def _create_rotomask_editor(filt, editable_properties):
property_editor_widgets_create_func = lambda: _create_rotomask_property_editor_widgets(editable_properties)
kf_json_prop = filter(lambda ep: ep.name == "spline", editable_properties)[0]
kf_editor = keyframeeditor.RotoMaskKeyFrameEditor(kf_json_prop, propertyparse.rotomask_json_value_string_to_kf_array)
kfs_value_label = Gtk.Label(str(len(kf_editor.clip_editor.keyframes)))
kf_row = guiutils.get_left_justified_box([guiutils.pad_label(12, 12), guiutils.bold_label(_("Keyframes") + ": "), kfs_value_label])
kf, curve_points = kf_editor.clip_editor.keyframes[0]
curve_points_value_label = Gtk.Label(str(len(curve_points)))
cps_row = guiutils.get_left_justified_box([guiutils.pad_label(12, 12), guiutils.bold_label(_("Curve Points") + ": "), curve_points_value_label])
value_labels = [kfs_value_label, curve_points_value_label]
lauch_button = Gtk.Button(_("Lauch RotoMask editor"))
lauch_button.connect("clicked", lambda b:_roto_lauch_pressed(filt, editable_properties, property_editor_widgets_create_func, value_labels))
vbox = Gtk.VBox(False, 4)
vbox.pack_start(guiutils.bold_label(_("RotoMask info")), False, False, 0)
vbox.pack_start(kf_row, False, False, 0)
vbox.pack_start(cps_row, False, False, 0)
vbox.pack_start(guiutils.pad_label(12, 12), False, False, 0)
vbox.pack_start(lauch_button, False, False, 0)
vbox.pack_start(Gtk.Label(), True, True, 0)
vbox.no_separator = True
return vbox
def show_rotomask(mlt_filter, editable_properties, property_editor_widgets_create_func, value_labels):
# Create custom keyframe editor for spline
kf_json_prop = [ep for ep in editable_properties if ep.name == "spline"][0]
kf_editor = keyframeeditor.RotoMaskKeyFrameEditor(kf_json_prop, propertyparse.rotomask_json_value_string_to_kf_array)
# Use lambda to monkeypatch other editable properties to update rotomask on value write
invert_prop = [ep for ep in editable_properties if ep.name == "invert"][0]
invert_prop.write_val_func = invert_prop.write_value
invert_prop.write_value = lambda value_str: _write_val_and_update_editor(invert_prop, value_str)
feather_prop = [ep for ep in editable_properties if ep.name == "feather"][0]
feather_prop.write_val_func = feather_prop.write_value
feather_prop.write_value = lambda value_str: _write_val_and_update_editor(feather_prop, value_str)
feather_passes_prop = [ep for ep in editable_properties if ep.name == "feather_passes"][0]
feather_passes_prop.write_val_func = feather_passes_prop.write_value
feather_passes_prop.write_value = lambda value_str: _write_val_and_update_editor(feather_passes_prop, value_str)
alpha_operation_prop = [ep for ep in editable_properties if ep.name == "alpha_operation"][0]
alpha_operation_prop.write_val_func = alpha_operation_prop.write_value
alpha_operation_prop.write_value = lambda value_str: _write_val_and_update_editor(alpha_operation_prop, value_str)
mode_prop = [ep for ep in editable_properties if ep.name == "mode"][0]
mode_prop.write_val_func = mode_prop.write_value
mode_prop.write_value = lambda value_str: _write_val_and_update_editor(mode_prop, value_str)
# Create editor window
global _rotomask
_rotomask = RotoMaskEditor(kf_editor, property_editor_widgets_create_func, value_labels)
_rotomask.show_current_frame()
def show_rotomask(mlt_filter, editable_properties):
kf_json_prop = filter(lambda ep: ep.name == "spline",
editable_properties)[0]
kf_editor = keyframeeditor.RotoMaskKeyFrameEditor(
kf_json_prop, propertyparse.rotomask_json_value_string_to_kf_array)
global _rotomask
_rotomask = RotoMaskEditor(kf_editor)
_rotomask.show_current_frame()
