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Zk-? {=? sN? ^? {o? ? ?{o {o?{o ^?{o sN?{o {=?{o Zk-?{o 9 ?{o c ?{o >{o >{o j>{o (>{o 9g>{o H)%>{o 1={o !={o !{o 1ƽ{o L)%{o 9g{o *{o l{o ־{o {o c {o : {o [k-{o |={o sN{o ^{o {o{o {o ^ {o^ ^^ sN^ |=^ [k-^ : ^ c ^ ^ ־^ l^ *^ 9g^ L)%^ 1ƽ^ !^ !=^ 1=^ H)%>^ 9g>^ (>^ j>^ >^ >^ c ?^ 9 ?^ Zk-?^ {=?^ sN?^ ^?^ {o?^ ?^ ?sN {o?sN ^?sN sN?sN {=?sN Zk-?sN 9 ?sN c ?sN >sN >sN j>sN (>sN 9g>sN H)%>sN 1=sN !=sN !sN 1ƽsN L)%sN 9gsN *sN lsN ־sN sN c sN : sN [k-sN |=sN sNsN ^sN {osN sN |= {o|= ^|= sN|= |=|= [k-|= : |= c |= |= ־|= l|= *|= 9g|= L)%|= 1ƽ|= !|= !=|= 1=|= H)%>|= 9g>|= (>|= j>|= >|= >|= c ?|= 9 ?|= Zk-?|= {=?|= sN?|= ^?|= {o?|= ?|= ?[k- {o?[k- ^?[k- sN?[k- {=?[k- Zk-?[k- 9 ?[k- c ?[k- >[k- >[k- j>[k- (>[k- 9g>[k- H)%>[k- 1=[k- !=[k- ![k- 1ƽ[k- L)%[k- 9g[k- *[k- l[k- ־[k- [k- c [k- : [k- [k-[k- |=[k- sN[k- ^[k- {o[k- [k- : {o: ^: sN: |=: [k-: : : c : : ־: l: *: 9g: L)%: 1ƽ: !: !=: 1=: H)%>: 9g>: (>: j>: >: >: c ?: 9 ?: Zk-?: {=?: sN?: ^?: {o?: ?: ?c {o?c ^?c sN?c {=?c Zk-?c 9 ?c c ?c >c >c j>c (>c 9g>c H)%>c 1=c !=c !c 1ƽc L)%c 9gc *c lc ־c c c c : c [k-c |=c sNc ^c {oc c {o ^ sN |= [k- : c ־ l * 9g L)% 1ƽ ! != 1= H)%> 9g> (> j> > > c ? 9 ? Zk-? {=? sN? ^? {o? ? ?־ {o?־ ^?־ sN?־ {=?־ Zk-?־ 9 ?־ c ?־ >־ >־ j>־ (>־ 9g>־ H)%>־ 1=־ !=־ !־ 1ƽ־ L)%־ 9g־ *־ l־ ־־ ־ c ־ : ־ [k-־ |=־ sN־ ^־ {o־ ־ l {ol ^l sNl |=l [k-l : l c l l ־l ll *l 9gl L)%l 1ƽl !l !=l 1=l H)%>l 9g>l (>l j>l >l >l c ?l 9 ?l Zk-?l {=?l sN?l ^?l {o?l ?l ?* {o?* ^?* sN?* {=?* Zk-?* 9 ?* c ?* >* >* j>* (>* 9g>* H)%>* 1=* !=* !* 1ƽ* L)%* 9g* ** l* ־* * c * : * [k-* |=* sN* ^* {o* * 9g {o9g ^9g sN9g |=9g [k-9g : 9g c 9g 9g ־9g l9g *9g 9g9g L)%9g 1ƽ9g !9g !=9g 1=9g H)%>9g 9g>9g (>9g j>9g >9g >9g c ?9g 9 ?9g Zk-?9g {=?9g sN?9g ^?9g {o?9g ?9g ?L)% {o?L)% ^?L)% sN?L)% {=?L)% Zk-?L)% 9 ?L)% c ?L)% >L)% >L)% j>L)% (>L)% 9g>L)% H)%>L)% 1=L)% !=L)% !L)% 1ƽL)% L)%L)% 9gL)% *L)% lL)% ־L)% L)% c L)% : L)% [k-L)% |=L)% sNL)% ^L)% {oL)% L)% 1ƽ {o1ƽ ^1ƽ sN1ƽ |=1ƽ [k-1ƽ : 1ƽ c 1ƽ 1ƽ ־1ƽ l1ƽ *1ƽ 9g1ƽ L)%1ƽ 1ƽ1ƽ !1ƽ !=1ƽ 1=1ƽ H)%>1ƽ 9g>1ƽ (>1ƽ j>1ƽ >1ƽ >1ƽ c ?1ƽ 9 ?1ƽ Zk-?1ƽ {=?1ƽ sN?1ƽ ^?1ƽ {o?1ƽ ?1ƽ ?! {o?! ^?! sN?! {=?! Zk-?! 9 ?! c ?! >! >! j>! (>! 9g>! H)%>! 1=! !=! !! 1ƽ! 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[k-! |=! sN! ^! {o! ! != {o != ^ != sN != |= != [k- != : != c != != ־ != l != * != 9g != L)% != 1ƽ != ! != != != 1= != H)%> != 9g> != (> != j> != > != > != c ? != 9 ? != Zk-? != {=? != sN? != ^? != {o? != ? != ?1= {o?1= ^?1= sN?1= {=?1= Zk-?1= 9 ?1= c ?1= >1= >1= j>1= (>1= 9g>1= H)%>1= 1=1= !=1= !1= 1ƽ1= L)%1= 9g1= *1= l1= ־1= 1= c 1= : 1= [k-1= |=1= sN1= ^1= {o1= 1= H)%> {oH)%> ^H)%> sNH)%> |=H)%> [k-H)%> : H)%> c H)%> H)%> ־H)%> lH)%> *H)%> 9gH)%> L)%H)%> 1ƽH)%> !H)%> !=H)%> 1=H)%> H)%>H)%> 9g>H)%> (>H)%> j>H)%> >H)%> >H)%> c ?H)%> 9 ?H)%> Zk-?H)%> {=?H)%> sN?H)%> ^?H)%> {o?H)%> ?H)%> ?9g> {o?9g> ^?9g> sN?9g> {=?9g> Zk-?9g> 9 ?9g> c ?9g> >9g> >9g> j>9g> (>9g> 9g>9g> H)%>9g> 1=9g> !=9g> !9g> 1ƽ9g> L)%9g> 9g9g> *9g> l9g> ־9g> 9g> c 9g> : 9g> [k-9g> |=9g> sN9g> ^9g> {o9g> 9g> (> {o(> ^(> sN(> |=(> [k-(> : (> c (> (> ־(> l(> *(> 9g(> L)%(> 1ƽ(> !(> !=(> 1=(> H)%>(> 9g>(> (>(> j>(> >(> >(> c ?(> 9 ?(> Zk-?(> {=?(> sN?(> ^?(> {o?(> ?(> ?j> {o?j> ^?j> sN?j> {=?j> Zk-?j> 9 ?j> c ?j> >j> >j> j>j> (>j> 9g>j> H)%>j> 1=j> !=j> !j> 1ƽj> L)%j> 9gj> *j> lj> ־j> j> c j> : j> [k-j> |=j> sNj> ^j> {oj> j> > {o> ^> sN> |=> [k-> : > c > > ־> l> *> 9g> L)%> 1ƽ> !> !=> 1=> H)%>> 9g>> (>> j>> >> >> c ?> 9 ?> Zk-?> {=?> sN?> ^?> {o?> ?> ?> {o?> ^?> sN?> {=?> Zk-?> 9 ?> c ?> >> >> j>> (>> 9g>> H)%>> 1=> !=> !> 1ƽ> L)%> 9g> *> l> ־> > c > : > [k-> |=> sN> ^> {o> > c ? {oc ? ^c ? sNc ? |=c ? [k-c ? : c ? c c ? c ? ־c ? lc ? *c ? 9gc ? L)%c ? 1ƽc ? !c ? !=c ? 1=c ? H)%>c ? 9g>c ? (>c ? j>c ? >c ? >c ? c ?c ? 9 ?c ? Zk-?c ? {=?c ? sN?c ? ^?c ? {o?c ? ?c ? ?9 ? {o?9 ? ^?9 ? sN?9 ? {=?9 ? Zk-?9 ? 9 ?9 ? c ?9 ? >9 ? >9 ? j>9 ? (>9 ? 9g>9 ? H)%>9 ? 1=9 ? !=9 ? !9 ? 1ƽ9 ? L)%9 ? 9g9 ? *9 ? l9 ? ־9 ? 9 ? c 9 ? : 9 ? [k-9 ? |=9 ? sN9 ? ^9 ? {o9 ? 9 ? Zk-? {oZk-? ^Zk-? sNZk-? |=Zk-? [k-Zk-? : Zk-? c Zk-? Zk-? ־Zk-? lZk-? *Zk-? 9gZk-? L)%Zk-? 1ƽZk-? !Zk-? !=Zk-? 1=Zk-? H)%>Zk-? 9g>Zk-? (>Zk-? j>Zk-? >Zk-? >Zk-? c ?Zk-? 9 ?Zk-? Zk-?Zk-? {=?Zk-? sN?Zk-? ^?Zk-? {o?Zk-? ?Zk-? ?{=? {o?{=? ^?{=? sN?{=? {=?{=? Zk-?{=? 9 ?{=? c ?{=? >{=? >{=? j>{=? (>{=? 9g>{=? H)%>{=? 1={=? !={=? !{=? 1ƽ{=? L)%{=? 9g{=? *{=? l{=? ־{=? {=? c {=? : {=? [k-{=? |={=? sN{=? ^{=? {o{=? {=? sN? {osN? ^sN? sNsN? |=sN? [k-sN? : sN? c sN? sN? ־sN? lsN? *sN? 9gsN? L)%sN? 1ƽsN? !sN? !=sN? 1=sN? H)%>sN? 9g>sN? (>sN? j>sN? >sN? >sN? c ?sN? 9 ?sN? Zk-?sN? {=?sN? sN?sN? ^?sN? {o?sN? ?sN? ?^? {o?^? ^?^? sN?^? {=?^? 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8DATA t$$ A DATA L|$ DATA L $/ A DATA ܍L,%0 4s,ADATA ܍ $%# X(DATA $ l܍%; DATA l $d& DATA l&6 A DATA D'# A DATA D l' $?DATA ԏD'6 A DATA ԏ $ ( A DATA $ lԏT( DATA l $( !DATA l)& DATA D\)% A DATA D )) X?DATA ԑD *1 DATA ԑ *. DATA dԑ*2 DATA d T+ DATA d+* DATA <+( DATA < \,! A DATA ̓<,. DATA ̓ -% DATA \̓t-4 DATA \ -) DATA \D. A DATA 4|. DATA 4 |.) HDATA | ĕ4,/2 DATA ĕ |/ DATA Tĕ/* A DATA T T02 +1ADATA T0 2DATA ,0' A DATA , tL13 DADATA t ,15 iDATA t 2 w?DATA LT2 A DATA L 2 DATA ܘL3 A DATA ܘ $\30 5 RegisterGUI() DATA > DATA$ > #================================ DATA( ? def ImportFunction (importName, type): DATA, t? #================================ DATA ? global gFilename DATA $@ global gAlert DATA l@ BDATA @ try: DATA$ @ FILE=open (importName,"r") DATA8 DA directory, Name = os.path.split(gFilename.val) DATA( A words = string.split(Name,".") DATA B Name = words[0] DATA0 \B ObjImport(FILE, Name, gFilename.val) DATA B FILE.close() DATA C gAlert = 4 DATA TC Draw () DATA C except IOError: .nDATA C gAlert=2 DATA ,D Draw () DATA tD DATA$ D #================================ DATA( E def ExportFunction (exportName, type): DATA, \E #================================ DATA E global gFilename DATA F global gAlert DATA TF DATA F try: 0DATA$ F FILE=open (exportName,"r") DATA ,G FILE.close() DATA tG gAlert = 1 DATA G Draw () ADATA H except IOError: DATA8 LH directory, Name = os.path.split(gFilename.val) DATA( H if os.path.isdir(directory): DATA0 I ExportFunctionOK(exportName, type) DATA tI Draw () DATA I else: EDATA J gAlert = 5 DATA LJ Draw () DATA J DATA$ J #================================ fiDATA, $K def ExportFunctionOK (exportName, type): bigDATA, K #================================ DATA K global gFilename DATA 0: 6-ADATA O gAlert = 3 DATA \O else: DATA O gAlert = 4 DATA O FILE.flush() uDATA 4P FILE.close() uDATA |P DATA P #========================= DATA( Q def ObjImport(file, Name, filename): endDATA dQ #========================= DATA Q vcount = 0 uDATA R vncount = 0 DATA LR vtcount = 0 vDATA R fcount = 0 uDATA R gcount = 0 uDATA $S setcount = 0 uDATA lS groupflag = 0 rDATA S objectflag = 0 DATA S mtlflag = 0 DATA DT baseindex = 0 DATA T basevtcount = 0 DATA T basevncount = 0 DATA U matindex = 0 creDATA dU DATA U pointList = [] DATA U uvList = [] DATA ,V normalList = [] DATA tV faceList = [] DATA V materialList = [] d DATA W uv = [] DATA LW lines = file.readlines() DATA W linenumber = 1 DATA W DATA $X for line in lines: DATA$ lX words = string.split(line) DATA( X if words and words[0] == "#": EEDATA$ Y pass # ignore comments DATA( tY elif words and words[0] == "v": DATA Y vcount = vcount + 1 DATA $Z x = float(words[1]) DATA |Z y = float(words[2]) DATA Z z = float(words[3]) DATA( ,[ pointList.append([x, y, z]) DATA [ DATA, [ elif words and words[0] == "vt": DATA$ $\ vtcount = vtcount + 1 DATA |\ u = float(words[1]) DATA \ v = float(words[2]) DATA$ ,] uvList.append([u, v]) EEDATA ] DATA, ] elif words and words[0] == "vn": DATA$ $^ vncount = vncount + 1 DATA |^ i = float(words[1]) DATA ^ j = float(words[2]) DATA ,_ k = float(words[3]) DATA, _ normalList.append([i, j, k]) DATA _ W %DATA( $` elif words and words[0] == "f": DATA |` fcount = fcount + 1 DATA( ` vi = [] # vertex indices DATA( ,a ti = [] # texture indices DATA( a ni = [] # normal indices .wDATA a words = words[1:] DATA 4b lcount = len(words) DATA, b for index in (xrange(lcount)): tDATA8 b if string.find(words[index], "/") == -1: DATA0 \c vindex = int(words[index]) DATAH c if vindex < 0: vindex = baseindex + vindex + 1 d DATA( 1 and vtn[1]: 2DATA, ,g tindex = int(vtn[1]) JDATAH g if tindex < 0: tindex = basevtcount +tindex + 1 - DATA( h ti.append(tindex) DATA dh DATA0 h if len(vtn) > 2 and vtn[2]: DATA, i nindex = int(vtn[2]) DATAH li if nindex < 0: nindex = basevncount +nindex + 1 DATA8 i ni.append(nindex) DATA4 Lj faceList.append([vi, ti, ni, matindex]) DATA j DATA( j elif words and words[0] == "o": DATA$ Dk ObjectName = words[1] DATA k objectflag = 1 DATA0 k #print "Name is %s" % ObjectName d DATA \l DATA( l elif words and words[0] == "g": DATA l groupflag = 1 DATA Dm index = len(words) DATA m if objectflag == 0: DATA m objectflag = 1 DATA Ln if index > 1: DATA< n ObjectName = string.join(words[1:],"_") DATA< o GroupName = string.join(words[1:],"_") DATA o else: DATA, o ObjectName = "Default" DATA, Dp GroupName = "Default" DATA8 p #print "Object name is %s" % ObjectName DATA8 q #print "Group name is %s" % GroupName DATA |q else: DATA q if index > 1: ?DATA< r GroupName = string.join(words[1:],"_") DATA r else: DATA, r GroupName = "Default" DATA8 Ds #print "Group name is %s" % GroupName (DATA s DATA s if mtlflag == 0: DATAL 0: DATA$ u baseindex = vcount DATA( v basevncount = vncount
