def readFile(fileTree, fileList, fileID):
# fileID = fileID.upper()
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file '+fileID+' is empty')
data = data[0]
if data['resourceType'] == '415D9568': #mesh (textures looked up)
print 'Exporting '+data['fileName']
readModel(fileTree, fileList, fileID)
exportOBJ(fileTree, fileList, fileID)
elif data['resourceType'] == 'AC2BBF68': #datablock (includes world data)
exportDataBlockModels(fileTree, fileList, fileID)
elif data['resourceType'] == 'A2B7E917': #texture
exportTexture(fileTree, fileList, fileID)
elif data['resourceType'] == '85C817C3': #material (containing textures)
textureIDs = getMaterialIDs(fileTree, fileList, fileID)
if textureIDs == None:
return
else:
for hexid in textureIDs:
exportTexture(fileTree, fileList, textureIDs[hexid])
elif data['resourceType'] =='C69A7F31': #fakes
exportFakes(fileTree, fileList, fileID)
else:
if 'dev' in sys.argv:
reload(formatFile) # for development
formatFile.topLevelFormat(fileTree, fileList, fileID)
def onClick(self, event):
fileID = self.fileTree.selection()[0]
if len(fileID.split('|')) == 3 and len(
self.fileTree.get_children(fileID)) == 0:
decompressDatafile(self.fileTree, self.fileList,
fileID.split('|')[2],
fileID.split('|')[1])
def info(self, input=None):
if self.search.get() == '' and input == None:
return
if self.search.get() != '':
fileID = self.search.get().replace(' ', '').upper()
if input != None:
fileID = input.replace(' ', '').upper()
if not tempFiles.exists(fileID):
decompressDatafile(self.fileTree, self.fileList, fileID)
if not tempFiles.exists(fileID):
raise Exception()
print fileID
print tempFiles.read(fileID)
def readID(fileTree, fileList, fIn, fOut):
val = fIn.read(8)
fileID = BEHEX2(val)
if dev:
fOut.write(hexSpaces(val))
fOut.write('\t\t')
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
fOut.write('Unknown File ID')
else:
data = data[0]
fOut.write(data["fileName"])
fOut.write('\t\t')
fOut.write(data["resourceType"])
fOut.write('\n')
return fileID
def exportFakes(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
fIn = open(data['dir'], 'rb')
fReadIn = fIn.read()
fIn.close()
files = fReadIn.split(binascii.unhexlify('000000000000000024B57FD7'))[1:]
fileIDList = []
for n in files:
if binascii.unhexlify('298D65EC') not in n:
continue
fileContainer = {}
fileContainer['transformationMtx'] = [[], [], [], []]
fileContainer['transformationMtx'][0].append(float32(n[15:19]))
fileContainer['transformationMtx'][1].append(float32(n[19:23]))
fileContainer['transformationMtx'][2].append(float32(n[23:27]))
fileContainer['transformationMtx'][3].append(float32(n[27:31]))
fileContainer['transformationMtx'][0].append(float32(n[31:35]))
fileContainer['transformationMtx'][1].append(float32(n[35:39]))
fileContainer['transformationMtx'][2].append(float32(n[39:43]))
fileContainer['transformationMtx'][3].append(float32(n[43:47]))
fileContainer['transformationMtx'][0].append(float32(n[47:51]))
fileContainer['transformationMtx'][1].append(float32(n[51:55]))
fileContainer['transformationMtx'][2].append(float32(n[55:59]))
fileContainer['transformationMtx'][3].append(float32(n[59:63]))
fileContainer['transformationMtx'][0].append(float32(n[63:67]))
fileContainer['transformationMtx'][1].append(float32(n[67:71]))
fileContainer['transformationMtx'][2].append(float32(n[71:75]))
fileContainer['transformationMtx'][3].append(float32(n[75:79]))
visualLoc = n.find(binascii.unhexlify('298D65EC'))
fileContainer['fileID'] = BEHEX2(n[visualLoc + 8:visualLoc +
16]).upper()
fileIDList.append(fileContainer)
exportOBJMulti(fileTree, fileList, fileID, fileIDList)
def topLevelFormat(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
log.info(__name__, 'Formatting ' + fileID + ':' + data["fileName"])
fIn = open(data["dir"], 'rb')
if dev:
fOut = open(data["dir"] + '.format', 'w')
else:
fOut = None
fileContainer = {}
# file header
readStr(fIn, fOut, 2)
fileContainer['fileID'] = readID(fileTree, fileList, fIn, fOut)
fileContainer['fileType'] = readType(fIn, fOut)
fOutWrite(fOut, '\n')
subFileContainer = recursiveFormat(fileTree, fileList,
data["resourceType"], fIn, fOut)
for key in subFileContainer:
fileContainer[key] = subFileContainer[key]
fileContainer['readRest'] = ReadRest(fIn, fOut)
fIn.close()
if dev:
fOut.close()
print data["dir"] + '.format'
os.system('"' + data['dir'] + '.format"')
return fileContainer
def exportOBJMulti(fileTree, fileList, rootID, fileIDList):
print fileIDList
#fileIDList format
# [
# {'fileID':'0000000000000000', 'transformationMtx': },
# {'fileID':'0000000000000000', 'transformationMtx': },
# {'fileID':'0000000000000000', 'transformationMtx': }
# ]
# fileIDList format V2
# {
# '0000000000000000' : [{'tm':[<transformationMtx1.1>, <transformationMtx1.2>, ...],'BB':[]}, {'tm':[<transformationMtx2.1>, <transformationMtx2.2>, ...],'BB':[]}, ...],
# '0000000000000000' : [{'tm':[<transformationMtx1.1>, <transformationMtx1.2>, ...],'BB':[]}, {'tm':[<transformationMtx2.1>, <transformationMtx2.2>, ...],'BB':[]}, ...],
