Python is_Insert_node Beispiele

Beispiel #1

Datei: productTree.py Projekt: all-in-one-of/BuildingDestruction

def childInserts(prim):
    childrenInserts = []
    myGeo = prim.geometry()
    myNode = myGeo.sopNode()
    downstreamNodes = myNode.outputs()
    for n in downstreamNodes:
        if bE_general.is_Insert_node(n):
            groups = houPrimGroups.primGroups(prim)
            filters = bE_general.filters(n)
            for f in filters:
                if f in groups:
                    childrenInserts.append(n)
    return childrenInserts

Beispiel #2

Datei: productTree.py Projekt: csoriano89/BuildingDestruction

def childPrims(prim):
    children = []
    myNode = parentNode(prim)
    downstreamNodes = myNode.outputs()
    for n in downstreamNodes:
        if not bE_general.is_Insert_node(n):
            for child in n.geometry().prims():
                if isParent(prim, child):
                    # print "isParent",prim, child
                    children.append(child)
                    # else:
                    # 	print "is NOT Parent",prim, child
    return children

Beispiel #3

Datei: productTree.py Projekt: all-in-one-of/BuildingDestruction

def childPrims(prim):
    children = []
    myNode = parentNode(prim)
    downstreamNodes = myNode.outputs()
    for n in downstreamNodes:
        if not bE_general.is_Insert_node(n):
            for child in n.geometry().prims():
                if isParent(prim, child):
                    #print "isParent",prim, child
                    children.append(child)
                #else:
                #	print "is NOT Parent",prim, child
    return children

Beispiel #4

Datei: productTree.py Projekt: csoriano89/BuildingDestruction

def childInserts(prim):
    childrenInserts = []
    myGeo = prim.geometry()
    myNode = myGeo.sopNode()
    downstreamNodes = myNode.outputs()
    for n in downstreamNodes:
        if bE_general.is_Insert_node(n):
            groups = houPrimGroups.primGroups(prim)
            filters = bE_general.filters(n)
            for f in filters:
                if f in groups:
                    childrenInserts.append(n)
    return childrenInserts