def SetObject( Name="Object0", Viewport=0, LocRotSca=[], Sub_Name='', ParentName='' ):
global ActiveScene,ActiveObject,ObjectSceneID,DLRS
ObjectLib=VIEWER.Libs[3]
#Verify Data: (use Defaults if neccesary)
N = (ObjectLib[Name][0] if (type(Name)==int and Name>-1 and Name<(len(ObjectLib)+1) #get the name of the specified object
) else (Name if type(Name)==str else "Object"+str(len(ObjectLib)))) #N must be a string
VP = (Viewport if (Viewport>0 and Viewport<25) else 1) #must be 1 to 24
LRS= (DLRS if len(LocRotSca)!=9 else LocRotSca) #TODO: advanced LRS verification
SD = ["",(N if (Sub_Name=='' or type(Sub_Name)!=str) else Sub_Name),[],[]]
P = (__GetOID(ParentName) if ParentName!=('__REMOVE__' or '') else ParentName)
OID=__GetOID(N) if len(VIEWER.Libs[3])>0 else '' #try to get an active object index
if OID=='': #if this is a new object:
VIEWER.Libs[3].append([N,VP,LRS,SD,(P if len(VIEWER.Libs[3])>0 else '')]) #ignore parent index if this is the first object
VIEWER.Libs[2][ActiveScene][1]+=[len(VIEWER.Libs[3])-1]
ObjectSceneID+=[ActiveScene]
ActiveObject=len(VIEWER.Libs[3])-1
__LOG('---FORMAT---: created Object: %s'%Name)
else: #set the active object to the specicified object and change it's data
ActiveObject,ActiveScene = OID,ObjectSceneID[OID]; AO=ObjectLib[OID]
VIEWER.Libs[3][OID]=[ AO[0], #reset the object's data:
((VP if Viewport!=0 else AO[1]) if AO[1]!=VP else AO[1]),
((LRS if LRS!=DLRS else AO[2]) if AO[2]!=LRS else AO[2]),
[AO[3][0],(AO[3][1] if Sub_Name=='' else SD[1]),AO[3][2],AO[3][3]], #reset sub data name (not data)
((P if ObjectLib[OID][4]!=P else ObjectLib[OID][4]) if P!='__REMOVE__' else '')]
__LOG('---FORMAT---: re-set Object: %s'%VIEWER.Libs[3][OID][0])
SetObject.func_defaults=( "Object"+str(len(VIEWER.Libs[3])), 0, [], '', '' )
def SetFacepoint( Vert='', Normal='', Color='', UV='' ):
global ActiveObject
#verify we havn't switched objects to an invalid type before trying to add facepoints:
if VIEWER.Libs[3][ActiveObject][3][0]=="_Mesh": #we can only set the facepoints of an active mesh object
if len(VIEWER.Libs[3][ActiveObject][3][3])>0: #we can't append facepoints to an object with no primitives.
Colors,UVs = VIEWER.Libs[3][ActiveObject][3][3][2],VIEWER.Libs[3][ActiveObject][3][3][3]
VID = __Index(Vert,VIEWER.Libs[3][ActiveObject][3][3][0],'Vert')
NID = __Index(Normal,VIEWER.Libs[3][ActiveObject][3][3][1],'Nornal')
CIDs = ( (__Index(Color[0],Colors[0],'Color0')
,(__Index(Color[1],Colors[1],'Color1') if len(Color)==2 else '')
) if type(Color)==tuple else (__Index(Color,Colors[0]),'') )
UVIDs = ( (__Index(UV[0],UVs[0],'UV0')
,(__Index(UV[1],UVs[1],'UV1') if len(UV)>=2 else '')
,(__Index(UV[2],UVs[2],'UV2') if len(UV)>=3 else '')
,(__Index(UV[3],UVs[3],'UV3') if len(UV)>=4 else '')
,(__Index(UV[4],UVs[4],'UV4') if len(UV)>=5 else '')
,(__Index(UV[5],UVs[5],'UV5') if len(UV)>=6 else '')
,(__Index(UV[6],UVs[6],'UV6') if len(UV)>=7 else '')
,(__Index(UV[7],UVs[7],'UV7') if len(UV)==8 else '')
) if type(UV)==tuple else (__Index(UV,UVs[0]),'','','','','','','')
)
VIEWER.Libs[3][ActiveObject][3][3][5][-1][1]+=[[VID,NID,CIDs,UVIDs]]
__LOG('---FORMAT---: set Facepoint: [%s, %s, %s, %s]'%(str(VID),str(NID),str(CIDs),str(UVIDs)))
else: print 'unable to append to a non-existant primitive'
else:
print 'Unable to append Facepoint to Object of type: "'+VIEWER.Libs[3][OID][3][0].split('_')[1]+'"'
print 'Make sure the active object is a Mesh-type Object before trying to append Facepoints'
def SetMatColors( Ambient = None, Diffuse = None, Specular = None, Emmisive = None, Shine = None ):
global ActiveMaterial
r = 1.0/255
if len(VIEWER.Libs[4])>0:
try:
AR,AG,AB,AA = Ambient
if type(AR) == int: AR,AG,AB,AA = AR*r,AG*r,AB*r,AA*r
except: AR,AG,AB,AA = VIEWER.Libs[4][ActiveMaterial][2][0]
try:
DR,DG,DB,DA = Diffuse
if type(DR) == int: DR,DG,DB,DA = DR*r,DG*r,DB*r,DA*r
except: DR,DG,DB,DA = VIEWER.Libs[4][ActiveMaterial][2][1]
try:
SR,SG,SB,SA = Specular
if type(SR) == int: SR,SG,SB,SA = SR*r,SG*r,SB*r,SA*r
except: SR,SG,SB,SA = VIEWER.Libs[4][ActiveMaterial][2][2]
try:
ER,EG,EB,EA = Emmisive
if type(ER) == int: ER,EG,EB,EA = ER*r,EG*r,EB*r,EA*r
except: ER,EG,EB,EA = VIEWER.Libs[4][ActiveMaterial][2][3]
if Shine==None: Shine=VIEWER.Libs[4][ActiveMaterial][2][4]
VIEWER.Libs[4][ActiveMaterial][2] = [[AR,AG,AB,AA],[DR,DG,DB,DA],[SR,SG,SB,SA],[ER,EG,EB,EA],Shine]
__LOG('---FORMAT---: set Material colors to: %s'%str(VIEWER.Libs[4][ActiveMaterial][2]))
def __Index(value,List,Type=''): #returns either a valid index or ''
if type(value)==tuple: value=list(value)
if type(value)==list: #[X,Y(,Z)] or [I/R(,A/G(,B(,A)))]
try: return List.index(value)
except:
List+=[value]
__LOG('---FORMAT---: set %s: %s'%(Type,str(value)))
return List.index(value) #vector or color
elif type(value)==int: return value #index (doesn't validate against len(list))
elif type(value)==str: return '' #no vector (validate any string to '')
def Skip(length, label=''):
#TODO: length must be a positive int
global __f,__o,__c
if __o[__c]==len(__f[__c])-1: #are we at the end?
