room_glitch/editor/workspace/escape_room_workspace.gd

@tool
class_name EscapeRoomWorkspace
extends Control


signal scenario_selected(
	scenario: ScenarioDefinition
)


@onready var room_simulator: RoomSimulator = (
	$RoomSimulator
)

@onready var scenario_select: OptionButton = (
	$VBoxContainer/Toolbar/ScenarioSelect
)

@onready var status_label: Label = (
	$VBoxContainer/Toolbar/StatusLabel
)

@onready var room_layout: RoomLayout = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	RoomLayoutPanel/RoomLayout
)

@onready var logic_graph: LogicGraph = (
	$VBoxContainer/MainViews/
	Logic/VBoxContainer/LogicGraph
)

@onready var test_cabinet_select: OptionButton = (
	$VBoxContainer/
	SimulationBar/TestCabinetSelect
)

@onready var test_event_select: OptionButton = (
	$VBoxContainer/
	SimulationBar/TestEventSelect
)

@onready var test_event_button: Button = (
	$VBoxContainer/
	SimulationBar/TestEventButton
)

@onready var selected_label: Label = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/SelectedLabel
)

@onready var x_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/XContainer/XSpinBox
)

@onready var y_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/YContainer/YSpinBox
)

@onready var rotation_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/RotationContainer/RotationSpinBox
)

@onready var snap_check_box: CheckBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/SnapCheckBox
)

@onready var grid_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/GridContainer/GridSpinBox
)

@onready var room_dirty_label: Label = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/DirtyLabel
)

@onready var scenario_dirty_label: Label = (
	$VBoxContainer/MainViews/
	Logic/VBoxContainer/
	EditorBar/ScenarioDirtyLabel
)

@onready var show_connections_check_box: CheckBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/ShowConnectionsCheckBox
)

@onready var edit_boundary_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/EditBoundaryButton
)

@onready var select_tool_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/SelectButton
)

@onready var draw_wall_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/DrawWallButton
)

@onready var add_boundary_point_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/AddBoundaryPointButton
)

@onready var delete_boundary_point_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/DeleteBoundaryPointButton
)

@onready var focus_room_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/FocusRoomButton
)

@onready var reset_view_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/ResetViewButton
)

@onready var zoom_label: Label = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/
	PhysicalToolbar/ZoomLabel
)

@onready var wall_start_x_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/WallStartXContainer/WallStartXSpinBox
)

@onready var wall_start_y_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/WallStartYContainer/WallStartYSpinBox
)

@onready var wall_end_x_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/WallEndXContainer/WallEndXSpinBox
)

@onready var wall_end_y_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/WallEndYContainer/WallEndYSpinBox
)

@onready var wall_thickness_spin_box: SpinBox = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/WallThicknessContainer/WallThicknessSpinBox
)

@onready var delete_wall_button: Button = (
	$VBoxContainer/MainViews/
	Physical/VBoxContainer/LayoutWorkspace/
	PropertyPanel/MarginContainer/
	VBoxContainer/DeleteWallButton
)

@onready var main_views: TabContainer = (
	$VBoxContainer/MainViews
)

@onready
var simulation_timeline: SimulationTimeline = (
	$VBoxContainer/SimulationTimeline
)

# Physical controls use feet; model values and UndoRedo remain in meters.
const FEET_TO_METERS: float = 0.3048
const METERS_TO_FEET: float = 1.0 / FEET_TO_METERS

const TEST_SEQUENCE_DIRECTORY := (
	"res://data/test_sequences"
)

var test_sequences: Array[TestSequence] = []
var selected_test_sequence_index: int = -1

var undo_redo: EditorUndoRedoManager

var test_cabinet_ids: Array[StringName] = []
var test_event_ids: Array[StringName] = []

var context: EscapeRoomEditorContext

var scenario_ids: Array[StringName] = []

var simulation_driver := EditorSimulationDriver.new()

var editor_selection := EscapeRoomEditorSelection.new()

var doorway_tool: Button
var doorway_check: CheckBox
var swing_check: CheckBox

func _ready() -> void:
	_setup_view_controls()
	
	select_tool_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.SELECT
	)
	
	if not logic_graph.scenario_mapping_changed.is_connected(
		_on_logic_mapping_changed
	):
		logic_graph.scenario_mapping_changed.connect(
			_on_logic_mapping_changed
	)

	if not logic_graph.edit_rejected.is_connected(
		_on_logic_edit_rejected
	):
		logic_graph.edit_rejected.connect(
			_on_logic_edit_rejected
	)

	if not room_layout.layout_changed.is_connected(
		_on_room_layout_changed
	):
		room_layout.layout_changed.connect(
			_on_room_layout_changed
	)

	if not simulation_driver.action_activated.is_connected(
		_on_editor_action_activated
	):
		simulation_driver.action_activated.connect(
			_on_editor_action_activated
		)

	if not simulation_driver.action_deactivated.is_connected(
		_on_editor_action_deactivated
	):
		simulation_driver.action_deactivated.connect(
			_on_editor_action_deactivated
		)
		
	if not room_layout.item_selected.is_connected(
		_on_room_layout_item_selected
	):
		room_layout.item_selected.connect(
			_on_room_layout_item_selected
		)
	
