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starter.py
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import newGameLib
from newGameLib import *
import Blender
import array
import subprocess
htm1="""
<head>
<script type="text/javascript" src="https://static.sketchfab.com/api/sketchfab-viewer-1.3.0.js"></script>
<script type="text/javascript" src="https://cdn.jsdelivr.net/gh/shaderbytes/[email protected]/SketchfabAPIUtility.js"></script>
</head>
<body>
<div class="center-div">
<iframe id="api-frame" width="1000" height="550" allowfullscreen mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
</div>
<script>
function onSketchfabUtilityReady(){
sketchfabAPIUtilityInstance.removeEventListener(sketchfabAPIUtilityInstance.EVENT_INITIALIZED, onSketchfabUtilityReady);
//some code here..
};
var sketchfabAPIUtilityInstance = new SketchfabAPIUtility("###"""
htm2="""af528e3df5f766ca012f5e065c7cb812"""
htm3="""", document.getElementById("api-frame"), {"autostart": 1 });
sketchfabAPIUtilityInstance.addEventListener(sketchfabAPIUtilityInstance.EVENT_INITIALIZED, onSketchfabUtilityReady);
sketchfabAPIUtilityInstance.create();
</script>
</body>
"""
class BinaryReader(file):
"""general BinaryReader
"""
def __init__(self, inputFile):
self.inputFile=inputFile
self.endian='<'
self.debug=False
self.stream={}
self.logfile=None
self.log=False
self.dirname=Blender.sys.dirname(self.inputFile.name)
self.basename=Blender.sys.basename(self.inputFile.name).split('.')[0]
self.ext=Blender.sys.basename(self.inputFile.name).split('.')[-1]
self.xorKey=None
self.xorOffset=0
self.xorData=''
self.logskip=False
def close(self):
self.inputFile.close()
def XOR(self,data):
self.xorData=''
for m in range(len(data)):
ch=ord( chr(data[m] ^ self.xorKey[self.xorOffset]) )
self.xorData+=struct.pack('B',ch)
if self.xorOffset==len(self.xorKey)-1:
self.xorOffset=0
else:
self.xorOffset+=1
def logOpen(self):
logDir='log'
if os.path.exists(logDir)==False:os.makedirs(logDir)
self.log=True
self.logfile=open(logDir+os.sep+os.path.basename(self.inputFile.name)+'.log','w')
def logClose(self):
self.log=False
if self.logfile is not None:
self.logfile.close()
def logWrite(self,data):
if self.logfile is not None:
self.logfile.write(str(data)+'\n')
else:
print 'WARNING: no log'
def dirname(self):
return Blender.sys.dirname(self.inputFile.name)
def basename(self):
return Blender.sys.basename(self.inputFile.name).split('.')[0]
def ext(self):
return Blender.sys.basename(self.inputFile.name).split('.')[-1]
def q(self,n):
offset=self.inputFile.tell()
data=struct.unpack(self.endian+n*'q',self.inputFile.read(n*8))
if self.debug==True:
print 'q',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
def i(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'i',self.inputFile.read(n*4))
data = array.array('i')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*4*'B',self.inputFile.read(n*4))
self.XOR(data)
data=struct.unpack(self.endian+n*'i',self.xorData)
if self.debug==True:
print 'i',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'i',n[m])
self.inputFile.write(data)
def I(self,n):
offset=self.inputFile.tell()
if self.xorKey is None:
data=struct.unpack(self.endian+n*'I',self.inputFile.read(n*4))
else:
data=struct.unpack(self.endian+n*4*'B',self.inputFile.read(n*4))
self.XOR(data)
data=struct.unpack(self.endian+n*'I',self.xorData)
if self.debug==True:
print 'I',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
def B(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'B',self.inputFile.read(n))