if __TOGGLE_LOGGING: __LOG('%s: wrote %i pad bytes%s'%(__POS(),length,label))
__f[__c]+=__arr('B',[0]*length); __o[__c]+=length
else:
if __TOGGLE_LOGGING: __LOG('%s: skipped %i bytes%s'%(__POS(),length,label))
v = __f[__c][__o[__c]:__o[__c]+length]; __o[__c]+=length
return v
def SetColors( List0=[], List1=[] ):
global ActiveObject
if len(VIEWER.Libs[3])>0:
if VIEWER.Libs[3][ActiveObject][3][0]=="":
VIEWER.Libs[3][ActiveObject][3][0]="_Mesh"
VIEWER.Libs[3][ActiveObject][3][3]=[[],[],[List0,List1],[[],[],[],[],[],[],[],[]],[],[]]
__LOG('---FORMAT---: set Color Lists with [%i,%i] colors'%(len(List0),len(List1)))
elif VIEWER.Libs[3][ActiveObject][3][0]=="_Mesh":
VIEWER.Libs[3][ActiveObject][3][3][2]=[List0,List1]
__LOG('---FORMAT---: set Color Lists with [%i,%i] colors'%(len(List0),len(List1)))
else: print 'Unable to append Color Lists to Object of type: "'+VIEWER.Libs[3][OID][3][0].split('_')[1]+'"\nignoring current data'
else: print 'please define an object'
def SetNormals( List=[] ):
global ActiveObject
if len(VIEWER.Libs[3])>0:
if VIEWER.Libs[3][ActiveObject][3][0]=="":
VIEWER.Libs[3][ActiveObject][3][0]="_Mesh"
VIEWER.Libs[3][ActiveObject][3][3]=[[],List,[[],[]],[[],[],[],[],[],[],[],[]],[],[]]
__LOG('---FORMAT---: set Normal List with %i normals'%len(List))
elif VIEWER.Libs[3][ActiveObject][3][0]=="_Mesh":
VIEWER.Libs[3][ActiveObject][3][3][1]=List
__LOG('---FORMAT---: set Normal List with %i normals'%len(List))
else: print 'Unable to append Normal List to Object of type: "'+VIEWER.Libs[3][OID][3][0].split('_')[1]+'"\nignoring current data'
else: print 'please define an object'
def Matrix(Rows,Cols,Term,List='',flatten=False,label=''):
if List == '':
if __TOGGLE_LOGGING: __LOG('%s: reading %ix%i matrix%s'%(__POS(),Rows,Cols,label))
return list([[__Term(Term,'',label=' -- [%i][%i]'%(r,c)) for c in range(Cols)] for r in range(Rows)] if not flatten else [
__Term(Term,'',label=' -- [%i]'%i) for i in range(Cols*Rows)])
if type(List)==list:
if len(List)==Rows: #2D list
for col in List:
for Value in col: __Term(Term,Value)
elif len(List)==(Cols*Rows): #1D list
for Value in List: __Term(Term,Value)
else: pass
def SetImage(Name="Image0",Width=0,Height=0,Data=[]):
global ActiveTexture,ActiveImage
resolved = 0
IID = __GetIID(Name)
if IID!='':
ActiveImage = IID
__LOG('---FORMAT---: set Active Image to: %s'%VIEWER.Libs[7][IID][0])
else: #NOTE: Pallet not supported yet (last index)
if type(Data) == list:
VIEWER.Libs[7] += [[Name,Width,Height,Data,[]]]
else:
VIEWER.Libs[7] += [[Name,1,1,[[255,255,255,255]],[]]]
ActiveImage = len(VIEWER.Libs[7])-1
__LOG('---FORMAT---: created Image: %s'%Name)
if type(Data) == str: #image directory
it = Data.split('.')[-1] #get the file type
current,offset = COMMON.__c,COMMON.__o
try:
import sys
__LOG('---FORMAT---: loading image data from %s'%Data)
COMMON.ImportFile(Data,1)
W,H,img,plt = sys.modules[COMMON._ImgScripts[it]].ImportImage(it)
VIEWER.Libs[7][ActiveImage][1] = W
VIEWER.Libs[7][ActiveImage][2] = H
VIEWER.Libs[7][ActiveImage][3] = img
VIEWER.Libs[7][ActiveImage][4] = plt
del W; del H; del img; del plt #cleanup
#resolved = 1
except:
__LOG('---FORMAT---: encountered an error trying to read from the image.')
import sys,traceback
typ,val,tb=sys.exc_info()#;tb=traceback.extract_tb(i[2])[0]
print
traceback.print_exception(
typ,val,tb#,
#limit=2,
#file=sys.stdout
)
print
COMMON.__c,COMMON.__o = current,offset
if ActiveTexture!=None and not resolved:
VIEWER.Libs[6][ActiveTexture][4] = Name
__LOG('---FORMAT---: added Image to Texture: %s'%VIEWER.Libs[6][ActiveTexture][0])
SetImage.func_defaults=( "Image"+str(len(VIEWER.Libs[7])), )
def SetUVs( List0=[], List1=[], List2=[], List3=[], List4=[], List5=[], List6=[], List7=[] ):
global ActiveObject
if len(VIEWER.Libs[3])>0:
if VIEWER.Libs[3][ActiveObject][3][0]=="":
VIEWER.Libs[3][ActiveObject][3][0]="_Mesh"
VIEWER.Libs[3][ActiveObject][3][3]=[[],[],[[],[]],[List0,List1,List2,List3,List4,List5,List6,List7],[],[]]
__LOG('---FORMAT---: set UV Lists with [%i,%i,%i,%i,%i,%i,%i,%i] UVs'%(
len(List0),len(List1),len(List2),len(List3),len(List4),len(List5),len(List6),len(List7)))
elif VIEWER.Libs[3][ActiveObject][3][0]=="_Mesh":
VIEWER.Libs[3][ActiveObject][3][3][0]=[List0,List1,List2,List3,List4,List5,List6,List7]
__LOG('---FORMAT---: set UV Lists with [%i,%i,%i,%i,%i,%i,%i,%i] UVs'%(
len(List0),len(List1),len(List2),len(List3),len(List4),len(List5),len(List6),len(List7)))
else: print 'Unable to append UV Lists to Object of type: "'+VIEWER.Libs[3][OID][3][0].split('_')[1]+'"\nignoring current data'
else: print 'please define an object'
def Decompress(Data,Method):
global __Scripts,__f,__d,__o,__n,__c;
position=len(__n)-1
existant=0
for Mod,D in __Scripts[3][0]:
if D[1]==Method: #all we need is the method
existant=1
if type(Data)==str:
fD,l = sys.modules[Mod].Decompress(Data)
return fD,l
else:
p=__POS() #get file position
CDATA=__f[__c][__o[__c]:__o[__c]+Data]
fD,l = sys.modules[Mod].Decompress(''.join([chr(c) for c in CDATA]))
#__o[__c]+=l
if __TOGGLE_LOGGING:
__LOG('%s: decompressed %i bytes using %s decompression.'%(p,l,Method))
return fD,l
if not existant:
print 'ERROR: Compression method "%s" not found'%Method
if __TOGGLE_LOGGING:
__LOG('\nERROR: Compression method "%s" not found'%Method)
__LOG("Check your scripts to make sure you have the required method\n")
__LOG("Or check the console to make sure the script isn't flawed.\n")
raise ImportError #cancel the import/export operation
def ExportFile(Name):
#creates a file data space to be filled
global __f,__d,__o,__n,__c
D=(__d[__n[0]] if len(__n) else '')
#the first file is specified by the Tkinter saveas dialog,
#and will always have a directory
__c=Name.split('/')[-1]
__f[__c] = []
__d[__c] = '%s%s'%(D,Name.replace(__c,''))
__o[__c] = 0
__n+=[__c] #keep the index for switching files by index
__LOG("\n-- created export file: '%s' --\n"%Name)
def TempFile(Name):
#creates a file data space to be filled
global __f,__d,__o,__n,__c
D=(__d[__n[0]] if len(__n) else '')
#the first file is specified by the Tkinter saveas dialog,
#and will always have a directory
__c=Name
__f[__c] = []
__d[__c] = ''
__o[__c] = 0
__n+=[__c] #keep the index for switching files by index
__LOG("\n-- created temporary file: '%s' --\n"%Name)
def Set():
global ActiveObject,N,VP,LRS,BM,PA,PR,BoneLib
#manage the bone data:
BID= __GetBID(N) if len(BoneLib)>0 else '' #try to get an active object index
if BID=='':
VIEWER.Libs[3][ActiveObject][3][3]+=[[N,VP,LRS,BM,PA,PR]] #add a new bone
__LOG('---FORMAT---: created Bone: %s'%Name)
else:
VIEWER.Libs[3][ActiveObject][3][3][BID]=[BoneLib[BID][0], #edit the specified bone
((VP if Viewport!=0 else BoneLib[BID][1]) if BoneLib[BID][1]!=VP else BoneLib[BID][1]),
((LRS if LRS!=DLRS else BoneLib[BID][2]) if BoneLib[BID][2]!=LRS else BoneLib[BID][2]),
((BM if BM!=DM44 else BoneLib[BID][3]) if BoneLib[BID][3]!=BM else BoneLib[BID][3]),
((PA if ParentName!='' else BoneLib[BID][4]) if BoneLib[BID][4]!=PA else BoneLib[BID][4]),
((PR if ParentName!='' else BoneLib[BID][5]) if BoneLib[BID][5]!=PR else BoneLib[BID][5])]
#^- need to check for previous bone looping (in case of user error)
__LOG('---FORMAT---: re-set Bone: %s'%BoneLib[BID][0])
def SetScene( Name="Scene0" ):
global SceneCount,ActiveScene