DATA( \v basevtcount = vtcount ADATA v DATA0 v elif words and words[0] == "mtllib": DATA( Tw # try to export materials DATA8 w directory, dummy = os.path.split(filename) DATA< x filename = os.path.join(directory, words[1]) DATA x try: DATA, x file = open(filename, "r") DATA 0: DATA8 material = matlist[matindex] d DATA, l material.R = Kd[0] DATA, ԇ material.G = Kd[1] DATA, < material.B = Kd[2] DATA0 material.SpecR = Ks[0] DATA0 material.SpecG = Ks[1] DATA0 t material.SpecB = Ks[2] DATA@ ܉ alpha = 1 - ((Ka[0]+Ka[1]+Ka[2])/3) DATA0 T material.Alpha = alpha DATA else: DATA( mtlflag = 0 DATA l DATA, line = file.readline() EDATA file.close() DATA d QDATA0 elif words and words[0] == "usemtl": ?DATA #if mtlflag == 1: DATA \ name = words[1] DATAL matindex = AddMeshMaterial(name, materialList, matindex) DATA < # elif words: DATA4 # print "%s: %s" % (linenumber, words) DATA$ linenumber = linenumber + 1 DATA D file.close() DATA DATA ď # import in Blender DATA DATA( D print "import into Blender ..." DATA mesh = NMesh.GetRaw () o DATA DATA , i = 0 DATA t while i < vcount: DATA x, y, z = pointList[i] DATA vert=NMesh.Vert(x, y, z) DATA l mesh.verts.append(vert) ?DATA Ē i=i+1 DATA DATA D if vtcount > 0: DATA mesh.has_uvco = 1 DATA, print ("Object has uv coordinates") DATA L NDATA if len(materialList) > 0: DATA$ ܔ mesh.mats = materialList DATA 4 DATA l total = len(faceList) CDATA ĕ i = 0 DATA DATA D for f in faceList: DATA if i%1000 == 0: DATA8 Ԗ print ("Progress = "+ str(i)+"/"+ str(total)) DATA < DATA t i = i + 1 DATA$ vi, ti, ni, matindex = f DATA face=NMesh.Face() DATA$ l if len(materialList) > 0: DATA Ę face.mat = matindex DATA DATA T limit = len(vi) DATA( setcount = setcount + len(vi) DATA c = 0 DATA < DATA, t while c < limit: DATA ܚ m = vi[c]-1 DATA, $ if vtcount > 0 and len(ti) > c: DATA n = ti[c]-1 DATA, if vncount > 0 and len(ni) > c: DATA L p = ni[c]-1 DATA DATA ܜ if vtcount > 0: DATA 4 u, v = uvList[n] DATAp # multiply uv coordinates by 2 and add 1. Apparently blender uses uv range of 1 to 3 (not 0 to 1). DATA0 4 mesh.verts[m].uvco[0] = (u*2)+1 DATA0 mesh.verts[m].uvco[1] = (v*2)+1 DATA DATA < if vncount > 0: DATA( if p > len(normalList): DATAd print("normal len = " +str(len(normalList))+ " vector len = " +str(len(pointList))) DATA( print("p = " +str(p)) hBDATA( ܠ x, y, z = normalList[p] DATA( 4 mesh.verts[m].no[0] = x DATA( mesh.verts[m].no[1] = y DATA( mesh.verts[m].no[2] = z utoDATA < c = c+1 DATA DATA if len(vi) < 5: DATA, for index in vi: DATA0 l face.v.append (mesh.verts[index-1]) DATA ԣ DATA if vtcount > 0: DATA d for index in ti: DATA( u, v = uvList[index-1] DATA( face.uv.append((u,v)) DATA l DATA$ mesh.faces.append(face) DATA CDATA0 4 print "all other (general) polygons ..." DATA for f in faceList: DATA$ vi, ti, ni, matindex = f DATA < if len(vi) > 4: DATA, # export the polygon as edges DATA< print ("Odd face, vertices = "+ str(len(vi))) DATA( d for i in range(len(vi)-2): DATA$ face = NMesh.Face() DATA, if len(materialList) > 0: d DATA( | face.mat = matindex DATA4 ԩ face.v.append(mesh.verts[vi[0]-1]) DATA4 < face.v.append(mesh.verts[vi[i+1]-1]) DATA4 face.v.append(mesh.verts[vi[i+2]-1]) DATA DATA D if vtcount > 0: DATA$ if len(ti) > i+2: DATA, u, v = uvList[ti[0]-1] DATA, \ face.uv.append((u,v)) DATA0 Ĭ u, v = uvList[ti[i+1]-1] DATA, , face.uv.append((u,v)) DATA0 u, v = uvList[ti[i+2]-1] DATA, face.uv.append((u,v)) DATA d DATA( mesh.faces.append(face) DATA DATA , NMesh.PutRaw(mesh, Name,1) DATA DATA8 print ("Total number of vertices is "+ str(vcount)) DATA< $ print ("Total number of faces is "+ str(len(faceList))) DATA8 print ("Total number of sets is "+ str(setcount)) DATA DATA < DATA4 t print("Finished importing " +str(Name)+ ".obj") DATA ܱ CDATA, #========================================= DATA4 | def AddMeshMaterial(name, materialList, matindex): DATA, #========================================= DATA L DATA index = 0 DATA ̳ found = 0 DATA limit = len(materialList) DATA l DATA while index < limit: DATA( if materialList[index] == name: DATA D matindex = index CDATA found = 1 DATA index = limit DATA , index = index + 1 DATA t DATA if found == 0: DATA materialList.append(name) DATA( L matindex = len(materialList)-1 DATA DATA return matindex DATA 4 7DATA, l #========================================= DATA( Ը def AddGlobalMaterial (name, matindex): DATA, , #========================================= DATA DATA ̹ index = 0 DATA found = 0 2DATA \ matindex = 0 DATA MatList = Material.Get() DATA limit = len(MatList) DATA D 1DATA | while index < limit: DATA( Ļ if MatList[index].name == name: DATA matindex = index DATA t found = 1 DATA index = limit DATA index = index + 1 tDATA L DATA if found == 0: DATA, ̽ material = Blender210.Material(name) DATA 4 matindex = index DATA | DATA return matindex DATA DATA$ 4 #================================ DATA$ def ObjExport(FILE, Name, type): DATA$ #================================ CDATA < global returncode DATA global vertexcount DATA global uvcount DATA global Transform DATA \ global multiflag DATA global exporttype DATA DATA $ vertexcount = 0 DATA l uvcount = 0 DATA returncode = 0 {DATA( print("Writing %s..." % Name) DATAX T FILE.write("# Wavefront OBJ (1.0) exported by lynx's OBJ import/export script\n\n") DATA DATA$ Objects = Object.GetSelected() DATA l if Objects == []: DATA0 print("You have not selected an object!") DATA returncode = 4 DATA d else: DATA for object in Objects: DATA MtlList = [] DATA0 < if len(Objects) > 1 or exporttype > 1: DATA8 Transform = CreateMatrix(object, Transform) DATA$ multiflag = 1 DATA d mesh = object.data DATA ObjName = mesh.name DATA$ has_uvco = mesh.has_uvco DATA l DATA4 FILE.write("# Meshname:\t%s\n" % ObjName) DATA DATA D faces = mesh.faces BDATA materials = mesh.mats DATA Vertices = mesh.verts DATA, L GlobalMaterials = Material.Get() u>DATA DATAL if len(materials) > 1 and len(GlobalMaterials) > 0 and type < 4: DATA4 t CreateMtlFile(Name, materials, MtlList) ADATA ;DATA< # Total Vertices and faces; comment if not useful DATAD FILE.write("# Total number of Faces:\t%s\n" % len(faces)) DATAH FILE.write("# Total number of Vertices:\t%s\n" % len(Vertices)) DATA | DATA FILE.write("\n") BDATA DATA4 D # print first image map for uvcoords to use DATA@ # to be updated when we get access to other textures DATAP $ if mesh.has_uvco: FILE.write("# UV Texture:\t%s\n\n" % mesh.has_uvco) DATA @DATAL if len(materials) > 1 and len(GlobalMaterials) > 0 and type < 3: DATAP l UseLayers(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name) DATAL elif len(materials) > 1 and len(GlobalMaterials) > 0 and type == 3: DATAL | UseMtl(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name) @DATA else: DATA@ L Standard(faces, Vertices, has_uvco, FILE, ObjName) DATA DATA4 #================================================ DATA4 d def CreateMtlFile (name, MeshMaterials, MtlList): DATA4 #================================================ ?DATA 4 global gFilename DATA | DATA # try to export materials DATA8 directory, mtlname = os.path.split(gFilename.val) DATA t mtlname = name + ".mtl" =DATA4 filename = os.path.join(directory, mtlname) DATA$ 4 file = open(filename, "w") DATA DATA< file.write("# Materials for %s.\n" % (name + ".obj")) DATA, < file.write("# Created by Blender.\n") DATAl file.write("# These files must be in the same directory for the materials to be read correctly.\n\n") DATA L DATA MatList = Material.Get() DATA DATA counter = 1 DATA \ found = 0 DATA DATA( for material in MeshMaterials: DATA 4 for mtl in MtlList: e ?DATA if material == mtl: DATA found = 1 DATA < DATA$ t MtlList.append(material) DATA DATA if found == 0: DATA4 l file.write("newmtl %s \n" % material) DATA index = 0 DATA( while index < len(MatList): DATA4 t if material == MatList[index].name: DATA( mtl = MatList[index] DATA( 4 index = len(MatList) DATA found = 1 DATA4 index = index + 1 DATA L DATA if found == 1: DATA$ alpha = mtl.Alpha 9DATAT 4 file.write(" Ka %s %s %s \n" % (1-alpha, 1-alpha, 1-alpha)) DATAL file.write(" Kd %s %s %s \n" % (mtl.R, mtl.G, mtl.B)) DATAX D file.write(" Ks %s %s %s \n" % (mtl.SpecR, mtl.SpecG, mtl.SpecB)) DATA0 file.write(" illum 1\n") DATA 4 else: DATA@ | file.write(" Ka %s %s %s \n" % (0, 0, 0)) >DATA@ file.write(" Kd %s %s %s \n" % (1, 1, 1)) ?DATA@ l file.write(" Ks %s %s %s \n" % (1, 1, 1)) ?DATA0 file.write(" illum 1\n") DATA L NYDATA found = 0 ADATA DATA file.flush() DATA L file.close() DATA DATA@ #=========================================================== DATA< D def Standard(faces, Vertices, has_uvco, FILE, ObjName): ADATA@ #=========================================================== DATA 4 global vertexcount ?DATA global uvcount DATA global multiflag DATA DATA T uvPtrs = [] DATA uvList = [] DATA DATA, FILE.write("o %s\n\n" % (ObjName)) @DATA, FILE.write("g %s\n\n" % (ObjName)) DATA DATA $ for v in Vertices: DATA | vert = v.co DATA if multiflag == 1: DATA, vert = Alter(vert, Transform) DATA x, y, z = vert _ADATA DATA4 $ FILE.write("v %s %s %s\n" % (x, y, z)) DATA DATA uv_flag = 0 DATA for face in faces: DATA( d for uv in face.uv: DATA found = 0 DATA index = len(uvList) DATA \ limit = 0 DATA$ if len(uvList)-200 > 0: DATA( limit = len(uvList)-200 BDATA0 T while index > limit and found == 0: DATA, uv_value = uvList[index-1] DATAD $ if uv[0] == uv_value[0] and uv[1] == uv_value[1]: DATA0 uvPtrs.append(index+uvcount) DATA found = 1 DATA$ \ index = index - 1 DATA if found == 0: DATA$ uvList.append(uv) އDATA$ d index = len(uvList) DATA, uvPtrs.append(index+uvcount) DATA $ u, v = uv DATA4 | FILE.write("vt %s %s\n" % (u, v)) DATA uv_flag = 1 DATA < DATA( t if has_uvco and uv_flag == 0: DATA for v in Vertices: DATA $ u, v, z = v.uvco DATA | u = (u-1)/2 DATA v = (v-1)/2 DATA0 FILE.write("vt %s %s\n" % (u, v)) DATA DATA for v in Vertices: DATA$ x, y, z = v.no ADATA4 l FILE.write("vn %s %s %s\n" % (x, y, z)) DATA DATA p = 0 DATA T uvindex = 0 DATA total = len(faces) DATA DATA , for face in faces: DATA p = p+1 0DATA if (p%1000) == 0: DATAL $ print ("Progress = "+ str(p)+ " of "+ str(total) +" faces") BDATA DATA FILE.write("f ") >DATA, < for index in range(len(face.v)): ADATA4 v = face.v[index].index + vertexcount DATA$ if len(face.uv) > 0: DATAH d FILE.write("%s/%s/%s " % (v+1, uvPtrs[uvindex], v+1)) DATA$ uvindex = uvindex+1 DATA 4 elif has_uvco: DATA< FILE.write("%s/%s/%s " % (v+1, v+1, v+1)) c DATA( else: DATA4 \ FILE.write("%s//%s " % (v+1, v+1)) ADATA FILE.write("\n") ADATA DATA4 T vertexcount = vertexcount + len(Vertices) DATA( uvcount = uvcount + len(uvList) DATA DATA@ L print("Export of " +str(ObjName)+ ".obj finished.\n") DATA DATAH #===================================================================== DATAL t def UseLayers(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name): c DATAH #===================================================================== DATA t global vertexcount DATA global uvcount DATA global multiflag DATA \ DATA uvPtrs = [] DATA uvList = [] @DATA $ DATA8 \ FILE.write("mtllib %s\n\n" % (Name + ".mtl")) DATA, FILE.write("g %s\n\n" % (ObjName)) BDATA , DATA d for v in Vertices: ADATA vert = v.co DATA if multiflag == 1: DATA0 \ vert = Alter(vert, Transform) DATA x, y, z = vert DATA4 FILE.write("v %s %s %s\n" % (x, y, z)) DATA DATA uv_flag = 0 DATA0 for m in range(len(MtlList)): DATA l for face in faces: DATA if face.mat == m: DATA$ for uv in face.uv: DATA t found = 0 DATA( index = len(uvList) DATA $