data = array.array('B')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*'B',self.inputFile.read(n))
self.XOR(data)
data=struct.unpack(self.endian+n*'B',self.xorData)
if self.debug==True:
print 'B',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'B',n[m])
self.inputFile.write(data)
def b(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'b',self.inputFile.read(n))
data = array.array('b')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*'b',self.inputFile.read(n))
self.XOR(data)
data=struct.unpack(self.endian+n*'b',self.xorData)
if self.debug==True:
print 'b',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'b',n[m])
self.inputFile.write(data)
def h(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'h',self.inputFile.read(n*2))
data = array.array('h')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*2*'B',self.inputFile.read(n*2))
self.XOR(data)
data=struct.unpack(self.endian+n*'h',self.xorData)
if self.debug==True:
print 'h',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'h',n[m])
self.inputFile.write(data)
def H(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'H',self.inputFile.read(n*2))
data = array.array('H')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*2*'B',self.inputFile.read(n*2))
self.XOR(data)
data=struct.unpack(self.endian+n*'H',self.xorData)
if self.debug==True:
print 'H',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'H',n[m])
self.inputFile.write(data)
def f(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
#data=struct.unpack(self.endian+n*'f',self.inputFile.read(n*4))
data = array.array('f')
data.fromfile(self.inputFile, n)
if self.endian == ">": data.byteswap()
else:
data=struct.unpack(self.endian+n*4*'B',self.inputFile.read(n*4))
self.XOR(data)
data=struct.unpack(self.endian+n*'f',self.xorData)
if self.debug==True:
print 'f',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'f',n[m])
self.inputFile.write(data)
def d(self,n):
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
if self.xorKey is None:
data=struct.unpack(self.endian+n*'d',self.inputFile.read(n*8))
else:
data=struct.unpack(self.endian+n*4*'B',self.inputFile.read(n*8))
self.XOR(data)
data=struct.unpack(self.endian+n*'d',self.xorData)
if self.debug==True:
print 'd',data
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(data)+'\n')
return data
if self.inputFile.mode=='wb':
for m in range(len(n)):
data=struct.pack(self.endian+'d',n[m])
self.inputFile.write(data)
def half(self,n,h='h'):
array = []
offset=self.inputFile.tell()
for id in range(n):
#array.append(converthalf2float(struct.unpack(self.endian+'H',self.inputFile.read(2))[0]))
array.append(converthalf2float(struct.unpack(self.endian+h,self.inputFile.read(2))[0]))
if self.debug==True:
print 'half',array
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(array)+'\n')
return array
def short(self,n,h='h',exp=12):
array = []
offset=self.inputFile.tell()
for id in range(n):
array.append(struct.unpack(self.endian+h,self.inputFile.read(2))[0]*2**-exp)
#array.append(self.H(1)[0]*2**-exp)
if self.debug==True:
print 'short',array
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(array)+'\n')
return array
def i12(self,n):
array = []
offset=self.inputFile.tell()
for id in range(n):
if self.endian=='>':
var='\x00'+self.inputFile.read(3)
if self.endian=='<':
var=self.inputFile.read(3)+'\x00'
array.append(struct.unpack(self.endian+'i',var)[0])
if self.debug==True:
print array
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+str(array)+'\n')
return array
def find(self,var):
