def find_results_roots():
for i in range(len(result_list)):
if mxs.isValidNode(result_list[i].parent) == False or mxs.isValidNode(result_list[i].parent) and \
result_list[i].parent not in result_list:
# print(f"#{i} - Search root", result_list[i].name)
results_roots.append(result_list[i])
def convertList_Name2Node(self, nameList):
nodeList = []
for nm in nameList:
nd = rt.getNodeByName(nm)
if rt.isValidNode(nd):
nodeList.append(nd)
return nodeList
def find_node_in_chain():
for i in range(len(out_of_groups)):
if mxs.isValidNode(
out_of_groups[i].parent
) == True or out_of_groups[i].children.count != 0:
nodes_in_chain.append(out_of_groups[i])
result_list.append(out_of_groups[i])
def find_independent_nodes():
for i in range(len(out_of_groups)):
if mxs.isValidNode(
out_of_groups[i].parent
) == False and out_of_groups[i].children.count == 0:
independent_nodes.append(nodes[i])
result_list.append(nodes[i])
def find_head_roots():
for i in range(len(group_heads)):
if mxs.isValidNode(group_heads[i].parent
) == False or mxs.isGroupMember(
group_heads[i]) == False:
head_root.append(group_heads[i])
result_list.append(group_heads[i])
def node_exists(node):
"""
Returns whether given object exists or not
:return: bool
"""
node = node_utils.get_pymxs_node(node)
return rt.isValidNode(node)
def old_recreate(self):
with pymxs.undo(True):
if len(self.result) > 0:
self.newNodes = []
self.dict = {}
temp = mxs.Array()
lastNode = None
index = 0
rootNode = mxs.point()
rootNode.size = 2
rootNode.showlinks = True
rootNode.Box = True
rootNode.cross = False
rootNode.axistripod = False
rootNode.centermarker = False
mxs.join(temp, rootNode)
def create_constraints(node, nNode):
# Position
sub = mxs.getSubAnim(nNode, 3)
secsub = mxs.getSubAnim(sub, 1)
secsub.controller = mxs.Position_List()
posCtrl = mxs.Position_Constraint()
thirdsub = mxs.getSubAnim(secsub, 2)
thirdsub.controller = posCtrl
posConstraintInterface = posCtrl.constraints
posConstraintInterface.appendTarget(node, 100)
# Rotation
sub = mxs.getSubAnim(nNode, 3)
secsub = mxs.getSubAnim(sub, 2)
secsub.controller = mxs.rotation_list()
posCtrl = mxs.Orientation_Constraint()
thirdsub = mxs.getSubAnim(secsub, 2)
thirdsub.controller = posCtrl
posConstraintInterface = posCtrl.constraints
posConstraintInterface.appendTarget(node, 100)
for i in self.result:
# Create new nodes and add them to list and dict
nNode = mxs.point()
nNode.showlinks = True
nNode.size = 2
nNode.transform = i.transform
nNode.name = i.name
nNode.wireColor = i.wireColor
self.dict[i] = nNode
self.newNodes.append(i)
# Create parent connections
if mxs.isValidNode(i.parent):
nNode.parent = self.dict[i.parent]
else:
nNode.parent = rootNode
# Create Constraints
create_constraints(i, nNode)
# final part
mxs.join(temp, nNode)
lastNode = nNode
index += 1
mxs.select(temp)
mxs.redrawViews()
def recreate(self):
defaultSize = 2
bones = mxs.Array()
if len(self.result) > 0:
self.newNodes = []
self.dict = {}
temp = mxs.Array()
lastNode = None
index = 0
rootNode = mxs.BoneSys.createBone(mxs.point3(0, 0, 0),
mxs.point3(0, 1, 0),
mxs.point3(0, 1, 0))
rootNode.transform = mxs.Matrix3(1)
rootNode.size = 2
rootNode.name = "rootBone"
mxs.join(temp, rootNode)
def new_create_constraints(node, nNode):
posList = mxs.position_list() # Create Pos_List
const = mxs.Position_Constraint() # Create Pos_Constraint
const.appendTarget(nNode, 100) # Add target to Constraint
secsub = mxs.setPropertyController(node.controller, "Position",
posList) # Add PosList to node
mxs.setPropertyController(secsub, 'Available', const)
posList = mxs.rotation_list() # Create Pos_List
const = mxs.Orientation_Constraint() # Create Pos_Constraint
const.appendTarget(nNode, 100) # Add target to Constraint
secsub = mxs.setPropertyController(node.controller, "Rotation",
posList) # Add PosList to node
mxs.setPropertyController(secsub, 'Available', const)
def create_constraints(nNode, node):
# Position
posList = mxs.position_list() # Create Pos_List
const = mxs.Position_Constraint() # Create Pos_Constraint
const.appendTarget(nNode, 100) # Add target to Constraint
secsub = mxs.setPropertyController(node.controller, "Position",
posList) # Add PosList to node
mxs.setPropertyController(secsub, 'Available', const)
# Rotation
posList = mxs.rotation_list() # Create Pos_List
const = mxs.Orientation_Constraint() # Create Pos_Constraint
const.appendTarget(nNode, 100) # Add target to Constraint
secsub = mxs.setPropertyController(node.controller, "Rotation",
posList) # Add PosList to node
mxs.setPropertyController(secsub, 'Available', const)
for obj in self.result:
endPos = mxs.point3(0, 0, 0)
if obj.children.count > 0:
endPos = obj.children[0].transform.pos
else:
endPos = (mxs.transmatrix(mxs.point3(defaultSize, 0, 0)) *
obj.transform).pos
zPos = (mxs.transmatrix(mxs.point3(0, 0, 1)) * obj.transform).pos
d = mxs.BoneSys.createBone(obj.transform.pos, endPos, zPos)
d.transform = obj.transform
d.name = obj.name
d.wirecolor = obj.wirecolor
mxs.join(bones, d)
self.dict[obj] = d
self.newNodes.append(obj)
# Create parent connections
if mxs.isValidNode(obj.parent):
d.parent = self.dict[obj.parent]
else:
d.parent = rootNode
create_constraints(obj, d)
mxs.select(bones)
mxs.selectmore(rootNode)
mxs.redrawViews()
