unixmakefile'\"
else
echo shar: Extracting \"'Docs/unixmakefile'\" \(6342 characters\)
sed "s/^X//" >'Docs/unixmakefile' <<'END_OF_FILE'
X# Makefile for DKB Ray Tracing Program by David Buck and Aaron Collins
X# This file is released to the public domain.
X#
X#
X# MAKE Macros and Such...
X#
X
X#***************************************************************
X#*
X#* Amiga Options
X#*
X#***************************************************************
X
X# Uncomment for Amiga Lattice C FFP
X#CFLAGS = -cusrft -ff -m0 -q5w5e -b0 -O -v
X#DUMPFLAGS = -cusrt -ff -m0 -q5w5e -O -v
X
X# Uncomment for Amiga Lattice C with 68881
X#CFLAGS = -cusrft -f8 -m2 -q5w5e -b0 -O -v
X
X# Flags for debugging
X# CFLAGS = -cusrft -f8 -m2 -b0 -q5w5e -d5 -v
X
X#LIBSFFP = lib:lcmffp.lib lib:lcnb.lib lib:amiga.lib
X#LIBS881 = lib:lcm881.lib lib:lcnb.lib lib:amiga.lib
XOBJ = o
XMACHINE_OBJ = unix.$(OBJ)
XCFLAGS= -c -O
XLFLAGS = -o dkbtrace -O
X
X
X# Make's implicit rules for making a .o file from a .c file...
X#
X.c.o :
X $(CC) $(CFLAGS) $*.c
X
X# Generic "Unix" MAKE's implicit rules for making a .OBJ file from a .C file
X#
X#*.o : *.c
X# $(CC) $(CFLAGS) $*
X
X#***************************************************************
X#*
X#* IBM Options
X#*
X#***************************************************************
X
X# Note for the IBM Version:
X# Uses system environment variable LIB for the linker's .LIB file path.
X# (Example: Set LIB=C:\LIB) if you change this the two .LNK files will also
X# need to be changed as well. The system environment variable CMODEL also
X# may be defined for the memory model of the compiler. DKBTrace requires
X# the "Large" memory model. (Example Set CMODEL=l) If you don't want to
X# use the DOS environment variables, uncomment the following two lines:
X
X#CMODEL =l
X#LIB =c:\lib
X
X#CC =tcc
X#OBJ =obj
X#MACHINE_OBJ = ibm.$(OBJ)
X#
X# Uncomment Turbo Link for Symbolic Debugging, or use DOS/MS-LINK for
X# faster .EXE execution speed (shame on you, Borland, for no FARCALL!...)
X# Note: you also must use a -v in the CFLAGS rather than -v- if you want
X# to use the symbolic debugging facilities of Turbo-Debug.
X
X#TLINK =tlink /l/v
X#TLINK =link /EXEPACK /PACKCODE /FARCALL
X#
X# IBM (Turbo-MAKE, actually) Specific MAKE Directives:
X#
X#
X# Uncomment This for No Numeric Data Processor Extension (No Math Co)
X#LINKFLAGS=$(LIB)\emu+$(LIB)\math$(CMODEL)+$(LIB)\c$(CMODEL);
X#
X# Uncomment This for NDP Extension (80x87 Co-Processor) Support
X#LINKFLAGS=$(LIB)\fp87+$(LIB)\math$(CMODEL)+$(LIB)\c$(CMODEL);
X#
X
X# Uncomment for 8086/8088 instruction set usage
X#
X#CFLAGS =-m$(CMODEL) -r -K -G -O -Z -d -c -v- -k- -N-
X
X
X# Uncomment for 80186/80268 (incl. V20!) instruction set usage
X#
X#CFLAGS =-m$(CMODEL) -1 -a -r -K -G -O -Z -d -c -v- -k- -N-
X
X# Turbo-MAKE's implicit rules for making a .OBJ file from a .C file...
X#
X#.c.obj :
X# $(CC) $(CFLAGS) $*
X
X# Generic "Unix" MAKE's implicit rules for making a .OBJ file from a .C file
X#
X#*.obj : *.c
X# $(CC) $(CFLAGS) $*
X
X
X#***************************************************************
X#*
X#* Common Stuff
X#*
X#***************************************************************
X
XDKBOBJS = trace.$(OBJ) render.$(OBJ) tokenize.$(OBJ) parse.$(OBJ) \
X objects.$(OBJ) spheres.$(OBJ) quadrics.$(OBJ) lighting.$(OBJ) \
X prioq.$(OBJ) texture.$(OBJ) matrices.$(OBJ) csg.$(OBJ) \
X colour.$(OBJ) viewpnt.$(OBJ) ray.$(OBJ) planes.$(OBJ) iff.$(OBJ) \
X gif.$(OBJ) gifdecod.$(OBJ) triangle.$(OBJ) raw.$(OBJ) $(MACHINE_OBJ)
X
X
X# Amiga Linkage...
X#
X#trace881: $(DKBOBJS)
X# blink with withfile LIB $(LIBS881) TO trace881
X
X#traceffp: $(DKBOBJS)
X# blink with withfile LIB $(LIBSFFP) TO traceffp
X
X#Sculpt2DKB: Sculpt2DKB.o
X# blink lib:c.o Sculpt2DKB.o lib $(LIBSFFP) to Sculpt2DKB
X
X# IBM Linkage...
X#
X#dkb.exe : $(DKBOBJS)
X#
X
X#$(TLINK) @dkb.lnk
X
X#Sculpt2DKB.exe : Sculpt2DKB.obj
X# $(TLINK) $(LIB)\c0$(CMODEL)+Sculpt2DKB,Sculpt2DKB,Sculpt2DKB/m,$(LINKFLAGS);
X
X#gluetga.exe : gluetga.obj
X# $(TLINK) $(LIB)\c0$(CMODEL)+gluetga,gluetga,gluetga/m,$(LINKFLAGS);
X
X#halftga.exe : halftga.obj
X# $(TLINK) $(LIB)\c0$(CMODEL)+halftga,halftga,halftga/m,$(LINKFLAGS);
X
Xdkbtrace: $(DKBOBJS)
X cc $(LFLAGS) $(DKBOBJS) -lm
X
X#
X# Specific module/header dependencies for DKBtrace:
X#
X
XSculpt2DKB.$(OBJ) : Sculpt2DKB.c dkbproto.h frame.h
X
Xhalftga.$(OBJ) : halftga.c
X
Xgluetga.$(OBJ) : gluetga.c
X
Xtrace.$(OBJ) : trace.c dkbproto.h frame.h vector.h config.h
X
Xtokenize.$(OBJ) : tokenize.c dkbproto.h frame.h config.h
X
Xparse.$(OBJ) : parse.c dkbproto.h frame.h config.h
X
Xrender.$(OBJ) : render.c dkbproto.h frame.h vector.h config.h
X
Xlighting.$(OBJ) : lighting.c dkbproto.h frame.h vector.h config.h
X
Xprioq.$(OBJ) : prioq.c dkbproto.h frame.h config.h
X
Xtexture.$(OBJ) : texture.c dkbproto.h frame.h vector.h config.h
X
Xobjects.$(OBJ) : objects.c dkbproto.h frame.h vector.h config.h
X
Xspheres.$(OBJ) : spheres.c dkbproto.h frame.h vector.h config.h
X
Xplanes.$(OBJ) : planes.c dkbproto.h frame.h vector.h config.h
X
Xquadrics.$(OBJ) : quadrics.c dkbproto.h frame.h vector.h config.h
X
Xmatrices.$(OBJ) : matrices.c dkbproto.h frame.h vector.h config.h
X
Xcsg.$(OBJ) : csg.c dkbproto.h frame.h vector.h config.h
X
Xcolour.$(OBJ) : colour.c dkbproto.h frame.h config.h
X
Xviewpnt.$(OBJ) : viewpnt.c dkbproto.h frame.h vector.h config.h
X
Xray.$(OBJ) : ray.c dkbproto.h frame.h vector.h config.h
X
Xiff.$(OBJ) : iff.c dkbproto.h frame.h config.h
X
Xgif.$(OBJ) : gif.c dkbproto.h frame.h config.h
X
Xgifdecod.$(OBJ) : gifdecod.c dkbproto.h frame.h config.h
X
Xraw.$(OBJ) : raw.c dkbproto.h frame.h config.h
X
Xtriangle.$(OBJ) : triangle.c dkbproto.h frame.h vector.h config.h
X
Xamiga.$(OBJ) : amiga.c dkbproto.h frame.h config.h
X
Xibm.$(OBJ) : ibm.c dkbproto.h frame.h config.h
X
Xunix.$(OBJ) : unix.c dkbproto.h frame.h config.h
X
X
X#
X#
X# Utilities
X#
X
X# Amiga Linkage
X#
XDump2RGB: Dump2RGB.o
X blink lib:c.o Dump2RGB.o LIB $(LIBSFFP) TO Dump2RGB
X
XDump2Raw: Dump2Raw.o
X blink lib:c.o Dump2Raw.o LIB $(LIBSFFP) TO Dump2Raw
X
XDumpToIFF: DumpToIFF.o palette.o showprioq.o gio.o iffw.o ilbmw.o putpict.o packer.o
X blink with dumpwithfile LIB $(LIBSFFP) TO DumpToIFF
X
XDumpToIFF.o: DumpToIFF.c
X $(CC) $(DUMPFLAGS) $*
X
XDump2RGB.o: Dump2RGB.c
X
XDump2Raw.o: Dump2Raw.c
X
Xpalette.o: palette.c showprioq.h
X $(CC) $(DUMPFLAGS) $*
X
Xshowprioq.o: showprioq.c showprioq.h
X $(CC) $(DUMPFLAGS) $*
X
Xgio.o: gio.c
X $(CC) $(DUMPFLAGS) $*
X
Xiffw.o: iffw.c
X $(CC) $(DUMPFLAGS) $*
X
Xilbmw.o: ilbmw.c
X $(CC) $(DUMPFLAGS) $*
X
Xputpict.o: putpict.c
X $(CC) $(DUMPFLAGS) $*
X
Xpacker.o: packer.c
X $(CC) $(DUMPFLAGS) $*
END_OF_FILE
if test 6342 -ne `wc -c <'Docs/unixmakefile'`; then
echo shar: \"'Docs/unixmakefile'\" unpacked with wrong size!