# ...
# }
if not tempFiles.exists(rootID):
decompressDatafile(fileTree, fileList, rootID)
rootData = tempFiles.read(rootID)
if len(rootData) == 0:
raise Exception('file ' + rootID + ' is empty')
rootData = rootData[0]
# remove models that couldn't be read
meshCount = 0
ticker = 0
failedModels = []
for fileID in fileIDList:
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
if not os.path.isfile(data['dir'].replace('.acu', '.json')):
try:
readModel(fileTree, fileList, fileID)
except:
print 'Failed reading model ' + data['fileName']
if os.path.isfile(data['dir'].replace('.acu', '.json')):
meshCount += len(fileIDList[fileID])
ticker += 1
print 'read model ' + str(ticker) + ' of ' + str(len(fileIDList))
else:
failedModels.append(fileID)
for fileID in failedModels:
del fileIDList[fileID]
rootID = rootID.upper()
fileName = rootData['fileName']
savePath = CONFIG['dumpFolder'] + os.sep + fileName
# savePath = path[:-4] + ".obj"
# str1 = os.sep.join(savePath.split(os.sep)[:-1]) #save path folder
# while (treeNode1.Parent != null)
# treeNode1 = treeNode1.Parent;
# string str2 = treeNode1.Tag.ToString().ToLower(); 'acu'
# obj file
fio = open(savePath + ".obj", 'w') # open obj
fio.write("# Wavefront Object File\n") # write text
fio.write("# Exported by ACExplorer based on code from ARchive_neXt\n")
fio.write("mtllib " + fileName + ".mtl\n")
fio.write('\n')
offset = 0
tempFileRepeat = {}
# mtl file
fim = open(savePath + ".mtl", 'w')
fim.write("# Material Library\n")
fim.write("# Exported by ACExplorer based on code from ARchive_neXt\n")
fim.write("\n")
idsAdded = []
missingNo = False
meshNo = 0
for index0, fileID in enumerate(fileIDList):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
# used in face data section to define unique names
if fileID not in tempFileRepeat:
tempFileRepeat[fileID] = 0
else:
tempFileRepeat[fileID] += 1
with open(data['dir'].replace('.acu', '.json')) as f:
try:
model = json.loads(f.read())
except:
print data['fileName']
raise Exception()
#num2 = model['modelScale']# * 0.0002 * 10 * 0.2 # model scale
num3 = 2048.0
num4 = 0
# if model['typeSwitch'] != 3:
# num2 = 100.0
# else:
# num2 = 0.00305
# num2 = 1
# vertex data
# Transformation Matrix fileContainer['tm'][0-3][0-3]
# [M11 M12 M13 M14][x]
# |M21 M22 M23 M24||y|
# |M31 M32 M33 M34||z|
# [M41 M42 M43 M44][1]
for fileContainer in fileIDList[fileID]:
meshNo += 1
for vertex in model['vertData']['vertex']:
vertex = [vertex['X'], vertex['Y'], vertex['Z']]
for tm in reversed(fileContainer['tm']):
vertex = transform(tm, vertex)
fio.write("v " + str(round(vertex[0], 6)) + " " +
str(round(vertex[1], 6)) + " " +
str(round(vertex[2], 6)) + '\n')
print 'written vertex data ' + str(meshNo) + ' of ' + str(
meshCount)
# texture coordinates
for tVert in model['vertData']['tVert']:
fio.write("vt " + str(round((tVert['X'] / num3), 6)) +
" " + str(round((tVert['Y'] / -num3), 6)) + '\n')
print 'written texture coordinates ' + str(
meshNo) + ' of ' + str(meshCount)
# face mappings
for index1, meshData in enumerate(model['meshData']):
num5 = meshData['vertCount'] #vertex number?
num6 = meshData['vertStart'] / 3
if model['typeSwitch'] == 0 and model[
'faceCount'] != model['facesUsed']:
if index1 > 0:
num6 = num4 * 64
num4 += model['meshFaceBlocks'][index1]
else:
num4 = model['meshFaceBlocks'][index1]
fio.write("g " + data['fileName'] + "_" +
str(tempFileRepeat[fileID]) + '_' + str(index1) +
'\n')
textureIDs = getMaterialIDs(fileTree, fileList,
model['materialId'][index1])
if textureIDs == None:
fio.write("usemtl missingNo\n")
else:
for hexid in textureIDs:
exportTexture(fileTree, fileList,
textureIDs[hexid])
data2 = tempFiles.read(
model['materialId'][index1].upper())
if len(data2) == 0:
raise Exception(
'file ' + model['materialId'][index1].upper() +
' is empty')
data2 = data2[0]
material = data2['fileName']
fio.write("usemtl " + material + '\n')
fio.write("s 0\n")
if model['typeSwitch'] != 3:
num7 = meshData['X']
else:
num7 = 0
for index2 in range(num6, num5 + num6):
fio.write("f " + str(
int(model['faceData'][index2]['Y'] + 1.0 + num7 +
offset)) + "/" + str(
int(model['faceData'][index2]['Y'] + 1.0 +
num7 + offset)) + " " +
str(
int(model['faceData'][index2]['X'] +
1.0 + num7 + offset)) + "/" +
str(
int(model['faceData'][index2]['X'] +
1.0 + num7 + offset)) + " " +
str(
int(model['faceData'][index2]['Z'] +
1.0 + num7 + offset)) + "/" +
str(
int(model['faceData'][index2]['Z'] +
1.0 + num7 + offset)) + '\n')
fio.write("# " + str(num5) + " triangles\n\n")
offset += len(model['vertData']['vertex'])
print 'written triangle data ' + str(meshNo) + ' of ' + str(
meshCount)
# material data in mtl
for materialId in model['materialId']:
if materialId in idsAdded:
continue
else:
idsAdded.append(materialId)
data2 = tempFiles.read(materialId.upper())
if len(data2) == 0:
raise Exception('file ' + materialId.upper() + ' is empty')
data2 = data2[0]
material = data2['fileName']
if material != "NULL":
textureIDs = getMaterialIDs(fileTree, fileList, materialId)
if textureIDs == None:
missingNo = True
continue
fim.write("newmtl " + material + '\n')
fim.write("Ka 1.000 1.000 1.000\n")
fim.write("Kd 1.000 1.000 1.000\n")
fim.write("Ks 0.000 0.000 0.000\n")
fim.write("Ns 0.000\n")
for texType in textureIDs:
if texType == 'diffuse':
fim.write("map_Kd ")
elif texType == 'normal':
fim.write("bump -bm 0.300 ")
elif texType == 'specular':
fim.write("map_Ks ")
else:
continue
data3 = tempFiles.read(textureIDs[texType].upper())
if len(data3) == 0:
raise Exception('file ' +
textureIDs[texType].upper() +
' is empty')
