open_viewmin.filter_tree_plot_Qt.widgets_Qt.filters_tree_widgets

open_viewmin.filter_tree_plot_Qt.widgets_Qt.filters_tree_widgets#

Routines to create and modify the in-GUI text representation of the filters tree

Functions#

add_filters_tree_top_item(plotter, mesh_name[, ...])

Add top-level (root) item to the filters tree GUI representation

create_filters_tree(plotter)

Set up a logical tree of parent-child pairs of meshes and actors,

fill_filters_tree_recursively(plotter, ...)

For each branch of filters tree, find all child meshes and their child

format_for_filters_tree(plotter, label[, is_mesh, ...])

Create a text item for the filters tree GUI representation

update_filters_tree(plotter)

Update the GUI representation of the filters tree

Module Contents#

add_filters_tree_top_item(plotter, mesh_name, is_mesh=True, is_actor=False)#

Add top-level (root) item to the filters tree GUI representation

Parameters:

  • plotter (FilterTreePlotQt)

  • mesh_name (str)

  • is_mesh (bool or None)

  • is_actor (bool or None)

create_filters_tree(plotter)#

Set up a logical tree of parent-child pairs of meshes and actors, to be displayed in the controls area

fill_filters_tree_recursively(plotter, parent_filter_name, parent_tree_item)#

For each branch of filters tree, find all child meshes and their child meshes, etc., until reaching actors (leaves of tree)

Parameters:

  • plotter (FilterTreePlotQt)

  • parent_filter_name (str)

  • parent_tree_item (qtpy.QtWidgets.QTreeWidgetItem)

format_for_filters_tree(plotter, label, is_mesh=None, is_actor=None)#

Create a text item for the filters tree GUI representation

The text is formatted according to whether the filter is associated with a mesh and/or actor.

Parameters:

  • plotter (FilterTreePlotQt)

  • label (str)

  • is_mesh (bool or None)

  • is_actor (bool or None`)

Return type:

qtpy.QtWidgets.QTreeWidgetItem

update_filters_tree(plotter)#

Update the GUI representation of the filters tree

Parameters:

plotter (FilterTreePlotQt)

Contents