limit = 0 DATA, |
if len(uvList)-200 > 0: DATA0
limit = len(uvList)-200 DATA8 L while index > limit and found == 0: DATA4 uv_value = uvList[index-1] DATAL if uv[0] == uv_value[0] and uv[1] == uv_value[1]: c DATA8 uvPtrs.append(index+uvcount) DATA$
found = 1 DATA, d
index = index - 1 >DATA$
if found == 0: DATA, $ uvList.append(uv) BBDATA, index = len(uvList) DATA4 uvPtrs.append(index+uvcount) DATA$ \ u, v = uv DATA< FILE.write("vt %s %s\n" % (u, v)) DATA( , uv_flag = 1 DATA DATA( if has_uvco and uv_flag == 0: DATA for v in Vertices: DATA l u, v, z = v.uvco DATA u = (u-1)/2 DATA( v = (v-1)/2 DATA0 d FILE.write("vt %s %s\n" % (u, v)) DATA ۄADATA for v in Vertices: DATA$ \ x, y, z = v.no DATA4 FILE.write("vn %s %s %s\n" % (x, y, z)) DATA DATA T total = len(faces) DATA p = 0 H=DATA uvindex = 0 DATA0 < for m in range(len(MtlList)): DATA4 FILE.write("usemtl %s\n" % (MtlList[m])) DATA for face in faces: DATA d if face.mat == m: DATA p = p+1 DATA$ if (p%1000) == 0: DATAP \ print ("Progress = "+ str(p)+ " of "+ str(total) +" faces") DATA DATA$ FILE.write("f ") DATA4 t for index in range(len(face.v)): DATA< v = face.v[index].index + vertexcount P>DATA( T if len(face.uv) > 0: DATAL FILE.write("%s/%s/%s " % (v+1, uvPtrs[uvindex], v+1)) DATA, 4 uvindex = uvindex+1 >DATA$ elif has_uvco: DATA@ FILE.write("%s/%s/%s " % (v+1, v+1, v+1)) DATA0 l else: DATA< FILE.write("%s//%s " % (v+1, v+1)) DATA$ L FILE.write("\n") DATA DATA4 vertexcount = vertexcount + len(Vertices) DATAT D print("Export of " +str(ObjName)+ ".obj using material layers finished.\n") DATA DATAD #================================================================== DATAH | def UseMtl(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name): DATAD #================================================================== DATA l global vertexcount DATA global multiflag DATA DATA8 D FILE.write("mtllib %s\n\n" % (Name + ".mtl")) DATA, FILE.write("o %s\n\n" % (ObjName)) ADATA ! DATA L! index = 0 l@DATA ! VertexList = [] DATA ! for vertex in Vertices: DATA 4" VertexList.append(-1) DATA " index = index + 1 DATA@ " print("number of vertices is " +str(len(VertexList))) DATA \# DATA # Totalindex = 0 DATA # ix = 0 DATA $$ NewVertexList = [] DATA |$ NewVertexCo = [] DATA0 $ for m in range(len(MtlList)): DATA4 ,% # Group name is the name of the mesh DATA$ % if MtlList[m]: DATA< % FILE.write("g %s\n" % (MtlList[m]+str(m+1))) DATA d& else: ɈDATA8 & FILE.write("g %s\n" % ("Null"+str(m+1))) DATA$ ' FILE.write("s off\n\n") DATA l' c DATA8 ' FILE.write("usemtl %s\n\n" % (MtlList[m])) DATA ( DATA T( for face in faces: DATA ( if face.mat == m: DATA( ) for vertex in face.v: DATA( \) v = vertex.index DATA, ) if VertexList[v] < 0: c DATA4 * VertexList[v] = Totalindex pDATA0 * NewVertexList.append(v) DATA4 * Totalindex = Totalindex + 1 DATA T+ DATA, + for v_old in NewVertexList: ADATA, + vert = Vertices[v_old].co DATA$ \, if multiflag == 1: DATA0 , vert = Alter(vert, Transform) DATA( - x, y, z = vert DATA8 t- FILE.write("v %s %s %s\n" % (x, y, z)) DATA, - NewVertexCo.append([x,y,z]) DATA D. DATA |. if has_uvco: DATA, . for v_old in NewVertexList: c DATA4 ,/ u, v, z = Vertices[v_old].uvco @DATA / u = (u-1)/2 DATA, / v = (v-1)/2 ?DATA4 T0 FILE.write("vt %s %s\n" % (u, v)) DATA 0 DATA( 0 for v_old in NewVertexList: DATA4 L1 x, y, z = Vertices[v_old].no DATA8 1 FILE.write("vn %s %s %s\n" % (x, y, z)) DATA 2 DATA T2 for face in faces: DATA 2 if face.mat == m: DATA$ 3 FILE.write("f ") DATA4 \3 for index in range(len(face.v)): DATA, 3 v = face.v[index].index DATA, ,4 v_new = VertexList[v] @DATA8 4 if has_uvco: DATAL 4 FILE.write("%s/%s/%s " % (v_new+1, v_new+1, v_new+1)) DATA0 5 else: DATAD 5 FILE.write("%s//%s " % (v_new+1, v_new+1)) DATA$ d6 FILE.write("\n") o@DATA 6 DATA 6 FILE.write("\n") DATA L7 DATA 7 NewVertexList = [] DATAP 7 print("Group " +str(m+1)+ " of " +str(len(MtlList))+ " finished.") DATA d8 DATAL 8 print("Export of " +str(ObjName)+ ".obj using groups finished.\n") DATA $9 DATA, \9 #======================================== BDATA( 9 def CreateMatrix(object, Transform): DATA, T #======================================== DATA Mx = [] DATA My = [] >DATA L Mz = [] DATA T1 = [] BDATA Transform = [] DATA $ DATA \ angle = object.RotX DATA Mx.append([1, 0, 0]) DATA y = math.cos(angle) DATA 4 z = -math.sin(angle) DATA | Mx.append([0, y, z]) DATA y = math.sin(angle) DATA z = math.cos(angle) DATA T Mx.append([0, y, z]) DATA %ADATA angle = object.RotY DATA x = math.cos(angle) DATA d z = math.sin(angle) DATA My.append([x, 0, z]) DATA My.append([0, 1, 0]) DATA < x = -math.sin(angle) DATA z = math.cos(angle) DATA My.append([x, 0, z]) DATA DATA L angle = object.RotZ DATA x = math.cos(angle) DATA y = -math.sin(angle) DATA $ Mz.append([x, y, 0]) DATA l x = math.sin(angle) DATA y = math.cos(angle) DATA Mz.append([x, y, 0]) DATA D Mz.append([0, 0, 1]) DATA DATA m0 = Mx[0] DATA m1 = Mx[1] DATA T m2 = Mx[2] DATA for row in My: DATA x, y, z = row DATA( , nx = x*m0[0] + y*m1[0] + z*m2[0] DATA( ny = x*m0[1] + y*m1[1] + z*m2[1] DATA( nz = x*m0[2] + y*m1[2] + z*m2[2] DATA 4 T1.append([nx, ny, nz]) DATA DATA m0 = T1[0] DATA m1 = T1[1] DATA T m2 = T1[2] DATA for row in Mz: DATA x, y, z = row EDATA( , nx = x*m0[0] + y*m1[0] + z*m2[0] DATA( ny = x*m0[1] + y*m1[1] + z*m2[1] DATA( nz = x*m0[2] + y*m1[2] + z*m2[2] 6DATA$ 4 Transform.append([nx, ny, nz]) DATA ?DATA@ Transform.append([object.SizeX, object.SizeY, object.SizeZ]) DATA@ <
Transform.append([object.LocX, object.LocY, object.LocZ]) DATA
DATA
return Transform DATA 4 DATA( l #====================================== DATA def Alter(vect, Transform): DATA( #====================================== DATA t v2 = [] DATA nv = [] DATA
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x, y, z = vect DATA
sx, sy, sz = Transform[3] DATA
lx, ly, lz = Transform[4] DATA 4 DATA l v2.append(x*sx) DATA v2.append(y*sy) DATA v2.append(z*sz) DATA D DATA$ | for index in range(len(vect)): DATA t t = Transform[index] DATA8 ̩ nv.append(v2[0]*t[0] + v2[1]*t[1] +v2[2]*t[2]) ADATA NDATA 4 nv[0] = nv[0]+lx DATA | nv[1] = nv[1]+ly DATA Ī nv[2] = nv[2]+lz DATA DATA D return nv TX d į Ut TXOBJIO_wings_fix.py \ , İT dQ DATA0 \ c:\blenderplugs\python\OBJIO\OBJIO_wings_fix.py DATA İ J ADATA Tİ$& DATA T |5 DATA T DATA ,, СDATA , tJ @DATA t , E uDATA tI DATA L G DATA L ( BDATA ܳL DATA ܳ $$ DATA $ lܳlH DATA l $I `DATA l| DATA D4 DATA D J DATA ԵDG DATA Ե L DATA dԵ@ DATA d K DATA dK DATA <,W DATA < N DATA ̷<< DATA ̷ t DATA \̷O DATA \ DM DATA \H DATA 4TI DATA 4 |W DATA | Ĺ4dJ ' DATA Ĺ | DATA TĹD DATA T |I FREEDATA TN DATA ,P DATA , tO DATA t ,M DATA t$N DATA LN DATA L 4< CDATA ܼL DATA ܼ $ FREEDATA $ lܼ,W DATA l $U DATA l<T DATA DW DATA D LU DATA ԾDX @DATA Ծ lX DATA dԾ DATA d L nDATA dR DATA < W DATA < U DATA < N DATA R DATA \,N BDATA \ DATA \W DATA 4tW DATA 4 |? DATA | 4t DATA | DATA T