	wall_thickness_spin_box.min_value = 0.01
	wall_thickness_spin_box.max_value = 4.0
	wall_thickness_spin_box.step = 0.01
	wall_thickness_spin_box.suffix = " ft"
	
	if not x_spin_box.value_changed.is_connected(
		_on_x_spin_box_value_changed
	):
		x_spin_box.value_changed.connect(
			_on_x_spin_box_value_changed
		)

	if not y_spin_box.value_changed.is_connected(
		_on_y_spin_box_value_changed
	):
		y_spin_box.value_changed.connect(
			_on_y_spin_box_value_changed
		)

	if not rotation_spin_box.value_changed.is_connected(
		_on_rotation_spin_box_value_changed
	):
		rotation_spin_box.value_changed.connect(
			_on_rotation_spin_box_value_changed
		)
		
	snap_check_box.set_pressed_no_signal(
		room_layout.snap_enabled
	)

	grid_spin_box.set_value_no_signal(
		room_layout.grid_size_meters * METERS_TO_FEET
	)
	
	if not snap_check_box.toggled.is_connected(
		_on_snap_check_box_toggled
	):
		snap_check_box.toggled.connect(
			_on_snap_check_box_toggled
		)

	if not grid_spin_box.value_changed.is_connected(
		_on_grid_spin_box_value_changed
	):
		grid_spin_box.value_changed.connect(
			_on_grid_spin_box_value_changed
		)

	show_connections_check_box.set_pressed_no_signal(
		room_layout.show_connections
	)

	if not show_connections_check_box.toggled.is_connected(
		_on_show_connections_check_box_toggled
	):
		show_connections_check_box.toggled.connect(
			_on_show_connections_check_box_toggled
		)

	if not test_cabinet_select.item_selected.is_connected(
		_on_test_cabinet_select_item_selected
	):
		test_cabinet_select.item_selected.connect(
			_on_test_cabinet_select_item_selected
		)

	if not test_event_button.pressed.is_connected(
		_on_test_event_button_pressed
	):
		test_event_button.pressed.connect(
			_on_test_event_button_pressed
		)
		
	if not room_layout.wall_creation_requested.is_connected(
		_on_wall_creation_requested
	):
		room_layout.wall_creation_requested.connect(
			_on_wall_creation_requested
		)
		
	if not room_layout.wall_selected.is_connected(
		_on_room_wall_selected
	):
		room_layout.wall_selected.connect(
			_on_room_wall_selected
		)
		
	if not room_layout.wall_geometry_edit_requested.is_connected(
		_on_wall_geometry_edit_requested
	):
		room_layout.wall_geometry_edit_requested.connect(
			_on_wall_geometry_edit_requested
		)

	if not editor_selection.changed.is_connected(
		_on_editor_selection_changed
	):
		editor_selection.changed.connect(
			_on_editor_selection_changed
		)
		
	if not scenario_select.item_selected.is_connected(
		_on_scenario_select_item_selected
	):
		scenario_select.item_selected.connect(
			_on_scenario_select_item_selected
		)

	if not edit_boundary_button.pressed.is_connected(
		_on_edit_boundary_button_pressed
	):
		edit_boundary_button.pressed.connect(
			_on_edit_boundary_button_pressed
		)

	if not room_layout.boundary_geometry_edit_requested.is_connected(
		_on_boundary_geometry_edit_requested
	):
		room_layout.boundary_geometry_edit_requested.connect(
			_on_boundary_geometry_edit_requested
		)

	if not focus_room_button.pressed.is_connected(
		_on_focus_room_button_pressed
	):
		focus_room_button.pressed.connect(
			_on_focus_room_button_pressed
		)

	if not add_boundary_point_button.pressed.is_connected(
		_on_add_boundary_point_button_pressed
	):
		add_boundary_point_button.pressed.connect(
			_on_add_boundary_point_button_pressed
		)

	if not delete_boundary_point_button.pressed.is_connected(
		_on_delete_boundary_point_button_pressed
	):
		delete_boundary_point_button.pressed.connect(
			_on_delete_boundary_point_button_pressed
		)

	if not room_layout.edit_rejected.is_connected(
		_on_room_layout_edit_rejected
	):
		room_layout.edit_rejected.connect(
			_on_room_layout_edit_rejected
		)
		
	if not reset_view_button.pressed.is_connected(
		_on_reset_view_button_pressed
	):
		reset_view_button.pressed.connect(
			_on_reset_view_button_pressed
		)
		
	if not room_layout.zoom_changed.is_connected(
		_on_room_layout_zoom_changed
	):
		room_layout.zoom_changed.connect(
			_on_room_layout_zoom_changed
		)
		