fi
# end of 'Docs/unixmakefile'
fi
if test -f 'src/Dump2RGB.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/Dump2RGB.c'\"
else
echo shar: Extracting \"'src/Dump2RGB.c'\" \(5693 characters\)
sed "s/^X//" >'src/Dump2RGB.c' <<'END_OF_FILE'
X#include "frame.h"
X
X/* #define IBM TRUE */
X
X#define Amiga TRUE
X
XIMAGE Raw_Image;
X
XFILE *fp, *palette_file, *output_palette_file;
XFILE *fred, *fgrn, *fblu;
Xchar input_filename[100], master_filename[100], output_filename[100];
Xint image_width, image_height;
X
X#ifdef IBM
X#define REDNAME "%s.r8"
X#define GRNNAME "%s.g8"
X#define BLUNAME "%s.b8"
X#define DEFAULT_WIDTH 320
X#define DEFAULT_HEIGHT 200
X#endif
X
X#ifdef Amiga
X#define REDNAME "%s.red"
X#define GRNNAME "%s.grn"
X#define BLUNAME "%s.blu"
X#define DEFAULT_WIDTH 320
X#define DEFAULT_HEIGHT 400
X#endif
X
Xint read_raw_byte PARAMS((FILE *f));
Xint read_raw_word PARAMS((FILE *f));
Xvoid read_raw_image PARAMS((IMAGE *Image));
Xvoid get_parameters PARAMS((int argc, char **argv));
Xvoid OpenRGB PARAMS((void));
Xvoid SaveRGB PARAMS((int red, int grn, int blu));
X
Xvoid main (argc, argv)
X int argc;
X char **argv;
X {
X unsigned int x, y, index;
X
X if (argc < 2)
X {
X printf ("\nUsage: DumpToRGB [-wxxx -hxxx] <filename>\n .dis extension is assumed for <filename>\n default image size: %d x %d", DEFAULT_WIDTH, DEFAULT_HEIGHT);
X exit(0);
X }
X
X fp = NULL;
X
X get_parameters(argc, argv);
X
X printf ("Reading raw file\n");
X read_raw_image (&Raw_Image);
X
X printf ("Converting...\n");
X
X OpenRGB();
X for (y = 0 ; y < Raw_Image.height ; y++) {
X for (x = 0 ; x < Raw_Image.width ; x++) {
X index = y*Raw_Image.width + x;
X SaveRGB((int)Raw_Image.red[index],(int)Raw_Image.green[index],(int)Raw_Image.blue[index]);
X }
X for (; x < image_width ; x++)
X SaveRGB(0, 0, 0);
X }
X for (; y < image_height ; y++)
X for (; x < image_width; x++)
X SaveRGB(0, 0, 0);
X fclose(fred);
X fclose(fgrn);
X fclose(fblu);
X }
X
Xvoid get_parameters (argc, argv)
X int argc;
X char **argv;
X {
X int i, filename_number;
X
X image_height = DEFAULT_HEIGHT;
X image_width = DEFAULT_WIDTH;
X
X filename_number = 0;
X for (i = 1 ; i < argc ; i++) {
X
X if (argv[i][0] == '-')
X switch (argv[i][1]) {
X case 'w': sscanf(&argv[i][2], "%d", &image_height);
X break;
X case 'h': sscanf(&argv[i][2], "%d", &image_height);
X break;
X default : printf("Unknown option %s - proceeding...\n");
X }
X else
X switch (filename_number) {
X case 0: strcpy (master_filename, argv[i]);
X sprintf (input_filename, "%s.dis", master_filename);
X filename_number++;
X break;
X
X default: printf ("Too many filenames in commandline\n");
X exit(1);
X }
X }
X }
X
X
Xint read_raw_byte(f)
X FILE *f;
X {
X int c;
X if ((c = getc(f)) == EOF)
X return (-1);
X return (c);
X }
X
Xint read_raw_word(f)
X FILE *f;
X {
X int byte1, byte2;
X
X byte1 = read_raw_byte(f);
X if (byte1 == -1)
X return(-1);
X
X byte2 = read_raw_byte(f);
X if (byte2 == -1)
X return(-1);
X
X return (byte1 + byte2*256);
X }
X
Xvoid OpenRGB()
X{
X char nmbuff[200];
X
X sprintf( nmbuff, REDNAME, master_filename );
X if ((fred = fopen(nmbuff, "wb")) == NULL) {
X printf ("Cannot open red output file for %s\n", master_filename);
X exit(1);
X }
X
X sprintf( nmbuff, GRNNAME, master_filename );
X if ((fgrn = fopen(nmbuff, "wb")) == NULL) {
X printf ("Cannot open green output file for %s\n", master_filename);
X exit(1);
X }
X
X sprintf( nmbuff, BLUNAME, master_filename );
X if ((fblu = fopen(nmbuff, "wb")) == NULL) {
X printf ("Cannot open blue output file for %s\n", master_filename);
X exit(1);
X }
X}
X
Xvoid SaveRGB(red, grn, blu)
Xint red, grn, blu;
X{
X fputc( red, fred );
X fputc( grn, fgrn );
X fputc( blu, fblu );
X}
X
Xvoid read_raw_image(Image)
X IMAGE *Image;
X {
X FILE *f;
X unsigned int i, index, pixels;
X int byte, row;
X
X if ((f = fopen(input_filename, "rb")) == NULL) {
X printf ("Cannot open raw file %s\n", input_filename);
X exit(1);
X }
X
X Image->width = read_raw_word(f);
X if (Image->width == -1) {
X printf ("Cannot read size in dump file\n");
X exit(1);
X }
X
X Image->height = read_raw_word(f);
X if (Image->height == -1) {
X printf ("Cannot read size in dump file: %s\n", input_filename);
X exit(1);
X }
X
X pixels = Image->width * Image->height;
X
X if (((Image->red = (unsigned char *) malloc(pixels))==NULL) ||
X ((Image->green = (unsigned char *) malloc(pixels))==NULL) ||
X ((Image->blue = (unsigned char *) malloc(pixels))==NULL)) {
X printf ("Cannot allocate memory for picture: %s\n", input_filename);
X exit(1);
X }
X
X for (i = 0 ; i < pixels ; i++) {
X Image->red[i] = 0;
X Image->green[i] = 0;
X Image->blue[i] = 0;
X }
X
X row = read_raw_word(f);
X while (row != -1) {
X for (i = 0 ; i < Image->width ; i++) {
X index = row*Image->width + i;
X
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", input_filename);
X exit(1);
X }
X Image->red[index] = byte;
X }
X
X for (i = 0 ; i < Image->width ; i++) {
X index = row*Image->width + i;
X
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", input_filename);
X exit(1);
X }
X Image->green[index] = byte;
X }
X
X for (i = 0 ; i < Image->width ; i++) {
X index = row*Image->width + i;
X
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", input_filename);
X exit(1);
X }
X Image->blue[index] = byte;
X }
X row = read_raw_word(f);
X }
X fclose (f);
X }
END_OF_FILE
if test 5693 -ne `wc -c <'src/Dump2RGB.c'`; then
echo shar: \"'src/Dump2RGB.c'\" unpacked with wrong size!