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DATA < ; DATA < d; DATA <; DATA ; DATA \,< DATA \ t< DATA \< DATA 4= DATA 4 |L= DATA | 4= DATA |= DATA T> DATA T \> DATA T> DATA ,> DATA , t4? DATA t ,|? DATA t? DATA L @ DATA L T@ DATA L@ DATA $@ DATA $ l A DATA l $dA DATA lA DATA DA DATA D DATA$ \> #================================ DATA( > def ImportFunction (importName, type): DATA, ? #================================ DATA t? global gFilename DATA ? global gAlert DATA @ DATA <@ try: DATA$ @ FILE=open (importName,"r") DATA8 @ directory, Name = os.path.split(gFilename.val) DATA( DA words = string.split(Name,".") DATA A Name = words[0] DATA0 A ObjImport(FILE, Name, gFilename.val) DATA \B FILE.close() DATA B gAlert = 4 DATA B Draw () DATA 4C except IOError: DATA |C gAlert=2 DATA C Draw () DATA D DATA$ DD #================================ DATA( D def ExportFunction (exportName, type): DATA, D #================================ DATA \E global gFilename DATA E global gAlert DATA E DATA $F try: DATA$ lF FILE=open (exportName,"r") DATA F FILE.close() DATA G gAlert = 1 DATA TG Draw () DATA G except IOError: DATA8 G directory, Name = os.path.split(gFilename.val) DATA( LH if os.path.isdir(directory): DATA0 H ExportFunctionOK(exportName, type) DATA I Draw () DATA TI else: DATA I gAlert = 5 DATA I Draw () DATA ,J DATA$ dJ #================================ DATA, J def ExportFunctionOK (exportName, type): DATA, $K #================================ DATA K global gFilename DATA K global gAlert DATA L global returncode DATA dL DATA$ L FILE=open (exportName,"w") DATA8 L directory, Name = os.path.split(gFilename.val) DATA( \M words = string.split(Name,".") DATA M Name = words[0] DATA$ M ObjExport(FILE, Name, type) DATA TN if returncode > 0: DATA N gAlert = 3 DATA N else: DATA 1 and vtn[1]: DATA, f tindex = int(vtn[1]) DATAH ,g if tindex < 0: tindex = basevtcount +tindex + 1 DATA( g ti.append(tindex) DATA g DATA0 4h if len(vtn) > 2 and vtn[2]: DATA, h nindex = int(vtn[2]) DATAH i if nindex < 0: nindex = basevncount +nindex + 1 DATA8 |i ni.append(nindex) DATA4 i faceList.append([vi, ti, ni, matindex]) DATA Lj DATA( j elif words and words[0] == "o": DATA$ j ObjectName = words[1] DATA 4k objectflag = 1 DATA0 k #print "Name is %s" % ObjectName DATA k DATA( ,l elif words and words[0] == "g": DATA l groupflag = 1 DATA l index = len(words) DATA 4m if objectflag == 0: DATA m objectflag = 1 DATA m if index > 1: DATA< 1: DATA< q GroupName = string.join(words[1:],"_") DATA ,r else: DATA, tr GroupName = "Default" DATA8 r #print "Group name is %s" % GroupName DATA Ds DATA |s if mtlflag == 0: DATAL s matindex = AddMeshMaterial(GroupName,materialList, matindex) DATA$ \t gcount = gcount + 1 DATA t DATA t if fcount > 0: DATA$ Du baseindex = vcount DATA( u basevncount = vncount DATA( u basevtcount = vtcount DATA Lv DATA0 v elif words and words[0] == "mtllib": DATA( v # try to export materials DATA8 Dw directory, dummy = os.path.split(filename) DATA< w filename = os.path.join(directory, words[1]) DATA $x try: DATA, lx file = open(filename, "r") DATA x except: DATA8 y print "no material file %s" % filename DATA y else: DATA y mtlflag = 1 DATA, $z file = open(filename, "r") DATA( z line = file.readline() DATA z while line: DATA0 <{ words = string.split(line) DATA8 { if words and words[0] == "newmtl": DATA( | name = words[1] DATA8 d| line = file.readline() # Ns ? DATA4 | words = string.split(line) DATA\ 4} while (words[0] != "Ka" and words[0] != "Kd" and words[0] != "Ks"): DATA8 } line = file.readline() # Ka DATA8 4~ words = string.split(line) DATA, ~ if words[0] == "Ka": DATA0 Ka = [float(words[1]), DATA0 l float(words[2]), DATA0 float(words[3])] DATA8 < line = file.readline() # Kd DATA4 words = string.split(line) DATA, if words[0] == "Kd": DATA0 t Kd = [float(words[1]), DATA0 ܁ float(words[2]), DATA0 D float(words[3])] DATA8 line = file.readline() # Ks DATA4 words = string.split(line) DATA, | if words[0] == "Ks": DATA0 Ks = [float(words[1]), DATA0 L float(words[2]), DATA0 float(words[3])] DATA DATAD T matindex = AddGlobalMaterial(name, matindex) DATA0 ̅ matlist = Material.Get() DATA, 4 if len(matlist) > 0: DATA8 material = matlist[matindex] DATA, material.R = Kd[0] DATA, l material.G = Kd[1] DATA, ԇ material.B = Kd[2] DATA, < material.SpecR = 0 DATA, material.SpecG = 0 DATA, material.SpecB = 0 DATA$ t alpha = 1 DATA0 ̉ material.Alpha = alpha DATA 4 else: DATA( mtlflag = 0 DATA DATA, line = file.readline() DATA file.close() DATA ܋ DATA0 elif words and words[0] == "usemtl": DATA | #if mtlflag == 1: DATA Ԍ name = words[1] DATAL , matindex = AddMeshMaterial(name, materialList, matindex) DATA # elif words: DATA4 # print "%s: %s" % (linenumber, words) DATA$ d linenumber = linenumber + 1 DATA file.close() DATA DATA < # import in Blender DATA DATA( print "import into Blender ..." DATA mesh = NMesh.GetRaw () DATA l DATA i = 0 DATA while i < vcount: DATA 4 x, y, z = pointList[i] DATA vert=NMesh.Vert(x, y, z) DATA mesh.verts.append(vert) DATA < i=i+1 DATA DATA if vtcount > 0: DATA mesh.has_uvco = 1 DATA, \ print ("Object has uv coordinates") DATA ē DATA if len(materialList) > 0: DATA$ T mesh.mats = materialList DATA DATA total = len(faceList) DATA < i = 0 DATA DATA for f in faceList: DATA if i%1000 == 0: DATA8 L print ("Progress = "+ str(i)+"/"+ str(total)) DATA DATA i = i + 1 DATA$ 4 vi, ti, ni, matindex = f DATA face=NMesh.Face() DATA$ if len(materialList) > 0: DATA < face.mat = matindex DATA DATA ̘ limit = len(vi) DATA( setcount = setcount + len(vi) DATA l c = 0 DATA DATA, while c < limit: DATA T m = vi[c]-1 DATA, if vtcount > 0 and len(ti) > c: DATA n = ti[c]-1 DATA, \ if vncount > 0 and len(ni) > c: DATA ě p = ni[c]-1 DATA DATA T if vtcount > 0: DATA u, v = uvList[n] DATAp # multiply uv coordinates by 2 and add 1. Apparently blender uses uv range of 1 to 3 (not 0 to 1). DATA0 mesh.verts[m].uvco[0] = (u*2)+1 DATA0 mesh.verts[m].uvco[1] = (v*2)+1 DATA | DATA if vncount > 0: DATA( if p > len(normalList): DATAd d print("normal len = " +str(len(normalList))+ " vector len = " +str(len(pointList))) DATA( print("p = " +str(p)) DATA( T x, y, z = normalList[p] DATA( mesh.verts[m].no[0] = x DATA( mesh.verts[m].no[1] = y DATA( \ mesh.verts[m].no[2] = z DATA c = c+1 DATA DATA 4 if len(vi) < 5: DATA, | for index in vi: DATA0 face.v.append (mesh.verts[index-1]) DATA L DATA if vtcount > 0: DATA ܣ for index in ti: DATA( 4 u, v = uvList[index-1] DATA( face.uv.append((u,v)) DATA DATA$ mesh.faces.append(face) DATA t DATA0 print "all other (general) polygons ..." DATA for f in faceList: DATA$ \ vi, ti, ni, matindex = f DATA if len(vi) > 4: DATA, # export the polygon as edges DATA< d print ("Odd face, vertices = "+ str(len(vi))) DATA( ܧ for i in range(len(vi)-2): DATA$ 4 face = NMesh.Face() DATA, if len(materialList) > 0: DATA( face.mat = matindex DATA4 L face.v.append(mesh.verts[vi[0]-1]) DATA4 face.v.append(mesh.verts[vi[i+1]-1]) DATA4 face.v.append(mesh.verts[vi[i+2]-1]) DATA DATA if vtcount > 0: DATA$ if len(ti) > i+2: DATA, l u, v = uvList[ti[0]-1] DATA, ԫ face.uv.append((u,v)) DATA0 < u, v = uvList[ti[i+1]-1] DATA, face.uv.append((u,v)) DATA0 u, v = uvList[ti[i+2]-1] DATA, t face.uv.append((u,v)) DATA ܭ DATA( mesh.faces.append(face) DATA l DATA NMesh.PutRaw(mesh, Name,1) DATA DATA8 4 print ("Total number of vertices is "+ str(vcount)) DATA< print ("Total number of faces is "+ str(len(faceList))) DATA8 print ("Total number of sets is "+ str(setcount)) DATA | DATA DATA4 print("Finished importing " +str(Name)+ ".obj") DATA T DATA, #========================================= DATA4 def AddMeshMaterial(name, materialList, matindex): DATA, \ #========================================= DATA IJ DATA index = 0 DATA D found = 0 DATA limit = len(materialList) DATA DATA while index < limit: DATA( d if materialList[index] == name: DATA matindex = index DATA found = 1 DATA \ index = limit DATA index = index + 1 DATA DATA $ if found == 0: DATA l materialList.append(name) DATA( Ķ matindex = len(materialList)-1 DATA DATA d return matindex DATA DATA, #========================================= DATA( L def AddGlobalMaterial (name, matindex): DATA, #========================================= DATA DATA D index = 0 DATA found = 0 DATA Թ matindex = 0 DATA MatList = Material.Get() DATA t limit = len(MatList) DATA DATA while index < limit: DATA( < if MatList[index].name == name: DATA matindex = index DATA found = 1 DATA 4 index = limit DATA | index = index + 1 DATA ļ DATA if found == 0: DATA, D material = Blender210.Material(name) DATA matindex = index DATA DATA , return matindex DATA t DATA$ #================================ DATA$ def ObjExport(FILE, Name, type): DATA$ \ #================================ DATA global returncode DATA global vertexcount DATA D global uvcount DATA global Transform DATA global multiflag DATA global exporttype DATA d DATA vertexcount = 0 DATA uvcount = 0 DATA , returncode = 0 DATA( t print("Writing %s..." % Name) DATAX FILE.write("# Wavefront OBJ (1.0) exported by lynx's OBJ import/export script\n\n") DATA T DATA$ Objects = Object.GetSelected() DATA if Objects == []: DATA0 , print("You have not selected an object!") DATA returncode = 4 DATA else: DATA for object in Objects: DATA l MtlList = [] DATA0 if len(Objects) > 1 or exporttype > 1: DATA8 Transform = CreateMatrix(object, Transform) DATA$ multiflag = 1 DATA mesh = object.data DATA 4 ObjName = mesh.name DATA$ has_uvco = mesh.has_uvco DATA DATA4 FILE.write("# Meshname:\t%s\n" % ObjName) DATA DATA faces = mesh.faces DATA materials = mesh.mats DATA l Vertices = mesh.verts DATA, GlobalMaterials = Material.Get() DATA , DATAL d if len(materials) > 1 and len(GlobalMaterials) > 0 and type < 4: DATA4 CreateMtlFile(Name, materials, MtlList) DATA T DATA< # Total Vertices and faces; comment if not useful DATAD FILE.write("# Total number of Faces:\t%s\n" % len(faces)) DATAH | FILE.write("# Total number of Vertices:\t%s\n" % len(Vertices)) DATA DATA , FILE.write("\n") DATA DATA4 # print first image map for uvcoords to use DATA@ $ # to be updated when we get access to other textures DATAP if mesh.has_uvco: FILE.write("# UV Texture:\t%s\n\n" % mesh.has_uvco) DATA $ DATAL \ if len(materials) > 1 and len(GlobalMaterials) > 0 and type < 3: DATAP UseLayers(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name) DATAL l elif len(materials) > 1 and len(GlobalMaterials) > 0 and type == 3: DATAL UseMtl(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name) DATA | else: DATA@ Standard(faces, Vertices, has_uvco, FILE, ObjName) DATA < DATA4 t #================================================ DATA4 def CreateMtlFile (name, MeshMaterials, MtlList): DATA4 D #================================================ DATA global gFilename DATA DATA , # try to export materials DATA8 directory, mtlname = os.path.split(gFilename.val) DATA mtlname = name + ".mtl" DATA4 D filename = os.path.join(directory, mtlname) DATA$ file = open(filename, "w") DATA DATA< < file.write("# Materials for %s.\n" % (name + ".obj")) DATA, file.write("# Created by Blender.\n") DATAl file.write("# These files must be in the same directory for the materials to be read correctly.