if SceneCount==0: #change the default scene name
VIEWER.Libs[2][0][0]=(Name if type(Name)==str else "Scene"+str(SceneCount))
SceneCount+=1
else: #user defined scenes already exist
SceneIndex = None
#TODO: usa a while loop
for Index,Scene in enumerate(VIEWER.Libs[2]): #check for specified scene name/index
if Scene[0]==Name or Index==Name: SceneIndex=Index
if SceneIndex == None: #create a new scene
VIEWER.Libs[2]+=[Name if type(Name)==str else "Scene"+str(SceneCount)]
ActiveScene=len(VIEWER.Libs[2]) #set the active scene index to the newly added scene
SceneCount+=1
else: ActiveScene=SceneIndex #set the active scene index to the specified scene
__LOG('---FORMAT---: created Scene: %s'%Name)
SetScene.func_defaults=( "Scene"+str(SceneCount), )
def SetMaterial(Name="Material0"):
global ActiveObject, ActiveMaterial
#check if our material exists or create a new material
MID = __GetMID(Name)
if MID!='': #if so, update the material
#Textures = VIEWER.Libs[4][MID][3] #preserve the textures
ActiveMaterial = MID
__LOG('---FORMAT---: set Active Material to: %s'%VIEWER.Libs[4][MID][0])
else:
VIEWER.Libs[4] += [[Name, '', [[1.0,1.0,1.0,1.0],[1.0,1.0,1.0,1.0],[0.5,0.5,0.5,1.0],[0.0,0.0,0.0,0.0],25.0], [], [], []]]
ActiveMaterial = len(VIEWER.Libs[4])-1
__LOG('---FORMAT---: created Material: %s'%Name)
if VIEWER.Libs[3][ActiveObject][3][2] != ActiveMaterial:
VIEWER.Libs[3][ActiveObject][3][2] = ActiveMaterial
SetMaterial.func_defaults=( "Material"+str(len(VIEWER.Libs[4])), )
def String(value=None,encoding=__default_encoding,label=''):
global __f,__o,__c; p=__POS()
if value==None: #read string to 0x00
STRING=[]
while IWLD(True) or __o[__c]<=(len(__f[__c])-1): #EOF? (lazy... need better EOF checking)
i=__f[__c][__o[__c]]
__o[__c]+=1 #maintain the offset
if i==0: break
else: STRING+=[chr(i)]
if __TOGGLE_LOGGING:
__LOG("%s: read %s encoded string '%s' to chr(0)%s"%(p,encoding,''.join(STRING),label))
return ''.join(STRING) if encoding==None else ''.join(STRING).decode(encoding)
elif type(value)==int:
if value==0: #read entire file
STRING=[chr(i) for i in __f[__c][0:len(__f[__c])]]
if __TOGGLE_LOGGING: __LOG("%s: read file as string%s"%(p,label))
return ''.join(STRING) if encoding==None else ''.join(STRING).decode(encoding)
elif __o[__c]+value<=(len(__f[__c])-1): #read length, after EOF test
STRING=''.join([chr(i) for i in __f[__c][__o[__c]:__o[__c]+value]])
__o[__c]+=value
if __TOGGLE_LOGGING:
__LOG("%s: read %s encoded string '%s' of length %i%s"%(p,encoding,STRING,value,label))
return STRING if encoding==None else STRING.decode(encoding)
elif type(value)==str: #write string
ov=value
if encoding!=None: value=value.encode(encoding)
__f[__c]+=__arr('B',[ord(c) for c in value])
__o[__c]+=len(value)
if __TOGGLE_LOGGING:
__LOG(("%s: wrote%s string '%s'%s"%(p,('' if encoding==None else ' %s%s'%(encoding,' encoded')),ov,label)).replace('\n','\\n'))
elif type(value)==list:
if len(value)==0: #readlines
lines=(''.join([chr(i) for i in __f[__c][0:len(__f[__c])]])).split('\n')
if __TOGGLE_LOGGING: __LOG("%s: read '%i' lines"%(p,len(lines)))
return lines
else: #write strings (lines if '\n' added)
for Lval in value: String(Lval,encoding)
elif type(value)==tuple:
if len(value)==0: pass #TODO: readline (figuring out our position is the problem)
else: #write strings (lines if '\n' added)
for Lval in value: String(Lval)
def __BIT(big,bit_format,byte_size,value,label=''):
global __f,__o,__c,FileError
if not FileError:
p=__POS() #get file position
if type(value)==str: #credit to Gribouillis for various speedups:
if (__o[__c]+byte_size)<=len(__f[__c]): #check for EOF (better than recieving an indexing error)
DATA= __f[__c][__o[__c]:__o[__c]+byte_size]; val = 0
for v in (DATA if big else list(reversed(DATA))): val=(val<<8)|v #multi-int -> single-int (flipped if little endian)
if bit_format == 1: val=(val-(1<<(byte_size<<3)) if val>(1<<(byte_size<<3))/2 else val) #signed int
if bit_format == 2: #float (IEEE754)
if val==0: return 0.0 #speedy check (before performing any calculations)
#credit to pyTony for simplifying the formula of 'e' and fixing the return values