	_on_room_layout_zoom_changed(
		room_layout.zoom
	)

	if not room_layout.item_position_edit_requested.is_connected(
		_on_room_layout_item_position_edit_requested
	):
		room_layout.item_position_edit_requested.connect(
			_on_room_layout_item_position_edit_requested
		)
		
	if not simulation_driver.trace_entry_created.is_connected(
		_on_simulation_trace_entry_created
	):
		simulation_driver.trace_entry_created.connect(
			_on_simulation_trace_entry_created
		)
		
	if not simulation_timeline.pause_requested.is_connected(
		_on_simulation_pause_requested
	):
		simulation_timeline.pause_requested.connect(
			_on_simulation_pause_requested
		)

	if not simulation_timeline.resume_requested.is_connected(
		_on_simulation_resume_requested
	):
		simulation_timeline.resume_requested.connect(
			_on_simulation_resume_requested
		)

	if not simulation_timeline.step_requested.is_connected(
		_on_simulation_step_requested
	):
		simulation_timeline.step_requested.connect(
			_on_simulation_step_requested
		)

	if not simulation_timeline.reset_requested.is_connected(
		_on_simulation_reset_requested
	):
		simulation_timeline.reset_requested.connect(
			_on_simulation_reset_requested
		)

	if not simulation_timeline.sequence_selected.is_connected(
		_on_test_sequence_selected
	):
		simulation_timeline.sequence_selected.connect(
			_on_test_sequence_selected
		)

	if not simulation_timeline.run_sequence_requested.is_connected(
		_on_run_test_sequence_requested
	):
		simulation_timeline.run_sequence_requested.connect(
			_on_run_test_sequence_requested
		)

	if not simulation_timeline.stop_sequence_requested.is_connected(
		_on_stop_test_sequence_requested
	):
		simulation_timeline.stop_sequence_requested.connect(
			_on_stop_test_sequence_requested
		)

	if not simulation_timeline.replay_sequence_requested.is_connected(
		_on_replay_test_sequence_requested
	):
		simulation_timeline.replay_sequence_requested.connect(
			_on_replay_test_sequence_requested
		)

	if not simulation_driver.sequence_started.is_connected(
		_on_test_sequence_started
	):
		simulation_driver.sequence_started.connect(
			_on_test_sequence_started
		)

	if not simulation_driver.sequence_finished.is_connected(
		_on_test_sequence_finished
	):
		simulation_driver.sequence_finished.connect(
			_on_test_sequence_finished
		)

	if not simulation_driver.sequence_stopped.is_connected(
		_on_test_sequence_stopped
	):
		simulation_driver.sequence_stopped.connect(
			_on_test_sequence_stopped
		)
		
	if not room_layout.refresh_requested.is_connected(
		_on_room_layout_refresh_requested
	):
		room_layout.refresh_requested.connect(
			_on_room_layout_refresh_requested
		)
		
	if not room_layout.binding_route_edit_requested.is_connected(
		_on_room_layout_binding_route_edit_requested
	):
		room_layout.binding_route_edit_requested.connect(
			_on_room_layout_binding_route_edit_requested
		)

	_load_test_sequences()

func _process(
	delta: float
) -> void:

	if simulation_driver == null:
		return

	simulation_driver.advance(
		delta
	)

func configure(
	project_database: ProjectDatabase,
	room: RoomDefinition
) -> bool:

	context = EscapeRoomEditorContext.new()

	context.room_changed.connect(
		_on_context_room_changed
	)

	context.scenario_changed.connect(
		_on_context_scenario_changed
	)

	context.room_edit_session.dirty_changed.connect(
		_on_room_dirty_changed
	)

	context.scenario_edit_session.dirty_changed.connect(
		_on_scenario_dirty_changed
	)

	#
	# Connect simulator output before configuring the context,
	# because context.configure() may immediately emit room_changed.
	#
	_connect_simulation_signals()

	if not context.configure(
		project_database,
		room
	):
		return false

	#
	# Opening the first scenario will trigger
	# _on_context_scenario_changed(), which configures
	# the simulation driver, layout, and graph.
	#
	_populate_scenarios()

	return true

func _populate_scenarios() -> void:
	scenario_select.clear()
	scenario_ids.clear()

	if context == null:
		return

	for scenario in context.database.scenarios:
		if scenario == null:
			continue

		scenario_select.add_item(
			scenario.display_name
		)

		scenario_ids.append(
			scenario.scenario_id
		)

	if scenario_ids.is_empty():
		status_label.text = "No scenarios"
		return

	scenario_select.set_block_signals(
		true
	)

	scenario_select.select(
		0
	)

	scenario_select.set_block_signals(
		false
	)

	_open_selected_scenario()

func _open_selected_scenario() -> void:
	var index := scenario_select.selected

	if (
		index < 0
		or index >= scenario_ids.size()
	):
		return

	var scenario := (
		context.database.get_scenario(
			scenario_ids[index]
		)
	)

	if scenario == null:
		return

	if context.open_scenario(
		scenario
	):
		scenario_selected.emit(
			context.get_scenario()
		)

func _on_scenario_select_item_selected(
	_index: int
) -> void:

	_open_selected_scenario()

func _on_context_scenario_changed(
	scenario: ScenarioDefinition
) -> void:

	if scenario == null:
		return

	var room := context.get_room()

	if simulation_timeline != null:
		simulation_timeline.clear()

	simulation_driver.configure(
		room,
		scenario
	)

	room_layout.configure(
		room,
		scenario
	)

	_clear_property_panel()

	logic_graph.configure(
		room,
		scenario
	)

	status_label.text = (
		"%s v%d"
		% [
			scenario.display_name,
			scenario.version
		]
	)

	_populate_test_cabinets()
	
	print(
		"[SIM UI] cabinets=%d events=%d"
		% [
			test_cabinet_select.item_count,
			test_event_select.item_count
		]
	)

func _on_simulation_trace_entry_created(
	entry: Dictionary
) -> void:

	if simulation_timeline == null:
		return

	simulation_timeline.add_trace_entry(
		entry
	)

func _on_context_room_changed(
	room: RoomDefinition
) -> void:

	if room == null:
		return

	room_simulator.configure(
		room
	)

	var scenario := context.get_scenario()

	simulation_driver.configure(
		room,
		scenario
	)

	if scenario != null:
		room_layout.configure(
			room,
			scenario
		)