\n\n") DATA DATA MatList = Material.Get() DATA T DATA counter = 1 DATA found = 0 DATA DATA( T for material in MeshMaterials: DATA for mtl in MtlList: DATA if material == mtl: DATA \ found = 1 DATA DATA$ MtlList.append(material) DATA D DATA if found == 0: DATA4 file.write("newmtl %s \n" % material) DATA L index = 0 DATA( while index < len(MatList): DATA4 if material == MatList[index].name: DATA( T mtl = MatList[index] DATA( index = len(MatList) DATA found = 1 DATA4 \ index = index + 1 DATA DATA if found == 1: DATA$ T alpha = mtl.Alpha DATAT file.write(" Ka %s %s %s \n" % (1-alpha, 1-alpha, 1-alpha)) DATAL 4 file.write(" Kd %s %s %s \n" % (mtl.R, mtl.G, mtl.B)) DATAX file.write(" Ks %s %s %s \n" % (mtl.SpecR, mtl.SpecG, mtl.SpecB)) DATA0 D file.write(" illum 1\n") DATA else: DATA@ file.write(" Ka %s %s %s \n" % (0, 0, 0)) DATA@ l file.write(" Kd %s %s %s \n" % (1, 1, 1)) DATA@ file.write(" Ks %s %s %s \n" % (1, 1, 1)) DATA0 \ file.write(" illum 1\n") DATA DATA found = 0 DATA D DATA | file.flush() DATA file.close() DATA DATA@ D #=========================================================== DATA< def Standard(faces, Vertices, has_uvco, FILE, ObjName): DATA@ 4 #=========================================================== DATA global vertexcount DATA global uvcount DATA L global multiflag DATA DATA uvPtrs = [] DATA uvList = [] DATA \ DATA, FILE.write("o %s\n\n" % (ObjName)) DATA, FILE.write("g %s\n\n" % (ObjName)) DATA d DATA for v in Vertices: DATA vert = v.co DATA < if multiflag == 1: DATA, vert = Alter(vert, Transform) DATA x, y, z = vert DATA T DATA4 FILE.write("v %s %s %s\n" % (x, y, z)) DATA DATA < uv_flag = 0 DATA for face in faces: DATA( for uv in face.uv: DATA 4 found = 0 DATA | index = len(uvList) DATA limit = 0 DATA$ if len(uvList)-200 > 0: DATA( t limit = len(uvList)-200 DATA0 while index > limit and found == 0: DATA, 4 uv_value = uvList[index-1] DATAD if uv[0] == uv_value[0] and uv[1] == uv_value[1]: DATA0 uvPtrs.append(index+uvcount) DATA | found = 1 DATA$ index = index - 1 DATA , if found == 0: DATA$ uvList.append(uv) DATA$ index = len(uvList) DATA, 4 uvPtrs.append(index+uvcount) DATA u, v = uv DATA4 FILE.write("vt %s %s\n" % (u, v)) DATA \ uv_flag = 1 DATA DATA( if has_uvco and uv_flag == 0: DATA D for v in Vertices: DATA u, v, z = v.uvco DATA u = (u-1)/2 DATA < v = (v-1)/2 DATA0 FILE.write("vt %s %s\n" % (u, v)) DATA DATA 4 for v in Vertices: DATA$ x, y, z = v.no DATA4 FILE.write("vn %s %s %s\n" % (x, y, z)) DATA L DATA p = 0 DATA uvindex = 0 DATA total = len(faces) DATA l DATA for face in faces: DATA p = p+1 DATA D if (p%1000) == 0: DATAL print ("Progress = "+ str(p)+ " of "+ str(total) +" faces") DATA $ DATA \ FILE.write("f ") DATA, for index in range(len(face.v)): DATA4 v = face.v[index].index + vertexcount DATA$ if len(face.uv) > 0: DATAH FILE.write("%s/%s/%s " % (v+1, uvPtrs[uvindex], v+1)) DATA$ T uvindex = uvindex+1 DATA elif has_uvco: DATA< FILE.write("%s/%s/%s " % (v+1, v+1, v+1)) DATA( | else: DATA4 FILE.write("%s//%s " % (v+1, v+1)) DATA < FILE.write("\n") DATA DATA4 vertexcount = vertexcount + len(Vertices) DATA( 4 uvcount = uvcount + len(uvList) DATA DATA@ print("Export of " +str(ObjName)+ ".obj finished.\n") DATA < DATAH t #===================================================================== DATAL def UseLayers(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name): DATAH t #===================================================================== DATA global vertexcount DATA D global uvcount DATA global multiflag DATA DATA uvPtrs = [] DATA T uvList = [] DATA DATA8 FILE.write("mtllib %s\n\n" % (Name + ".mtl")) DATA, < FILE.write("g %s\n\n" % (ObjName)) DATA DATA for v in Vertices: DATA 4 vert = v.co DATA | if multiflag == 1: DATA0 vert = Alter(vert, Transform) DATA < x, y, z = vert DATA4 FILE.write("v %s %s %s\n" % (x, y, z)) DATA DATA 4 uv_flag = 0 DATA0 | for m in range(len(MtlList)): DATA for face in faces: DATA < if face.mat == m: DATA$ for uv in face.uv: DATA found = 0 DATA( D index = len(uvList) DATA limit = 0 DATA, if len(uvList)-200 > 0: DATA0 \
limit = len(uvList)-200 DATA8
while index > limit and found == 0: DATA4 , uv_value = uvList[index-1] DATAL if uv[0] == uv_value[0] and uv[1] == uv_value[1]: DATA8 uvPtrs.append(index+uvcount) DATA$ found = 1 DATA, index = index - 1 DATA$ D
if found == 0: DATA,
uvList.append(uv) DATA, index = len(uvList) DATA4 l uvPtrs.append(index+uvcount) DATA$ u, v = uv DATA< , FILE.write("vt %s %s\n" % (u, v)) DATA( uv_flag = 1 DATA DATA( 4 if has_uvco and uv_flag == 0: DATA for v in Vertices: DATA u, v, z = v.uvco DATA < u = (u-1)/2 DATA( v = (v-1)/2 DATA0 FILE.write("vt %s %s\n" % (u, v)) DATA D DATA | for v in Vertices: DATA$ x, y, z = v.no DATA4 , FILE.write("vn %s %s %s\n" % (x, y, z)) DATA DATA total = len(faces) DATA $ p = 0 DATA l uvindex = 0 DATA0 for m in range(len(MtlList)): DATA4 FILE.write("usemtl %s\n" % (MtlList[m])) DATA for face in faces: DATA if face.mat == m: DATA 4 p = p+1 DATA$ | if (p%1000) == 0: DATAP print ("Progress = "+ str(p)+ " of "+ str(total) +" faces") DATA \ DATA$ FILE.write("f ") DATA4 for index in range(len(face.v)): DATA< T v = face.v[index].index + vertexcount DATA( if len(face.uv) > 0: DATAL $ FILE.write("%s/%s/%s " % (v+1, uvPtrs[uvindex], v+1)) DATA, uvindex = uvindex+1 DATA$ elif has_uvco: DATA@ l FILE.write("%s/%s/%s " % (v+1, v+1, v+1)) DATA0 else: DATA< L FILE.write("%s//%s " % (v+1, v+1)) DATA$ FILE.write("\n") DATA DATA4 T vertexcount = vertexcount + len(Vertices) DATAT print("Export of " +str(ObjName)+ ".obj using material layers finished.\n") DATA D DATAD | #================================================================== DATAH def UseMtl(faces, Vertices, MtlList, has_uvco, FILE, ObjName, Name): DATAD l #================================================================== DATA global vertexcount DATA < global multiflag DATA DATA8 FILE.write("mtllib %s\n\n" % (Name + ".mtl")) DATA, $ FILE.write("o %s\n\n" % (ObjName)) DATA DATA index = 0 DATA ! VertexList = [] DATA T! for vertex in Vertices: DATA ! VertexList.append(-1) DATA " index = index + 1 DATA@ \" print("number of vertices is " +str(len(VertexList))) DATA " DATA # Totalindex = 0 DATA T# ix = 0 DATA # NewVertexList = [] DATA # NewVertexCo = [] DATA0 <$ for m in range(len(MtlList)): DATA4 $ # Group name is the name of the mesh DATA$ % if MtlList[m]: DATA< d% FILE.write("g %s\n" % (MtlList[m]+str(m+1))) DATA % else: DATA8 $& FILE.write("g %s\n" % ("Null"+str(m+1))) DATA$ & FILE.write("s off\n\n") DATA & DATA8 ,' FILE.write("usemtl %s\n\n" % (MtlList[m])) DATA ' DATA ' for face in faces: DATA $( if face.mat == m: DATA( |( for vertex in face.v: DATA( ( v = vertex.index DATA, ,) if VertexList[v] < 0: DATA4 ) VertexList[v] = Totalindex DATA0 ) NewVertexList.append(v) DATA4 d* Totalindex = Totalindex + 1 DATA * DATA, + for v_old in NewVertexList: DATA, l+ vert = Vertices[v_old].co DATA$ + if multiflag == 1: DATA0 ,, vert = Alter(vert, Transform) DATA( , x, y, z = vert DATA8 , FILE.write("v %s %s %s\n" % (x, y, z)) DATA, T- NewVertexCo.append([x,y,z]) DATA - DATA - if has_uvco: DATA, <. for v_old in NewVertexList: DATA4 . u, v, z = Vertices[v_old].uvco DATA / u = (u-1)/2 DATA, d/ v = (v-1)/2 DATA4 / FILE.write("vt %s %s\n" % (u, v)) DATA 40 DATA( l0 for v_old in NewVertexList: DATA4 0 x, y, z = Vertices[v_old].no DATA8 ,1 FILE.write("vn %s %s %s\n" % (x, y, z)) DATA 1 DATA 1 for face in faces: DATA $2 if face.mat == m: DATA$ |2 FILE.write("f ") DATA4 2 for index in range(len(face.v)): DATA, <3 v = face.v[index].index DATA, 3 v_new = VertexList[v] DATA8 4 if has_uvco: DATAL t4 FILE.write("%s/%s/%s " % (v_new+1, v_new+1, v_new+1)) DATA0 4 else: DATAD d5 FILE.write("%s//%s " % (v_new+1, v_new+1)) DATA$ 5 FILE.write("\n") DATA 46 DATA l6 FILE.write("\n") DATA 6 DATA 6 NewVertexList = [] DATAP T7 print("Group " +str(m+1)+ " of " +str(len(MtlList))+ " finished.") DATA 7 DATAL 8 print("Export of " +str(ObjName)+ ".obj using groups finished.\n") DATA 8 DATA, 8 #======================================== DATA( <9 def CreateMatrix(object, Transform): DATA, 9 #======================================== DATA 9 Mx = [] DATA D: My = [] DATA : Mz = [] DATA : T1 = [] DATA ; Transform = [] DATA d; DATA ; angle = object.RotX DATA ; Mx.append([1, 0, 0]) DATA ,< y = math.cos(angle) DATA t< z = -math.sin(angle) DATA < Mx.append([0, y, z]) DATA = y = math.sin(angle) DATA L= z = math.cos(angle) DATA = Mx.append([0, y, z]) DATA = DATA > angle = object.RotY DATA \> x = math.cos(angle) DATA > z = math.sin(angle) DATA > My.append([x, 0, z]) DATA 4? My.append([0, 1, 0]) DATA |? x = -math.sin(angle) DATA ? z = math.cos(angle) DATA @ My.append([x, 0, z]) DATA T@ DATA @ angle = object.RotZ DATA @ x = math.cos(angle) DATA A y = -math.sin(angle) DATA dA Mz.append([x, y, 0]) DATA A x = math.sin(angle) DATA A y = math.cos(angle) DATA ' DATA Tu u u(> DATA u uTu(D DATA u ,vut)D DATA ,v tvu)D DATA tv v,vd*4 XDATA v wtv*E DATA w LwvD+ DATA Lw ww+F DATA w wLw,D DATA w $xw|,E DATA $x lxw,H BDATA lx x$x|-# DATA x xlx-: DATA x DyxL. DATA Dy yx. %@ DATA y yDy. FDATA y zyD/ DATA z dzy/ (
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DATA D 4 DATA DATA # 20DATA< T # bruteforce (Tm) VirtauLight exporter for Blender v2.12 1-ODATA # version 1.2 4DATA$
# by jano lukac, jedovaty@yahoo.com DATA l
DATA(
