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Copyright 2007 by Mark Weyer
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This program is free software; you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation; either version 2 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program; if not, write to the Free Software
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Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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(*===========================================================================*)
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let gric = 32 (* Not everything respects gric changes *)
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let ml_graphik = ["pam";"natmod";"vektor";"farbe";"xpmlex";"graphik"]
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let ml_vektorgraphik = ml_graphik @ ["polynome"; "vektorgraphik"]
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let colour colour none some = match colour with
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| Some (r,g,b) -> some^" "^
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(string_of_int r)^"/"^(string_of_int g)^"/"^(string_of_int b)^" "
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let rec num_anim digits a b = if a>b
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let s = string_of_int a in
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let missing = digits-(String.length s) in
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((String.make (max 0 missing) '0')^s)::(num_anim digits (a+1) b)
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let fill_anim left stages right = List.map
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(fun stage -> left^stage^right)
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let group file files = [[file],files,groupaction]
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let xgz file = [[file^".xpm.gz"], [file^".xpm"],
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["gzip -c -f -n "^file^".xpm > "^file^".xpm.gz"]]
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let xzgroup file files = List.concat [
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group file (fill_anim "" files ".xpm.gz");
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List.concat (List.map xgz files);
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let xpm_of_rgba ?(quant_colours=None) ?(quant_method="maximal") file = [
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[file^".pam"; "machxpm.opt"],
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["./machxpm.opt -rgba "^
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(match quant_colours with
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| Some n -> "-colours "^(string_of_int n))^
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let pam_of_ppmpgm file = [
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[file^".ppm"; file^".umriss.pgm"],
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["pamarith -multiply "^file^".ppm "^file^".umriss.pgm "^
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"| pamstack - "^file^".umriss.pgm > "^file^".pam"]]
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let pgm_of_ppm file = [
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["ppmtopgm "^file^".ppm | pamfunc -multiplier 255 > "^file^".pgm"]]
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let xpm_of_ppm2 quant_colours quant_method file =
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pgm_of_ppm (file^".umriss");
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xpm_of_rgba ~quant_colours:quant_colours ~quant_method:quant_method file;
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let pov_umriss file = [
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["echo \"#declare Nur_Umriss=1;\" | "^
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"cat - "^file^".pov > "^file^".umriss.pov"]]
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let ppm_of_pov width height aa extra file includes =
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let w,h = width*gric, height*gric in
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let ws,hs = string_of_int w, string_of_int h in
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(* The antialiasing argument aa is:
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None for no antialiasing
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Some true for antialising which respects pixel boundaries
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Some false for antialising which does not respect pixel boundaries *)
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[file^".pov"]@includes,
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["povray +FP -D -w"^ws^" -h"^hs^
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| Some true -> " +A +AM1 -J"
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| Some false -> " +A +AM2 +R2 -J")^
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"test -e "^file^".ppm && test `wc -c < "^file^".ppm` -eq "^
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(* Test whether povray did well.
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(Exit code 0 from povray does not really mean much.) *)
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(string_of_int (w*h*3+(String.length ws)+(String.length hs)+9));
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let xpm_of_pov_trans width height ?(aa=Some false) ?(extra="")
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?(quant_colours=None) ?(quant_method="maximal") file includes =
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let includes = "cuyopov.inc"::includes in
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ppm_of_pov width height aa extra file includes;
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ppm_of_pov width height aa extra (file^".umriss") includes;
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xpm_of_ppm2 quant_colours quant_method file;
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let xpm_of_ppm trans_colour quant_colours quant_method file = [
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[file^".ppm"; "machxpm.opt"],
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["./machxpm.opt -ppm "^
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(colour trans_colour "" "-transcolour")^
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(match quant_colours with
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| Some n -> "-colours "^(string_of_int n))^
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let xpm_of_pov width height ?(aa=Some false) ?(extra="") ?(trans_colour=None)
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?(quant_colours=None) ?(quant_method="maximal") file includes =
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ppm_of_pov width height aa extra file includes;
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xpm_of_ppm trans_colour quant_colours quant_method file;
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let stuff_of_prog files prog options = [
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["./"^prog^" "^options]]
