def applyPose(self,savePath=None):
if savePath:
try:
fileDescriptor = open(savePath,'w')
except:
print "Error in saving %s" %savePath
self.resetTransf()
self.character.restoreMesh() #restore the mesh without rotations
self.loadTargets()
if self.rotOrder == "xyz":
rotSequence = [self.rotx,self.roty,self.rotz]
if self.rotOrder == "xzy":
rotSequence = [self.rotx,self.rotz,self.roty]
if self.rotOrder == "zyx":
rotSequence = [self.rotz,self.roty,self.rotx]
if self.rotOrder == "zxy":
rotSequence = [self.rotz,self.rotx,self.roty]
if self.rotOrder == "yxz":
rotSequence = [self.roty,self.rotx,self.rotz]
if self.rotOrder == "yzx":
rotSequence = [self.roty,self.rotz,self.rotx]
traslPaths = self.trasl.keys()
traslPaths.sort()
scale = None
for targetPath in traslPaths:
if (scale == None): scale = algos3d.computeScale(self.oBoundingBox, targetPath, self.character.meshData)
morphFactor = self.trasl[targetPath]
algos3d.loadTranslationTarget(self.character, targetPath, morphFactor, None, 1, 0, scale)
if savePath:
fileDescriptor.write("%s %f\n" % (targetPath, morphFactor))
for rotation in rotSequence:
rotPaths = rotation.keys()
rotPaths.sort()
for targetPath in rotPaths:
morphFactor = rotation[targetPath]
algos3d.loadRotationTarget(self.character.meshData, targetPath, morphFactor)
if savePath:
fileDescriptor.write("%s %f\n" % (targetPath, morphFactor))
self.character.meshData.calcNormals(facesToUpdate=[f for f in self.character.meshData.faces])
self.character.meshData.update()
if savePath:
fileDescriptor.close()
def rotateLimb(self, targetPath, morphFactor):
targetPath1 = targetPath+".target"
targetPath2 = targetPath+".rot"
algos3d.loadTranslationTarget(self.meshData, targetPath1, morphFactor, None, 1, 0)
algos3d.loadRotationTarget(self.meshData, targetPath2, morphFactor)