# The latest version can be found here: DATA8
# http://www.drlukac.com/jano/fridge/vlightexport.py DATA d DATA import Blender210 DATA import os, re, sys DATA , from math import * DATA t from string import lower DATA DATA DATA < # DATA t # Quick start: ?DATA # DATA< # 1. Modify the two variables below: savePath and outFile. DATA@ l # Please make sure savePath exists, and do not put extensions DATA # to the outFile DATA< , # 2. Open this in Blender (if you haven't done so already) DATA0 # 3. Press alt-p over this script in Blender DATA8 # 4. Go to savePath dir and type vlight -a 8 DATAH t # 5. While you wait, read through these comments and the VirtuaLight DATA # documentation DATA< 4 # 6. For the "GI" look, use a hemi-lamp with Y rotations: DATA # -90 <= rotY => 90 DATA0 # Read the Lights section below for more info DATA \ DATA savePath = "c:/tmp/vlight/" DATA outFile = "file" DATA 4 DATA l # DATA # Comments, Docs, Notes DATA # DATA@ $ # I highly recommend you edit the output .vib and .vs files. DATA4 # See a little further down for help with lights. DATA DATA@ < # I expect you to read these comments.. if you don't, well, TS. DATA DATA@ # Running this script in blender will produce in your savePath: DATA d # 1. $outFile.vib # the scene DATA # 2. $outFile.vs # materials DATA< # 3. $filePath/Meshes/$mesh$appendor.vib # mesh structure DATA DATA # Python notes: DATAD # If you use python > 2.0, change the "re" module to "pre" at all DATA, # occurances (i.e. search and replace). DATA DATA( $ # Notes on supported Blender Objects DATA | # Camera: DATAL # If everything seems a bit skewed, change the FOV setting in this script. DATA L # Meshes: DATAH # All meshes export as TriangularPatches now, to maintain UV coords. DATAL # If you have stray vertices in a mesh (i.e. vertices but no face), you DATAD # will risk the chance of either having stray faces in the output DATAD # VIB or an empty Solid[] structure. The empty Solid[] struct DATAD # will also result with a "Parse Error". I currently have no way DATA8 # to fix this, so you will have to do it manually. DATAH d # If you get weird results, try to first "apply size/rot" to the mesh. DATAH # If you get a "parse error" in your .vib files, first check for an DATA@ T! # empty Solid[] structure in the vib, then try renaming the DATAD ! # mesh in Blender.. stuff like "Box", "Plane", and "Sphere" are DATA< D" # reserved in VirtuaLight, and will cause these errors. DATAD " # I made a basic attempt to fix this by prepending a "X" to every DATAH 4# # name. It's ugly, but it works -- can be changed in the Optional 1 DATA # # Mods sections below. 0 1DATAL $ # SetSmooth works on both triangles and qauds; however, to make it work, DATAH $ # I had to manually convert quads to tris. If you don't trust this, NDATA4 % # please convert your mesh to triangles first. DATAL l% # If you have SetSmooth on quads, and have UV textures, then UV Textures DATAH % # will be exported, but if you have problems, ctrl-t the mesh first. DATA l& # Materials: DATAH & # I default to PlainSurfaces, and just use basic settings, because, CONDATAD ,' # although the settings are available in blender, I cannot get to DATA8 ' # them via python. You can manually transcribe them. DATA@ ( # If you want to use textures, use FaceSelect mode in blender DATA@ ( # to assign UV coordinates. Then read how to apply textures DATAH ( # in the VirtauLight sepcifications PDF included with said program DATAH t) # No access to blender's SpTr yet, so use alpha to determine Kt. I typDATAH ) # default to an Index of Refraction to 1.3333 (glass), and use the DATA8 d* # material "Mir" RGB sliders to affect the colors. ;DATAH * # You can change specularity type in the Optional mods section below DATA D+ # Lights: DATAH + # This is the fun one. VirtuaLight has SO MANY lights, it's not even DATAH , # funny. I chose the corresponding lights based on functionality, DATAH |, # but *NOT* on name -- it's a bit confusing at fist, but you'll get d DATAL , # used to it. Here is how I translate between VirtuaLight and Blender: DATA$ |- # AreaLight(bulb): Lamp + sphere DATA< - # AreaLight(plane): Lamp + square (not implemented yet) DATA L. # BlackHole: Lamp + negative DATA . # DirectionalLight: Sun DATA . # PointLight: Lamp DATA D/ # SkyLight+Sunlight: Hemi DATA / # SpotLight: Spot iF DATAD / # Note that "ClipEnd" will adjust VirtualLight's Falloff variable DATA< \0 # (i.e. I couldn't find a suibtable value in blender) DATAD 0 # The QUAD button in lights (f2) will make certain lamps Quadratic DATA L1 # instead of linear. eDATAH 1 # SunLight can be incredibly bright, consider commenting it out in the DATAD 2 # scene vib file and using other lights instead. The Dist value DATAD 2 # affects the SunLight shadow; energy affects SkyLight intensity. DATAH 2 # BlackHole element "Density" is set by lamp's Distance in blender. DATA t3 # DATA$ 3 # KnownBugs with output mechanism: DATAH 4 # The script itself should always work; however, the ouput may cause d DATA< |4 # parse errors with VirtuaLight (I handle most of them). DATAL 4 # Stray vertices will cause either a parse error (due to an empty Solid[] DDATAH |5 # or extra faces in the output. Cannot be fixed without change in DATA 5 # Blender's python API. DATAH L6 # I *think* VirtuaLight will work properly if Material and Mesh names DATAD 6 # are identical. If you want to be on the safe side, make sure DATA8 <7 # all names in blender are unique before you export. DATA 7 # DATA 7 # Changes since 1.1: DATAH $8 # - added initialization for abNormals variable, as it caused fluke DATA8 8 # in some cases. Thanks to bladesman for finding it. DATA 9 # Changes since 1.0: DATAL L9 # - allow for unsmoothed quads and tris to retain UV coords by exporting DATA8 9 # all mesh as TriangularPatches instead of Polygon. DATA <: # - divide by zero fix DATA : # - documentation fix DATA : # EEDATA ; # Todo: DATA, <; # - Possible nurbs (blender api pending?) DATA0 ; # - Possible metaballs (blender api pending?) DATAD < # - Mini gui to modify stuff like lights, change mesh type, etc. EEDATA < # - Handle basic animations DATA< < # - Someone with programming experience could convert some DATA8 T= # blender procedural textures to VirtuaLight shaders BDATA@ = # - Find work.. if anyone needs a Sysadmin or Network Admin in DATA8 4> # the southern california area, please contact me ;] DATA > # DATA > DATA ? DATA D? # DATA |? # Optional Modifications DATA ? # DATAL @ # I default rounding numbers to 4. If you want more precision, change this DATAL @ # But you NEED rounding, otherwise you might get numbers with "e" in them DATA( A # and VirtuaLight doesn't handle that. DATA tA r = 4 rdDATA A DATAP A # Change "specType" to tell what type of Specular Highlights you want default DATAD lB # in your materials. I default to "Phong" because I like to say, DATA B # "BUI TUI PHONG!" DATA ,C specType = 0 DATA@ tC specHighlight = ["Phong", "Blinn", "Cook", "Reitz", "Gaussian"] DATA C DATA< $D # Change append symbol.. use only [a-z][A-Z][0-9] and/or _ DATA8 D # This symbol is appended to all meshes and materials DATA E appendor = "X" DATA LE DATA E DATA E # DATA4 E # read further.. if you dare [maniacle laughter]
DATA \F # DATA F DATA F REEDATA G # DATA( arealight+bulb DATA@ ܃ if lamp.mode[7] == "1": lampType = 0 # square->arealight+plane DATA4 T if lamp.mode[5] == "1": lampType = 1 # negative DATA0 # begin writing -- some will have to change DATAH $ VIBFILE.write("// Lamp: %s\n" % name) # Thanks to JamesK for this one DATA if lampType == 1: DATA, VIBFILE.write("%s (" % vlights[lampType]) DATA@ L VIBFILE.write("(%s,%s,%s), %s, " % (round(lampObj.loc[0],r), DATA@ Ć round(lampObj.loc[1],r), DATA@ < round(lampObj.loc[2],r), DATA4 lamp.Dist)) DATAH VIBFILE.write("'%s,%s,%s'" % (1 - lamp.R, 1 - lamp.G, 1 - lamp.B)) DATA( VIBFILE.write("*%s)\n" % lamp.Energ) DATA if lampType == 4: DATA, 4 VIBFILE.write("%s (" % vlights[lampType]) DATA, VIBFILE.write("%s, " % (lamp.Dist * 5)) DATA< VIBFILE.write("'%s,%s,%s', " % (lamp.R, lamp.G, lamp.B)) DATA( | VIBFILE.write("%s)\n" % lamp.Energ) DATA Ԋ # calculate sun light DATA8 if lampObj.rot[1] <= 90 and lampObj.rot[1] >= -90: DATA( degrees = round(lampObj.rot[1],r) DATA$ ܋ hours = 12 - int(degrees / 15) DATA$ 4 minutes = 2 * int(degrees % 30) DATAP VIBFILE.write("SunLight(%02d:%02d, %s)\n\n" % (hours, minutes, lamp.Dist)) DATA else: VIBFILE.write("\n") DATA l else: DATA0 VIBFILE.write("%s [\n" % vlights[lampType]) DATA # separate the differences DATA d if lampType == 0: DATA if lamp.mode[7] == "0": DATAL VIBFILE.write("\tBulb ((%s,%s,%s), %s)\n" % (round(lampObj.loc[0],r), DATAL round(lampObj.loc[1],r), DATAL round(lampObj.loc[2],r), DATA@ lamp.Dist)) DATA elif lampType == 2: DATAX \ lightFrom = parallelVector(lampObj.rot[0], lampObj.rot[1], lampObj.rot[2], (0,0,-1)) DATA< VIBFILE.write("\t(%s,%s,%s)\n" % (round(lightFrom[0],r), DATA< \ round(lightFrom[1],r), DATA@ Ԓ round(lightFrom[2],r))) DATA L elif lampType == 3: DATA@ VIBFILE.write("\t(%s,%s,%s)\n" % (round(lampObj.loc[0],r), DATA@ round(lampObj.loc[1],r), DATA@ round(lampObj.loc[2],r))) DATA elif lampType == 5: DATA@ D VIBFILE.write("\t(%s,%s,%s), " % (round(lampObj.loc[0],r), DATA@ round(lampObj.loc[1],r), DATA@ 4 round(lampObj.loc[2],r))) DATAX lightFrom = parallelVector(lampObj.rot[0], lampObj.rot[1], lampObj.rot[2], (0,0,-1)) DATA< 4 VIBFILE.write("(%s,%s,%s), " % (round(lightFrom[0],r), DATA< round(lightFrom[1],r), DATA< $ round(lightFrom[2],r))) DATA( VIBFILE.write("%s, " % lamp.SpoSi) DATAH # NOTE: this value is supposed to be "Falloff," but I couldn't find DATAL l # a suibtable replacement in blender for it -- so using clipEnd for now DATA( VIBFILE.write("%s, " % lamp.ClipEnd) DATA0 L VIBFILE.write("%s\n" % round(lamp.SpoBl,r)) DATA DATA, # put all similar attribs together here DATAX T VIBFILE.write("\tIntensity '%s,%s,%s'*%s\n" % (lamp.R, lamp.G, lamp.B, lamp.Energ)) DATA< ܛ # This one sets the quadratic thingy -- take a look at DATA< T # equation in blender for the quad1 and quad2 settings, DATA4 ̜ # maybe