def containerise(name,
namespace,
nodes,
context,
loader=None,
suffix=""):
"""Bundle `nodes` into an assembly and imprint it with metadata
Containerisation enables a tracking of version, author and origin
for loaded assets.
In Houdini it is not possible to next goemetry nodes in geometry nodes
directly. To counter this we place a Object Network node calles ROOT
in the HOUDINI_CONTAINERS node.
Arguments:
name (str): Name of resulting assembly
namespace (str): Namespace under which to host container
nodes (list): Long names of nodes to containerise
context (dict): Asset information
loader (str, optional): Name of loader used to produce this container.
suffix (str, optional): Suffix of container, defaults to `_CON`.
Returns:
container (str): Name of container assembly
"""
# Get main object network node
obj_network = hou.node("/obj")
# Check if the AVALON_CONTAINERS exists
main_container = obj_network.node(AVALON_CONTAINERS)
if main_container is None:
main_container = obj_network.createNode("subnet",
node_name="AVALON_CONTAINERS")
container = obj_network.node(name)
data = {
"schema": "avalon-core:container-2.0",
"id": AVALON_CONTAINER_ID,
"name": name,
"namespace": namespace,
"loader": str(loader),
"representation": str(context["representation"]["_id"]),
}
lib.imprint(container, data)
# "Parent" the container under the container network
hou.moveNodesTo([container], main_container)
# Get the container and set good position
main_container.node(name).moveToGoodPosition()
return container
def containerise(name,
namespace,
nodes,
context,
loader=None,
suffix=""):
"""Bundle `nodes` into a subnet and imprint it with metadata
Containerisation enables a tracking of version, author and origin
for loaded assets.
Arguments:
name (str): Name of resulting assembly
namespace (str): Namespace under which to host container
nodes (list): Long names of nodes to containerise
context (dict): Asset information
loader (str, optional): Name of loader used to produce this container.
suffix (str, optional): Suffix of container, defaults to `_CON`.
Returns:
container (str): Name of container assembly
"""
# Ensure AVALON_CONTAINERS subnet exists
subnet = hou.node(AVALON_CONTAINERS)
if subnet is None:
obj_network = hou.node("/obj")
subnet = obj_network.createNode("subnet",
node_name="AVALON_CONTAINERS")
# Create proper container name
container_name = "{}_{}".format(name, suffix or "CON")
container = hou.node("/obj/{}".format(name))
container.setName(container_name)
data = {
"schema": "avalon-core:container-2.0",
"id": AVALON_CONTAINER_ID,
"name": name,
"namespace": namespace,
"loader": str(loader),
"representation": str(context["representation"]["_id"]),
}
lib.imprint(container, data)
# "Parent" the container under the container network
hou.moveNodesTo([container], subnet)
subnet.node(container_name).moveToGoodPosition()
return container
old_mat_shop = fbx_mat_list
true_materials = list(set(matrial_path))
for new_mat in true_materials:
print 'move ' + str(new_mat) + ' in ' + str(
fbx_sel_node.name()) + '_matnet'
new_mat2 = hou.node(old_mat_shop.path() + '/' + new_mat)
tuple_mat = tuple_mat + (new_mat2, )
pos = fbx_sel_node.position()
new_mat_shop = hou.node('/obj/').createNode(
'matnet', node_name=str(fbx_sel_node.name()) + '_matnet')
new_mat_shop.setPosition(pos)
new_mat_shop.move([0, -2])
hou.moveNodesTo(tuple_mat, new_mat_shop)
print '####################################'
print '####material building complete######'
print '####################################'
for nodefbx in fbx_selected_nodes:
for filechild in nodefbx.allSubChildren():
if filechild.type().description() == "File":
print 'merge ' + str(filechild) + ' building in Fbx_Geo'
fbxlistofNode.append(filechild.path())
nodefbx.setDisplayFlag(False)
root = hou.node("/obj")
nodeGeo = root.createNode("geo", str(nodefbx) + "_Fbx_Geo")
pos = nodefbx.position()
nodeGeo.setPosition(pos)
nodeGeo.move([0, -1])