data3 = data3[0]
fim.write(data3['fileName'] + '.dds\n')
if texType == 'diffuse':
fim.write("map_d ")
fim.write(data3['fileName'] + '.dds\n')
fim.write('\n')
print 'written material data ' + str(index0) + ' of ' + str(
len(fileIDList))
fio.close()
# write misingNo texture if used
if missingNo:
fim.write("newmtl missingNo\n")
fim.write("Ka 1.000 1.000 1.000\n")
fim.write("Kd 1.000 1.000 1.000\n")
fim.write("Ks 0.000 0.000 0.000\n")
fim.write("Ns 0.000\n")
fim.write("map_Kd missingNo.png\n")
fim.write('\n')
fim.close()
print 'Done'
def readModel(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file '+fileID+' is empty')
data = data[0]
# str1 = strArray[1] #MDL or HDMDL
fIn = open(data['dir'], 'rb') #open parent file
if dev:
fOut = open(data["dir"]+'.format', 'w')
else:
fOut = None
model = {}
readStr(fIn, fOut, 2)
# file id
readID(fileTree, fileList, fIn, fOut)
# file type (should be a model)
model['fileType'] = readType(fIn, fOut)
fOutWrite(fOut, '\n')
readStr(fIn, fOut, 1) #skip an empty byte
model['modelType'] = readStr(fIn, fOut, 4) #
readStr(fIn, fOut, 1)
model['aCount'] = readInt(fIn, fOut, 4)
if model['aCount'] > 0:
raise Exception('aCount not accounted for')
# {
# readStr(fIn, fOut, 1)
# for (int index1 = 0; index1 < 2; ++index1)
# {
# binaryReader.BaseStream.Position += 13L;
# if (fi.read(4) > 0)
# {
# int num3 = (int) MessageBox.Show("Undetermined block of model information.", "Block 1 Issue", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# int num4 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num4 * 4);
# int num5 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num5 * 4);
# int num6 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num6 * 4);
# int num7 = fi.read(4);
# binaryReader.BaseStream.Position += (long) num7;
# int num8 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num8 * 12);
# int num9 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num9 * 12);
# int num10 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num10 * 12);
# int num11 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num11 * 12);
# int num12 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num12 * 4);
# if (fi.read(4) > 0)
# {
# int num3 = (int) MessageBox.Show("Undetermined block of model information.", "Block 11 Issue", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# ++binaryReader.BaseStream.Position;
# int num13 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num13 * 4);
# int num14 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num14 * 2);
# int num15 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num15 * 2);
# int num16 = fi.read(4);
# for (int index2 = 0; index2 < num16; ++index2)
# {
# if (fi.read(4) > 0)
# {
# int num3 = (int) MessageBox.Show("Undetermined block of model information.", "Block 15 Issue", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# if (fi.read(4) > 0)
# {
# int num3 = (int) MessageBox.Show("Undetermined block of model information.", "Block 16 Issue", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# binaryReader.BaseStream.Position += 4L;
# if (fi.read(4) > 0)
# {
# int num3 = (int) MessageBox.Show("Undetermined block of model information.", "Block 17 Issue", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# ++binaryReader.BaseStream.Position;
# int num17 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num17 * 8);
# int num18 = fi.read(4);
# binaryReader.BaseStream.Position += (long) (num18 * 4);
# }
# binaryReader.BaseStream.Position += 12L;
# }
# }
model['boneCount'] = readInt(fIn, fOut, 4)
if model['boneCount'] > 0:
raise Exception('boneCount not accounted for')
# {
# arxForm.acModel.boneStruct = new arxForm.acBoneStruct[arxForm.acModel.boneCount];
# for (int index = 0; index < arxForm.acModel.boneCount; ++index)
# {
# arxForm.acModel.boneStruct[index].boneID = string.Format("{0:X8}", (object) fi.read(8)).PadLeft(16, '0');
# arxForm.acModel.boneStruct[index].boneType = string.Format("{0:X4}", (object) fi.read(4)).PadLeft(8, '0');
# arxForm.acModel.boneStruct[index].boneName = string.Format("{0:X4}", (object) fi.read(4)).PadLeft(8, '0');
# arxForm.acModel.boneStruct[index].transMatrix.M11 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M12 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M13 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M14 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M21 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M22 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M23 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M24 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M31 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M32 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M33 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M34 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M41 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M42 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M43 = binaryReader.ReadSingle();
# arxForm.acModel.boneStruct[index].transMatrix.M44 = binaryReader.ReadSingle();
# ++binaryReader.BaseStream.Position;
# arxForm.acModel.boneStruct[index].transMatrix.Invert();
# }
# }
# readStr(fIn, fOut, 41)
model['boundingBox'] = {}
model['boundingBox']['minx'] = readFloat32(fIn, fOut)
model['boundingBox']['miny'] = readFloat32(fIn, fOut)
model['boundingBox']['minz'] = readFloat32(fIn, fOut)
readStr(fIn, fOut, 4)
model['boundingBox']['maxx'] = readFloat32(fIn, fOut)
model['boundingBox']['maxy'] = readFloat32(fIn, fOut)