important to add as factor to INTENSITY DATA 4 if lamp.mode[0] == "1": DATA( VIBFILE.write("\tDecay QUADRATIC\n") DATA if lamp.mode[6] == "1": DATA4 < VIBFILE.write("\tLightingAttributes SHADOW\n") DATA4 elif lamp.mode[6] == "0" and lamp.mode[2] == "0": DATA4 VIBFILE.write("\tLightingAttributes SPECULAR\n") DATA t if lamp.mode[7] == "0": DATA, ̟ VIBFILE.write("\tMediaInteraction\n") DATA0 4 if lampType != 5 and lamp.mode[3] == "1": DATA0 VIBFILE.write("\tGlow %s\n" % lamp.HaInt) DATA VIBFILE.write("]\n\n") DATA \ DATA DATA ̡ # DATA # mesh export DATA L # DATA for name in meshList: DATA ̢ # Check for empty meshes DATA( $ meshObj = Blender210.getObject(name) DATA, | mesh = Blender210.getMesh(meshObj.data) DATA faces = mesh.faces DATA , if not faces: continue DATA t DATA8 # Check for "." in name, then make sure name is unique DATA fixedName = removeDot(name) DATA4 l fixedName = prepareName(fixedName, fixedMeshList) DATA$ ԥ fixedMeshList.append(fixedName) DATA , DATA8 d print "Writing mesh %s as %s..." % (name, fixedName) DATA ̦ DATA8 meshFileName = ("%s/%s.vib" % (meshPath, fixedName)) DATA$ l MESHFILE = open(meshFileName, "w") DATAP ħ MESHFILE.write("// Mesh Structure exported from Blender by bruteforce\n\n") DATA8 L MESHFILE.write("Declare %s = Solid [\n" % fixedName) DATA8 VIBFILE.write("ReadArchive \"%s\"\n" % meshFileName) DATA( VIBFILE.write("%s [\n" % fixedName) DATA t DATA materials = meshObj.materials DATA vertices = mesh.vertices DATA \ vnormals = mesh.normals DATA texcoords = mesh.texcoords DATA abNormals = 0 DATA T DATA( # get a list of materials for later DATA for material in materials: DATA < try: DATA t materialList.index(material) DATA ̬ except: DATA0 if material: materialList.append(material) DATA | DATA( # You have to add textures yourself DATA if mesh.texture: DATAd T VSFILE.write("// Mesh %s has UV Coords applied to it. If you wish to add textures,\n" % name) DATA` VSFILE.write("// please read the VirtauLight docs for more info on adding UV Textures\n\n") DATAD print "Please read the VirtuaLight docs for adding UV Textures" DATA DATA8 4 # the j is to keep track what iteration I'm on in the DATA< # "for face in faces" loop so I can make sure I'm on the DATA # right set of UV coords DATA l j = 0 DATA totalFaces = len(faces) - 1 DATA for face in faces: DATA D if face[3]: totalVerts = 4 DATA else: totalVerts = 3 DATA DATA( # gets us a normalized face normal DATA t if not face[4]: DATA8 normals = calcNormal(face, vertices, totalVerts - 3) DATA8 $ # if we have a divide by zero in normal calculation, DATA4 # then we absolutley have a stray vertex or two DATA if normals == "stray": DATA L totalFaces = totalFaces - 1 DATA abNormals = 1 DATA, print "WARNING: stray vertices found" DATA4 T print "WARNING: output may not be as expected" DATA continue DATA DATA < # triangles DATA if not (totalVerts - 3): DATA0 ܷ MESHFILE.write("\tShape [TriangularPatch (") DATA D for i in range(totalVerts): DATAD MESHFILE.write("(%s,%s,%s), " % (round(vertices[face[i]][0],r), DATAD round(vertices[face[i]][1],r), DATAH round(vertices[face[i]][2],r))) DATA@ # use vertex normals if smoothed, else print face normal DATA | if face[4]: DATAD ĺ MESHFILE.write("(%s,%s,%s)" % (round(vnormals[face[i]][0],r), DATAD < round(vnormals[face[i]][1],r), DATAD round(vnormals[face[i]][2],r))) DATA , else: DATA< t MESHFILE.write("(%s,%s,%s)" % (round(normals[0],r), DATA< round(normals[1],r), DATA< d round(normals[2],r))) DATA ܽ # add texcoords, if any DATA 4 if texcoords: DATA@ | MESHFILE.write(" UV=%s,%s" % (round(texcoords[j][i][0],r), DATAD round(texcoords[j][i][1],r))) DATA4 l if i != totalVerts - 1: MESHFILE.write(", ") DATA$ Կ # create triangle if face is QUAD DATA , # So who's your daddy now? DATA else: DATA0 MESHFILE.write("\tShape [TriangularPatch (") DATA$ $ for i in range(totalVerts - 1): DATAD | MESHFILE.write("(%s,%s,%s), " % (round(vertices[face[i]][0],r), DATAD round(vertices[face[i]][1],r), DATAH l round(vertices[face[i]][2],r))) DATA@ # use vertex normals if smoothed, else print face normal DATA \ if face[4]: DATAD MESHFILE.write("(%s,%s,%s)" % (round(vnormals[face[i]][0],r), DATAD round(vnormals[face[i]][1],r), DATAD round(vnormals[face[i]][2],r))) DATA else: DATA< T MESHFILE.write("(%s,%s,%s)" % (round(normals[0],r), DATA< round(normals[1],r), DATA< D round(normals[2],r))) DATA # add texcoords, if any DATA if texcoords: DATA@ \ MESHFILE.write(" UV=%s,%s" % (round(texcoords[j][i][0],r), DATAD round(texcoords[j][i][1],r))) DATA L if i != totalVerts - 2: DATA MESHFILE.write(", ") DATA else: DATA, D if materials and materials[face[5]]: DATA8 fixedMatName = removeDot(materials[face[5]], 0) DATA@ fixedMatName = prepareName(fixedMatName, materialList, 0) DATA4 MESHFILE.write(") %s ]+\n" % fixedMatName) DATA else: DATA < MESHFILE.write(") ]+\n") DATA0 MESHFILE.write("\tShape [TriangularPatch (") DATA$ for i in range(totalVerts - 1): DATA T I = i + 2 DATA$ if I > (totalVerts - 1): I = 0 DATAD MESHFILE.write("(%s,%s,%s), " % (round(vertices[face[I]][0],r), DATAD l round(vertices[face[I]][1],r), DATAH round(vertices[face[I]][2],r))) DATA@ \ # use vertex normals if smoothed, else print face normal DATA if face[4]: DATAD MESHFILE.write("(%s,%s,%s)" % (round(vnormals[face[I]][0],r), DATAD round(vnormals[face[I]][1],r), DATAD round(vnormals[face[I]][2],r))) DATA else: DATA< MESHFILE.write("(%s,%s,%s)" % (round(normals[0],r), DATA< D round(normals[1],r), DATA< round(normals[2],r))) DATA 4 # add texcoords, if any DATA if texcoords: DATA@ MESHFILE.write(" UV=%s,%s" % (round(texcoords[j][I][0],r), DATAD L round(texcoords[j][I][1],r))) DATA$ if I != 0: MESHFILE.write(", ") DATA, # if the face has material, add it here DATA( if materials and materials[face[5]]: DATA4 fixedMatName = removeDot(materials[face[5]], 0) DATA@ D fixedMatName = prepareName(fixedMatName, materialList, 0) DATA, MESHFILE.write(") %s ]" % fixedMatName) DATA $ else: MESHFILE.write(") ]") DATA, | # if faces still exist, csg them with (+) DATA, if j == totalFaces: MESHFILE.write("\n") DATA@ L elif j == totalFaces - 1 and abNormals: MESHFILE.write("\n") DATA else: MESHFILE.write("+\n") DATA DATA T j = j + 1 DATA DATA abNormals = 0 DATA DATA$ T # Prints out the final material DATA MESHFILE.write("]\n\n") DATA MESHFILE.close() DATA L DATA DATAT # I apply the transformations DIRECT, rather than using Blender's "loc, rot, size" DATA< D # because I was getting some weird ass results. *shrug* DATA0 #VIBFILE.write("\tTransformationStack [\n") DATA8 $ VIBFILE.write("\tTransform (\n\t\t\t%s,%s,%s,%s," \ DATA8 "\n\t\t\t%s,%s,%s,%s," \ DATA8 "\n\t\t\t%s,%s,%s,%s," \ DATA8 \ "\n\t\t\t%s,%s,%s,%s" \ DATA, "\n\t\t)" % ( DATA$ , round(meshObj.matrix[0][0],r), DATA$ round(meshObj.matrix[0][1],r), DATA$ round(meshObj.matrix[0][2],r), DATA$ 4 round(meshObj.matrix[0][3],r), DATA$ round(meshObj.matrix[1][0],r), DATA$ round(meshObj.matrix[1][1],r), DATA$ < round(meshObj.matrix[1][2],r), DATA$ round(meshObj.matrix[1][3],r), DATA$ round(meshObj.matrix[2][0],r), DATA$ D round(meshObj.matrix[2][1],r), DATA$ round(meshObj.matrix[2][2],r), DATA$ round(meshObj.matrix[2][3],r), DATA$ L round(meshObj.matrix[3][0],r), DATA$ round(meshObj.matrix[3][1],r), DATA$ round(meshObj.matrix[3][2],r), DATA( T round(meshObj.matrix[3][3],r))) DATA #VIBFILE.write("\t]\n") DATA VIBFILE.write("]\n\n") DATA L DATA DATA # DATA # material export DATA < # DATA t materialList.sort() DATA for name in materialList: DATA8 # Check for "." in name, then make sure name is unique DATA | fixedName = removeDot(name) DATA4 fixedName = prepareName(fixedName, fixedMatList) DATA < fixedMatList.append(fixedName) DATA< print "Writing material %s as %s..." % (name, fixedName) DATA, material = Blender210.getMaterial(name) DATAD t VSFILE.write("Declare %s = Shader [ PlainSurface [\n" % fixedName) DATAP VSFILE.write("\tColor '%s,%s,%s'\n" % (material.R, material.G, material.B)) DATA t if material.Emit >= 0.1: DATA, VSFILE.write("\tKa %s\n" % material.Emit) DATA, 4 VSFILE.write("\tKd %s\n" % material.Ref) DATAl VSFILE.write("\tKs (%s, '%s,%s,%s')\n" % (material.Spec, material.SpecR, material.SpecG, material.SpecB)) DATAl D VSFILE.write("\t%sSpecularBRDF %s\n" % (specHighlight[specType], (-45*material.Hard)/254 + (45*255)/254)) DATA| VSFILE.write("\tKt (%s, %s, '%s,%s,%s')\n" % (1.0 - material.Alpha, 1.333, material.MirR, material.MirG, material.MirB)) DATA VSFILE.write("\t]\n]\n\n") DATA DATA 4 DATA l VIBFILE.close() DATA VSFILE.close() DATA DATA$ 4 print "GI Blender... complete\n" DATA sys.stdout.flush() TX d ,% ^ TXwalkomatic0.49.7.py x H - { DATA4 x c:\Program\Python20\walkomatic\walkomatic0.49.7.py mDATA - |- 4& FREEDATA |- 4--<> FREEDATA 4- \|-$Y FREEDATA \ 4-= FREEDATA \H FREEDATA L FREEDATA w7 FREEDATA 4 X FREEDATA 4 \ FREEDATA \ <4 < FREEDATA < \ Լ> FREEDATA < FREEDATA |PV FREEDATA #l] FREEDATA # l# $a FREEDATA l# $##Um FREEDATA $# "l#r FREEDATA " "$#,T FREEDATA " T"d FREEDATA T 42"DM FREEDATA 42 1TM FREEDATA 1 |242W FREEDATA |2 21Y FREEDATA 2 3|2 FREEDATA 3 T32LD FREEDATA T3 L" 3LY FREEDATA L" ,/T3X FREEDATA ,/ t/L"M 13 0DATA t/ /,/ 03 0DATA / t/@ 26 0DATA Ժ/$B 23 0DATA Ժ A 74 0DATA dԺK 25 0DATA d d2 26 0DATA dDJ 38 0DATA <D 22 0DATA < lC 65 0DATA ̼< ` 05 0DATA ̼ a 89 0DATA \̼Dw5 03 0DATA \ 18 0DATA \< 56 0DATA 4 16 0DATA 4 |L 78 0DATA | ľ4K 96 0DATA ľ |v( 61 0DATA Tľ 10 0DATA T Y 99 0DATA ԃT 62 0DATA ԃ 17 0DATA dԃtv- 44 0DATA d Y 02 0DATA d|) 68 0DATA < 60 0DATA < # 69 0DATA ̅<D 14 0DATA ̅ 14 0DATA \̅* 58 0DATA \ 12 0DATA 4\L 99 0DATA 4 | v. 13 0DATA | 4ć 02 0DATA T|\ 23 0DATA T 45 0DATA TD 67 0DATA t, 00 0DATA t ~ 29 0DATA tu* 72 0DATA L 24 tDATA ( t ;> 27 tDATA t ( 57 tDATA