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let ml_prog file includes =
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let endings ending = List.map (fun include_ -> include_^ending) includes in
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[file^".opt"; file^".cmx"; file^".cmi"; file^".o"],
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(file^".ml")::(endings ".cmi")@(endings ".cmx"),
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["ocamlopt.opt -o "^file^".opt"^
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(List.fold_left (fun l -> fun r -> l^" "^r^".cmx") "" includes)^
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let stuff_of_ml targets prog ?(options="") includes = List.concat [
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stuff_of_prog targets (prog^".opt") options;
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ml_prog prog includes;
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let group_of_ml name targets includes = List.concat [
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xzgroup name targets;
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stuff_of_ml (fill_anim "" targets ".xpm") name
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~options:(string_of_int gric) includes;
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let ml_module file includes =
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let endings ending = List.map (fun include_ -> include_^ending) includes in
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(file^".mli")::(endings ".cmi"),
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["ocamlopt.opt "^file^".mli"];
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[file^".cmx"; file^".o"],
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(file^".ml")::(file^".cmi")::(endings ".cmi")@(endings ".cmx"),
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["ocamlopt.opt -c "^file^".ml"];
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let recolour source drain colour' = [
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[source^".xpm"; "machxpm.opt"],
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["./machxpm.opt -xpm -recolour "^(colour colour' "trans " "")^
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" "^source^" "^drain]]
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let pov_fill2 source drain povvar value stage = [
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[drain^stage^".pov"],
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["echo \"#declare "^povvar^"="^value^";\" "^
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"| cat - "^source^".pov > "^drain^stage^".pov"]]
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let pov_fill file povvar stage = pov_fill2 file file povvar stage stage
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let xpm_of_pov_fill_trans width height ?(aa=Some false) ?(extra="")
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?(quant_colours=None) ?(quant_method="maximal") file includes
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povvar stages = List.concat (List.map
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(fun stage -> List.concat [
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xpm_of_pov_trans width height ~aa:aa ~extra:extra
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~quant_colours:quant_colours ~quant_method:quant_method
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(file^stage) includes;
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pov_fill file povvar stage])
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(*===========================================================================*)
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let rules = List.concat [
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["aehnlich"; "aux"; "breakout"; "bunt"; "dungeon"; "fische"; "kacheln";
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"kolben"; "puzzle"; "reversi"; "reversi_brl";
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"rohrpost"; "rollenspiel"; "slime"; "tennis"; "zahn"; "ziehlen"];
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xzgroup "aehnlich" ["maeSorten"; "maeSchema"];
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xpm_of_pov_trans 4 4 "maeSchema" ["aehnlich.inc"];
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xpm_of_pov_trans 7 14 ~quant_colours:(Some 400)
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"maeSorten" ["aehnlich.inc"];
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xzgroup "aux" ["font-big"; "highlight"; "feenstaub"];
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xpm_of_rgba "font-big";
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["font-orig.png";"genSchrift"],
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["./genSchrift -font font-orig.png font-big.pam"]];
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["g++ -g genSchrift.cc -L../lib -lSDL -lSDL_image -lm"^
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" -I../include -I/usr/include/SDL -O2 -o genSchrift"]];
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xpm_of_pov 3 3 ~trans_colour:(Some (30,30,70)) "highlight" [];
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stuff_of_ml ["feenstaub.xpm"] "feenstaub" ml_graphik;
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xzgroup "breakout" ["mbrBall2"; "mbrBall4"; "mbrSchlaeger"; "mbrStein"];
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xpm_of_pov_trans 4 4 "mbrBall2" ["breakout.inc"];
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xpm_of_pov_trans 8 8 "mbrBall4" ["breakout.inc"];
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xpm_of_pov_trans 4 3 "mbrSchlaeger" ["breakout.inc"];
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xpm_of_pov_trans 4 1 "mbrStein" ["breakout.inc"];
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pov_fill "mbrBall" "Anzahl" "2";
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pov_fill "mbrBall" "Anzahl" "4";
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(let schmelz = num_anim 1 1 4 in
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xzgroup "bunt" (["mbUnbunt";"mbBunt"]@
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(fill_anim "mbSchmelz" schmelz ""));
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xpm_of_pov_trans 17 1 ~quant_colours:(Some 512) "mbUnbunt" ["bunt.inc"];
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xpm_of_pov_trans 17 8 ~quant_colours:(Some 512) "mbBunt" ["bunt.inc"];
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xpm_of_pov_fill_trans 16 32 ~quant_colours:(Some 512)
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"mbSchmelz" ["bunt.inc"] "Schritt" schmelz;
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Damit niemand denkt, das Ausschalten von antialiasing (~aa:None)
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sei aus Angst vor der Rechenzeit geschehen: Es ist v�llig normal,
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da� sich die Graphiken �berlappen, so da� antialiasing gegen
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irgendeine feste Farbe immer falsch ist.