model['boundingBox']['maxz'] = readFloat32(fIn, fOut)
readStr(fIn, fOut, 4)
readStr(fIn, fOut, 1)
# readStr(fIn, fOut, 33) # this may be a bounding box. (float32)
#First three are all negative followed by a set of zeros
# Next three three are all positive followed by a set of zeros and a null byte
readID(fileTree, fileList, fIn, fOut)
if readStr(fIn, fOut, 4).upper() == "FC9E1595":
readStr(fIn, fOut, 4)
fOutWrite(fOut, 'Typeswitch\n')
model['typeSwitch'] = readInt(fIn, fOut, 4)
if model['typeSwitch'] == 0:
readStr(fIn, fOut, 14)
fOutWrite(fOut, 'Vert table length\n')
model['vertTableSize'] = readInt(fIn, fOut, 4)
model['unkLng2'] = readInt(fIn, fOut, 4)
readStr(fIn, fOut, 24)
model['length1'] = readInt(fIn, fOut, 4)
model['length2'] = readInt(fIn, fOut, 4)
model['meshFaceBlocks'] = []
model['shadowFaceBlocks'] = []
fOutWrite(fOut, 'Mesh Face Blocks\n')
for index in range(model['length1']):
model['meshFaceBlocks'].append(readInt(fIn, fOut, 4))
for index in range(model['length2']):
model['shadowFaceBlocks'].append(readInt(fIn, fOut, 4))
model['unkLng'] = readInt(fIn, fOut, 4)
model['unkByt'] = readStr(fIn, fOut, 1);
fOutWrite(fOut, 'Vert count\n')
num3 = readInt(fIn, fOut, 4)
model['vertCount'] = num3 / model['vertTableSize'];
model['vertData'] = {}
model['vertData']['vertex'] = []
model['vertData']['tVert'] = []
model['vertData']['normals'] = []
# arxForm.acModel.vertData = new arxForm.acVertStruct[arxForm.acModel.vertCount];
fOutWrite(fOut, '\nVert Table\n')
for index in range(model['vertCount']):
if model['vertTableSize'] == 48:
raise Exception('48')
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# binaryReader.BaseStream.Position += 4L;
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.W = (float) binaryReader.ReadByte();
# binaryReader.BaseStream.Position += 4L;
# break;
elif model['vertTableSize'] == 40:
raise Exception('40')
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.W = (float) binaryReader.ReadByte();
# break;
elif model['vertTableSize'] == 36:
raise Exception('36')
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# binaryReader.BaseStream.Position += 4L;
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# break;
elif model['vertTableSize'] == 32:
raise Exception('32')
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# break;
elif model['vertTableSize'] == 28:
model['vertData']['vertex'].append({})
model['vertData']['vertex'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['X'] >= 2**15:
model['vertData']['vertex'][index]['X'] -= 2**16
model['vertData']['vertex'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Y'] >= 2**15:
model['vertData']['vertex'][index]['Y'] -= 2**16
model['vertData']['vertex'][index]['Z'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Z'] >= 2**15:
model['vertData']['vertex'][index]['Z'] -= 2**16
num4 = float(readInt(fIn, fOut, 2))
if num4 >= 2**15:
num4 -= 2**16
model['vertData']['vertex'][index]['X'] /= num4
model['vertData']['vertex'][index]['Y'] /= num4
model['vertData']['vertex'][index]['Z'] /= num4
model['vertData']['normals'].append({})
model['vertData']['normals'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['X'] >= 2**15:
model['vertData']['normals'][index]['X'] -= 2**16
model['vertData']['normals'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['Y'] >= 2**15:
model['vertData']['normals'][index]['Y'] -= 2**16
model['vertData']['normals'][index]['Z'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['Z'] >= 2**15:
model['vertData']['normals'][index]['Z'] -= 2**16
readStr(fIn, fOut, 6)
model['vertData']['tVert'].append({})
model['vertData']['tVert'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['X'] >= 2**15:
model['vertData']['tVert'][index]['X'] -= 2**16
model['vertData']['tVert'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['Y'] >= 2**15:
model['vertData']['tVert'][index]['Y'] -= 2**16
readStr(fIn, fOut, 4)
elif model['vertTableSize'] == 24:
raise Exception('24')
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# break;
elif model['vertTableSize'] == 20:
model['vertData']['vertex'].append({})
model['vertData']['vertex'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['X'] >= 2**15:
model['vertData']['vertex'][index]['X'] -= 2**16
model['vertData']['vertex'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Y'] >= 2**15:
model['vertData']['vertex'][index]['Y'] -= 2**16
model['vertData']['vertex'][index]['Z'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Z'] >= 2**15:
model['vertData']['vertex'][index]['Z'] -= 2**16
num6 = float(readInt(fIn, fOut, 2))
if num6 >= 2**15:
num6 -= 2**16
model['vertData']['vertex'][index]['X'] /= num6
model['vertData']['vertex'][index]['Y'] /= num6
model['vertData']['vertex'][index]['Z'] /= num6
model['vertData']['normals'].append({})
model['vertData']['normals'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['X'] >= 2**15:
model['vertData']['normals'][index]['X'] -= 2**16
model['vertData']['normals'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['Y'] >= 2**15:
model['vertData']['normals'][index]['Y'] -= 2**16
model['vertData']['normals'][index]['Z'] = float(readInt(fIn, fOut, 2))
if model['vertData']['normals'][index]['Z'] >= 2**15:
model['vertData']['normals'][index]['Z'] -= 2**16
readStr(fIn, fOut, 2)
model['vertData']['tVert'].append({})
model['vertData']['tVert'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['X'] >= 2**15:
model['vertData']['tVert'][index]['X'] -= 2**16
model['vertData']['tVert'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['Y'] >= 2**15:
model['vertData']['tVert'][index]['Y'] -= 2**16