fi
# end of 'src/Dump2RGB.c'
fi
if test -f 'src/gio.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/gio.c'\"
else
echo shar: Extracting \"'src/gio.c'\" \(4579 characters\)
sed "s/^X//" >'src/gio.c' <<'END_OF_FILE'
X/*----------------------------------------------------------------------*/
X/* GIO.C Generic I/O Speed Up Package 1/23/86 */
X/* See GIOCall.C for an example of usage. */
X/* Read not speeded-up yet. Only one Write file buffered at a time. */
X/* Note: The speed-up provided is ONLY significant for code such as IFF */
X/* which does numerous small Writes and Seeks. */
X/* */
X/* By Jerry Morrison and Steve Shaw, Electronic Arts. */
X/* This software is in the public domain. */
X/* */
X/* This version for the Commodore-Amiga computer. */
X/* */
X/*----------------------------------------------------------------------*/
X#include "iff/gio.h" /* See comments here for explanation.*/
X
X#if GIO_ACTIVE
X
X#define local static
X
X
Xlocal BPTR wFile = NULL;
Xlocal BYTE *wBuffer = NULL;
Xlocal LONG wNBytes = 0; /* buffer size in bytes.*/
Xlocal LONG wIndex = 0; /* index of next available byte.*/
Xlocal LONG wWaterline = 0; /* Count of # bytes to be written.
X * Different than wIndex because of GSeek.*/
X
X/*----------- GOpen ----------------------------------------------------*/
XLONG GOpen(filename, openmode) char *filename; LONG openmode; {
X return( Open(filename, openmode) );
X }
X
X/*----------- GClose ---------------------------------------------------*/
XLONG GClose(file) BPTR file; {
X LONG signal = 0, signal2;
X if (file == wFile)
X signal = GWriteUndeclare(file);
X signal2 = Close(file); /* Call Close even if trouble with write.*/
X if (signal2 < 0)
X signal = signal2;
X return( signal );
X }
X
X/*----------- GRead ----------------------------------------------------*/
XLONG GRead(file, buffer, nBytes) BPTR file; BYTE *buffer; LONG nBytes; {
X LONG signal = 0;
X /* We don't yet read directly from the buffer, so flush it to disk and
X * let the DOS fetch it back. */
X if (file == wFile)
X signal = GWriteFlush(file);
X if (signal >= 0)
X signal = Read(file, buffer, nBytes);
X return( signal );
X }
X
X/* ---------- GWriteFlush ----------------------------------------------*/
XLONG GWriteFlush(file) BPTR file; {
X LONG gWrite = 0;
X if (wFile != NULL && wBuffer != NULL && wIndex > 0)
X gWrite = Write(wFile, wBuffer, wWaterline);
X wWaterline = wIndex = 0; /* No matter what, make sure this happens.*/
X return( gWrite );
X }
X
X/* ---------- GWriteDeclare --------------------------------------------*/
XLONG GWriteDeclare(file, buffer, nBytes)
X BPTR file; BYTE *buffer; LONG nBytes; {
X LONG gWrite = GWriteFlush(wFile); /* Finish any existing usage.*/
X if ( file==NULL || (file==wFile && buffer==NULL) || nBytes<=3) {
X wFile = NULL; wBuffer = NULL; wNBytes = 0; }
X else {
X wFile = file; wBuffer = buffer; wNBytes = nBytes; }
X return( gWrite );
X }
X
X/* ---------- GWrite ---------------------------------------------------*/
XLONG GWrite(file, buffer, nBytes) BPTR file; BYTE *buffer; LONG nBytes; {
X LONG gWrite = 0;
X
X if (file == wFile && wBuffer != NULL) {
X if (wNBytes >= wIndex + nBytes) {
X /* Append to wBuffer.*/
X movmem(buffer, wBuffer+wIndex, nBytes);
X wIndex += nBytes;
X if (wIndex > wWaterline)
X wWaterline = wIndex;
X nBytes = 0; /* Indicate data has been swallowed.*/
X }
X else {
X wWaterline = wIndex; /* We are about to overwrite any
X * data above wIndex, up to at least the buffer end.*/
X gWrite = GWriteFlush(file); /* Write data out in proper order.*/
X }
X }
X if (nBytes > 0 && gWrite >= 0)
X gWrite += Write(file, buffer, nBytes);
X return( gWrite );
X }
X
X/* ---------- GSeek ----------------------------------------------------*/
XLONG GSeek(file, position, mode)
X BPTR file; LONG position; LONG mode; {
X LONG gSeek = -2;
X LONG newWIndex = wIndex + position;
X
X if (file == wFile && wBuffer != NULL) {
X if (mode == OFFSET_CURRENT &&
X newWIndex >= 0 && newWIndex <= wWaterline) {
X gSeek = wIndex; /* Okay; return *OLD* position */
X wIndex = newWIndex;
X }
X else {
X /* We don't even try to optimize the other cases.*/
X gSeek = GWriteFlush(file);
X if (gSeek >= 0) gSeek = -2; /* OK so far */
X }
X }
X if (gSeek == -2)
X gSeek = Seek(file, position, mode);
X return( gSeek );
X }
X
X#else /* not GIO_ACTIVE */
X
Xvoid GIODummy() { } /* to keep the compiler happy */
X
X#endif GIO_ACTIVE
END_OF_FILE
if test 4579 -ne `wc -c <'src/gio.c'`; then
echo shar: \"'src/gio.c'\" unpacked with wrong size!
fi
# end of 'src/gio.c'
fi
if test -f 'src/ilbmw.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/ilbmw.c'\"
else
echo shar: Extracting \"'src/ilbmw.c'\" \(5438 characters\)
sed "s/^X//" >'src/ilbmw.c' <<'END_OF_FILE'
X/*----------------------------------------------------------------------*
X * ILBMW.C Support routines for writing ILBM files. 1/23/86
X * (IFF is Interchange Format File.)
X *
X * By Jerry Morrison and Steve Shaw, Electronic Arts.
X * This software is in the public domain.
X *
X * This version for the Commodore-Amiga computer.