e=((byte_size*8)-1)//(byte_size+1)+(byte_size>2)*byte_size//2; m,b=[((byte_size*8)-(1+e)), ~(~0 << e-1)]
S,E,M=[(val>>((byte_size*8)-1))&1,(val>>m)&~(~0 << e),val&~(~0 << m)] #<- added brackets (faster processing)
if E == int(''.join(['1']*e),2): val=(float('NaN') if M!=0 else (float('+inf') if S else float('-inf')))
else: val=((pow(-1,S)*(2**(E-b-m)*((1<<m)+M))) if E else pow(-1,S)*(2**(1-b-m)*M))
#I personally don't entirely understand this, but it works more than perfectly. XD
if bit_format == 3: pass #float (IBM)
if bit_format == 4: pass #float (Borland)
__o[__c]+=byte_size #modify the file offset
if __TOGGLE_LOGGING:
__LOG('%s: read 0x%s as %s%s'%(p,''.join([__hx__[v] for v in DATA]),str(val),label))
return val
else: #EOF (End Of File)
if __TOGGLE_LOGGING: __LOG("\nERROR: End of File reached")
raise EOFError #this will cancel the import operation
elif type(value)==int or type(value)==long: #write int
if bit_format==1: value=(value+pow(256,byte_size) if value<0 else value) #signed int
Bytes=[(value>>(i*8))&255 for i in range(byte_size)] # single-int -> multi-int (could be faster)
__f[__c]+=__arr('B',list(reversed(Bytes)) if big else Bytes)
__o[__c]+=byte_size
if __TOGGLE_LOGGING:
__LOG("%s: wrote %i as 0x%s%s" % (p,value,''.join([__hx__[v] for v in Bytes]),label))
elif type(value)==float: #write float
if value==0:
Bytes=[0]*byte_size #speedy check (before performing any calculations)
else: #credit to jdaster64 for this
e=((byte_size*8)-1)//(byte_size+1)+(byte_size>2)*byte_size//2; m,E=[((byte_size*8)-(1+e)), ~(~0 << e-1)]; S=0 #pyTony's formula
if value<0: S=1; value*=-1 #set the sign
while value<1.0 or value>=2.0: value,E=(value*2.0,E-1) if value<1.0 else (value/2.0,E+1)
v=(S<<(e+m))|(E<<m)|int(round((value-1)*(1<<m)))
Bytes=[(v>>(i*8))&255 for i in range(byte_size)]
__f[__c]+=__arr('B',list(reversed(Bytes)) if big else Bytes)
__o[__c]+=byte_size
if __TOGGLE_LOGGING: __LOG("%s: wrote %s as 0x%s%s" % (p,str(value),'',label))
elif type(value)==list: return list(__BIT(big,bit_format,byte_size,Lval) for Lval in value)
elif type(value)==tuple: return tuple(__BIT(big,bit_format,byte_size,Tval) for Tval in value)
elif type(value)==bool: return __BIT(big,bit_format,byte_size,int(value)) #Flag
else: pass #skip the bad file
def __Hex(big,value,label=''):
global __f,__a
p=__POS()
if type(value)==int: #read (bytes)
DATA=__f[__c][__o[__c]:__o[__c]+value]
__o[__c]+=value
val = __HDF(DATA if big else list(reversed(DATA)))
__LOG("%s: read 0x%s as '%s'%s" % (p,__HDF(DATA),val,label))
return val
elif type(value)==str: #write
value=((value.replace('0x','')).replace(' ','')).upper() #'0x08f0'/'08 F0' -> '08F0'
if str(len(value)/2.).split('.')[1]=='5': value='%s%s'%('0',value) #'30F' -> '030F'
Bytes = [__hx__[value[l*2:(l+1)*2]] for l in range(len(value)/2)]
#if not big: Bytes=list(reversed(Bytes))
__f[__c]+=__arr('B',Bytes if big else list(reversed(Bytes))); __o[__c]+=len(Bytes)
__LOG("%s: wrote '%s' as 0x%s%s" % (p,value,Bytes,label))
elif type(value)==list: return list(__Hex(big,Lval) for Lval in value)
elif type(value)==tuple: return tuple(__Hex(big,Tval) for Tval in value)
elif type(value)==bool: return __Hex(big,int(value))
def ImportFile(Name,RaiseError=0):
#creates a file data space and fills it with the file data
global __f,__d,__o,__n,__c,FileError
D=(__d[__n[0]] if len(__n) else '')
#the first file is specified by the Tkinter open dialog,
#and will always have a directory
try:
FileError=0
#try to open the file
F=open('%s%s'%(D,Name),'rb')
#continue if successful
l=len(F.read()); F.seek(0,0)
__c=Name.split('/')[-1]
__f.update({__c:__arr('B',[])})
__d.update({__c:'%s%s'%(D,Name.replace(__c,''))})
__o.update({__c:0})
__n+=[__c] #keep the index for switching files by index
PrP,sec=0,(1.0/(l-1))*100
for i in range(l): #fill the data space
__f[__c]+=__arr('B',[ord(F.read(1))]); P=int(sec*i)
if P!=PrP: sys.stdout.write(' \rimporting %s %i%s'%(__c,P,'%')); PrP=P
sys.stdout.write(' \rimporting %s %s\n'%(__c,'100%'))
F.close()
except IOError:
print "ERROR: '%s' file not found!"%Name
if __TOGGLE_LOGGING:
__LOG("\nERROR: ImportFile('%s') file not found!"%Name)
__LOG("Please check the directory to make sure the file exists.\n")
if RaiseError: raise IOError #cancel the import/export operation
else: FileError=1 #skip the file and continue the import/export operation
def Compress(Data,Method):
global __Scripts,__f,__d,__o,__n,__c;
position=len(__n)-1
existant=0
for Mod,D in __Scripts[3][0]:
if D[1]==Method: #all we need is the method
existant=1
if type(Data)==str: return sys.modules[Mod].Compress(Data)
if not existant:
print 'ERROR: Compression method "%s" not found'%Method
if __TOGGLE_LOGGING:
__LOG('\nERROR: Compression method "%s" not found'%Method)
__LOG("Check your scripts to make sure you have the required method\n")
__LOG("Or check the console to make sure the script isn't flawed.\n")
raise ImportError #cancel the import/export operation
def SetTexture(Name="Texture0"):
global ActiveMaterial,ActiveTexture
TID = __GetTID(Name)
if TID!='':
ActiveTexture = TID
__LOG('---FORMAT---: set Active Texture to: %s'%VIEWER.Libs[6][TID][0])
else:
VIEWER.Libs[6] += [[Name,[],[],[],'',[]]] #TexName,TexParams,EnvParams,TReserved2,ImageName,TReserved3
ActiveTexture = len(VIEWER.Libs[6])-1
__LOG('---FORMAT---: created Texture: %s'%Name)
if ActiveMaterial!=None:
if ActiveTexture not in VIEWER.Libs[4][ActiveMaterial][3]:
VIEWER.Libs[4][ActiveMaterial][3] += [ActiveTexture]
__LOG('---FORMAT---: added Texture to Material: %s'%VIEWER.Libs[4][ActiveMaterial][0])
SetTexture.func_defaults=( "Texture"+str(len(VIEWER.Libs[6])), )
def ImportFile(Name,RaiseError=0):
#creates a file data space and fills it with the file data
global __f,__d,__o,__n,__c,FileError
D=(__d[__n[0]] if len(__n) else '')
#the initial file is specified by the Tkinter open dialog,
#and will always have a directory.
#further files are specified by the scripts which specify a directory local to this file's directory.
try:
FileError=0
#try to open the file
F=open(Name if Name.count(':') else '%s%s'%(D,Name),'rb')
#continue if successful
l=len(F.read()); F.seek(0,0)
__c=Name.split('/')[-1]
__f[__c] = __arr('B',[255]*l) #much faster
__d[__c] = '%s%s'%(D,Name.replace(__c,''))
__o[__c] = 0
__n+=[__c] #keep the index for switching files by index
PrP,sec=0,(1.0/(l-1))*100
for i in range(l): #fill the data space
__f[__c][i]=ord(F.read(1)); P=int(sec*i)
if P!=PrP: sys.stdout.write(' \rimporting %s %i%s'%(__c,P,'%')); PrP=P
sys.stdout.write(' \rimporting %s %s\n'%(__c,'100%'))
F.close()
__LOG("\n-- imported file: '%s' --\n"%__c)
except IOError:
print "ERROR: '%s' file not found!"%Name
__LOG("\nERROR: ImportFile('%s') file not found!"%Name)
__LOG("Please check the directory to make sure the file exists.\n")
if RaiseError: raise IOError #cancel the import/export operation
else: FileError=1 #skip the file and continue the import/export operation
def StructArr(Template,Value=''): #needs a performance boost (redo everything)
global __f,__o,__c
if type(Template)==tuple: Template=list(Template)
if type(Template)!=list: Template=[Template]
if type(Value)==tuple: Value=list(Value) #Tuples aren't really supported... yet >_>
def RS(t):
L=[]
for Tm in t: #read single structure
if type(Tm)==list: RS(Tm)
else: R=__Term(Tm,''); L.append(0 if R==None else R) #returns 0 instead of None
return L
def WS(t,v): #write single structure
for I,Tm in enumerate(t):
if type(Tm)==list: WS(Tm,v[I]) #Template[I] == []
else: __Term(Tm,v[I])
if Value == '': #read until 0 struct
if __TOGGLE_LOGGING:
__LOG("%s: read structures of %s reaching a 0 struct."%(__POS(),str(Template)))
Structs=[]; cont=1
while IWLD(cont):
Struct = RS(Template)
if type(Struct)==list: cont=(0 if sum(Struct)==0 else 1)
else: cont=(0 if int(Struct)==0 else 1)
if cont: Structs.append(Struct)
return Structs
if type(Value) == int:
if __o[__c]==len(__f[__c])-1: #are we at the end?
WS(Template,[Value]) #write the int value if so
if __TOGGLE_LOGGING:
__LOG("%s: wrote 1 structure of %s"%(__POS(),str(Template)))
else:
if __TOGGLE_LOGGING:
__LOG('%s: read %i structures of %s'%(__POS(),Value,str(Template)))
return [RS(Template) for v in range(Value)] #read count
if type(Value) == list:
if __o[__c]==len(__f[__c])-1: #are we at the end?