elif model['vertTableSize'] == 16:
model['vertData']['vertex'].append({})
model['vertData']['vertex'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['X'] >= 2**15:
model['vertData']['vertex'][index]['X'] -= 2**16
model['vertData']['vertex'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Y'] >= 2**15:
model['vertData']['vertex'][index]['Y'] -= 2**16
model['vertData']['vertex'][index]['Z'] = float(readInt(fIn, fOut, 2))
if model['vertData']['vertex'][index]['Z'] >= 2**15:
model['vertData']['vertex'][index]['Z'] -= 2**16
num5 = float(readInt(fIn, fOut, 2))
if num5 >= 2**15:
num5 -= 2**16
model['vertData']['vertex'][index]['X'] /= num5
model['vertData']['vertex'][index]['Y'] /= num5
model['vertData']['vertex'][index]['Z'] /= num5
readStr(fIn, fOut, 4)
model['vertData']['tVert'].append({})
model['vertData']['tVert'][index]['X'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['X'] >= 2**15:
model['vertData']['tVert'][index]['X'] -= 2**16
model['vertData']['tVert'][index]['Y'] = float(readInt(fIn, fOut, 2))
if model['vertData']['tVert'][index]['Y'] >= 2**15:
model['vertData']['tVert'][index]['Y'] -= 2**16
else:
raise Exception("Not yet implemented!\n\nvertTableSize = " + str(vertTableSize))
# scale verticies based on bouding box
model['modelBoundingBox'] = {}
vertTemp = [a['X'] for a in model['vertData']['vertex']]
model['modelBoundingBox']['minx'] = min(vertTemp)
model['modelBoundingBox']['maxx'] = max(vertTemp)
vertTemp = [a['Y'] for a in model['vertData']['vertex']]
model['modelBoundingBox']['miny'] = min(vertTemp)
model['modelBoundingBox']['maxy'] = max(vertTemp)
vertTemp = [a['Z'] for a in model['vertData']['vertex']]
model['modelBoundingBox']['minz'] = min(vertTemp)
model['modelBoundingBox']['maxz'] = max(vertTemp)
if model['boundingBox'] != {"maxz": 0.0,"maxx": 0.0,"maxy": 0.0,"minx": 0.0,"miny": 0.0,"minz": 0.0}:
for coord in 'xyz':
for index in model['vertData']['vertex']:
modelMin = model['modelBoundingBox']['min'+coord]
modelMax = model['modelBoundingBox']['max'+coord]
worldMin = model['boundingBox']['min'+coord]
worldMax = model['boundingBox']['max'+coord]
index[coord.upper()] = ((index[coord.upper()] - modelMin) / (modelMax - modelMin)) * (worldMax-worldMin) + worldMin
else:
for index in model['vertData']['vertex']:
for coord in 'xyz':
index[coord.upper()] /= 200.0
fOutWrite(fOut, 'Face table\n')
model['length3'] = readInt(fIn, fOut, 4) / 6
model['faceData'] = []
for index in range(model['length3']):
model['faceData'].append({})
model['faceData'][index]['Y'] = readInt(fIn, fOut, 2)
model['faceData'][index]['X'] = readInt(fIn, fOut, 2)
model['faceData'][index]['Z'] = readInt(fIn, fOut, 2)
model['facesUsed'] = model['length3'];
# cAry = new int[5];
for index in range(5):
# arxForm.acModel.cAry[index] = fi.read(4);
# binaryReader.BaseStream.Position += (long) arxForm.acModel.cAry[index];
model['cAry'] = readInt(fIn, fOut, 4)
fOutWrite(fOut, '\t')
readStr(fIn, fOut, model['cAry'])
# the last two iterations of the loop always seem to be 0 and I think go with the type below as an empty id
readType(fIn, fOut)
readStr(fIn, fOut, 3)
fOutWrite(fOut, 'Mesh Count\n')
model['meshCount'] = readInt(fIn, fOut, 4)
model['meshData'] = []
model['faceCount'] = 0
fOutWrite(fOut, 'Mesh Table\n')
for index in range(model['meshCount']):
readStr(fIn, fOut, 12)
model['meshData'].append({})
model['meshData'][index]['X'] = float(readInt(fIn, fOut, 4))
readStr(fIn, fOut, 4)
model['meshData'][index]['materialTempID'] = float(readInt(fIn, fOut, 4))
model['meshData'][index]['vertStart'] = readInt(fIn, fOut, 4) #verticy start
model['meshData'][index]['vertCount'] = readInt(fIn, fOut, 4) #number of verticies
readStr(fIn, fOut, 4)
model['faceCount'] += model['meshData'][index]['vertCount']
fOutWrite(fOut, 'Shadow Count\n')
model['shadowCount'] = readInt(fIn, fOut, 4)
model['shadowData'] = []
fOutWrite(fOut, 'Shadow Table\n')
for index in range(model['shadowCount']):
readStr(fIn, fOut, 12)
model['shadowData'].append({})
model['shadowData'][index]['X'] = float(readInt(fIn, fOut, 4))
readStr(fIn, fOut, 4)
model['shadowData'][index]['Y'] = float(readInt(fIn, fOut, 4))
model['shadowData'][index]['Z'] = float(readInt(fIn, fOut, 4))
model['shadowData'][index]['W'] = float(readInt(fIn, fOut, 4))
readStr(fIn, fOut, 4)
for index in range(2):
num4 = readInt(fIn, fOut, 4)
fOutWrite(fOut, '\t')
readStr(fIn, fOut, num4)
elif model['typeSwitch'] == 3:
raise Exception('typeSwitch 3 not implimented')
# binaryReader.BaseStream.Position += 11L;
# arxForm.acModel.vertTableSize = (int) binaryReader.ReadByte();
# arxForm.acModel.meshCount = fi.read(4);
# arxForm.acModel.meshData = new arxForm.acMeshStruct[arxForm.acModel.meshCount];
# for (int index = 0; index < arxForm.acModel.meshCount; ++index)
# {
# binaryReader.BaseStream.Position += 12L;
# arxForm.acModel.meshData[index].meshTable.X = (float) fi.read(4);
# binaryReader.BaseStream.Position += 4L;
# arxForm.acModel.meshData[index].meshTable.Y = (float) fi.read(4);
# arxForm.acModel.meshData[index].meshTable.Z = (float) fi.read(4);
# arxForm.acModel.meshData[index].meshTable.W = (float) fi.read(4);
# binaryReader.BaseStream.Position += 4L;
# }
# arxForm.acModel.shadowCount = fi.read(4);
# arxForm.acModel.shadowData = new arxForm.acMeshStruct[arxForm.acModel.shadowCount];
# for (int index = 0; index < arxForm.acModel.shadowCount; ++index)
# {
# binaryReader.BaseStream.Position += 12L;
# arxForm.acModel.shadowData[index].meshTable.X = (float) fi.read(4);
# binaryReader.BaseStream.Position += 4L;
# arxForm.acModel.shadowData[index].meshTable.Y = (float) fi.read(4);
# arxForm.acModel.shadowData[index].meshTable.Z = (float) fi.read(4);
# arxForm.acModel.shadowData[index].meshTable.W = (float) fi.read(4);
# binaryReader.BaseStream.Position += 4L;
# }
# int num8 = fi.read(4);
# arxForm.acModel.vertCount = num8 / arxForm.acModel.vertTableSize;
# arxForm.acModel.vertData = new arxForm.acVertStruct[arxForm.acModel.vertCount];
# for (int index = 0; index < arxForm.acModel.vertCount; ++index)
# {
# switch (arxForm.acModel.vertTableSize)
# {
# case 20:
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# short num4 = fi.read(2);