start=self.inputFile.tell()
s=''
while(True):
c=self.inputFile.read(1)
#print c
if c==var[0]:
if len(var)>1:
for m in range(1,len(var)):
c=self.inputFile.read(1)
if c!=var[m]:
break
if m==len(var)-1:
break
else:
break
else:
s+=c
#if self.log==True:
# if self.logfile is not None and self.logskip is not True:
# self.logfile.write('offset '+str(start)+' '+s+'\n')
return s
def find1(self,var,size=999):
start=self.inputFile.tell()
s=''
while(True):
data=self.inputFile.read(size)
off=data.find(var)
#print off
if off>=0:
s+=data[:off]
self.inputFile.seek(start+off+len(var))
#print 'znaleziono',var,'offset=',self.inputFile.tell()
break
else:
s+=data
start+=size
#print self.inputFile.tell() ,self.fileSize()
if self.inputFile.tell()>=self.fileSize():break
if self.debug==True:
print s
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(start)+' '+s+'\n')
return s
def find10(self,var):
start=self.inputFile.tell()
s=''
data=self.inputFile.read()
off=data.find(var)
if off>=0:
s+=data[:off]
self.inputFile.seek(start+off+len(var))
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(start)+' '+s+'\n')
return s
def findAll(self,var,size=100):
list=[]
while(True):
start=self.inputFile.tell()
data=self.inputFile.read(size)
off=data.find(var)
#print off,self.inputFile.tell()
if off>=0:
list.append(start+off)
#print start+off
self.inputFile.seek(start+off+len(var))
#if self.debug==True:
# print start+off
else:
start+=size
self.inputFile.seek(start)
if self.inputFile.tell()>self.fileSize():
break
return list
def findchar(self,var):
offset=self.inputFile.find(var)
if self.debug==True:
print var,'znaleziono',offset
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write(var+' znaleziono '+str(offset)+'\n')
return offset
def fileSize(self):
back=self.inputFile.tell()
self.inputFile.seek(0,2)
tell=self.inputFile.tell()
#self.inputFile.seek(0)
self.inputFile.seek(back)
return tell
def seek(self,off,a=0):
self.inputFile.seek(off,a)
def seekpad(self,pad,type=0):
''' 16-byte chunk alignment'''
size=self.inputFile.tell()
seek = (pad - (size % pad)) % pad
if type==1:
if seek==0:
seek+=pad
self.inputFile.seek(seek, 1)
def read(self,count):
back=self.inputFile.tell()
if self.xorKey is None:
return self.inputFile.read(count)
else:
data=struct.unpack(self.endian+count*'B',self.inputFile.read(count))
self.XOR(data)
return self.xorData
def write(self,string):
self.inputFile.write(string)
def tell(self):
val=self.inputFile.tell()
if self.debug==True:
print 'current offset is',val
return val
def word(self,long):
if long<10000:
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
s=''
for j in range(0,long):
if self.xorKey is None:
lit = struct.unpack('c',self.inputFile.read(1))[0]
#data=struct.unpack(self.endian+n*'i',self.inputFile.read(n*4))
else:
data=struct.unpack(self.endian+'B',self.inputFile.read(1))
self.XOR(data)
lit=struct.unpack(self.endian+'c',self.xorData)[0]
#lit = struct.unpack('c',self.inputFile.read(1))[0]
if ord(lit)!=0:
s+=lit
if self.debug==True:
print s
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+s+'\n')
return s
if self.inputFile.mode=='wb':
#data=self.inputFile.read(long)
self.inputFile.write(long)
#return 0
else:
if self.debug==True:
print 'WARNING:too long'
#return 1
def s(self,long):
if long<10000:
if self.inputFile.mode=='rb':
offset=self.inputFile.tell()
s=''
for j in range(0,long):
if self.xorKey is None:
lit = struct.unpack('c',self.inputFile.read(1))[0]
#data=struct.unpack(self.endian+n*'i',self.inputFile.read(n*4))
else:
data=struct.unpack(self.endian+'B',self.inputFile.read(1))
self.XOR(data)
lit=struct.unpack(self.endian+'c',self.xorData)[0]
#lit = struct.unpack('c',self.inputFile.read(1))[0]
if ord(lit)!=0:
s+=lit
if self.debug==True:
print s
if self.log==True:
if self.logfile is not None and self.logskip is not True:
self.logfile.write('offset '+str(offset)+' '+s+'\n')
return s
if self.inputFile.mode=='wb':
#data=self.inputFile.read(long)
self.inputFile.write(long)
#return 0
else:
if self.debug==True:
print 'WARNING:too long'
#return 1
def Stream(self,stream_name,element_count,element_size):
self.inputFile.seek(element_count*element_size,1)
self.stream[stream_name]['offset']=offset
self.stream[stream_name]['element_count']=element_count
self.stream[stream_name]['element_size']=element_size
def getMatName(ys,parent):
#print 'getMatName'
matName=None
if matName not in MATERIALS.keys():
UniqueID=ys.get(parent,'"UniqueID"')
if UniqueID:
values=ys.values(UniqueID[0].header,'s')
if len(values)>1:
if '"' in values[1] and '_' in values[1]:
matName=values[1].split('"')[3].split('_')[-2]
rgba=None
AttributeList=ys.get(parent,'"AttributeList"')
if AttributeList:
values=ys.values(AttributeList[0].header,':')
UniqueID=ys.getValue(values,'"UniqueID"','i')
Diffuse=ys.get(parent,'"Diffuse"')
if Diffuse:
rgba=ys.values(Diffuse[0].data,'f')
if matName not in MATERIALS.keys():
Material=ys.get(AttributeList[0],'"osg.Material"')
if Material:
for a in Material[0].children:
if '"Name"' in a.header:
splits=a.header.split('"')
if len(splits)>4:
matName=splits[5]
if ':' in matName:
matName=matName.replace(':','')
model.matList[UniqueID]=matName
if matName not in MATERIALS.keys():
StateSet=ys.get(parent,'"StateSet"')
if StateSet:
osgStateSet=ys.get(StateSet[0],'"osg.StateSet"')
if osgStateSet:
if len(osgStateSet[0].children)>0:
for child in osgStateSet[0].children:
values=ys.values(child.header,':')
if '"UniqueID"' in values and '"Name"' in values:
UniqueID=ys.getValue(values,'"UniqueID"','i')
matName=ys.getValue(values,'"Name"','""')
model.matList[UniqueID]=matName
else:
values=ys.values(osgStateSet[0].data,':')
if '"AttributeList"' not in values:
UniqueID=ys.getValue(values,'"UniqueID"','i')
if UniqueID in model.matList:
matName=model.matList[UniqueID]
if matName:
if len(matName)==0:
matName='RootNode'
if '\xef' in matName:
matName=matName.split('\xef')[0]
diffuse=None
normal=None
specular=None
trans=None
ao=None
rgbCol=None
rgbSpec=None
if len(MATERIALS.keys())==1:
key=MATERIALS.keys()[0]
for imageType in MATERIALS[key]:
if MATERIALS[key][imageType][0]=='texture':
hash=MATERIALS[key][imageType][1]
if hash in IMAGES.keys():
if IMAGES[hash]['RGB']:
path,exists,quality=IMAGES[hash]['RGB']
if exists==1:
if imageType=='Opacity':trans=path
if imageType=='AlbedoPBR':diffuse=path
if imageType=='DiffuseColor':diffuse=path
if imageType=='NormalMap':normal=path
if imageType=='SpecularColor':specular=path
if imageType=='DiffusePBR':diffuse=path
if imageType=='SpecularF0':specular=path
if imageType=='SpecularColor':specular=path
if imageType=='DiffuseIntensity':ao=path
if IMAGES[hash]['A']:
path,exists,quality=IMAGES[hash]['A']
if exists==1:
trans=path
if IMAGES[hash]['N']:
path,exists,quality=IMAGES[hash]['N']
if exists==1:
if imageType=='NormalMap':normal=path
if imageType=='BumpMap':normal=path
if IMAGES[hash]['R']:
path,exists,quality=IMAGES[hash]['R']
if exists==1:
if imageType=='Opacity':trans=path
if imageType=='SpecularF0':specular=path
if imageType=='AOPBR':ao=path
if imageType=='RoughnessPBR':specular=path
