tf = None

def main(self):

win = pm.window("SelectionFilter#", tlb=1)

lay = pm.formLayout()

tf = pm.iconTextScrollList("ITMFILTERLIST", ams=1,

dcc=self.select)

lay1 = pm.rowColumnLayout(nc=5)

okbt = pm.iconTextButton("OKBTN", l="Reload", i1="cube",

c=self.update)

addbt = pm.iconTextButton("ADDBTN", l="Add", i1="addDivision24",

c=self.append)

selbt = pm.iconTextButton("SELBTN", l="Select", st="iconAndTextCentered",

i1="aselect",

# i1="menuIconSelect",

c=self.select,

dcc=pm.Callback(self.select, add=1))

cbt = pm.button("Close", c=pm.Callback(pm.deleteUI, win))

aebt = pm.iconTextButton("TOAE", l="Show in AE", i1="attributes",

c=self.showInAE)

lay.attachForm(tf, "top", 2)

lay.attachForm(tf, "left", 2)

lay.attachForm(tf, "right", 2)

lay.attachControl(tf, "bottom", 2, lay1)

lay.attachForm(lay1, "left", 2)

lay.attachForm(lay1, "right", 2)

lay.attachForm(lay1, "bottom", 5)

self.tf = tf

self.update()

win.show()

def update(self):

tf = self.tf

tf = pm.ui.IconTextScrollList(str(tf))

tf.removeAll()

lssl = pm.selected()

# tf.extend(form_labels(lssl))

items = form_labels(lssl)

for it in items:

tf.append(it)

tf.setSelectItem(items)

def append(self):

tf = self.tf

tf = pm.ui.IconTextScrollList(str(tf))

lssl = pm.selected()

# tf.extend(form_labels(lssl))

items = form_labels(lssl)

for it in items:

tf.append(it)

tf.setSelectItem(items)

def showInAE(self, *args):

items = self.getNodeNames()

mel.eval("updateAE {}".format(items[0]))

def getNodeNames(self, *args):

lssl = None

items = self.tf.getSelectItem()

if items:

lssl = [x.split("\t")[0] for x in items]

return lssl

def select(self, *args, **kwargs):

uq_items = []

for sel in lssl:

lbl = form_label(sel)

if lbl not in uq_items:

uq_items.append(lbl)

"""IF transform has shape returns string with

its type in parentesis: transform(mesh)

ELSE: transform will be shown as group

ELSEIF transform is constrained or connected: transform(constrained)

ELSE: nondag

"""

sel, typ = pm.ls(sel, st=1)

# inh_types = sel.type(i=1)

# class_typ = "dagNode" if pm.objectType(sel, isa="dagNode") else "nondag"

node_cls = "dagNode"

if not pm.objectType(sel, isa="dagNode"):

node_cls = "nondag"

if pm.objectType(sel, isa="shape"):

node_cls = "shape"

# if class_typ == "dagNode":

# node_typ = sel.type(i=1)[3]

# if sel.getShape():

# typ = sel.getShape().type()

sel_data = "{}\t[{}]\t({})".format(sel, node_cls, typ)

print sel_data