def createViewerStateTemplate():
""" Mandatory entry point to create and return the viewer state
template to register. """
#state_typename = kwargs["type"].definition().sections()["DefaultState"].contents()
state_typename = "crowdGuideBrush_state"
state_label = "Crowd Guide Brush"
state_cat = hou.sopNodeTypeCategory()
template = hou.ViewerStateTemplate(state_typename, state_label, state_cat)
template.bindFactory(CrowdGuideBrush)
#template.bindIcon(kwargs["type"].icon())
template.bindMenu(create_menu(state_typename))
# selector #1
template.bindGeometrySelector(name="selector1",
prompt="Select Path Points",
quick_select=True,
use_existing_selection=True,
geometry_types=[hou.geometryType.Points],
auto_start=False,
allow_other_sops=False)
return template
def createViewerStateTemplate():
# Choose a name and label
state_name = "drawpoints.pystate"
state_label = "Draw Points"
category = hou.sopNodeTypeCategory()
template = hou.ViewerStateTemplate(state_name, state_label, category)
template.bindFactory(DrawPoints)
return template
def createViewerStateTemplate():
""" Mandatory entry point to create and return the viewer state
template to register. """
# state_typename = kwargs["type"].definition().sections()["DefaultState"].contents()
state_typename = "crowdTrajectoryTrimBrush_state"
state_label = "Crowd Trajectory Trim Brush"
state_cat = hou.sopNodeTypeCategory()
template = hou.ViewerStateTemplate(state_typename, state_label, state_cat)
template.bindFactory(crowdTrajectoryTrimBrush)
return template
def createViewerStateTemplate():
state_name = "qLib::camera_zoom_vertigo_ql_sop"
state_label = "Camera Zoom/Vertigo (sop) [qL]"
template = hou.ViewerStateTemplate(
state_name,
state_label,
hou.sopNodeTypeCategory(),
#contexts = [ hou.sopNodeTypeCategory(), hou.dopNodeTypeCategory(), hou.lopNodeTypeCategory(), ],
)
template.bindFactory(qLibCameraZoomVertigo.State)
return template
def createViewerStateTemplate():
""" Mandatory entry point to create and return the viewer state
template to register. """
state_typename = kwargs["type"].definition().sections(
)["DefaultState"].contents()
state_label = "PythonStateTest"
state_cat = hou.sopNodeTypeCategory()
template = hou.ViewerStateTemplate(state_typename, state_label, state_cat)
template.bindFactory(State)
template.bindIcon(kwargs["type"].icon())
return template
def createViewerStateTemplate():
# Choose a name and label
state_name = "mystate"
state_label = "My New State"
category = hou.sopNodeTypeCategory()
# Create the template
template = hou.ViewerStateTemplate(state_name, state_label, category)
template.bindFactory(MyState)
# Other optional bindings will go here...
# returns the 'mystate' template
return template
def createViewerStateTemplate():
""" Mandatory entry point to create and return the viewer state
template to register. """
state_typename = "mb::ruler"
state_label = "Ruler"
state_cat = hou.sopNodeTypeCategory()
template = hou.ViewerStateTemplate(state_typename, state_label, state_cat)
template.bindFactory(State)
template.bindIcon("MISC_python")
template.bindParameter(hou.parmTemplateType.Menu,
name="text_size_menu",
label="Text Size",
menu_items=text_size_item_info,
default_value='1')
return template