X *----------------------------------------------------------------------*/
X#include "iff/packer.h"
X#include "iff/ilbm.h"
X#include <graphics/view.h>
X
X/*---------- InitBMHdr -------------------------------------------------*/
XIFFP InitBMHdr(bmHdr0, bitmap, masking, compression, transparentColor,
X pageWidth, pageHeight)
X BitMapHeader *bmHdr0; struct BitMap *bitmap;
X WORD masking; /* Masking */
X WORD compression; /* Compression */
X WORD transparentColor; /* UWORD */
X WORD pageWidth, pageHeight;
X {
X register BitMapHeader *bmHdr = bmHdr0;
X register WORD rowBytes = bitmap->BytesPerRow;
X
X bmHdr->w = rowBytes << 3;
X bmHdr->h = bitmap->Rows;
X bmHdr->x = bmHdr->y = 0; /* Default position is (0,0).*/
X bmHdr->nPlanes = bitmap->Depth;
X bmHdr->masking = masking;
X bmHdr->compression = compression;
X bmHdr->pad1 = 0;
X bmHdr->transparentColor = transparentColor;
X bmHdr->xAspect = bmHdr->yAspect = 1;
X bmHdr->pageWidth = pageWidth;
X bmHdr->pageHeight = pageHeight;
X
X if (pageWidth < 360)
X if (pageHeight < 250) {
X bmHdr->xAspect = x320x200Aspect;
X bmHdr->yAspect = y320x200Aspect;
X }
X else {
X bmHdr->xAspect = x320x400Aspect;
X bmHdr->yAspect = y320x400Aspect;
X }
X else
X if (pageHeight < 250) {
X bmHdr->xAspect = x640x200Aspect;
X bmHdr->yAspect = y640x200Aspect;
X }
X else {
X bmHdr->xAspect = x640x400Aspect;
X bmHdr->yAspect = y640x400Aspect;
X }
X
X return( IS_ODD(rowBytes) ? CLIENT_ERROR : IFF_OKAY );
X }
X
X/*---------- PutCMAP ---------------------------------------------------*/
XIFFP PutCMAP(context, vp)
X GroupContext *context;
X struct ViewPort *vp;
X {
X IFFP iffp;
X ColorRegister colorReg;
X int nColorRegs;
X UWORD *CMapEntry;
X struct ColorMap *colorMap;
X
X colorMap = vp->ColorMap;
X nColorRegs = colorMap->Count;
X
X if ((vp->Modes & HIRES) && (nColorRegs > 16))
X nColorRegs = 16;
X
X if ((vp->Modes & HAM) && (nColorRegs > 16))
X nColorRegs = 16;
X
X iffp = PutCkHdr(context, ID_CMAP, nColorRegs * sizeofColorRegister);
X CheckIFFP();
X
X CMapEntry = (UWORD *)colorMap->ColorTable;
X
X for (; nColorRegs; --nColorRegs) {
X colorReg.red = ( *CMapEntry >> 4 ) & 0xf0;
X colorReg.green = ( *CMapEntry ) & 0xf0;
X colorReg.blue = ( *CMapEntry << 4 ) & 0xf0;
X iffp = IFFWriteBytes(context, (BYTE *)&colorReg, sizeofColorRegister);
X CheckIFFP();
X CMapEntry++;
X }
X
X iffp = PutCkEnd(context);
X return(iffp);
X }
X
XIFFP PutCAMG(context, mode)
X GroupContext *context;
X LONG mode;
X {
X IFFP iffp;
X int CAMG_Size = 4;
X
X iffp = PutCkHdr(context, ID_CAMG, 4L);
X CheckIFFP();
X
X iffp = IFFWriteBytes(context, (BYTE *)&mode, CAMG_Size);
X CheckIFFP();
X
X iffp = PutCkEnd(context);
X return(iffp);
X }
X
X/*---------- PutBODY ---------------------------------------------------*/
X/* NOTE: This implementation could be a LOT faster if it used more of the
X * supplied buffer. It would make far fewer calls to IFFWriteBytes (and
X * therefore to DOS Write). */
XIFFP PutBODY(context, bitmap, mask, bmHdr, buffer, bufsize)
X GroupContext *context; struct BitMap *bitmap; BYTE *mask;
X BitMapHeader *bmHdr; BYTE *buffer; LONG bufsize;
X {
X IFFP iffp;
X LONG rowBytes = bitmap->BytesPerRow;
X int dstDepth = bmHdr->nPlanes;
X Compression compression = bmHdr->compression;
X int planeCnt; /* number of bit planes including mask */
X register int iPlane, iRow;
X register LONG packedRowBytes;
X BYTE *buf;
X BYTE *planes[MaxAmDepth + 1]; /* array of ptrs to planes & mask */
X
X if ( bufsize < MaxPackedSize(rowBytes) || /* Must buffer a comprsd row*/
X compression > cmpByteRun1 || /* bad arg */
X bitmap->Rows != bmHdr->h || /* inconsistent */
X rowBytes != RowBytes(bmHdr->w) || /* inconsistent*/
X bitmap->Depth < dstDepth || /* inconsistent */
X dstDepth > MaxAmDepth ) /* too many for this routine*/
X return(CLIENT_ERROR);
X
X planeCnt = dstDepth + (mask == NULL ? 0 : 1);
X
X /* Copy the ptrs to bit & mask planes into local array "planes" */
X for (iPlane = 0; iPlane < dstDepth; iPlane++)
X planes[iPlane] = (BYTE *)bitmap->Planes[iPlane];
X if (mask != NULL)
X planes[dstDepth] = mask;
X
X /* Write out a BODY chunk header */
X iffp = PutCkHdr(context, ID_BODY, szNotYetKnown);
X CheckIFFP();
X
X /* Write out the BODY contents */
X for (iRow = bmHdr->h; iRow > 0; iRow--) {
X for (iPlane = 0; iPlane < planeCnt; iPlane++) {
X
X /* Write next row.*/
X if (compression == cmpNone) {
X iffp = IFFWriteBytes(context, planes[iPlane], rowBytes);
X planes[iPlane] += rowBytes;
X }
X
X /* Compress and write next row.*/
X else {
X buf = buffer;
X packedRowBytes = PackRow(&planes[iPlane], &buf, rowBytes);
X iffp = IFFWriteBytes(context, buffer, packedRowBytes);
X }
X
X CheckIFFP();
X }
X }
X
X /* Finish the chunk */
X iffp = PutCkEnd(context);
X return(iffp);
X }
END_OF_FILE
if test 5438 -ne `wc -c <'src/ilbmw.c'`; then
echo shar: \"'src/ilbmw.c'\" unpacked with wrong size!
fi
# end of 'src/ilbmw.c'
fi
if test -f 'src/makefile' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/makefile'\"
else
echo shar: Extracting \"'src/makefile'\" \(6233 characters\)
sed "s/^X//" >'src/makefile' <<'END_OF_FILE'
X# Makefile for DKB Ray Tracing Program by David Buck and Aaron Collins
X# This file is released to the public domain.
X#
X#
X# MAKE Macros and Such...
X#
X
X#***************************************************************
X#*
X#* Amiga Options
X#*
X#***************************************************************
X
X# Uncomment for Amiga Lattice C FFP
X#CFLAGS = -cusrft -ff -m0 -q5w5e -b0 -O -v
XDUMPFLAGS = -cusrt -ff -m0 -q5w5e -O -v
X
X# Uncomment for Amiga Lattice C with 68881
XCFLAGS = -cusrft -f8 -m2 -q5w5e -b0 -O -v
X
X# Flags for debugging
X# CFLAGS = -cusrft -f8 -m2 -b0 -q5w5e -d5 -v
X
XLIBSFFP = lib:lcmffp.lib lib:lcnb.lib lib:amiga.lib
XLIBS881 = lib:lcm881.lib lib:lcnb.lib lib:amiga.lib
XOBJ = o
XMACHINE_OBJ = amiga.$(OBJ)
X
X
X# Make's implicit rules for making a .o file from a .c file...
X#
X#.c.o :
X# $(CC) $(CFLAGS) $*
X
X# Generic "Unix" MAKE's implicit rules for making a .OBJ file from a .C file
X#
X#*.o : *.c
X# $(CC) $(CFLAGS) $*
X
X#***************************************************************
X#*
X#* IBM Options
X#*
X#***************************************************************
X
X# Note for the IBM Version:
X# Uses system environment variable LIB for the linker's .LIB file path.
X# (Example: Set LIB=C:\LIB) if you change this the two .LNK files will also
X# need to be changed as well. The system environment variable CMODEL also
X# may be defined for the memory model of the compiler. DKBTrace requires
X# the "Large" memory model. (Example Set CMODEL=l) If you don't want to
X# use the DOS environment variables, uncomment the following two lines:
X
X#CMODEL =l
X#LIB =c:\lib
X
X#CC =tcc
X#OBJ =obj
X#MACHINE_OBJ = ibm.$(OBJ)
X#
X# Uncomment Turbo Link for Symbolic Debugging, or use DOS/MS-LINK for
X# faster .EXE execution speed (shame on you, Borland, for no FARCALL!...)
X# Note: you also must use a -v in the CFLAGS rather than -v- if you want
X# to use the symbolic debugging facilities of Turbo-Debug.