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["Plastik"; "Gold"] in
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["Ziegel"; "Holz"; "Eisen"; "Stein"; "Fels"] in
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let farben = farben22@farben31 in
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let boden = num_anim 2 0 15 in
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let render = num_anim 2 0 11 in
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let render4 = num_anim 2 0 3 in
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let render3 = num_anim 2 4 8 in
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let render2 = num_anim 2 9 11 in
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["dungeon_boden.inc"; "dungeon.inc"; "mdGold.inc"; "cuyo.ppm"] in
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(* Eigentlich werden mdGold.inc und cuyo.ppm nur f�r den
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Gold-Zweig gebraucht, aber wir machen es uns mal einfach. *)
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group "dungeon" (fill_anim "dungeon" ("Boden"::farben) "");
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xzgroup "dungeonBoden" (fill_anim "mdBoden" boden "");
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List.concat (List.map
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xpm_of_pov 3 1 ~aa:(Some true) ("md"^farbe) includes)
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List.concat (List.map
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xpm_of_pov_trans 2 2 ~aa:(Some true) ("md"^farbe) includes)
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xpm_of_pov_fill_trans 4 2 ~extra:"-UV" "mdBoden" includes
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"BodenVersion" boden;
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List.concat (List.map
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(fun farbe -> List.concat [
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xzgroup ("dungeon"^farbe) (fill_anim ("md"^farbe) (""::render) "");
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xpm_of_pov_fill_trans 4 4 ~aa:None ("md"^farbe) includes
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xpm_of_pov_fill_trans 4 3 ~aa:None ~extra:"-UV" ("md"^farbe) includes
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xpm_of_pov_fill_trans 4 2 ~aa:None ("md"^farbe) includes
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["./mdGold.opt > mdGold.inc"]];
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["xpmtoppm cuyo.xpm > cuyo.ppm"]];
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(* Um sich die Pr�gung auf den Goldm�nzen anzusehen: *)
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xpm_of_pov 10 5 "mdGoldM" includes;
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pov_fill2 "mdGold" "mdGold" "Version" "-1" "M";
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group_of_ml "fische" ["mffisch1"; "mffisch2"; "mffisch3"; "mffisch4";
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"mfmuschel"; "mfqualle"]
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group_of_ml "kacheln" ["mkaSechseckRahmen"; "mkaSechseckKacheln";
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"mkaViereckRahmen"; "mkaViereckKacheln"; "mkaViereckFall";
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"mkaFuenfeckRahmen"; "mkaFuenfeckKacheln"; "mkaFuenfeckFall";
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"mkaRhombusRahmen"; "mkaRhombusKacheln"]
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xzgroup "kolben" ["mkKolben"; "mkKolbenBlitzBlau";
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"mkKolbenBlitzGruen"; "mkKolbenBlitzRot"];
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recolour "mkKolben.src" "mkKolben" None;
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recolour "mkKolben.src" "mkKolbenBlitzBlau" (Some (0,0,255));
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recolour "mkKolben.src" "mkKolbenBlitzGruen" (Some (0,255,0));
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recolour "mkKolben.src" "mkKolbenBlitzRot" (Some (255,0,0));
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group_of_ml "puzzle" ["mpAlle"] ml_vektorgraphik;
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xzgroup "reversi" ["mrAlle"; "mrTrenn"];
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xpm_of_pov_trans 5 4 "mrAlle" ["reversi.inc"];
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xpm_of_pov_trans ~aa:(Some true) 4 3
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"mrTrenn" ["reversi.inc"; "fall_dreh.inc"];
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xzgroup "reversi_brl" ["lreAlle"];
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xpm_of_pov 3 6 ~trans_colour:(Some (255,255,255)) "lreAlle" [];
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xzgroup "rohrpost" ["lpStart"; "lpWhite"; "lpYellow"; "lpPink"; "lpCyan"];
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xpm_of_pov 4 20 ~trans_colour:(Some (0,0,0)) "lpStart" ["rohrpost.inc"];
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xpm_of_pov 8 9 ~trans_colour:(Some (0,0,0)) "lpAlle" ["rohrpost.inc"];
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recolour "lpAlle" "lpWhite" (Some (255,255,255));
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recolour "lpAlle" "lpYellow" (Some (255,255,0));
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recolour "lpAlle" "lpPink" (Some (255,0,255));
