def createMirrorCnxTemplate(model, in_controlers=None):
cnx_prop = model.Properties(MIRROR_PROP_NAME)
if not cnx_prop:
cnx_prop = model.AddProperty("gear_Mirror", False, MIRROR_PROP_NAME)
cnx_grid = cnx_prop.Parameters("CnxGridHidden").Value
connections = par.getDictFromGridData(cnx_grid)
if in_controlers is not None:
controlers = XSIFactory.CreateObject("XSI.Collection")
controlers.AddItems(in_controlers)
cnx_grid.BeginEdit()
pbar = uit.progressBar(controlers.Count, 1, "Creating Mirror Template",
"", False)
# Adding selected controlers to Connection map
for ctl in controlers:
pbar.StatusText = ctl.Name
connections = addMirroringRule(ctl, cnx_grid, connections)
pbar.Increment()
pbar.Visible = False
par.setDataGridFromDict(cnx_grid, connections)
cnx_prop.Parameters("Count").Value = len(connections)
cnx_grid.EndEdit()
return cnx_grid
def createMirrorCnxTemplate(model, in_controlers=None):
cnx_prop = model.Properties(MIRROR_PROP_NAME)
if not cnx_prop:
cnx_prop = model.AddProperty("gear_Mirror", False, MIRROR_PROP_NAME)
cnx_grid = cnx_prop.Parameters("CnxGridHidden").Value
connections = par.getDictFromGridData(cnx_grid)
if in_controlers is not None:
controlers = XSIFactory.CreateObject("XSI.Collection")
controlers.AddItems(in_controlers)
cnx_grid.BeginEdit()
pbar = uit.progressBar(controlers.Count, 1, "Creating Mirror Template", "", False)
# Adding selected controlers to Connection map
for ctl in controlers:
pbar.StatusText = ctl.Name
connections = addMirroringRule(ctl, cnx_grid, connections)
pbar.Increment()
pbar.Visible = False
par.setDataGridFromDict(cnx_grid, connections)
cnx_prop.Parameters("Count").Value = len(connections)
cnx_grid.EndEdit()
return cnx_grid
def pruneWeights(envelope_op,
points=None,
threshold=.1,
remove=False,
showPBar=False):
# Get weights array
mesh = envelope_op.Parent3DObject
point_count = mesh.ActivePrimitive.Geometry.Points.Count
weights_tuple = envelope_op.Weights.Array
weights = [
weights_tuple[j][i] for i in range(len(weights_tuple[0]))
for j in range(len(weights_tuple))
]
deformer_count = envelope_op.Deformers.Count
used_deformers = XSIFactory.CreateObject("XSI.Collection")
used_deformers.Unique = True
if points is None:
points = range(point_count)
if showPBar:
pbar = uit.progressBar(
len(points), 1,
str(len(points)) + " points to prune on : " + mesh.Name, "0",
False)
# Prune Weights
pointsToNormalize = []
for point_index in points:
if showPBar:
pbar.StatusText = point_index
for deformer_index, deformer in enumerate(envelope_op.Deformers):
if weights[point_index * deformer_count +
deformer_index] <= threshold:
weights[point_index * deformer_count + deformer_index] = 0
if not point_index in pointsToNormalize:
pointsToNormalize.append(point_index)
else:
used_deformers.Add(deformer)
if showPBar:
pbar.Increment()
if showPBar:
pbar.Visible = False
# Normalize points
envelope_op.Weights.Array = weights
normalizeWeights(envelope_op, pointsToNormalize)
freezeEnvelope(envelope_op)
# Rebuilt Envelope ------------------------------------------------
# If True, we rebuilt the envelope a first time without the unused deformers
if remove:
gear.log("There is " +
str(envelope_op.Deformers.Count - used_deformers.Count) +
" deformers that will be removed")
path = XSIUtils.ResolvePath("Temp")
preset_name = mesh.Name + "_Weights"
env_prop = envelope_op.PortAt(4, 0, 0).Target2
xsi.SavePreset(env_prop, preset_name, path, None, 1, None, None)
xsi.RemoveFlexEnv(mesh)
envelope_op = mesh.ApplyEnvelope(used_deformers)
env_prop = envelope_op.PortAt(4, 0, 0).Target2
xsi.LoadPreset(path + "/" + preset_name, env_prop)
# Rebuilt the envelope to get the correct colors and normalisation warning
envelope_op = rebuiltEnvelope(envelope_op)
return envelope_op
def pruneWeights(envelope_op, points=None, threshold=.1, remove=False, showPBar=False):
# Get weights array
mesh = envelope_op.Parent3DObject
point_count = mesh.ActivePrimitive.Geometry.Points.Count
weights_tuple = envelope_op.Weights.Array
weights = [weights_tuple[j][i] for i in range(len(weights_tuple[0])) for j in range(len(weights_tuple))]
deformer_count = envelope_op.Deformers.Count
used_deformers = XSIFactory.CreateObject("XSI.Collection")
used_deformers.Unique = True
if points is None:
points = range(point_count)
if showPBar:
pbar = uit.progressBar(len(points), 1, str(len(points)) + " points to prune on : "+mesh.Name, "0", False)
# Prune Weights
pointsToNormalize = []
for point_index in points:
if showPBar:
pbar.StatusText = point_index
for deformer_index, deformer in enumerate(envelope_op.Deformers):
if weights[point_index*deformer_count + deformer_index] <= threshold:
weights[point_index*deformer_count + deformer_index] = 0
if not point_index in pointsToNormalize:
pointsToNormalize.append(point_index)
else:
used_deformers.Add(deformer)
if showPBar:
pbar.Increment()
if showPBar:
pbar.Visible = False
# Normalize points
envelope_op.Weights.Array = weights
normalizeWeights(envelope_op, pointsToNormalize)
freezeEnvelope(envelope_op)
# Rebuilt Envelope ------------------------------------------------
# If True, we rebuilt the envelope a first time without the unused deformers
if remove:
gear.log("There is "+str(envelope_op.Deformers.Count - used_deformers.Count) + " deformers that will be removed")
path = XSIUtils.ResolvePath("Temp")
preset_name = mesh.Name +"_Weights"
env_prop = envelope_op.PortAt(4, 0, 0).Target2
xsi.SavePreset(env_prop, preset_name, path, None, 1, None, None)
xsi.RemoveFlexEnv(mesh)
envelope_op = mesh.ApplyEnvelope(used_deformers)
env_prop = envelope_op.PortAt(4, 0, 0).Target2
xsi.LoadPreset(path +"/"+ preset_name, env_prop)
# Rebuilt the envelope to get the correct colors and normalisation warning
envelope_op = rebuiltEnvelope(envelope_op)
return envelope_op