for S in Value: #write structs
if type(S)!=(list or tuple): S=[S]
WS(Template,S)
if __TOGGLE_LOGGING:
__LOG("%s: wrote %i structures of %s"%(__POS(),len(Value),str(Template)))
else: #read until StopStruct
if __TOGGLE_LOGGING:
__LOG("%s: read structures of %s stopping at %s"%(__POS(),str(Template),str(Value)))
Structs=[]; cont=1
while IWLD(cont):
Struct = RS(Template)
if Struct==[(Struct[I] if V=='*' else V) for I,V in enumerate(Value)]: cont=0
else: Structs.append(Struct)
return Structs
if type(Value) == float:
WS(Template,[Value]) #write the float value
if __TOGGLE_LOGGING: __LOG("%s: wrote 1 structure of %s"%(__POS(),str(Template)))
def pString(value=None, start='', stop=chr(0), recursive=True, code=None, label=''):
global __o__,__f,__c,__o; p=__POS()
pos=__o[__c] #get the current offset in the file
maxfilelen = len(__f[__c])-1
if value==None: #read string to stop character or 0x00
STRING=''
# set the stop character chr(0) if '' or None
if stop == None or stop == '': stop=0
else: stop=ord(stop)
_start=0
if start!='': _start = ord(start)
read = (start==None)
r=0 #recursion depth
try:
while True or pos<=maxfilelen:
if read:
c=__f[__c][pos]; pos+=1 #maintain the internal offset
if recursive:
if c==_start: r+=1
if c==stop:
if r>0: r-=1
else: break
elif c==stop: break
else: STRING='%s%s'%(STRING,chr(c)) #return what's read
else: #once read is True, it can't be set False
c=__f[__c][pos]; pos+=1 #maintain the internal offset
if start=='':
if c not in [0,10,32]: read = True; STRING='%s%s'%(STRING,chr(c))
elif c==_start: read = True
if pos>maxfilelen: #EOF test
if STRING=='': return None
else: break
except:
import sys,traceback
typ,val,tb=sys.exc_info()#;tb=traceback.extract_tb(i[2])[0]
print
traceback.print_exception(
typ,val,tb#,
#limit=2,
#file=sys.stdout
)
print
raw_input('press enter to exit.')
if start==None: startchr = ''
elif start=='':
STRING = STRING.lstrip()
startchr = 'from whitespace '
else: startchr = "from '%s' "%start.replace('\n','\\n')
if code!=None:
STRING = STRING.decode(code)
strcode = '%s encoded '%code
else: strcode = ''
if __o__!=None: __o__[__c]=pos; mode=''
else: mode='pre'
__LOG("%s: %sread %sstring '%s' %sto '%s'%s"%(p,mode,strcode,STRING,startchr,chr(stop).replace('\n','\\n'),label))
return STRING
elif type(value)==int:
if value==0: #read entire file
STRING=[chr(i) for i in __f[__c]]
__LOG("%s: read file as string"%p)
#__LOG(''.join(STRING))
return ''.join(STRING)
elif pos+value<=maxfilelen: #read length, EOF?
STRING=''.join(chr(c) for c in __f[__c][pos:pos+value])
if code!=None:
STRING = STRING.decode(code)
strcode = '%s encoded '%code
else: strcode = ''
if __o__!=None: __o__[__c]+=value; mode=''
else: mode='pre'
__LOG("%s: %sread %sstring '%s' of length %i%s"%(p,mode,strcode,STRING,value,label))
return STRING
elif type(value)==str: #write string
if code!=None:
value = value.encode(code)
strcode = '%s encoded '%code
else: strcode = ''
__f[__c]+=__arr('B',[ord(c) for c in value])
if __o__!=None: __o__[__c]+=len(value)
__LOG("%s: wrote %sstring '%s'%s"%(p,strcode,value,label))
elif type(value)==list:
if len(value)==0: #readlines
lines=String(0).split('\n')
__LOG("%s: read '%i' lines"%(p,len(lines)))
return lines
else: #write strings (lines if '\n' added)
__LOG("%s: wrote list of strings:"%p)
for Lval in value: String(Lval,code)
def Jump(offset, location=0, position=0, label=''):
#TODO: make sure we aren't jumping past the end of the file
global __f,__o,__c; l=__POS(); p=__o[__c]; __o[__c]=offset+location+((len(__f[__c]) if position>1 else __o[__c]) if position else 0)
__LOG('%s: jumping to: %s from %s%s'%(l,__POS(),(('end of file' if position>1 else 'current position') if position else 'start of file'),label))
return p #return the current position before jumping.
def Keyboard(key, x, y):
global TOGGLE_FULLSCREEN,TOGGLE_LIGHTING,TOGGLE_GRID,TOGGLE_WIREFRAME,TOGGLE_BONES,TOGGLE_3D,TOGGLE_ORTHO
global _mode,DIR
global __MODEL_DATA,__BONE_DATA
#//--// need a GUI handler for these
if key == chr(9): #import model
typenames,modules,modnames,ihandlers,decmpr = [],[],[],[],[]; iftypes,isupport = [],[]
for M,D,I in COMMON.__Scripts[0][0]: #get model import scripts
if D[1] != ('',['']): #script has model info (not sure if it's safe to remove this yet)
iftypes+=[(D[1][0],tuple(["*.%s"%T for T in D[1][1]]))]
for T in D[1][1]:
try: isupport.index("*.%s"%T) #is this file type already supported?
except: isupport+=["*.%s"%T] #add the current file type to the supported types list
modnames+=[D[1][0]] #displayed in the GUI or Tk fiter
typenames+=[T] #filetype
modules+=[M] #current script
ihandlers+=[I] #included image handlers
#----- Tkinter dialog (will be replaced)
_in=askopenfilename(title='Import Model', filetypes=[('Supported', " ".join(isupport))]+iftypes)
#-----
if _in=='': pass #action cancelled
else:
COMMON.__functions=[0,0,0,0] #prevent unwanted initialization
#this block will change once I use my own dialog
#Tkinter doesn't return the filter ID
#-----
it = _in.split('.')[-1]
if typenames.count(it)>1:
print '\nThis filetype is used by multiple scripts:\n'
scr = []
for idx,ft in enumerate(typenames):
if ft==it: scr+=[[modnames[idx],modules[idx]]]
for I,NM in enumerate(scr): print ' %i - %s'%(I,NM[0])
print
sid=input('Please enter the script ID here: ')
i=__import__(scr[sid][1])
else:
ti=typenames.index(it)
i=__import__(modules[ti])
COMMON.__ReloadScripts() #check for valid changes to the scripts
#-----
try: #can we get our hands on the file?