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recolour "lpAlle" "lpCyan" (Some (0,255,255));
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group_of_ml "rollenspiel" ["mrpAlle"] ml_vektorgraphik;
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(let slime_anim = num_anim 1 0 5 in
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let slime_pics = "msGreen"::"msRed"::(fill_anim "msRed" slime_anim "") in
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xzgroup "slime" slime_pics;
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List.concat (List.map
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(fun file -> xpm_of_pov_trans 5 1 file [])
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pov_fill2 "slime2" "msGreen" "Case" "1" "";
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pov_fill2 "slime2" "msRed" "Case" "2" "";
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List.concat (List.map
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(fun stage -> pov_fill "msRed" "Time" stage)
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(let times = num_anim 1 0 8 in
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let colours = ["Yellow"; "Grey"; "Blue"; "Green"] in
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let roofs = fill_anim "mtRoof" (num_anim 1 1 4) "" in
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let moves = ["Left"; "Right"; "Bounce"; "In"; "Out"] in
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let balls = List.concat (List.map (fill_anim "mt" colours) moves) in
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let progtargets = roofs @ balls in
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let ppmstuff = ["Wall"; "Roof"] in
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let ppmpgmstuff = ["Ball"; "Source"] in
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let extra = ["Source"; "Wall"; "Racket"] in
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xzgroup "tennis" (progtargets @ (fill_anim "mt" extra ""));
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ml_prog "tennis2" [];
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["mt"^file^".ppm"; "mt"^file^"Alpha.pgm"],
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["xpmtoppm --alphaout=mt"^file^"Alpha.pgm mt"^file^".xpm > mt"^file^".ppm"])
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("Racket_"::ppmpgmstuff);
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["xpmtoppm mt"^file^".xpm > mt"^file^".ppm"])
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xpm_of_ppm None None "maximal" "mtRacket";
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(fill_anim "" progtargets ".xpm"),
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["mtBall.pgm"; "mtRoof.ppm"; "mtBlack32.ppm"; "mtBlack64.ppm"; "tennis2.opt"] @
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(fill_anim "mt" ppmpgmstuff ".ppm") @
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(fill_anim "mt" ppmpgmstuff "Alpha.pgm"),
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["ppmtopgm mtBall.ppm > mtBall.pgm"];
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["mtBlack32.ppm"], [],
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["ppmmake rgbi:0/0/0 32 32 > mtBlack32.ppm"];
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["mtBlack64.ppm"], [],
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["ppmmake rgbi:0/0/0 64 64 > mtBlack64.ppm"];
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["mtRacket_.ppm"; "mtRacket_Alpha.pgm"; "mtWall.ppm"],
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["pnmcat -topbottom mtWall.ppm mtWall.ppm mtWall.ppm | pamcomp -alpha=mtRacket_Alpha.pgm mtRacket_.ppm - > mtRacket.ppm"];
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xzgroup "zahn" ["mzZahn"; "mzZahnGras"; "mzZahnDreh"];
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xpm_of_pov_trans 3 9 "mzZahn" ["zahn.inc"];
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xpm_of_pov_trans 3 9 "mzZahnGras" ["zahn.inc"];
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xpm_of_pov_trans 4 8 "mzZahnDreh" ["zahn.inc"];
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pov_fill2 "mzZahn" "mzZahn" "Gras" "1" "Gras";
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xzgroup "ziehlen" ["mziAlle"];
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xpm_of_pov_trans 5 2 "mziAlle" [];
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ml_module "natmod" [];
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ml_module "vektor" ["natmod"];
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ml_module "farbe" ["natmod"; "vektor"];
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ml_module "xpmlex" ["farbe"];
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ml_module "graphik" ["pam"; "farbe"; "xpmlex"];
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ml_module "polynome" [];
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ml_module "vektorgraphik" ["farbe"; "graphik"; "polynome"];
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ml_module "valarg" [];
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["ocamllex xpmlex.mll"]];
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ml_prog "machxpm" ("valarg"::ml_graphik);
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(*===========================================================================*)
added
removed
datasrc/pics/makefile.ml