		_clear_property_panel()

		logic_graph.configure(
			room,
			scenario
		)

func _on_logic_mapping_changed() -> void:
	if context == null:
		return

	context.scenario_edit_session.mark_dirty()

	validate_setup()

func _on_room_layout_changed() -> void:

	if context == null:
		return

	context.room_edit_session.mark_dirty()

	_refresh_selected_property_values()

func _on_logic_edit_rejected(
	message: String
) -> void:

	status_label.text = (
		"Edit rejected: %s"
		% message
	)

func validate_setup() -> ValidationResult:
	if context == null:
		var result := ValidationResult.new()

		result.add_error(
			"Editor workspace is not configured."
		)

		return result

	if context.get_room() == null:
		var result := ValidationResult.new()

		result.add_error(
			"No room is currently open."
		)

		_display_validation_result(
			result
		)

		return result

	if context.get_scenario() == null:
		var result := ValidationResult.new()

		result.add_error(
			"No scenario is currently open."
		)

		_display_validation_result(
			result
		)

		return result

	var result := (
		EscapeRoomSetupValidator.validate(
			context.get_room(),
			context.get_scenario(),
			context.database
		)
	)

	_display_validation_result(
		result
	)

	return result

func _display_validation_result(
	result: ValidationResult
) -> void:

	if result.is_valid():
		status_label.text = (
			"✓ " + result.get_summary()
		)
	else:
		status_label.text = (
			"⚠ " + result.get_summary()
		)

	for error in result.errors:
		print(
			"[EDITOR VALIDATION] ERROR: ",
			error
		)

	for warning in result.warnings:
		print(
			"[EDITOR VALIDATION] WARNING: ",
			warning
		)

func _on_save_room_button_pressed() -> void:
	if context == null:
		return

	if context.save_room():

		if Engine.is_editor_hint():
			EditorInterface.get_resource_filesystem().scan()

		status_label.text = (
			"Room saved."
		)

func _on_validate_button_pressed() -> void:
	validate_setup()

func _on_revert_room_button_pressed() -> void:
	if context == null:
		return

	context.revert_room()


func _on_revert_scenario_button_pressed() -> void:
	if context == null:
		return

	context.revert_scenario()

func _on_save_scenario_button_pressed() -> void:
	if context == null:
		return

	if context.save_scenario():

		if Engine.is_editor_hint():
			EditorInterface.get_resource_filesystem().scan()

		status_label.text = (
			"Scenario saved."
		)
	
func _on_validate_scenario_button_pressed() -> void:
	validate_setup()

func _on_room_dirty_changed(
	dirty: bool
) -> void:

	if dirty:
		room_dirty_label.text = (
			"● UNSAVED ROOM CHANGES"
		)
	else:
		room_dirty_label.text = (
			"✓ ROOM SAVED"
		)

func _on_scenario_dirty_changed(
	dirty: bool
) -> void:

	if dirty:
		scenario_dirty_label.text = (
			"● UNSAVED SCENARIO CHANGES"
		)
	else:
		scenario_dirty_label.text = (
			"✓ SCENARIO SAVED"
		)

func _connect_simulation_signals() -> void:

	if not room_simulator.device_state_changed.is_connected(
		_on_device_state_changed
	):
		room_simulator.device_state_changed.connect(
			_on_device_state_changed
		)

	if not room_simulator.binding_activated.is_connected(
		_on_binding_activated
	):
		room_simulator.binding_activated.connect(
			_on_binding_activated
		)

	if not room_simulator.binding_deactivated.is_connected(
		_on_binding_deactivated
	):
		room_simulator.binding_deactivated.connect(
			_on_binding_deactivated
		)

	if not room_simulator.path_activated.is_connected(
		_on_path_activated
	):
		room_simulator.path_activated.connect(
			_on_path_activated
		)

	if not room_simulator.path_deactivated.is_connected(
		_on_path_deactivated
	):
		room_simulator.path_deactivated.connect(
			_on_path_deactivated
		)

	if not logic_graph.logic_path_selected.is_connected(
		_on_logic_path_selected
	):
		logic_graph.logic_path_selected.connect(
			_on_logic_path_selected
		)

func _on_device_state_changed(
	device_id: StringName,
	active: bool
) -> void:

	room_layout.set_device_active(
		device_id,
		active
	)

func _on_binding_activated(
	cabinet_id: StringName,
	action_id: StringName,
	device_id: StringName
) -> void:

	room_layout.set_binding_active(
		cabinet_id,
		action_id,
		device_id,
		true
	)

func _on_binding_deactivated(
	cabinet_id: StringName,
	action_id: StringName,
	device_id: StringName
) -> void:

	room_layout.set_binding_active(
		cabinet_id,
		action_id,
		device_id,
		false
	)

func _on_path_activated(
	_path_id: StringName,
	cabinet_id: StringName,
	event_id: StringName,
	action_id: StringName,
	device_id: StringName
) -> void:

	print(
		"[EDITOR PATH] %s :: %s -> %s -> %s"
		% [
			cabinet_id,
			event_id,
			action_id,
			device_id
		]
	)

