def writeVertexGroups(fp, config, proxy):
if proxy and proxy.weights:
writeRigWeights(fp, proxy.weights)
return
if config.vertexWeights:
if proxy:
weights = mh2proxy.getProxyWeights(config.vertexWeights, proxy)
else:
weights = config.vertexWeights
writeRigWeights(fp, weights)
else:
for file in config.vertexGroupFiles:
copyVertexGroups(file, fp, proxy)
#for path in config.customvertexgroups:
# print(" %s" % path)
# copyVertexGroups(path, fp, proxy)
if config.cage and not (proxy and proxy.cage):
fp.write("#if toggle&T_Cage\n")
copyVertexGroups("cage", fp, proxy)
fp.write("#endif\n")
copyVertexGroups("leftright", fp, proxy)
copyVertexGroups("tight-leftright", fp, proxy)
copyVertexGroups("skirt-leftright", fp, proxy)
return
def writeVertexGroups(fp, config, proxy):
if proxy and proxy.weights:
writeRigWeights(fp, proxy.weights)
return
if config.vertexWeights:
if proxy:
weights = mh2proxy.getProxyWeights(config.vertexWeights, proxy)
else:
weights = config.vertexWeights
writeRigWeights(fp, weights)
else:
for file in config.vertexGroupFiles:
copyVertexGroups(file, fp, proxy)
#for path in config.customvertexgroups:
# print(" %s" % path)
# copyVertexGroups(path, fp, proxy)
if config.cage and not (proxy and proxy.cage):
fp.write("#if toggle&T_Cage\n")
copyVertexGroups("cage", fp, proxy)
fp.write("#endif\n")
copyVertexGroups("leftright", fp, proxy)
copyVertexGroups("tight-leftright", fp, proxy)
copyVertexGroups("skirt-leftright", fp, proxy)
return
def getProxyWeights(proxy, humanWeights, mesh):
import mh2proxy
# Zip vertex indices and weights
rawWeights = {}
for (key, val) in humanWeights.items():
indxs, weights = val
rawWeights[key] = zip(indxs, weights)
vertexWeights = mh2proxy.getProxyWeights(rawWeights, proxy)
# Unzip and normalize weights (and put them in np format)
boneWeights = {}
wtot = np.zeros(mesh.getVertexCount(), np.float32)
for vgroup in vertexWeights.values():
for vn,w in vgroup:
wtot[vn] += w
for bname,vgroup in vertexWeights.items():
weights = np.zeros(len(vgroup), np.float32)
verts = []
n = 0
for vn,w in vgroup:
verts.append(vn)
weights[n] = w/wtot[vn]
n += 1
boneWeights[bname] = (verts, weights)
return boneWeights
def writeVertexGroups(fp, proxy):
if proxy and proxy.weights:
mh2proxy.writeRigWeights(fp, proxy.weights)
return
fp.write("#if toggle&T_Armature\n")
if the.VertexWeights:
if proxy:
weights = mh2proxy.getProxyWeights(the.VertexWeights, proxy)
else:
weights = the.VertexWeights
mh2proxy.writeRigWeights(fp, weights)
else:
for file in the.VertexGroupFiles:
copyVertGroups(file, fp, proxy)
for path in the.Config.customvertexgroups:
print(" %s" % path)
copyVertGroups(path, fp, proxy)
if the.Config.cage and not (proxy and proxy.cage):
fp.write("#if toggle&T_Cage\n")
copyVertGroups("shared/mhx/templates/vertexgroups-cage25.mhx", fp, proxy)
fp.write("#endif\n")
fp.write("#endif\n")
copyVertGroups("shared/mhx/templates/vertexgroups-leftright25.mhx", fp, proxy)
copyVertGroups("shared/mhx/templates/vertexgroups-tight-leftright25.mhx", fp, proxy)
copyVertGroups("shared/mhx/templates/vertexgroups-skirt-leftright25.mhx", fp, proxy)
return
def getProxyWeights(proxy, humanWeights, mesh):
import mh2proxy
# Zip vertex indices and weights
rawWeights = {}
for (key, val) in humanWeights.items():
indxs, weights = val
rawWeights[key] = zip(indxs, weights)
vertexWeights = mh2proxy.getProxyWeights(rawWeights, proxy)
# Unzip and normalize weights (and put them in np format)
boneWeights = {}
wtot = np.zeros(mesh.getVertexCount(), np.float32)
for vgroup in vertexWeights.values():
for vn, w in vgroup:
wtot[vn] += w
for bname, vgroup in vertexWeights.items():
weights = np.zeros(len(vgroup), np.float32)
verts = []
n = 0
for vn, w in vgroup:
verts.append(vn)
weights[n] = w / wtot[vn]
n += 1
boneWeights[bname] = (verts, weights)
return boneWeights