if imageType=='GlossinessPBR':specular=path
if imageType=='BumpMap':normal=path
if imageType=='SpecularColor':specular=path
if imageType=='DiffuseIntensity':ao=path
if MATERIALS[key][imageType][0]=='color':
if imageType=='DiffuseColor':
rgbCol=MATERIALS[key][imageType][1]
else:
for key in MATERIALS.keys():
if key==matName:
for imageType in MATERIALS[key]:
if MATERIALS[key][imageType][0]=='texture':
hash=MATERIALS[key][imageType][1]
if hash in IMAGES.keys():
if IMAGES[hash]['RGB']:
path,exists,quality=IMAGES[hash]['RGB']
if exists==1:
if imageType=='AlbedoPBR':diffuse=path
if imageType=='DiffuseColor':diffuse=path
if imageType=='DiffusePBR':diffuse=path
if imageType=='NormalMap':normal=path
if imageType=='EmitColor':diffuse=path
if imageType=='SpecularPBR':specular=path
if imageType=='Opacity':trans=path
if imageType=='SpecularF0':specular=path
if imageType=='SpecularColor':specular=path
if imageType=='DiffuseIntensity':ao=path
if IMAGES[hash]['A']:
path,exists,quality=IMAGES[hash]['A']
if exists==1:
trans=path
if IMAGES[hash]['N']:
path,exists,quality=IMAGES[hash]['N']
if exists==1:
if imageType=='NormalMap':normal=path
if imageType=='BumpMap':normal=path
if IMAGES[hash]['R']:
path,exists,quality=IMAGES[hash]['R']
if exists==1:
if imageType=='Opacity':trans=path
if imageType=='SpecularF0':specular=path
if imageType=='AOPBR':ao=path
if imageType=='RoughnessPBR':specular=path
if imageType=='GlossinessPBR':specular=path
if imageType=='BumpMap':normal=path
if imageType=='SpecularColor':specular=path
if imageType=='DiffuseIntensity':ao=path
if MATERIALS[key][imageType][0]=='color':
if imageType=='DiffuseColor':
rgbCol=MATERIALS[key][imageType][1]
TextureAttributeList=ys.get(parent,'"TextureAttributeList"')
if TextureAttributeList:
#print 'here'
osg_Texture=ys.get(parent,'"osg.Texture"')
if osg_Texture:
values=ys.values(osg_Texture[0].data,':')
hash=ys.getValue(values,'"File"','""')
if hash:
if '/' in hash:
hash=hash.split('/')[1]
#print hash
if hash in IMAGES.keys():
if IMAGES[hash]['RGB']:
path,exists,quality=IMAGES[hash]['RGB']
if exists==1:
diffuse=path
if IMAGES[hash]['A']:
path,exists,quality=IMAGES[hash]['A']
if exists==1:
trans=path
if IMAGES[hash]['N']:
path,exists,quality=IMAGES[hash]['N']
if exists==1:
if imageType=='NormalMap':normal=path
if imageType=='BumpMap':normal=path
return matName,diffuse,specular,normal,ao,trans,rgbCol,rgbSpec,rgba
def getSplitName(name,what,which):
a=None
if what in name:
a=''
splits=name.split(what)
if which<0:
num=len(splits)+which-1
else:
num=which
if num<0:
a=name
else:
if which<len(splits):
for m in range(num):
a+=splits[m]+what
a+=splits[num]
else:
a=name
return a
def etap1(input,ItemSize):
n=len(input)/ItemSize
r=0
output=[0]*len(input)
while(r<n):
a=r*ItemSize
s=0
while(s<ItemSize):
output[a+s]=input[r+n*s]
s+=1
r+=1
return output
def etap2(input,ItemSize,atributes):
i=[atributes['"bx"'],atributes['"by"'],atributes['"bz"']]
n=[atributes['"hx"'],atributes['"hy"'],atributes['"hz"']]
a=len(input)/ItemSize
s=0
output=[0]*len(input)
while(s<a):
o=s*ItemSize
u=0
while(u<ItemSize):
output[o+u]=i[u]+input[o+u]*n[u];
u+=1
s+=1
return output
def etap3(input,ItemSize):
i=ItemSize|1
n=1
r=len(input)/i
while(n<r):
a=(n-1)*i
s=n*i
o=0
while(o<i):
input[s+o]+=input[a+o]
o+=1
n+=1
return input
def etap4(input):
e=1
i=len(input)/4
while(e<i):
n=4*(e-1)
r=4*e
a=input[n]
s=input[n+1]
o=input[n+2]
u=input[n+3]
l=input[r]
h=input[r+1]
c=input[r+2]
d=input[r+3]
input[r]=a*d+s*c-o*h+u*l
input[r+1]=-a*c+s*d+o*l+u*h
input[r+2]=a*h-s*l+o*d+u*c
input[r+3]=-a*l-s*h-o*c+u*d