	logic_graph.set_path_active(
		cabinet_id,
		event_id,
		action_id,
		device_id,
		true
	)

func _on_path_deactivated(
	_path_id: StringName,
	cabinet_id: StringName,
	event_id: StringName,
	action_id: StringName,
	device_id: StringName
) -> void:

	logic_graph.set_path_active(
		cabinet_id,
		event_id,
		action_id,
		device_id,
		false
	)

func simulate_game_event(
	cabinet_id: StringName,
	event_id: StringName
) -> void:

	simulation_driver.simulate_game_event(
		cabinet_id,
		event_id
	)

func _on_editor_action_activated(
	cabinet_id: StringName,
	action_id: StringName,
	context_data: Dictionary
) -> void:

	room_simulator.simulate_action_activated(
		cabinet_id,
		action_id,
		context_data
	)

func _on_editor_action_deactivated(
	cabinet_id: StringName,
	action_id: StringName,
	context_data: Dictionary
) -> void:

	room_simulator.simulate_action_deactivated(
		cabinet_id,
		action_id,
		context_data
	)

func _populate_test_cabinets() -> void:

	test_cabinet_select.clear()
	test_cabinet_ids.clear()

	var scenario := context.get_scenario()

	if scenario == null:
		return

	for assignment in scenario.assignments:
		if assignment == null:
			continue

		if assignment.cabinet == null:
			continue

		var label := String(
			assignment.cabinet.display_name
		)

		if label.is_empty():
			label = String(
				assignment.cabinet.cabinet_id
			)

		test_cabinet_select.add_item(
			label
		)

		test_cabinet_ids.append(
			assignment.cabinet.cabinet_id
		)

	if test_cabinet_ids.is_empty():
		test_event_select.clear()
		test_event_ids.clear()
		return
		
	test_cabinet_select.set_block_signals(
		true
	)

	test_cabinet_select.select(
		0
	)

	test_cabinet_select.set_block_signals(
		false
	)

	_populate_test_events(
		0
	)

func _populate_test_events(
	cabinet_index: int
) -> void:

	test_event_select.clear()
	test_event_ids.clear()

	if (
		cabinet_index < 0
		or cabinet_index >= test_cabinet_ids.size()
	):
		return

	var scenario := context.get_scenario()

	if scenario == null:
		return

	var cabinet_id := (
		test_cabinet_ids[
			cabinet_index
		]
	)

	var assignment := (
		scenario.get_assignment_for_cabinet(
			cabinet_id
		)
	)

	if assignment == null:
		return

	if assignment.game == null:
		return

	for event_definition in assignment.game.events:
		if event_definition == null:
			continue

		var label := String(
			event_definition.display_name
		)

		if label.is_empty():
			label = String(
				event_definition.event_id
			)

		test_event_select.add_item(
			label
		)

		test_event_ids.append(
			event_definition.event_id
		)

	if not test_event_ids.is_empty():

		test_event_select.set_block_signals(
			true
		)

		test_event_select.select(
			0
		)

		test_event_select.set_block_signals(
			false
		)

func _on_test_cabinet_select_item_selected(
	index: int
) -> void:

	_populate_test_events(
		index
	)

func _on_test_event_button_pressed() -> void:

	var cabinet_index := (
		test_cabinet_select.selected
	)

	var event_index := (
		test_event_select.selected
	)

	#
	# The editor can temporarily report -1 even when
	# an OptionButton contains entries. Fall back to
	# the first available item.
	#
	if (
		cabinet_index < 0
		and not test_cabinet_ids.is_empty()
	):
		cabinet_index = 0

	if (
		event_index < 0
		and not test_event_ids.is_empty()
	):
		event_index = 0

	if (
		cabinet_index < 0
		or cabinet_index >= test_cabinet_ids.size()
	):
		return

	if (
		event_index < 0
		or event_index >= test_event_ids.size()
	):
		return

	var cabinet_id := (
		test_cabinet_ids[
			cabinet_index
		]
	)

	var event_id := (
		test_event_ids[
			event_index
		]
	)

	print(
		"[EDITOR SIMULATION] %s -> %s"
		% [
			cabinet_id,
			event_id
		]
	)

	simulate_game_event(
		cabinet_id,
		event_id
	)

func _on_room_layout_item_selected(
	item_id: StringName
) -> void:

	_refresh_property_panel(
		item_id
	)

	if room_layout.selected_item_is_cabinet():
		editor_selection.select_cabinet(
			item_id
		)
	else:
		editor_selection.select_device(
			item_id
		)

func _refresh_property_panel(
	item_id: StringName
) -> void:

	if context == null:
		return

	var room := context.get_room()

	if room == null:
		return

	var position := (
		room_layout.get_selected_position()
	)

	x_spin_box.set_value_no_signal(
		position.x * METERS_TO_FEET
	)

	y_spin_box.set_value_no_signal(
		position.y * METERS_TO_FEET
	)

	if room_layout.selected_item_is_cabinet():
		var placement := (
			room.get_cabinet_placement(
				item_id
			)
		)

		selected_label.text = (
			"Cabinet: %s"
			% item_id
		)

		rotation_spin_box.editable = true

		if placement != null:
			rotation_spin_box.set_value_no_signal(
				placement.rotation_degrees
			)

	else:
		var device := (
			room.get_device(
				item_id
			)
		)

		if device != null:
			selected_label.text = (
				"Device: %s"
				% device.display_name
			)
		else:
			selected_label.text = (
				"Device: %s"
				% item_id
			)