X
X#TLINK =tlink /l/v
X#TLINK =link /EXEPACK /PACKCODE /FARCALL
X#
X# IBM (Turbo-MAKE, actually) Specific MAKE Directives:
X#
X#
X# Uncomment This for No Numeric Data Processor Extension (No Math Co)
X#LINKFLAGS=$(LIB)\emu+$(LIB)\math$(CMODEL)+$(LIB)\c$(CMODEL);
X#
X# Uncomment This for NDP Extension (80x87 Co-Processor) Support
X#LINKFLAGS=$(LIB)\fp87+$(LIB)\math$(CMODEL)+$(LIB)\c$(CMODEL);
X#
X
X# Uncomment for 8086/8088 instruction set usage
X#
X#CFLAGS =-m$(CMODEL) -r -K -G -O -Z -d -c -v- -k- -N-
X
X
X# Uncomment for 80186/80268 (incl. V20!) instruction set usage
X#
X#CFLAGS =-m$(CMODEL) -1 -a -r -K -G -O -Z -d -c -v- -k- -N-
X
X# Turbo-MAKE's implicit rules for making a .OBJ file from a .C file...
X#
X#.c.obj :
X# $(CC) $(CFLAGS) $*
X
X# Generic "Unix" MAKE's implicit rules for making a .OBJ file from a .C file
X#
X#*.obj : *.c
X# $(CC) $(CFLAGS) $*
X
X
X#***************************************************************
X#*
X#* Common Stuff
X#*
X#***************************************************************
X
XDKBOBJS = trace.$(OBJ) render.$(OBJ) tokenize.$(OBJ) parse.$(OBJ) \
X objects.$(OBJ) spheres.$(OBJ) quadrics.$(OBJ) lighting.$(OBJ) \
X prioq.$(OBJ) texture.$(OBJ) matrices.$(OBJ) csg.$(OBJ) \
X colour.$(OBJ) viewpnt.$(OBJ) ray.$(OBJ) planes.$(OBJ) iff.$(OBJ) \
X gif.$(OBJ) gifdecod.$(OBJ) triangle.$(OBJ) raw.$(OBJ) $(MACHINE_OBJ)
X
X
X# Amiga Linkage...
X#
Xtrace881: $(DKBOBJS)
X blink with withfile LIB $(LIBS881) TO trace881
X
Xtraceffp: $(DKBOBJS)
X blink with withfile LIB $(LIBSFFP) TO traceffp
X
XSculpt2DKB: Sculpt2DKB.o
X blink lib:c.o Sculpt2DKB.o lib $(LIBSFFP) to Sculpt2DKB
X
X# IBM Linkage...
X#
Xdkb.exe : $(DKBOBJS)
X $(TLINK) @dkb.lnk
X
XSculpt2DKB.exe : Sculpt2DKB.obj
X $(TLINK) $(LIB)\c0$(CMODEL)+Sculpt2DKB,Sculpt2DKB,Sculpt2DKB/m,$(LINKFLAGS);
X
Xgluetga.exe : gluetga.obj
X $(TLINK) $(LIB)\c0$(CMODEL)+gluetga,gluetga,gluetga/m,$(LINKFLAGS);
X
Xhalftga.exe : halftga.obj
X $(TLINK) $(LIB)\c0$(CMODEL)+halftga,halftga,halftga/m,$(LINKFLAGS);
X
X#
X# Specific module/header dependencies for DKBtrace:
X#
X
XSculpt2DKB.$(OBJ) : Sculpt2DKB.c dkbproto.h frame.h
X
Xhalftga.$(OBJ) : halftga.c
X
Xgluetga.$(OBJ) : gluetga.c
X
Xtrace.$(OBJ) : trace.c dkbproto.h frame.h vector.h config.h
X
Xtokenize.$(OBJ) : tokenize.c dkbproto.h frame.h config.h
X
Xparse.$(OBJ) : parse.c dkbproto.h frame.h config.h
X
Xrender.$(OBJ) : render.c dkbproto.h frame.h vector.h config.h
X
Xlighting.$(OBJ) : lighting.c dkbproto.h frame.h vector.h config.h
X
Xprioq.$(OBJ) : prioq.c dkbproto.h frame.h config.h
X
Xtexture.$(OBJ) : texture.c dkbproto.h frame.h vector.h config.h
X
Xobjects.$(OBJ) : objects.c dkbproto.h frame.h vector.h config.h
X
Xspheres.$(OBJ) : spheres.c dkbproto.h frame.h vector.h config.h
X
Xplanes.$(OBJ) : planes.c dkbproto.h frame.h vector.h config.h
X
Xquadrics.$(OBJ) : quadrics.c dkbproto.h frame.h vector.h config.h
X
Xmatrices.$(OBJ) : matrices.c dkbproto.h frame.h vector.h config.h
X
Xcsg.$(OBJ) : csg.c dkbproto.h frame.h vector.h config.h
X
Xcolour.$(OBJ) : colour.c dkbproto.h frame.h config.h
X
Xviewpnt.$(OBJ) : viewpnt.c dkbproto.h frame.h vector.h config.h
X
Xray.$(OBJ) : ray.c dkbproto.h frame.h vector.h config.h
X
Xiff.$(OBJ) : iff.c dkbproto.h frame.h config.h
X
Xgif.$(OBJ) : gif.c dkbproto.h frame.h config.h
X
Xgifdecod.$(OBJ) : gifdecod.c dkbproto.h frame.h config.h
X
Xraw.$(OBJ) : raw.c dkbproto.h frame.h config.h
X
Xtriangle.$(OBJ) : triangle.c dkbproto.h frame.h vector.h config.h
X
Xamiga.$(OBJ) : amiga.c dkbproto.h frame.h config.h
X
Xibm.$(OBJ) : ibm.c dkbproto.h frame.h config.h
X
Xunix.$(OBJ) : unix.c dkbproto.h frame.h config.h
X
X
X#
X#
X# Utilities
X#
X
X# Amiga Linkage
X#
XDump2RGB: Dump2RGB.o
X blink lib:c.o Dump2RGB.o LIB $(LIBSFFP) TO Dump2RGB
X
XDump2Raw: Dump2Raw.o
X blink lib:c.o Dump2Raw.o LIB $(LIBSFFP) TO Dump2Raw
X
XDumpToIFF: DumpToIFF.o palette.o showprioq.o gio.o iffw.o ilbmw.o putpict.o packer.o
X blink with dumpwithfile LIB $(LIBSFFP) TO DumpToIFF
X
XDumpToIFF.o: DumpToIFF.c
X $(CC) $(DUMPFLAGS) $*
X
XDump2RGB.o: Dump2RGB.c
X
XDump2Raw.o: Dump2Raw.c
X
Xpalette.o: palette.c showprioq.h
X $(CC) $(DUMPFLAGS) $*
X
Xshowprioq.o: showprioq.c showprioq.h
X $(CC) $(DUMPFLAGS) $*
X
Xgio.o: gio.c
X $(CC) $(DUMPFLAGS) $*
X
Xiffw.o: iffw.c
X $(CC) $(DUMPFLAGS) $*
X
Xilbmw.o: ilbmw.c
X $(CC) $(DUMPFLAGS) $*
X
Xputpict.o: putpict.c
X $(CC) $(DUMPFLAGS) $*
X
Xpacker.o: packer.c
X $(CC) $(DUMPFLAGS) $*
END_OF_FILE
if test 6233 -ne `wc -c <'src/makefile'`; then
echo shar: \"'src/makefile'\" unpacked with wrong size!
fi
# end of 'src/makefile'
fi
if test -f 'src/palette.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/palette.c'\"
else
echo shar: Extracting \"'src/palette.c'\" \(5971 characters\)
sed "s/^X//" >'src/palette.c' <<'END_OF_FILE'
X/*****************************************************************************
X*
X* dumproto.h
X*
X* from DKBTrace (c) 1990 David Buck
X*
X* This file contains routines to choose colour palettes for DumpToIFF
X*
X* This software is freely distributable. The source and/or object code may be
X* copied or uploaded to communications services so long as this notice remains
X* at the top of each file. If any changes are made to the program, you must
X* clearly indicate in the documentation and in the programs startup message
X* who it was who made the changes. The documentation should also describe what
X* those changes were. This software may not be included in whole or in
X* part into any commercial package without the express written consent of the
X* author. It may, however, be included in other public domain or freely
X* distributed software so long as the proper credit for the software is given.