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3 b2"B>`Y30 ? ? ? ? ? ? ? ? ? 6?hd3 ed=.?X mX4? |z,v4 ? ?sY\< <3 ֳ ?3 J>q\V ?<?Cs <2 )=2+ ? u ? ?I3$ ? ?Sꗳ aֳ ?F$3 M? ?GLOB p P \ DNA1 D $ SDNANAME *next *prev *first *last x y z w xmin xmax ymin ymax *newid *lib name[24] us flag pad id *idblock *filedata name[160] tot curve cur blocktype showkey pos totelem type rt *data *refkey elemstr[32] elemsize curval block *ipo *from totkey slurph actkey **scripts *flag actscript totscript *line len blen *name flags nlines lines *curl *sell curc selc *undo_buf undo_pos undo_len *compiled size seek drawzoom hold clipsta clipend netsta netend lens drawsize hololen hololen1 scriptlink *anim *ibuf *mipmap[10] ok lastframe lastquality tpageflag totbind xrep yrep twsta twend bindcode *repbind *packedfile lastupdate animspeed reserved1 texco mapto maptoneg blendtype *object *tex projx projy projz mapping ofs[3] size[3] texflag colormodel r g b k def_var colfac norfac varfac *handle *pname *stnames stypes vars *varstr *result *cfra data[32] (*doit)() (*callback)() version a ipotype data[16] *ima *cube[6] imat[4][4] stype notlay cuberes noisesize turbul bright contrast rfac gfac bfac filtersize noisedepth noisetype imaflag cropxmin cropymin cropxmax cropymax xrepeat yrepeat extend frames offset sfra fie_ima *nor *plugin *coba *env fradur[4][2] mode totex energy dist spotsize spotblend haint att1 att2 bufsize samp shadspotsize bias soft texact shadhalostep *mtex[8] lay specr specg specb mirr mirg mirb ambr ambb ambg amb emit ang spectra alpha ref spec zoffs add kfac har seed1 seed2 mode2 flarec starc linec ringc hasize flaresize subsize flareboost rgbsel pr_type septex pr_back pr_lamp pad1 *ren friction fh reflect fhdist xyfrict dynamode name[256] scale selcol expx expy expz rad rad2 s maxrad2 *mat *imat *bb elems disp **mat totcol loc[3] rot[3] wiresize rendersize thresh vec[3][3] alfa s[3][2] h1 h2 f1 f2 f3 hide vec[4] s[2] mat_nr pntsu pntsv resolu resolv orderu orderv flagu flagv *knotsu *knotsv *bp *bezt nurb *bevobj *textoncurve *path *key bev *orco pathlen bevresol width ext1 ext2 spacemode spacing linedist shear fsize xof yof *str family[24] *vfont maxrct totrct adrcode vartype totvert ipo extrap bitmask v1 v2 v3 v4 puno edcode *tpage uv[4][2] col[4] transp tile def_nr weight *dw totweight co[3] no[3] co[2] effect *mface *dface *tface *mvert *dvert *mcol *msticky *texcomesh *oc *sumohandle totface smoothresh subdiv subdivr reserved2 reserved3 cubemapsize rtf pntsw typeu typev typew *def name[32] partype par1 par2 par3 parsubstr[32] *pardata *parent *track *action *pose *activecon constraintChannels network defbase dloc[3] orig[3] dsize[3] drot[3] quat[4] dquat[4] obmat[4][4] parentinv[4][4] colbits transflag ipoflag trackflag upflag ipowin scaflag scavisflag boundtype dupon dupoff dupsta dupend sf ctime mass damping inertia formfactor dummy_1 rdamping sizefac dt dtx actcol prop sensors controllers actuators bbsize[3] dfras actdef gameflag gameflag2 anisotropicFriction[3] constraints nlastrips mistype horr horg horb hork zenr zeng zenb zenk ambk fastcol exposure gravity activityBoxRadius skytype misi miststa mistdist misthi starr starg starb stark starsize starmindist stardist starcolnoise dofsta dofend dofmin dofmax hemires maxiter drawtype subshootp subshoote nodelim maxsublamp pama pami elma elmi maxnode convergence radfac gamma sx sy *lpFormat *lpParms cbFormat cbParms fccType fccHandler dwKeyFrameEvery dwQuality dwBytesPerSecond dwFlags dwInterleaveEvery *avicodecdata cfra efra images framapto framelen blurfac edgeR edgeG edgeB fullscreen xplay yplay freqplay depth attrib rt1 rt2 stereomode pad[3] maximsize xsch ysch xasp yasp xparts yparts safety border winpos planes imtype bufflag quality scemode alphamode dogamma osa frs_sec edgeint same_mat_redux pad_3[3] postmul postgamma postadd postigamma backbuf[160] pic[160] ftype[160] col[3] pad2 pad3 *camera *world *set base *basact *group cursor[3] *fcam *ed *radio framing zoom blend xim yim *rect spacetype *area viewmat[4][4] viewinv[4][4] persmat[4][4] persinv[4][4] viewquat[4] persp view *bgpic *localvd localview layact scenelock around camzoom grid near far mx my mxo myo gridlines viewbut vert hor mask min[2] max[2] minzoom maxzoom scroll keeptot keepaspect keepzoom rowbut v2d *editipo ipokey totipo pin butofs channel menunr lock cursens curact mainb mainbo *lockpoin texnr texfrom showgroup rectx recty cury modeltype scriptblock pad3[7] *anim_linked_sipo *filelist totfile title[24] dir[160] file[80] ofs sort maxnamelen collums *libfiledata retval menu act (*returnfunc)() *menup oops visiflag *image imanr curtile *text top viewlines font_id lheight left pix_per_line txtscroll txtbar *py_draw *py_event *py_button *py_globaldict title[28] fase subfase mouse_move_redraw imafase dirsli dirsli_lines dirsli_sx dirsli_ey dirsli_ex dirsli_h imasli fileselmenuitem imasli_sx imasli_ey imasli_ex imasli_h dssx dssy dsex dsey desx desy deex deey fssx fssy fsex fsey dsdh fsdh fesx fesy feex feey infsx infsy infex infey dnsx dnsy dnw dnh fnsx fnsy fnw fnh fole[128] dor[128] file[128] dir[128] *firstdir *firstfile topdir totaldirs hilite topfile totalfiles image_slider slider_height slider_space topima totalima curimax curimay *first_sel_ima *hilite_ima total_selected ima_redraw *cmap *arg1 dupflag savetime tempdir[64] fontdir[64] renderdir[64] textudir[64] plugtexdir[64] plugseqdir[64] pythondir[64] sounddir[64] versions vrmlflag gameflags vertbase edgebase areabase *scene startx endx starty endy sizex sizey scenenr screennr full mainwin winakt *newv vec *v1 *v2 *v3 *v4 *full winmat[4][4] headrct winrct headwin win headertype butspacetype winx winy head_swap head_equal win_swap win_equal headbutlen headbutofs cursor spacedata uiblocks *curscreen displaymode fileflags name[40] *se1 *se2 *se3 nr done *stripdata dir[80] orx ory name[80] *newseq start startofs endofs startstill endstill machine startdisp enddisp mul handsize *strip *curelem facf0 facf1 *seq1 *seq2 *seq3 seqbase *seqbasep metastack buttype sta end lifetime totpart seed normfac obfac randfac texfac randlife force[3] damp nabla vectsize defvec[3] mult[4] life[4] child[4] mat[4] texmap curmult staticstep *keys height narrow speed minfac timeoffs *ob premat[4][4] postmat[4][4] vec[3] fac leno alphao eff[2] iter lastfra limbbase eff[3] effg[3] effn[3] mem slow toty totx xyconstraint totdef def_scroll limb_scroll dx dy *id link otype data old *poin *oldpoin resetdist lastval *ma key qual qual2 targetName[32] toggleName[32] value[32] maxvalue[32] materialName[32] damptimer angle range axis delay propname[32] matname[32] axisflag *fromObject subject[32] body[32] pulse freq totlinks **links invert freq2 str[128] *mynew inputs totslinks **slinks val valo pad5 time *act blendin priority stridelength strideaxis sndnr *sound makecopy copymade pad[1] track volume *me linVelocity[3] localflag forceloc[3] forcerot[3] linearvelocity[3] angularvelocity[3] addedlinearvelocity[3] anotherpad[4] butsta butend min max visifac minloc[3] maxloc[3] minrot[3] maxrot[3] distribution int_arg_1 int_arg_2 float_arg_1 float_arg_2 toPropName[32] *toObject bodyType filename[64] loadaniname[64] go accelleration maxspeed maxrotspeed maxtiltspeed rotdamp tiltdamp speeddamp *sample *newpackedfile *snd_sound panning attenuation pitch min_gain max_gain distance loopstart loopend channels highprio pad[6] gain dopplerfactor dopplervelocity numsoundsblender numsoundsgameengine *gkey padf okey gobject gkey *active childbase roll head[3] tail[3] parmat[4][4] defmat[4][4] irestmat[4][4] posemat[4][4] bonebase chainbase res1 res2 res3 chanbase *achan *pchan actnr name[30] enforce offset[3] orient[3] roll[3] *tar tolerance iterations subtarget[32] cacheeff[3] cachemat[4][4] zmin zmax actstart actend stridelen repeat blendout TYPE char uchar short ushort int long ulong float double void Link ListBase vec2s vec2i vec2f vec2d vec3i vec3f vec3d vec4i vec4f vec4d rcti rctf ID Library FileData Ipo KeyBlock Key ScriptLink TextLine Text PackedFile Camera Image anim ImBuf MTex Object Tex PluginTex CBData ColorBand EnvMap Lamp Wave Material VFont VFontData MetaElem MetaBall BoundBox BezTriple BPoint Nurb Curve Path IpoCurve MFace MFaceInt TFace MDeformWeight Bone MDeformVert MVert MCol MSticky Mesh OcInfo Lattice bDeformGroup bAction bPose bConstraintChannel World Radio Base AviCodecData RenderData GameFraming Scene Group FreeCamera BGpic View3D SpaceLink ScrArea View2D SpaceInfo SpaceIpo SpaceButs SpaceSeq SpaceFile direntry BlendHandle SpaceOops SpaceImage SpaceNla SpaceText SpaceImaSel ImaDir OneSelectableIma UserDef bScreen ScrVert ScrEdge FileGlobal StripElem Strip PluginSeq Sequence Editing Effect BuildEff PartEff Particle WaveEff Deform Limb Ika Oops bProperty bNearSensor bMouseSensor bTouchSensor bKeyboardSensor bPropertySensor bCollisionSensor bRadarSensor bRandomSensor bRaySensor bMessageSensor bSensor bController bExpressionCont bPythonCont bActuator bAddObjectActuator bActionActuator bSoundActuator bSound bCDActuator bEditObjectActuator bSceneActuator bPropertyActuator bObjectActuator bIpoActuator bCameraActuator bConstraintActuator bGroupActuator bRandomActuator bMessageActuator bGameActuator bVisibilityActuator bSample bSoundListener SpaceSound GroupKey ObjectKey GroupObject bArmature bPoseChannel bActionChannel SpaceAction bConstraint bKinematicConstraint bTrackToConstraint bRotateLikeConstraint bLocateLikeConstraint bActionConstraint bFollowPathConstraint bRotationConstraint bActionStrip TLEN 0 P t d l ( P P x 4 @ H < 0 P < L , @ , ( 0 D ( $ p D h d @ l 8 ( , @ 0 , H h H , ( l D L P < < @ L x 0 8 4 8 l @ 0 p P < ` | , , , 8 8 STRC
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