		#
		# Room devices currently have position,
		# but no rotation property.
		#
		rotation_spin_box.set_value_no_signal(
			0.0
		)

		rotation_spin_box.editable = false

func _on_x_spin_box_value_changed(
	value_ft: float
) -> void:

	if room_layout.selected_item_id == &"":
		return

	var old_position := (
		room_layout.get_selected_position()
	)

	var requested_position := Vector2(
		value_ft * FEET_TO_METERS,
		old_position.y
	)

	var new_position := (
		room_layout.snap_item_position_for_editor(
			room_layout.selected_item_id,
			requested_position
		)
	)

	_commit_position_change(
		old_position,
		new_position
	)

func _on_y_spin_box_value_changed(
	value_ft: float
) -> void:

	if room_layout.selected_item_id == &"":
		return

	var old_position := (
		room_layout.get_selected_position()
	)

	var requested_position := Vector2(
		old_position.x,
		value_ft * FEET_TO_METERS
	)

	var new_position := (
		room_layout.snap_item_position_for_editor(
			room_layout.selected_item_id,
			requested_position
		)
	)

	_commit_position_change(
		old_position,
		new_position
	)

func _on_rotation_spin_box_value_changed(
	value: float
) -> void:

	if room_layout.selected_item_id == &"":
		return

	if not room_layout.selected_item_is_cabinet():
		return

	var old_rotation := (
		room_layout.get_selected_rotation()
	)

	_commit_rotation_change(
		old_rotation,
		value
	)

func _refresh_selected_property_values() -> void:

	if room_layout.selected_item_id == &"":
		return

	var position := (
		room_layout.get_selected_position()
	)

	x_spin_box.set_value_no_signal(
		position.x * METERS_TO_FEET
	)

	y_spin_box.set_value_no_signal(
		position.y * METERS_TO_FEET
	)

	rotation_spin_box.set_value_no_signal(
		room_layout.get_selected_rotation()
	)

func _on_snap_check_box_toggled(
	enabled: bool
) -> void:

	room_layout.snap_enabled = enabled

func _on_grid_spin_box_value_changed(
	value_ft: float
) -> void:

	room_layout.grid_size_meters = max(
		value_ft * FEET_TO_METERS,
		0.01
	)
	room_layout.queue_redraw()

func _on_show_connections_check_box_toggled(
	enabled: bool
) -> void:

	room_layout.set_connections_visible(
		enabled
	)

func _clear_property_panel() -> void:
	if doorway_check != null:
		doorway_check.disabled = true
		swing_check.disabled = true

	selected_label.text = (
		"Nothing selected"
	)

	x_spin_box.set_value_no_signal(
		0.0
	)

	y_spin_box.set_value_no_signal(
		0.0
	)

	rotation_spin_box.set_value_no_signal(
		0.0
	)

	rotation_spin_box.editable = false

func set_undo_redo_manager(
	manager: EditorUndoRedoManager
) -> void:

	undo_redo = manager

func _apply_selected_position(
	position: Vector2
) -> void:

	room_layout.set_selected_position(
		position
	)

	_refresh_selected_property_values()

func _commit_position_change(
	old_position: Vector2,
	new_position: Vector2
) -> void:

	if old_position == new_position:
		_refresh_selected_property_values()
		return

	var item_id := (
		room_layout.selected_item_id
	)

	if item_id == &"":
		return

	if undo_redo == null:
		_apply_item_position(
			item_id,
			new_position
		)
		return

	undo_redo.create_action(
		"Move Room Item",
		UndoRedo.MERGE_ENDS,
		context.get_room()
	)

	undo_redo.add_do_method(
		self,
		"_apply_item_position",
		item_id,
		new_position
	)

	undo_redo.add_undo_method(
		self,
		"_apply_item_position",
		item_id,
		old_position
	)

	undo_redo.commit_action()

func _apply_selected_rotation(
	rotation: float
) -> void:

	room_layout.set_selected_rotation(
		rotation
	)

	_refresh_selected_property_values()

func _commit_rotation_change(
	old_rotation: float,
	new_rotation: float
) -> void:

	if is_equal_approx(
		old_rotation,
		new_rotation
	):
		return

	var cabinet_id := (
		room_layout.selected_item_id
	)

	if cabinet_id == &"":
		return

	if undo_redo == null:
		_apply_cabinet_rotation(
			cabinet_id,
			new_rotation
		)
		return

	undo_redo.create_action(
		"Rotate Cabinet",
		UndoRedo.MERGE_ENDS,
		context.get_room()
	)

	undo_redo.add_do_method(
		self,
		"_apply_cabinet_rotation",
		cabinet_id,
		new_rotation
	)

	undo_redo.add_undo_method(
		self,
		"_apply_cabinet_rotation",
		cabinet_id,
		old_rotation
	)

	undo_redo.commit_action()

func _on_wall_creation_requested(
	start: Vector2,
	end: Vector2
) -> void:

	if context == null:
		return

	var target_room := (
		context.get_room()
	)

	if target_room == null:
		return

	var wall := (
		RoomWallDefinition.new()
	)

