def compileWarpTarget(self, human):
global _warpGlobals
log.message("COMPWARP %s", self)
landmarks = _warpGlobals.getLandMarks(self.bodypart)
obj = human.meshData
srcCharCoord = obj.orig_coord.copy()
trgCharCoord = obj.orig_coord.copy()
for trgpath,value in list(human.targetsDetailStack.items()):
try:
target = algos3d.targetBuffer[trgpath]
except KeyError:
continue
srcVerts = np.s_[...]
dstVerts = target.verts[srcVerts]
data = value * target.data[srcVerts]
data.resize((meshstat.numberOfVertices,3))
trgCharCoord += data
if trgpath in list(self.bases.keys()):
srcCharCoord[dstVerts] += data
self.updateRefTarget(human)
if self.refTargetVerts:
shape = warp.warp_target(self.refTargetVerts, srcCharCoord, trgCharCoord, landmarks)
else:
shape = {}
log.message("...done")
return shape
def compileWarpTarget(self, human):
landmarks = theLandMarks[self.bodypart]
hasChanged = getRefObject(human)
self.getRefTarget(human)
print "Compile", self
# print len(list(self.refTargetVerts)), len(list(theRefObjectVerts)), len(list(human.shadowVerts))
shape = warp.warp_target(self.refTargetVerts, theRefObjectVerts, human.shadowVerts, landmarks)
return shape
def compileWarpTarget(self, human):
global shadowCoords
log.message("Compile %s", self)
landmarks = theLandMarks()[self.bodypart]
objectChanged = self.getRefObject(human)
self.getRefTarget(human, objectChanged)
if self.refTargetVerts and _theRefObjectVerts[self.modtype] is not None:
shape = warp.warp_target(self.refTargetVerts, _theRefObjectVerts[self.modtype], shadowCoords, landmarks)
else:
shape = {}
log.message("...done")
return shape
def compileWarpTarget(self, human):
global shadowCoords
log.message("Compile %s", self)
landmarks = theLandMarks()[self.bodypart]
objectChanged = self.getRefObject(human)
self.getRefTarget(human, objectChanged)
if self.refTargetVerts and theRefObjectVerts[self.modtype]:
shape = warp.warp_target(self.refTargetVerts,
theRefObjectVerts[self.modtype],
shadowCoords, landmarks)
else:
shape = {}
log.message("...done")
return shape