X*
X* This software is provided as is without any guarantees or warranty. Although
X* the author has attempted to find and correct any bugs in the software, he
X* is not responsible for any damage caused by the use of the software. The
X* author is under no obligation to provide service, corrections, or upgrades
X* to this package.
X*
X* Despite all the legal stuff above, if you do find bugs, I would like to hear
X* about them. Also, if you have any comments or questions, you may contact me
X* at the following address:
X*
X* David Buck
X* 22C Sonnet Cres.
X* Nepean Ontario
X* Canada, K2H 8W7
X*
X* I can also be reached on the following bulleton boards:
X*
X* ATX (613) 526-4141
X* OMX (613) 731-3419
X* Mystic (613) 731-0088 or (613) 731-6698
X*
X* Fidonet: 1:163/109.9
X* Internet: David_Buck@Carleton.CA
X*
X*
X*****************************************************************************/
X
X#include <stdio.h>
X#include <exec/types.h>
X#include "showprioq.h"
X#include "dumptoiff.h"
X#include "dumproto.h"
X
XULONG last_red = 0, last_green = 0, last_blue = 0;
Xint Close_Threshold;
X
X#define absdif(x,y) ((x>y) ? (x-y):(y-x))
X#define Make_Colour(x, y, z) ((x & 0xF) << 8) + ((y & 0xF) << 4) + (z & 0xF)
X
X#define extract_red(x) ((x & 0xF00) >> 8)
X#define extract_green(x) ((x & 0x0F0) >> 4)
X#define extract_blue(x) (x & 0x00F)
X
Xstruct prioq_struct *Colour_q;
Xstruct prioq_struct *pq_new();
X
X
Xextern UWORD ColourTbl[16];
X
Xvoid reset_colours ()
X {
X last_red = last_green = last_blue = 0;
X }
X
Xint closeness(x, y)
X int x, y;
X {
X int red, blue, green;
X
X red = absdif(extract_red(x), extract_red(y));
X blue = absdif (extract_blue(x), extract_blue(y));
X green = absdif(extract_green(x), extract_green(y));
X return (red+blue+green);
X }
X
Xvoid start_recording_colours ()
X {
X Colour_q = pq_new (256, 4096);
X if (Colour_q == NULL)
X exit (0);
X
X reset_colours();
X }
X
Xvoid record_colours (new_red, new_green, new_blue)
X int new_red, new_green, new_blue;
X {
X LONG delta_red, delta_green, delta_blue, match_quality;
X
X delta_red = absdif (new_red, last_red);
X delta_green = absdif (new_green, last_green);
X delta_blue = absdif (new_blue, last_blue);
X
X if (delta_red > delta_green)
X if (delta_red > delta_blue) {
X last_red = new_red;
X match_quality = delta_green + delta_blue;
X }
X else {
X last_blue = new_blue;
X match_quality = delta_green + delta_red;
X }
X else
X if (delta_green > delta_blue)
X {
X last_green = new_green;
X match_quality = delta_red + delta_blue;
X }
X else {
X last_blue = new_blue;
X match_quality = delta_green + delta_red;
X }
X
X if (match_quality != 0)
X pq_add (Colour_q, match_quality,
X Make_Colour (new_red, new_green, new_blue));
X }
X
Xvoid choose_palette()
X {
X int i, j, colour, min_distance, temp_distance;
X struct prioq_struct *post_pq;
X
X post_pq = pq_new (32, 4096);
X
X ColourTbl[0] = Make_Colour (0, 0, 0);
X for (i=1 ; i < 16 ;) {
X if (pq_get_highest_index (Colour_q) > pq_get_highest_index (post_pq))
X {
X colour = pq_get_highest_value (Colour_q);
X pq_delete_highest (Colour_q);
X
X min_distance = 255;
X for (j = 0 ; j < i ; j++)
X if ((temp_distance = closeness (ColourTbl[j], colour)) < min_distance)
X min_distance = temp_distance;
X
X if (min_distance < 5)
X pq_add (post_pq, min_distance, colour);
X else
X ColourTbl[i++] = colour;
X }
X else
X {
X ColourTbl[i++] = pq_get_highest_value (post_pq);
X pq_delete_highest (post_pq);
X }
X }
X pq_free (Colour_q);
X pq_free (post_pq);
X }
X
Xint best_colour (new_red, new_blue, new_green)
X int new_red, new_blue, new_green;
X {
X int i, match_quality, best_match, colour,
X delta_red, delta_green, delta_blue, temp_match_quality;
X
X delta_red = absdif (new_red, last_red);
X delta_green = absdif (new_green, last_green);
X delta_blue = absdif (new_blue, last_blue);
X
X if (delta_red > delta_green)
X if (delta_red > delta_blue) {
X last_red = new_red;
X colour = 0x20 + new_red;
X match_quality = delta_green + delta_blue;
X }
X else {
X last_blue = new_blue;
X colour = 0x10 + new_blue;
X match_quality = delta_green + delta_red;
X }
X else
X if (delta_green > delta_blue)
X {
X last_green = new_green;
X colour = 0x30 + new_green;
X match_quality = delta_red + delta_blue;
X }
X else {
X last_blue = new_blue;
X colour = 0x10 + new_blue;
X match_quality = delta_green + delta_red;
X }
X
X if (match_quality != 0)
X for (i = 0 ; i < 16 ; i++)
X if ((temp_match_quality =
X closeness (ColourTbl[i],
X Make_Colour (new_red, new_green, new_blue)))
X < match_quality) {
X match_quality = temp_match_quality;
X colour = i;
X last_red = extract_red (ColourTbl[i]);
X last_green = extract_green (ColourTbl[i]);
X last_blue = extract_blue (ColourTbl[i]);
X }
X return (colour);
X }
X
END_OF_FILE
if test 5971 -ne `wc -c <'src/palette.c'`; then
echo shar: \"'src/palette.c'\" unpacked with wrong size!
fi
# end of 'src/palette.c'
fi
if test -f 'src/prioq.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/prioq.c'\"
else
echo shar: Extracting \"'src/prioq.c'\" \(5064 characters\)
sed "s/^X//" >'src/prioq.c' <<'END_OF_FILE'
X/*****************************************************************************
X*
X* prioq.c
X*
X* from DKBTrace (c) 1990 David Buck
X*
X* This module implements a priority queue using a heap.
X*
X* This software is freely distributable. The source and/or object code may be
X* copied or uploaded to communications services so long as this notice remains
X* at the top of each file. If any changes are made to the program, you must
X* clearly indicate in the documentation and in the programs startup message
X* who it was who made the changes. The documentation should also describe what
X* those changes were. This software may not be included in whole or in
X* part into any commercial package without the express written consent of the
X* author. It may, however, be included in other public domain or freely
X* distributed software so long as the proper credit for the software is given.
X*
X* This software is provided as is without any guarantees or warranty. Although
X* the author has attempted to find and correct any bugs in the software, he
X* is not responsible for any damage caused by the use of the software. The
X* author is under no obligation to provide service, corrections, or upgrades
X* to this package.
X*
X* Despite all the legal stuff above, if you do find bugs, I would like to hear
X* about them. Also, if you have any comments or questions, you may contact me
X* at the following address:
X*
X* David Buck
X* 22C Sonnet Cres.