# arxForm.acModel.vertData[index].vertex.X /= (float) num4;
# arxForm.acModel.vertData[index].vertex.Y /= (float) num4;
# arxForm.acModel.vertData[index].vertex.Z /= (float) num4;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 2L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# break;
# case 32:
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# short num5 = fi.read(2);
# arxForm.acModel.vertData[index].vertex.X /= (float) num5;
# arxForm.acModel.vertData[index].vertex.Y /= (float) num5;
# arxForm.acModel.vertData[index].vertex.Z /= (float) num5;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# break;
# case 40:
# arxForm.acModel.vertData[index].vertex.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].vertex.Z = (float) fi.read(2);
# short num6 = fi.read(2);
# arxForm.acModel.vertData[index].vertex.X /= (float) num6;
# arxForm.acModel.vertData[index].vertex.Y /= (float) num6;
# arxForm.acModel.vertData[index].vertex.Z /= (float) num6;
# arxForm.acModel.vertData[index].normals.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].normals.Z = (float) fi.read(2);
# binaryReader.BaseStream.Position += 6L;
# arxForm.acModel.vertData[index].tVert.X = (float) fi.read(2);
# arxForm.acModel.vertData[index].tVert.Y = (float) fi.read(2);
# arxForm.acModel.vertData[index].boneNum.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneNum2.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt.W = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.X = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Y = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.Z = (float) binaryReader.ReadByte();
# arxForm.acModel.vertData[index].boneWgt2.W = (float) binaryReader.ReadByte();
# break;
# default:
# int num7 = (int) MessageBox.Show("Not yet implemented!\n\nvertTableSize = " + (object) arxForm.acModel.vertTableSize, "Vert Read", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
# return;
# }
# }
# int num9 = fi.read(4);
# string str3 = str1;
# if (!(str3 == "HDMDL"))
# {
# if (str3 == "MDL")
# arxForm.acModel.faceCount = num9 / 6;
# }
# else
# arxForm.acModel.faceCount = num9 / 12;
# arxForm.acModel.faceData = new arxForm.acFaceStruct[arxForm.acModel.faceCount];
# for (int index = 0; index < arxForm.acModel.faceCount; ++index)
# {
# string str4 = str1;
# if (!(str4 == "HDMDL"))
# {
# if (str4 == "MDL")
# {
# arxForm.acModel.faceData[index].faceIndex.Y = (float) binaryReader.ReadUInt16();
# arxForm.acModel.faceData[index].faceIndex.X = (float) binaryReader.ReadUInt16();
# arxForm.acModel.faceData[index].faceIndex.Z = (float) binaryReader.ReadUInt16();
# }
# }
# else
# {
# arxForm.acModel.faceData[index].faceIndex.Y = (float) binaryReader.ReadUInt32();
# arxForm.acModel.faceData[index].faceIndex.X = (float) binaryReader.ReadUInt32();
# arxForm.acModel.faceData[index].faceIndex.Z = (float) binaryReader.ReadUInt32();
# }
# }
# break;
else:
raise Exception("New switchType found")
fOutWrite(fOut, 'Skin Data Table\n')
model['length4'] = readInt(fIn, fOut, 4)
model['skinData'] = []
for index1 in range(model['length4']):
readStr(fIn, fOut, 17)
model['skinData'].append({})
model['skinData'][index1]['boneCount'] = readInt(fIn, fOut, 2)
readStr(fIn, fOut, 11)
model['skinData'][index1]['boneNo'] = []
for index2 in range(model['skinData'][index1]['boneCount']):
model['skinData'][index1]['boneNo'].append(readInt(fIn, fOut, 2))
readStr(fIn, fOut, (256 - model['skinData'][index1]['boneCount'] * 2))
readStr(fIn, fOut, 8)
fOutWrite(fOut, 'Model Scale\n')
model['modelScale'] = readFloat32(fIn, fOut)
fOutWrite(fOut, 'Material Table\n')
model['materialCount'] = readInt(fIn, fOut, 4)
model['materialId'] = []
# model['materials'] = {}
for index in range(model['materialCount']):
# model['materials'][index] = {}
readStr(fIn, fOut, 2)
model['materialId'].append(readID(fileTree, fileList, fIn, fOut))
ReadRest(fIn, fOut)
fIn.close()
if dev:
fOut.close()
print data["dir"]+'.format'
os.system('"'+data['dir']+'.format"')
else:
raise Exception("Error reading model file!")
tmpdict = open(data['dir'].replace('.acu', '.json'), 'w')
tmpdict.write(json.dumps(model))
tmpdict.close()
def getMaterialIDs(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
fileDir = data['dir']
materialFile = open(fileDir, 'rb')
_ = materialFile.read(26)
materialTemplateID = BEHEX2(materialFile.read(8)).upper()
materialFile.close()
if not tempFiles.exists(materialTemplateID):
decompressDatafile(fileTree, fileList, materialTemplateID)
try:
materialTemplate = open(
tempFiles.read(materialTemplateID)[0]['dir'], 'rb')
except:
return
textures = {}
_ = materialTemplate.read(16)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['diffuse'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['normal'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['specular'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['height'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