	wall.wall_id = (
		_generate_wall_id(
			target_room
		)
	)

	wall.start = start
	wall.end = end
	wall.thickness = 0.10
	wall.is_doorway = doorway_tool.button_pressed

	if undo_redo == null:
		_add_wall(
			target_room,
			wall
		)
		return

	undo_redo.create_action(
		"Add Room Wall",
		UndoRedo.MERGE_DISABLE,
		target_room
	)

	undo_redo.add_do_method(
		self,
		"_add_wall",
		target_room,
		wall
	)

	undo_redo.add_undo_method(
		self,
		"_remove_wall",
		target_room,
		wall
	)

	undo_redo.commit_action()

func _generate_wall_id(
	room: RoomDefinition
) -> StringName:

	var index := 1

	while true:
		var candidate := StringName(
			"wall_%03d"
			% index
		)

		if not room.has_wall(
			candidate
		):
			return candidate

		index += 1

	return &"wall"

func _add_wall(
	target_room: RoomDefinition,
	wall: RoomWallDefinition
) -> void:

	if target_room == null:
		return

	if wall == null:
		return

	if target_room.walls.has(
		wall
	):
		return

	target_room.walls.append(
		wall
	)

	context.room_edit_session.mark_dirty()

	room_layout.queue_redraw()


func _remove_wall(
	target_room: RoomDefinition,
	wall: RoomWallDefinition
) -> void:

	if target_room == null:
		return

	if wall == null:
		return

	target_room.walls.erase(
		wall
	)

	context.room_edit_session.mark_dirty()

	if (
		room_layout.selected_wall_id
		== wall.wall_id
	):
		room_layout.selected_wall_id = &""
		_clear_property_panel()

	room_layout.queue_redraw()

func _on_select_tool_button_pressed() -> void:

	select_tool_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.SELECT
	)


func _on_draw_wall_button_pressed() -> void:

	draw_wall_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.DRAW_WALL
	)


func _on_edit_boundary_button_pressed() -> void:

	edit_boundary_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.EDIT_BOUNDARY
	)

func _on_room_wall_selected(
	wall_id: StringName
) -> void:

	_refresh_wall_property_panel(
		wall_id
	)

	editor_selection.select_wall(
		wall_id
	)

func _refresh_wall_property_panel(
	wall_id: StringName
) -> void:

	if context == null:
		return

	var room := context.get_room()

	if room == null:
		return

	var wall := room.get_wall(
		wall_id
	)

	if wall == null:
		return

	selected_label.text = (
		("Doorway: %s" if wall.is_doorway else "Wall: %s")
		% wall.wall_id
	)

	doorway_check.disabled = false
	doorway_check.set_pressed_no_signal(wall.is_doorway)
	swing_check.set_pressed_no_signal(wall.swing_reversed)
	swing_check.disabled = not wall.is_doorway

	wall_start_x_spin_box.set_value_no_signal(
		wall.start.x * METERS_TO_FEET
	)

	wall_start_y_spin_box.set_value_no_signal(
		wall.start.y * METERS_TO_FEET
	)

	wall_end_x_spin_box.set_value_no_signal(
		wall.end.x * METERS_TO_FEET
	)

	wall_end_y_spin_box.set_value_no_signal(
		wall.end.y * METERS_TO_FEET
	)

	wall_thickness_spin_box.set_value_no_signal(
		wall.thickness_ft
	)

func _apply_wall_geometry(
	target_room: RoomDefinition,
	wall: RoomWallDefinition,
	start: Vector2,
	end: Vector2
) -> void:

	if target_room == null:
		return

	if wall == null:
		return

	if not target_room.walls.has(
		wall
	):
		return

	wall.start = start
	wall.end = end

	context.room_edit_session.mark_dirty()

	room_layout.queue_redraw()

	if (
		room_layout.selected_wall_id
		== wall.wall_id
	):
		_refresh_wall_property_panel(
			wall.wall_id
		)

func _commit_wall_geometry_change(
	wall: RoomWallDefinition,
	old_start: Vector2,
	old_end: Vector2,
	new_start: Vector2,
	new_end: Vector2
) -> void:

	if (
		old_start == new_start
		and old_end == new_end
	):
		_refresh_wall_property_panel(wall.wall_id)
		return

	if context == null:
		return

	var target_room := (
		context.get_room()
	)

	if target_room == null:
		return

	if undo_redo == null:
		_apply_wall_geometry(
			target_room,
			wall,
			new_start,
			new_end
		)
		return

	undo_redo.create_action(
		"Edit Wall",
		UndoRedo.MERGE_ENDS,
		target_room
	)

	undo_redo.add_do_method(
		self,
		"_apply_wall_geometry",
		target_room,
		wall,
		new_start,
		new_end
	)

	undo_redo.add_undo_method(
		self,
		"_apply_wall_geometry",
		target_room,
		wall,
		old_start,
		old_end
	)

	undo_redo.commit_action()

func _on_wall_start_x_spin_box_value_changed(
	value_ft: float
) -> void:

	var wall := room_layout.get_selected_wall()

	if wall == null:
		return

	var old_start := wall.start
	var old_end := wall.end

	var new_start := Vector2(
		value_ft * FEET_TO_METERS,
		old_start.y
	)

	new_start = room_layout.snap_position_for_editor(
		new_start
	)

