USER_DATA_DELIMITER = "~"
def childrenOfNode(node, filter):
    # Return child nodes of type matching the filter (i.e. geo etc...).
    result = []
    if node != None:
        for n in node.children():
            t = str(n.type())
            if t != None:
                for filter_item in filter:
                    if (t.find(filter_item) != -1):
                        # Filter nodes based upon passed list of strings.
                        result.append('%s%s%s' % (n.name(), USER_DATA_DELIMITER, t))                    # FORMAT: name~type.
                    result += childrenOfNode(n, filter)
    return result
    
# Update starts here.
node_path = "/obj/subnet1"
container_node = hou.node(node_path)
if container_node != None:
    nodes = childrenOfNode(container_node, ["Object geo"])
    l = len(nodes)
    
    # First turn all the display flags off.
    for (i,node) in enumerate(nodes):
        ary = node.split("~")
        if len(ary) > 0:
            node_candidate = "%s/%s" % (node_path, ary[0])
            n = hou.node(node_candidate)
            if n !=None:
                n.setDisplayFlag(0)
                
    # Next turn on the display flags in the range a of 1 to current frame #.
    frame_current = int(hou.frame())
    for i in range(frame_current):
        if i < l:
            node = nodes[i-1]
            ary = node.split("~")
            if len(ary) > 0:
                node_candidate = "%s/%s" % (node_path, ary[0])
                n = hou.node(node_candidate)
                if n !=None:
                    n.setDisplayFlag(1)
        else:
            print "frame range exceed subnet object count."
else:
    print "%s not found." % subnet_name

import hou
import toolutils
import array
objArray = []
def showSequenze(node):
    myobj = node.path()
    hou.node(myobj).setSelected(False) 
    sViewer = toolutils.sceneViewer()
    selected = sViewer.selectObjects('Select Objects to include into sequenze', allow_multisel = True)
    for i in selected:
        for n in i.allSubChildren():
            if n.type().name() == "geo":
                n.setDisplayFlag(False)
                objArray.append(n.name()) 
    frame_current = int(hou.frame())
    for i in range(frame_current):
        for j in selected:
            path = '/obj/' + str(j) + '/' + objArray[i]
            print(path)
            hou.node(path).setDisplayFlag(True)