raise Exception(data['dir'] + ' has an id in position 5')
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['TransmissionMap'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
raise Exception(data['dir'] + ' has an id in position 7')
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['mask1map'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
textures['mask2map'] = idtemp
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
raise Exception(data['dir'] + ' has an id in position 10')
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
raise Exception(data['dir'] + ' has an id in position 11')
_ = materialTemplate.read(2)
idtemp = BEHEX2(materialTemplate.read(8)).upper()
if idtemp != '0000000000000000':
raise Exception(data['dir'] + ' has an id in position 12')
materialTemplate.close()
return textures
def exportDataBlockModels(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
if data['resourceType'] != 'AC2BBF68':
return
if 'dev' in sys.argv:
reload(formatFile) # for development
dataBlock = formatFile.topLevelFormat(fileTree, fileList, fileID)
# fileID, data and dataBlock all relate to the DataBlock file (Type AC2BBF68)
# This is a list of every file called by that DataBlock
# formatFile.topLevelFormat will return this list of files into dataBlock
fileIDList = {}
for n, fileID2 in enumerate(dataBlock['dataBlock']):
if not tempFiles.exists(fileID2):
decompressDatafile(fileTree, fileList, fileID2)
data2 = tempFiles.read(fileID2)
if len(data2) == 0:
raise Exception('file ' + fileID2 + ' is empty')
data2 = data2[0]
print 'Reading ' + data2['fileName'] + '. ' + str(
n + 1) + ' of ' + str(len(dataBlock['dataBlock']))
dataBlockChild = formatFile.topLevelFormat(fileTree, fileList, fileID2)
# fileID2, data2 and dataBlockChild all relate to the files contained in
# the DataBlock file. The file could be of a number of types including
# entities and entity groups
if dataBlockChild['fileType'] == '0984415E': # entity
if 'fileIDList' in dataBlockChild:
for fileID3 in dataBlockChild['fileIDList']:
if not tempFiles.exists(fileID3):
decompressDatafile(fileTree, fileList, fileID3)
data3 = tempFiles.read(fileID3)
if len(data3) == 0:
raise Exception('file ' + fileID3 + ' is empty')
data3 = data3[0]
if data3['resourceType'] == '415D9568':
if fileID3 not in fileIDList:
fileIDList[fileID3] = []
fileIDList[fileID3] += dataBlockChild['fileIDList'][
fileID3]
# fileIDList.append({'fileID':fileID3, 'transformationMtx': dataBlockChild['transformationMtx']})
else:
raise Exception(fileID3 + ' is not a 3D model')
elif dataBlockChild['fileType'] == '1CBDE084':
if 'files' in dataBlockChild:
for fileID3 in dataBlockChild['files']:
if not tempFiles.exists(fileID3):
decompressDatafile(fileTree, fileList, fileID3)
data3 = tempFiles.read(fileID3)
if len(data3) == 0:
continue
raise Exception('file ' + fileID3 + ' is empty')
data3 = data3[0]
if data3['resourceType'] in ['0984415E',
'3F742D26']: # entity
dataBlockChild2 = formatFile.topLevelFormat(
fileTree, fileList, fileID3)
if 'fileIDList' in dataBlockChild2:
for fileID4 in dataBlockChild2['fileIDList']:
if not tempFiles.exists(fileID4):
decompressDatafile(fileTree, fileList,
fileID4)
data4 = tempFiles.read(fileID4)
if len(data4) == 0:
raise Exception('file ' + fileID4 +
' is empty')
data4 = data4[0]
if data4['resourceType'] == '415D9568':
# fileIDList.append({'fileID':fileID4, 'transformationMtx': dataBlockChild2['transformationMtx']})
if fileID4 not in fileIDList:
fileIDList[fileID4] = []
fileIDList[fileID4] += dataBlockChild2[
'fileIDList'][fileID4]
else:
raise Exception(fileID4 +
' is not a 3D model')
else:
raise Exception('found file type {}'.format(
data3['resourceType']))
else:
print 'Could not read following file. Unsupported type.'
print data2['fileName']
print dataBlockChild['fileType']
print dataBlockChild['fileID']
# fIn = open(data['dir'], 'rb')
# fIn.seek(14)
# count = LE2DEC2(fIn.read(4))
# fileIDList = {}
# ticker = 0
# for n in range(count):
# fIn.seek(2,1)
# fileID2 = BEHEX2(fIn.read(8)).upper()
# if not tempFiles.exists(fileID2):
# decompressDatafile(fileTree, fileList, fileID2)
# data2 = tempFiles.read(fileID2)
# if len(data2) == 0:
# raise Exception('file '+fileID2+' is empty')
# data2 = data2[0]
# print 'Reading '+data2['fileName']+'. '+str(n+1)+' of '+str(count)
# if data2['resourceType'] == '0984415E':
# fIn2 = open(data2['dir'], 'rb')
# fIn2.seek(14)
# fIn2.seek(49, 1)
# xpos = float32(fIn2.read(4))
# ypos = float32(fIn2.read(4))
# zpos = float32(fIn2.read(4))
# filePointer = fIn2.tell()
# tempFile = fIn2.read()
# meshLoc = tempFile.find('\x3B\x96\x6E\x53')
# if meshLoc == -1:
# continue
# fIn2.seek(filePointer)
# fIn2.seek(meshLoc+5, 1)
# fileID3 = BEHEX2(fIn2.read(8)).upper()
# if not tempFiles.exists(fileID3):
# decompressDatafile(fileTree, fileList, fileID3)
# data3 = tempFiles.read(fileID3)
# if len(data3) == 0:
# raise Exception('file '+fileID3+' is empty')
# data3 = data3[0]
# if data3['resourceType'] == '415D9568':
# fileIDList[ticker] = {'id':fileID3, 'x':xpos, 'y':ypos, 'z':zpos}
# ticker += 1
# else:
# raise Exception(fileID3+' is not a 3D model')
print 'done reading'
print 'exporting'
exportOBJMulti(fileTree, fileList, fileID, fileIDList)
def exportTexture(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
path1 = data['dir']
fileName = data['fileName']
path2 = CONFIG['dumpFolder'] + os.sep + fileName + '.dds'
if os.path.isfile(path2):
return
fi = open(path1, 'rb')
_ = fi.read(14)
num1 = fi.read(4)
num2 = fi.read(4)
_ = fi.read(4)
imgDXT = LE2DEC2(fi.read(4))
