def ball_pressed(*args):
t.selectAll()
sa = []
for se in t.getAllItems():
select(se.split("=")[0], add=True)
sa.append(se.split("=")[0])
if window('medwin1', q=True, ex=True):
modelEd.update_objects(ls(sa))
if objExists("mvcam*Shape*"):
modelEd.viewFit("mvcam*Shape*")
highlight_buttons('ball')
def item_selected(*args):
item = t.getSelectItem()[0].split("=")[0]
print "item", item
select(item)
highlight_buttons('item')
if window('medwin1', q=True, ex=True):
modelEd.update_objects(
ls(item)
) # needs the 'ls' to actually select the object in scene
if objExists("mvcam*Shape*"):
modelEd.viewFit("mvcam*Shape*")
def bhv_pressed(*args):
t.removeAll()
hvo = [
] # List, because there can be more than one heaviest object (draw)
for i in dic:
if dic.get(i) == dic.get(lst[-1].getChildren()[0]):
hvo.append(i.getParent())
t.append("%s = %s triangles" %
(i.getParent(), dic.get(i)))
t.selectAll()
if window('medwin1', q=True, ex=True):
modelEd.update_objects(hvo)
if objExists("mvcam*Shape*"):
modelEd.viewFit("mvcam*Shape*")
select(hvo)
highlight_buttons('bhv')
def bavg_pressed(*args):
highlight_buttons('bavg')
t.removeAll()
ho = []
for i in lst: # lst has the items sorted by triangles
if dic.get(i.getChildren()
[0]) >= avg: # dic has both values and shapes
ho.append(i)
t.append("%s = %s triangles" %
(i, dic.get(i.getChildren()[0])))
t.selectAll()
select(ho)
if window('medwin1', q=True, ex=True):
modelEd.update_objects(ho)
if objExists("mvcam*Shape*"):
modelEd.viewFit("mvcam*Shape*")
def item_selected(*args):
if button('instance_btn', q=True, ex=True):
button('instance_btn', e=True, enable=True)
t.removeAll()
io = [] # prospects or instanced objects
ind = args[0].getSelectIndexedItem()[0] - 1
for i in lst:
if dic.get(i.getChildren()
[0]) == insLst[ind]: # selected index value = lst value
io.append(i)
t.append(io)
t.selectAll()
select(io)
if window('medwin1', q=True, ex=True):
modelEd.update_objects(io)
if objExists("mvcam*Shape*"):
modelEd.viewFit("mvcam*Shape*")