e+=1
return input
def int3float4(input,atributes,ItemSize):
c=4
d=atributes['"epsilon"']
p=int(atributes['"nphi"'])
e=[0]*len(input)*4
i=1.57079632679
n=6.28318530718
r=3.14159265359
a=0.01745329251
s=0.25
o=720
u=832
l=47938362584151635e-21
h={}
f=True
d=d or s
p=p or o
g=math.cos(d*a)
m=0
v=0
_=[]
v=(p+1)*(u+1)*3
_=[None]*v
b=r/float(p-1)
x=i/float(p-1)
if f:y=3
else:y=2
m=0
v=len(input)/y
while(m<v):
A=m*c
S=m*y
C=input[S]
w=input[S+1]
if c==0:
if f==0:
if (C&-1025)!=4:
e[A+3]=-1
else:
e[A+3]=1
M=None
T=None
E=None
I=3*(C+p*w)
M=_[I]
if M==None:
N=C*b
k=cos(N)
F=sin(N)
N+=x
D=(g-k*cos(N))/float(max(1e-5,F*sin(N)))
if D>1:D=1
else:
if D<-1:D=-1
P=w*n/float(math.ceil(r/float(max(1e-5,math.acos(D)))))
M=_[I]=F*math.cos(P)
T=_[I+1]=F*math.sin(P)
E=_[I+2]=k
else:
T=_[I+1]
E=_[I+2]
if f:
R=input[S+2]*l
O=math.sin(R)
e[A]=O*M
e[A+1]=O*T
e[A+2]=O*E
e[A+3]=math.cos(R)
#write(log,[A,e[A],e[A+1],e[A+2],e[A+3]],0)
else:
e[A]=M
e[A+1]=T
e[A+2]=E
m+=1
return e
def getAnimation(ys,A,n):
action=Action()
action.BONESPACE=True
#action.ARMATURESPACE=True
action.FRAMESORT=True
action.skeleton=skeleton.name
n+=4
Channels=ys.get(A,'"Channels"')
boneList={}
if Channels:
values=ys.values(Channels[0].header,':')
Name=ys.getValue(values,'"Name"')
action.name=Name
new=New(Name.replace('"','').replace('|','')+'.action','wb',sys).open()
for a in Channels[0].children:
Vec3LerpChannel=ys.get(a,'"osgAnimation.Vec3LerpChannel"')
if Vec3LerpChannel:
KeyFrames=ys.get(a,'"KeyFrames"')
if KeyFrames:
values=ys.values(KeyFrames[0].header,':')
Name=ys.getValue(values,'"Name"')
TargetName=ys.getValue(values,'"TargetName"','""')
name=getSplitName(TargetName,'_',-1)
if Name=='"translate"':
bone=None
if TargetName in boneIndeksList:
name=boneIndeksList[TargetName]
if name not in boneList.keys():
bone=ActionBone()
action.boneList.append(bone)
bone.name=name
boneList[name]=bone
bone=boneList[name]
else:
print 'skiped translate bone:',TargetName
Key=ys.get(a,'"Key"')
if Key:
values=ys.values(Key[0].data,':')
ItemSize=ys.getValue(values,'"ItemSize"','i')
Float32Array=ys.get(Key[0],'"Float32Array"')
if Float32Array:
values=ys.values(Float32Array[0].data,':')
File=ys.getValue(values,'"File"')
Size=ys.getValue(values,'"Size"')
Offset=ys.getValue(values,'"Offset"')
#write(log,[File,'Size:',Size,'Offset:',Offset,'ItemSize:',ItemSize],n+4)
path=os.path.dirname(filename)+os.sep+File.split('"')[1]
if os.path.exists(path)==True and os.path.exists(path.split('.gz')[0])==False:
cmd=Cmd()
cmd.input=path
cmd.ZIP=True
cmd.run()
path=os.path.dirname(filename)+os.sep+File.split('"')[1].split('.gz')[0]
if os.path.exists(path)==False:
path+='.gz.txt'
if os.path.exists(path)==True:
file=open(path,'rb')
g=BinaryReader(file)
g.seek(int(Offset))
if bone:
new.write(bone.name+'\x00')
new.write('translate'+'\x00')
new.i([int(Size)])
for m in range(int(Size)):
value=g.f(ItemSize)
#write(log,value,n+8)
if bone:
new.f(value)
boneMatrix=skeleton.object.getData().bones[bone.name].matrix['ARMATURESPACE']
matrix=VectorMatrix(value)#*boneMatrix
bone.posKeyList.append(matrix)
file.close()
else:print 'unknow array type'
else:print 'no key'
Time=ys.get(a,'"Time"')
if Time:
values=ys.values(Time[0].data,':')
ItemSize=ys.getValue(values,'"ItemSize"','i')
Float32Array=ys.get(Time[0],'"Float32Array"')
if Float32Array:
values=ys.values(Float32Array[0].data,':')
File=ys.getValue(values,'"File"')
Size=ys.getValue(values,'"Size"')
Offset=ys.getValue(values,'"Offset"')
#write(log,[File,'Size:',Size,'Offset:',Offset,'ItemSize:',ItemSize],n+4)