X* Nepean Ontario
X* Canada, K2H 8W7
X*
X* I can also be reached on the following bulleton boards:
X*
X* ATX (613) 526-4141
X* OMX (613) 731-3419
X* Mystic (613) 731-0088 or (613) 731-6698
X*
X* Fidonet: 1:163/109.9
X* Internet: David_Buck@Carleton.CA
X*
X* IBM Port by Aaron A. Collins. Aaron may be reached on the following BBS'es:
X*
X* Lattice BBS (708) 916-1200
X* The Information Exchange BBS (708) 945-5575
X* Stillwaters BBS (708) 403-2826
X*
X*****************************************************************************/
X
X#include "frame.h"
X#include "dkbproto.h"
X
X#define NUMBER_OF_PRIOQS 20
X#define NUMBER_OF_INTERSECTIONS 20
X
XPRIOQ *prioqs;
X
Xvoid pq_init ()
X {
X register int i;
X PRIOQ *new_pq;
X
X prioqs = NULL;
X
X for (i = 0 ; i < NUMBER_OF_PRIOQS; i++)
X {
X if ((new_pq = (PRIOQ *) malloc (sizeof (PRIOQ))) == NULL) {
X printf ("\nCannot allocate queues");
X exit(1);
X }
X
X new_pq -> next_pq = prioqs;
X prioqs = new_pq;
X
X if ((new_pq -> queue = (INTERSECTION *)
X malloc (128 * sizeof (INTERSECTION))) == NULL) {
X printf ("\nCannot allocate queue entries");
X exit(1);
X }
X }
X }
X
XPRIOQ *pq_alloc()
X {
X PRIOQ *allocated_queue;
X
X if (prioqs == NULL) {
X printf ("\nOut of prioqs");
X exit(1);
X }
X
X allocated_queue = prioqs;
X prioqs = allocated_queue -> next_pq;
X return (allocated_queue);
X }
X
Xvoid pq_free (pq)
X PRIOQ *pq;
X {
X pq -> next_pq = prioqs;
X prioqs = pq;
X }
X
XPRIOQ *pq_new (index_size)
X int index_size;
X {
X PRIOQ *pq;
X
X if (index_size > 256)
X return (NULL);
X
X if ((pq = pq_alloc()) == NULL)
X return (NULL);
X
X pq -> queue_size = index_size;
X pq -> current_entry = 0;
X return (pq);
X }
X
Xvoid pq_balance(q, entry_pos1)
X PRIOQ *q;
X unsigned int entry_pos1;
X {
X register INTERSECTION *entry1, *entry2;
X INTERSECTION temp_entry;
X register unsigned int entry_pos2;
X
X entry1 = &q->queue[entry_pos1];
X
X if ((entry_pos1 * 2 < q->queue_size)
X && (entry_pos1 * 2 <= q -> current_entry))
X {
X if ((entry_pos1*2+1 > q->current_entry) ||
X (q->queue[entry_pos1*2].Depth < q->queue[entry_pos1*2+1].Depth))
X entry_pos2 = entry_pos1*2;
X else
X entry_pos2 = entry_pos1*2+1;
X
X entry2 = &q->queue[entry_pos2];
X
X if (entry1->Depth > entry2->Depth) {
X temp_entry = *entry1;
X *entry1 = *entry2;
X *entry2 = temp_entry;
X pq_balance (q, entry_pos2);
X }
X }
X
X if (entry_pos1 / 2 >= 1 )
X {
X entry_pos2 = entry_pos1 / 2;
X entry2 = &q->queue[entry_pos2];
X if (entry1->Depth < entry2->Depth) {
X temp_entry = *entry1;
X *entry1 = *entry2;
X *entry2 = temp_entry;
X pq_balance (q, entry_pos2);
X }
X }
X }
X
Xvoid pq_add (q, entry)
X PRIOQ *q;
X INTERSECTION *entry;
X {
X q -> current_entry++;
X if (q -> current_entry >= q -> queue_size)
X q -> current_entry--;
X
X q -> queue [q -> current_entry] = *entry;
X pq_balance (q, q -> current_entry);
X }
X
XINTERSECTION *pq_get_highest(q)
X PRIOQ *q;
X {
X if (q -> current_entry >= 1)
X return (&(q -> queue[1]));
X else
X return (NULL);
X }
X
Xint pq_is_empty(q)
X PRIOQ *q;
X {
X if (q -> current_entry < 1)
X return (TRUE);
X else
X return (FALSE);
X }
X
Xvoid pq_delete_highest (q)
X PRIOQ *q;
X {
X q -> queue[1] = q -> queue[q -> current_entry--];
X pq_balance (q, 1);
X }
X
END_OF_FILE
if test 5064 -ne `wc -c <'src/prioq.c'`; then
echo shar: \"'src/prioq.c'\" unpacked with wrong size!
fi
# end of 'src/prioq.c'
fi
if test -f 'src/raw.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/raw.c'\"
else
echo shar: Extracting \"'src/raw.c'\" \(4724 characters\)
sed "s/^X//" >'src/raw.c' <<'END_OF_FILE'
X/*****************************************************************************
X*
X* raw.c
X*
X* from DKBTrace (c) 1990 David Buck
X*
X* This file implements code to read in the raw 24 bit files produced by
X* the raytracer to use as texture maps.
X*
X* This software is freely distributable. The source and/or object code may be
X* copied or uploaded to communications services so long as this notice remains
X* at the top of each file. If any changes are made to the program, you must
X* clearly indicate in the documentation and in the programs startup message
X* who it was who made the changes. The documentation should also describe what
X* those changes were. This software may not be included in whole or in
X* part into any commercial package without the express written consent of the
X* author. It may, however, be included in other public domain or freely
X* distributed software so long as the proper credit for the software is given.
X*
X* This software is provided as is without any guarantees or warranty. Although
X* the author has attempted to find and correct any bugs in the software, he
X* is not responsible for any damage caused by the use of the software. The
X* author is under no obligation to provide service, corrections, or upgrades
X* to this package.
X*
X* Despite all the legal stuff above, if you do find bugs, I would like to hear
X* about them. Also, if you have any comments or questions, you may contact me
X* at the following address:
X*
X* David Buck
X* 22C Sonnet Cres.
X* Nepean Ontario
X* Canada, K2H 8W7
X*
X* I can also be reached on the following bulleton boards:
X*
X* ATX (613) 526-4141
X* OMX (613) 731-3419
X* Mystic (613) 731-0088 or (613) 731-6698
X*
X* Fidonet: 1:163/109.9
X* Internet: David_Buck@Carleton.CA
X*
X* IBM Port by Aaron A. Collins. Aaron may be reached on the following BBS'es:
X*
X* Lattice BBS (708) 916-1200
X* The Information Exchange BBS (708) 945-5575
X* Stillwaters BBS (708) 403-2826
X*
X*****************************************************************************/
X
X
X#include "frame.h"
X#include "dkbproto.h"
X
Xint read_raw_byte(f)
X FILE *f;
X {
X int c;
X if ((c = getc(f)) == EOF)
X return (-1);
X return (c);
X }
X
Xint read_raw_word(f)
X FILE *f;
X {
X int byte1, byte2;
X
X byte1 = read_raw_byte(f);
X if (byte1 == -1)
X return(-1);
X
X byte2 = read_raw_byte(f);
X if (byte2 == -1)
X return(-1);
X
X return (byte1 + byte2*256);
X }
X
Xvoid read_raw_image(Image, filename)
X IMAGE *Image;
X char *filename;
X {
X FILE *f;
X int byte, i, index, row, pixels;
X
X if ((f = fopen(filename, "rb")) == NULL) {
X printf ("Cannot open raw file %s\n", filename);
X exit(1);
X }
X
X Image->iwidth = read_raw_word(f);
X if (Image->iwidth == -1) {
X printf ("Cannot read size in dump file\n");
X exit(1);
X }
X
X Image->width = (DBL)Image->iwidth;
X
X Image->iheight = read_raw_word(f);
X if (Image->iheight == -1) {
X printf ("Cannot read size in dump file: %s\n", filename);
X exit(1);
X }
X
X Image->height = (DBL)Image->iheight;
X
X pixels = Image->iwidth * Image->iheight;
X
X if (((Image->red = (unsigned char *) malloc(pixels))==NULL) ||
X ((Image->green = (unsigned char *) malloc(pixels))==NULL) ||
X ((Image->blue = (unsigned char *) malloc(pixels))==NULL)) {
X printf ("Cannot allocate memory for picture: %s\n", filename);
X exit(1);
X }
X
X for (i = 0 ; i < pixels ; i++) {
X Image->red[i] = 0;
X Image->green[i] = 0;
X Image->blue[i] = 0;
X }
X
X row = read_raw_word(f);
X while (row != -1) {
X for (i = 0 ; i < Image->iwidth ; i++) {
X index = (Image->iheight-row)*Image->iwidth + i;
X
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", filename);
X exit(1);
X }
X Image->red[index] = byte;
X }
X
X for (i = 0 ; i < Image->iwidth ; i++) {
X index = (Image->iheight-row)*Image->iwidth + i;
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", filename);
X exit(1);
X }
X Image->green[index] = byte;
X }
X
X for (i = 0 ; i < Image->iwidth ; i++) {
X index = (Image->iheight-row)*Image->iwidth + i;
X byte = read_raw_byte(f);
X if (byte == -1) {
X printf ("Unexpected end of file in raw image: %s\n", filename);
X exit(1);
X }
X Image->blue[index] = byte;
X }
X row = read_raw_word(f);
X }
X fclose (f);
X }
END_OF_FILE
if test 4724 -ne `wc -c <'src/raw.c'`; then
echo shar: \"'src/raw.c'\" unpacked with wrong size!