_ = fi.read(8)
num3 = fi.read(4)
_ = fi.read(84)
count = fi.read(4)
buffer = fi.read(LE2DEC2(count))
fi.close()
fi = open(path2, 'wb')
fi.write('DDS ')
fi.write('\x7C\x00\x00\x00\x07\x10\x0A\x00')
fi.write(num2)
fi.write(num1)
fi.write(count)
fi.write('\x00\x00\x00\x00')
fi.write(num3)
for index in range(11):
fi.write('\x00\x00\x00\x00')
fi.write('\x20\x00\x00\x00')
if imgDXT == 0 or imgDXT == 7:
fi.write('\x40\x00\x00\x00')
else:
fi.write('\x04\x00\x00\x00')
if imgDXT in [0, 7]:
fi.write('\x44\x58\x54\x30') #DXT0
elif imgDXT in [1, 2, 3]:
fi.write('\x44\x58\x54\x31') #DXT1
elif imgDXT == 4:
fi.write('\x44\x58\x54\x33') #DXT3
elif imgDXT == 5:
fi.write('\x44\x58\x54\x35') #DXT5
elif imgDXT == 8:
fi.write('\x44\x58\x31\x30') #DX10
for index in range(5):
fi.write('\x00\x00\x00\x00')
fi.write('\x08\x10\x40\x00')
for index in range(4):
fi.write('\x00\x00\x00\x00')
if imgDXT == 8:
fi.write('\x62\x00\x00\x00')
fi.write('\x03\x00\x00\x00')
fi.write('\x00\x00\x00\x00')
fi.write('\x01\x00\x00\x00')
fi.write('\x00\x00\x00\x00')
fi.write(buffer)
fi.close()
if imgDXT == 8:
texconv = '"' + CONFIG['texconv'] + '" '
# else
# {
# str4 = arxForm.tempDir + "\\" + tNode.Parent.Parent.Parent.Text + "\\dx9_";
# path2 = arxForm.tempDir + "\\" + tNode.Parent.Parent.Parent.Text + "\\dx9_" + tNode.Text + "." + strArray3[1];
# }
arguments = "-fl 9.1 -y -px " + CONFIG[
'dumpFolder'] + os.sep + " -f BC3_UNORM " + path2
os.system(texconv + arguments)
def exportOBJ(fileTree, fileList, fileID):
if not tempFiles.exists(fileID):
decompressDatafile(fileTree, fileList, fileID)
data = tempFiles.read(fileID)
if len(data) == 0:
raise Exception('file ' + fileID + ' is empty')
data = data[0]
fileName = data['fileName']
with open(data['dir'].replace('.acu', '.json')) as f:
model = json.loads(f.read())
savePath = CONFIG['dumpFolder'] + os.sep + fileName
# savePath = path[:-4] + ".obj"
str1 = os.sep.join(savePath.split(os.sep)[:-1]) #save path folder
# while (treeNode1.Parent != null)
# treeNode1 = treeNode1.Parent;
# if model['typeSwitch'] != 3:
# num2 = 100.0
# else:
# num2 = 0.00305
# string str2 = treeNode1.Tag.ToString().ToLower(); 'acu'
fio = open(savePath + ".obj", 'w') # open obj
fio.write("#Wavefront Object File\n") # write text
fio.write("#Exported by gentlegiantJGC based on code from ARchive_neXt\n")
if len(model['materialId']) > 0:
fio.write("mtllib " + fileName + ".mtl\n")
fio.write('\n')
for vertex in model['vertData']['vertex']:
fio.write("v " + str(round((vertex['X'] * model['modelScale']), 6)) +
" " + str(round((vertex['Y'] * model['modelScale']), 6)) +
" " + str(round((vertex['Z'] * model['modelScale']), 6)) +
'\n')
fio.write("# " + str(len(model['vertData']['vertex'])) + " vertices\n")
fio.write('\n')
num3 = 2048.0
for tVert in model['vertData']['tVert']:
fio.write("vt " + str(round((tVert['X'] / num3), 6)) + " " +
str(round((tVert['Y'] / -num3), 6)) + '\n')
fio.write("# " + str(len(model['vertData']['tVert'])) +
" texture coordinates\n")
fio.write('\n')
num4 = 0
for index1, meshData in enumerate(model['meshData']):
num5 = meshData['vertCount'] #vertex number?
num6 = meshData['vertStart'] / 3
if model['typeSwitch'] == 0 and model['faceCount'] != model[
'facesUsed']:
if index1 > 0:
num6 = num4 * 64
num4 += model['meshFaceBlocks'][index1]
else:
num4 = model['meshFaceBlocks'][index1]
fio.write("g " + fileName + "_" + str(index1) + '\n')
textureIDs = getMaterialIDs(fileTree, fileList,
model['materialId'][index1])
if textureIDs == None:
fio.write("usemtl missingNo\n")
# print textureIDs
else:
for hexid in textureIDs:
# textureFile = getFile(workingDir, textureIDs[hexid])
exportTexture(fileTree, fileList, textureIDs[hexid])
material = tempFiles.read(
model['materialId'][index1].upper())[0]['fileName']
fio.write("usemtl " + material + '\n')
fio.write("s 0\n")
if model['typeSwitch'] != 3:
num7 = meshData['X']
else:
num7 = 0
for index2 in range(num6, num5 + num6):
fio.write(
"f " + str(int(model['faceData'][index2]['Y'] + 1.0 + num7)) +
"/" + str(int(model['faceData'][index2]['Y'] + 1.0 + num7)) +
" " + str(int(model['faceData'][index2]['X'] + 1.0 + num7)) +
"/" + str(int(model['faceData'][index2]['X'] + 1.0 + num7)) +
" " + str(int(model['faceData'][index2]['Z'] + 1.0 + num7)) +
"/" + str(int(model['faceData'][index2]['Z'] + 1.0 + num7)) +
'\n')
fio.write("# " + str(num5) + " triangles\n\n")
fio.close()
if len(model['materialId']) > 0:
fim = open(savePath + ".mtl", 'w')
fim.write("# Material Library\n")
fim.write("# Exported by code based on ARchive_neXt\n")
fim.write("\n")
idsAdded = []
for materialId in model['materialId']:
if materialId in idsAdded:
continue
else:
idsAdded.append(materialId)
material = tempFiles.read(materialId.upper())[0]['fileName']
if material != "NULL":
textureIDs = getMaterialIDs(fileTree, fileList, materialId)
if textureIDs == None:
fim.write("newmtl missingNo\n")
else:
fim.write("newmtl " + material + '\n')
fim.write("Ka 1.000 1.000 1.000\n")
fim.write("Kd 1.000 1.000 1.000\n")
fim.write("Ks 0.000 0.000 0.000\n")
fim.write("Ns 0.000\n")
if textureIDs == None:
fim.write("map_Kd " + CONFIG["missingNo"] + "\n")
else:
for texType in textureIDs:
if texType == 'diffuse':
fim.write("map_Kd ")
elif texType == 'normal':
fim.write("bump -bm 0.300 ")
elif texType == 'specular':
fim.write("map_Ks ")
else:
continue
fim.write(
tempFiles.read(textureIDs[texType].upper())[0]
['fileName'] + '.dds\n')
if texType == 'diffuse':
fim.write("map_d ")
fim.write(
tempFiles.read(textureIDs[texType].upper())[0]
['fileName'] + '.dds\n')
fim.write('\n')
fim.close()
print 'done'