def fillBundles():
selection = hou.selectedNodes()
lightBundle = hou.nodeBundle("boltLightL010")
boltBundle = hou.nodeBundle("boltL010")
nodes = []
for item in selection:
path = item.path()
path = path + "/Bolt_display"
nodes.append(hou.node(path))
lightNodes = []
for item in selection:
path = item.path()
path = path + "/boltLights1"
lightNodes.append(hou.node(path))
for x in lightNodes:
lightBundle.addNode(x)
for x in nodes:
boltBundle.addNode(x)
def getBundles(): getclip = pyperclip.paste() try: dict = ast.literal_eval(getclip) bdl_names = dict['bundles'].keys() # Add node (if exist) in new scene to bundle for x in range(0, len(bdl_names)): name = bdl_names[x] nodes = dict['bundles'][name] if hou.nodeBundle(name): bdl = hou.nodeBundle(name) else: bdl = hou.addNodeBundle(name) # Add Same Nodes if exist for nd in nodes: if hou.node(nd): bdl.addNode(hou.node(nd)) else: pass # Set pattterns pattern = dict['bundle_pattern'][x] bdl.setPattern(pattern) # TODO: Add filter support # Set filters # filter = dict['bundle_filter'][x] # bdl.setFilter(filter) except: print 'Buffer filled not a bundle list data type, try copy to clipbord again'
def _addNodeToBundle(self, node, **kwargs):
bundleName = kwargs.get("bundleName", None)
if not bundleName:
return None
bundle = hou.nodeBundle(bundleName)
if not bundle:
hou.hscript('opbadd "%s"' % bundleName)
bundle = hou.nodeBundle(bundleName)
if not bundle.containsNode(node):
bundle.addNode(node)
def _addNodeToBundle(self, node, **kwargs):
bundleName = kwargs.get("bundleName", None)
if not bundleName:
return None
bundle = hou.nodeBundle(bundleName)
if not bundle:
hou.hscript('opbadd "%s"' % bundleName)
bundle = hou.nodeBundle(bundleName)
if not bundle.containsNode(node):
bundle.addNode(node)
def _returnBundleContent(self, value):
"""given the string value, returns the contents of the bundle with the corresponding name"""
targetBundle = hou.nodeBundle(value)
if targetBundle:
nodes = targetBundle.nodes()
return nodes
else:
return []
def _returnBundleContent(self, value):
"""given the string value, returns the contents of the bundle with the corresponding name"""
targetBundle = hou.nodeBundle(value)
if targetBundle:
nodes = targetBundle.nodes()
return nodes
else:
return []
def _removeNodeFromBundle(self, node, **kwargs):
bundleName = kwargs.get("bundleName", None)
if not bundleName:
return None
bundle = hou.nodeBundle(bundleName)
if not bundle or not bundle.containsNode(node):
return None
bundle.removeNode(node)
def _removeNodeFromBundle(self, node, **kwargs):
bundleName = kwargs.get("bundleName", None)
if not bundleName:
return None
bundle = hou.nodeBundle(bundleName)
if not bundle or not bundle.containsNode(node):
return None
bundle.removeNode(node)
def outputBundle(bundle_name):
if _Settings.SavedBundles.get(bundle_name, None) == None:
try:
bundle = hou.nodeBundle(bundle_name)
node_paths = list(node.path() for node in bundle.nodes())
cmd_bundle(bundle_name, node_paths)
except:
cmd_bundle(bundle_name, [])
_Settings.SavedBundles[bundle_name] = True
def test_select_box1_from_bundle_box_content(self):
selData = []
targetBundle = hou.nodeBundle("box_bundle")
nodes = targetBundle.nodes()
for i in nodes:
if i.name().find("box1") != -1:
selData.append(i)
sq = sQuery.sQuery()
sel = sq.bundle("box_bundle").filter("*box1*")
self.assertListEqual(sel._data, selData)
def test_select_box1_from_bundle_box_content(self):
selData = []
targetBundle = hou.nodeBundle("box_bundle")
nodes = targetBundle.nodes()
for i in nodes:
if i.name().find("box1") != -1:
selData.append(i)
sq = sQuery.sQuery()
sel = sq.bundle("box_bundle").filter("*box1*")
self.assertListEqual(sel._data, selData)
def get_nodes(self):
str_value = self._sesi_parm.evalAsString()
values = str_value.split()
nodes = []
for value in values:
if value.startswith('@'):
node_bundle = hou.nodeBundle(value)
if node_bundle != None:
nodes.extend(node_bundle.nodes())
else:
node = hou.node(value)
if node:
nodes.append(node)
return nodes
def setShot(self):
s = self.shots.selectedItems()[0]
name = s.text(0)
fr = map(int, re.findall(r'(\d+)', s.text(1)))
combo_cam = s.text(2).rstrip()
bundle = s.text(3).rstrip()
take = s.text(4).rstrip()
notes = s.text(5).rstrip()
self.ln_name.setText(name)
self.ln_begin.setText(str(fr[0]))
self.ln_end.setText(str(fr[1]))
self.combo_cam.setCurrentIndex(self.combo_cam.findText(combo_cam))
self.ln_notes.setText(notes)
self.combo_bundle.setCurrentIndex(self.combo_bundle.findText(bundle))
self.combo_takes.setCurrentIndex(self.combo_takes.findText(take))
hou.playbar.setPlaybackRange(min(fr), max(fr))
hou.setFrame(min(fr))
if self.ch_flipbook.isChecked():
viewer = toolutils.sceneViewer()
settings = viewer.flipbookSettings()
settings.frameRange(fr)
if combo_cam != 'Camera' and self.ch_cam.isChecked():
camera_node = hou.node(combo_cam)
if camera_node:
hou.ui.paneTabOfType(hou.paneTabType.SceneViewer,
0).curViewport().setCamera(camera_node)
try:
camera_node.parm('vcomment').eval()
except:
camera_node.addSpareParmTuple(
hou.StringParmTemplate('vcomment', 'Viewport Comment',
1, ''))
camera_node.parm('vcomment').set(
'Name: ' + name + '\n' + 'Camera: ' + combo_cam + ' ( ' +
str(min(fr)) + '-' + str(max(fr)) + 'f ) ' +
str(hou.fps()) + 'fps ' +
str(camera_node.parm('resx').eval()) + 'x' +
str(camera_node.parm('resy').eval()) + 'px\n' + 'Notes: ' +
notes)
camera_node.setCurrent(True, True)
else:
hou.ui.paneTabOfType(hou.paneTabType.SceneViewer,
0).curViewport().homeAll()
if bundle != 'No Bundle':
if self.ch_bundle.isChecked():
displNodes = hou.nodeBundle(bundle).nodes()
hideNodes = hou.node('/obj').children()
for n in hideNodes:
try:
n.setDisplayFlag(False)
except:
pass
hou.clearAllSelected()
for n in displNodes:
try:
n.setDisplayFlag(True)
except:
pass
n.setSelected(1,
clear_all_selected=0,
show_asset_if_selected=0)
if self.ch_hide.isChecked():
hou.clearAllSelected()
nds = hou.nodeBundle(bundle).nodes()
for n in nds:
n.setSelected(1,
clear_all_selected=0,
show_asset_if_selected=0)
self.hide(nds)
if take != 'No Take':
hou.takes.setCurrentTake(hou.takes.findTake(take))
else:
hou.takes.setCurrentTake(hou.takes.rootTake())