fi
# end of 'src/raw.c'
fi
if test -f 'src/showprioq.c' -a "${1}" != "-c" ; then
echo shar: Will not clobber existing file \"'src/showprioq.c'\"
else
echo shar: Extracting \"'src/showprioq.c'\" \(5813 characters\)
sed "s/^X//" >'src/showprioq.c' <<'END_OF_FILE'
X/*****************************************************************************
X*
X* showprioq.c
X*
X* from DKBTrace (c) 1990 David Buck
X*
X* This file manages a priority queue for DumpToIFF
X*
X* This software is freely distributable. The source and/or object code may be
X* copied or uploaded to communications services so long as this notice remains
X* at the top of each file. If any changes are made to the program, you must
X* clearly indicate in the documentation and in the programs startup message
X* who it was who made the changes. The documentation should also describe what
X* those changes were. This software may not be included in whole or in
X* part into any commercial package without the express written consent of the
X* author. It may, however, be included in other public domain or freely
X* distributed software so long as the proper credit for the software is given.
X*
X* This software is provided as is without any guarantees or warranty. Although
X* the author has attempted to find and correct any bugs in the software, he
X* is not responsible for any damage caused by the use of the software. The
X* author is under no obligation to provide service, corrections, or upgrades
X* to this package.
X*
X* Despite all the legal stuff above, if you do find bugs, I would like to hear
X* about them. Also, if you have any comments or questions, you may contact me
X* at the following address:
X*
X* David Buck
X* 22C Sonnet Cres.
X* Nepean Ontario
X* Canada, K2H 8W7
X*
X* I can also be reached on the following bulleton boards:
X*
X* ATX (613) 526-4141
X* OMX (613) 731-3419
X* Mystic (613) 731-0088 or (613) 731-6698
X*
X* Fidonet: 1:163/109.9
X* Internet: David_Buck@Carleton.CA
X*
X*
X*****************************************************************************/
X
X
X#include <stdio.h>
X#include <exec/types.h>
X#include "showprioq.h"
X#include "dumptoiff.h"
X#include "dumproto.h"
X
Xchar *malloc();
X
X
Xstruct prioq_struct *pq_new (index_size, value_size)
X int index_size, value_size;
X {
X struct prioq_struct *pq;
X unsigned char *tmp_array;
X int i;
X
X if (index_size > 256)
X return (NULL);
X
X if ((pq = (struct prioq_struct *) malloc
X (sizeof (struct prioq_struct))) == NULL)
X return (NULL);
X
X if ((pq -> queue = (struct q_entry *)
X malloc (index_size * sizeof (struct q_entry))) == NULL) {
X free (pq);
X return (NULL);
X }
X
X if ((pq -> array = (unsigned char *) malloc (value_size)) == NULL) {
X free (pq -> queue);
X free (pq);
X return (NULL);
X }
X
X for (i=0, tmp_array = pq -> array ; i<value_size ; i++, tmp_array++)
X *tmp_array = 0;
X
X pq -> queue_size = index_size;
X pq -> array_size = value_size;
X pq -> current_entry = 0;
X return (pq);
X }
X
Xvoid pq_add (q, index, value)
X struct prioq_struct *q;
X unsigned int index, value;
X {
X unsigned int existing_entry;
X
X if (value >= q -> array_size)
X return;
X
X if ((existing_entry = pq_find_value(q, value)) != 0) {
X if ((q -> queue[existing_entry].index) < index)
X (q -> queue[existing_entry].index) = index;
X pq_balance (q, existing_entry);
X }
X else {
X q -> current_entry++;
X if (q -> current_entry >= q -> queue_size) {
X q -> current_entry--;
X q -> array [q->queue[q->current_entry].value] = 0;
X }
X
X q -> queue [q -> current_entry].index = index;
X q -> queue [q -> current_entry].value = value;
X q -> array [value] = q -> current_entry;
X pq_balance (q, q -> current_entry);
X }
X return;
X }
X
Xint pq_find_value (q, value)
X struct prioq_struct *q;
X unsigned int value;
X {
X if (value < q -> array_size)
X return ((int) q -> array[value]);
X else
X return (0);
X }
X
Xvoid pq_balance(q, entry_pos1)
X struct prioq_struct *q;
X unsigned int entry_pos1;
X {
X register struct q_entry *entry1, *entry2;
X register unsigned int tmp_index, tmp_value, entry_pos2;
X
X entry1 = &q->queue[entry_pos1];
X
X if ((entry_pos1 * 2 < q->queue_size)
X && (entry_pos1 * 2 <= q -> current_entry))
X {
X if ((entry_pos1*2+1 > q->current_entry) ||
X (q->queue[entry_pos1*2].index > q->queue[entry_pos1*2+1].index))
X entry_pos2 = entry_pos1*2;
X else
X entry_pos2 = entry_pos1*2+1;
X
X entry2 = &q->queue[entry_pos2];
X
X if (entry1->index < entry2->index) {
X q -> array [entry1->value] = entry_pos2;
X q -> array [entry2->value] = entry_pos1;
X
X tmp_index = entry1->index;
X entry1->index = entry2->index;
X entry2->index = tmp_index;
X
X tmp_value = entry1->value;
X entry1->value = entry2->value;
X entry2->value = tmp_value;
X
X pq_balance (q, entry_pos2);
X }
X }
X
X if (entry_pos1 / 2 >= 1 )
X {
X entry_pos2 = entry_pos1 / 2;
X entry2 = &q->queue[entry_pos2];
X if (entry1->index > entry2->index) {
X q -> array [entry1->value] = entry_pos2;
X q -> array [entry2->value] = entry_pos1;
X
X tmp_index = entry1->index;
X entry1->index = entry2->index;
X entry2->index = tmp_index;
X
X tmp_value = entry1->value;
X entry1->value = entry2->value;
X entry2->value = tmp_value;
X
X pq_balance (q, entry_pos2);
X }
X }
X }
X
Xint pq_get_highest_index(q)
X struct prioq_struct *q;
X {
X if (q -> current_entry >= 1)
X return ((int) q -> queue[1].index);
X else
X return (0);
X }
X
Xint pq_get_highest_value(q)
X struct prioq_struct *q;
X {
X if (q -> current_entry >= 1)
X return ((int) q -> queue[1].value);
X else
X return (0);
X }
X
Xvoid pq_delete_highest (q)
X struct prioq_struct *q;
X {
X q -> queue[1].index = q -> queue[q -> current_entry].index;
X q -> queue[1].value = q -> queue[q -> current_entry--].value;
X pq_balance (q, 1);
X }
X
Xvoid pq_free (q)
X struct prioq_struct *q;
X {
X free (q ->queue);
X free (q -> array);
X free (q);
X }
END_OF_FILE
if test 5813 -ne `wc -c <'src/showprioq.c'`; then
echo shar: \"'src/showprioq.c'\" unpacked with wrong size!
fi
# end of 'src/showprioq.c'
fi
echo shar: End of archive 2 \(of 10\).
cp /dev/null ark2isdone
MISSING=""
for I in 1 2 3 4 5 6 7 8 9 10 ; do
if test ! -f ark${I}isdone ; then
MISSING="${MISSING} ${I}"
fi
done
if test "${MISSING}" = "" ; then
echo You have unpacked all 10 archives.
rm -f ark[1-9]isdone ark[1-9][0-9]isdone
else
echo You still need to unpack the following archives:
echo " " ${MISSING}
fi
## End of shell archive.
exit 0
--
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