COMMON.ImportFile(_in,1) #set the file data
global Libs; __Libs=Libs #remember last session in case of a script error
Libs=[[],[],[],[],[["Def_Scene",[]]],[]] #reset the data for importing
print 'Converting from import format...'
try: #does the script contain any unfound errors?
__LOG('-- importing %s --\n'%_in.split('/')[-1])
i.ImportModel(it,None)
print 'Verifying data...'
glNewList(__MODEL_DATA, GL_COMPILE); __M(); glEndList()
glNewList(__BONE_DATA, GL_COMPILE); __B(); glEndList()
print 'Updating Viewer\n'
glutSetWindowTitle("Universal Model Converter v3.0a (dev5) - %s" % _in.split('/')[-1])
#export UMC session data
l=open('session.ses','w')
l.write(str([1,Libs]))
l.close()
COMMON.__ClearFiles() #clear the file data to be used for writing
except:
Libs=__Libs
print "Error! Check 'session-info.log' for more details.\n"
import traceback
typ,val,tb=sys.exc_info()#;tb=traceback.extract_tb(i[2])[0]
traceback.print_exception(
typ,val,tb#,
#limit=2,
#file=sys.stdout
)
print
__Libs=[] #save memory usage
except: pass #an error should already be thrown
__WLOG(0) #write log
COMMON.__CleanScripts() #remove pyc files
if key == chr(5): #export model
COMMON.__ClearFiles() #clear the file data again... just in case
etypenames,emodules,emodnames,ehandlers = [],[],[],[]; eftypes = []
for M,D,I in COMMON.__Scripts[0][1]:
if D[1] != ('',['']): #has model info
eftypes+=[(D[1][0],tuple(["*.%s"%T for T in D[1][1]]))]
for T in D[1][1]:
emodnames+=[D[1][0]]
etypenames+=[T]
emodules+=[M]
ehandlers+=[I]
#Tkinter dialog (will be replaced)
#-----
_en=asksaveasfilename(title='Export Model', filetypes=eftypes, defaultextension='.ses')
#-----
if _en=='': pass
else:
COMMON.__functions=[0,0,0,0] #prevent unwanted initialization
#this block will change once I use my own dialog
#Tkinter doesn't return the filter ID
#-----
et = _en.split('.')[-1]
if etypenames.count(et)>1:
print '\nThis filetype is used by multiple scripts:\n'
scr = []
for idx,ft in enumerate(etypenames):
if ft==et: scr+=[[emodnames[idx],emodules[idx]]]
for I,NM in enumerate(scr): print ' %i - %s'%(I,NM[0])
print
sid=input('Please enter the script ID here: ')
e=__import__(scr[sid][1])
else:
e=__import__(emodules[etypenames.index(et)])
COMMON.__ReloadScripts() #check for valid changes to the scripts
#-----
'''
try:
COMMON.ExportFile(_en) #add the file to the data space
print 'converting to export format...'
e.ExportModel(et,None)
COMMON.__WriteFiles()
print 'Done!'
except:
print "Error! Check 'session-info.log' for details.\n"
'''
COMMON.ExportFile(_en) #add the file to the data space
print 'converting to export format...'
e.ExportModel(et,None)
COMMON.__WriteFiles()
print 'Refreshing Viewer\n'
#'''
__WLOG(_mode) #write log
COMMON.__CleanScripts() #remove pyc files
def SwitchFile(Name=0,RaiseError=0):
global __f,__n,__c,FileError
if type(Name)==str:
try:
FileError=0
__f[Name]
__c=Name
if __TOGGLE_LOGGING:
__LOG("\n-- Switching file: %s --"%Name)
except:
print "ERROR: SwitchFile('%s') file does not exist!"%Name
if __TOGGLE_LOGGING:
__LOG("\nERROR: SwitchFile('%s') file does not exist!"%Name)
__LOG("Please make sure you've imported the file first with NewFile('%s')"%Name)
__LOG("Or check to make sure you've included the file's extension.\n")
if RaiseError: raise IndexError #cancel the import/export operation
else: FileError=1 #skip the file and continue the import/export operation
elif type(Name)==int:
try:
FileError=0
__c=__n[Name]
if __TOGGLE_LOGGING:
__LOG("\n-- Switching file: %s --"%__n[Name])
except:
print "ERROR: SwitchFile('%i') invalid file index!"%Name
if __TOGGLE_LOGGING:
__LOG("\nERROR: SwitchFile('%i') invalid file index!"%Name)
__LOG("Please make sure you've imported the file first with NewFile(*Directory*)")
__LOG("Or check to make sure the index is valid. (0 is the first file)\n")
if RaiseError: raise IndexError #cancel the import/export operation
else: FileError=1 #skip the file and continue the import/export operation