	_commit_wall_geometry_change(
		wall,
		old_start,
		old_end,
		new_start,
		old_end
	)

func _on_wall_start_y_spin_box_value_changed(
	value_ft: float
) -> void:

	var wall := room_layout.get_selected_wall()

	if wall == null:
		return

	var old_start := wall.start
	var old_end := wall.end

	var new_start := Vector2(
		old_start.x,
		value_ft * FEET_TO_METERS
	)

	new_start = room_layout.snap_position_for_editor(
		new_start
	)

	_commit_wall_geometry_change(
		wall,
		old_start,
		old_end,
		new_start,
		old_end
	)

func _on_wall_end_x_spin_box_value_changed(
	value_ft: float
) -> void:

	var wall := room_layout.get_selected_wall()

	if wall == null:
		return

	var old_start := wall.start
	var old_end := wall.end

	var new_end := Vector2(
		value_ft * FEET_TO_METERS,
		old_end.y
	)

	new_end = room_layout.snap_position_for_editor(
		new_end
	)

	_commit_wall_geometry_change(
		wall,
		old_start,
		old_end,
		old_start,
		new_end
	)

func _on_wall_end_y_spin_box_value_changed(
	value_ft: float
) -> void:

	var wall := room_layout.get_selected_wall()

	if wall == null:
		return

	var old_start := wall.start
	var old_end := wall.end

	var new_end := Vector2(
		old_end.x,
		value_ft * FEET_TO_METERS
	)

	new_end = room_layout.snap_position_for_editor(
		new_end
	)

	_commit_wall_geometry_change(
		wall,
		old_start,
		old_end,
		old_start,
		new_end
	)

func _apply_wall_thickness(
	target_room: RoomDefinition,
	wall: RoomWallDefinition,
	thickness_ft: float
) -> void:

	if target_room == null:
		return

	if wall == null:
		return

	if not target_room.walls.has(
		wall
	):
		return

	wall.thickness_ft = thickness_ft

	context.room_edit_session.mark_dirty()

	room_layout.queue_redraw()

	if (
		room_layout.selected_wall_id
		== wall.wall_id
	):
		_refresh_wall_property_panel(
			wall.wall_id
		)

func _on_wall_thickness_spin_box_value_changed(
	value: float
) -> void:

	var wall := (
		room_layout.get_selected_wall()
	)

	if wall == null:
		return

	if context == null:
		return

	var target_room := (
		context.get_room()
	)

	if target_room == null:
		return

	var old_value_ft := (
		wall.thickness_ft
	)

	if is_equal_approx(
		old_value_ft,
		value
	):
		return

	if undo_redo == null:

		_apply_wall_thickness(
			target_room,
			wall,
			value
		)

		return

	undo_redo.create_action(
		"Change Wall Thickness",
		UndoRedo.MERGE_ENDS,
		target_room
	)

	undo_redo.add_do_method(
		self,
		"_apply_wall_thickness",
		target_room,
		wall,
		value
	)

	undo_redo.add_undo_method(
		self,
		"_apply_wall_thickness",
		target_room,
		wall,
		old_value_ft
	)

	undo_redo.commit_action()

func _on_delete_wall_button_pressed() -> void:

	if context == null:
		return

	var target_room := (
		context.get_room()
	)

	if target_room == null:
		return

	var wall := (
		room_layout.get_selected_wall()
	)

	if wall == null:
		return

	if undo_redo == null:
		_remove_wall(
			target_room,
			wall
		)
		return

	undo_redo.create_action(
		"Delete Room Wall",
		UndoRedo.MERGE_DISABLE,
		target_room
	)

	undo_redo.add_do_method(
		self,
		"_remove_wall",
		target_room,
		wall
	)

	undo_redo.add_undo_method(
		self,
		"_add_wall",
		target_room,
		wall
	)

	undo_redo.commit_action()

func _on_wall_geometry_edit_requested(
	wall_id: StringName,
	old_start: Vector2,
	old_end: Vector2,
	new_start: Vector2,
	new_end: Vector2
) -> void:

	if context == null:
		return

	var room := context.get_room()

	if room == null:
		return

	var wall := room.get_wall(
		wall_id
	)

	if wall == null:
		return

	_commit_wall_geometry_change(
		wall,
		old_start,
		old_end,
		new_start,
		new_end
	)

func _on_editor_selection_changed() -> void:

	room_layout.apply_editor_selection(
		editor_selection
	)

	logic_graph.apply_editor_selection(
		editor_selection
	)

func _on_logic_path_selected(
	cabinet_id: StringName,
	event_id: StringName,
	action_id: StringName,
	device_id: StringName
) -> void:

	editor_selection.select_logic_path(
		cabinet_id,
		event_id,
		action_id,
		device_id
	)
	
func _apply_boundary_geometry(
	points: PackedVector2Array
) -> void:

	if context == null:
		return

	var room := context.get_room()

	if room == null:
		return

	room.boundary_points = (
		points.duplicate()
	)

	context.room_edit_session.mark_dirty()

	room_layout.queue_redraw()
	
func _on_boundary_geometry_edit_requested(
	old_points: PackedVector2Array,
	new_points: PackedVector2Array
) -> void:

	if old_points == new_points:
		return

	if undo_redo == null:
		_apply_boundary_geometry(
			new_points
		)
		return

	undo_redo.create_action(
		"Edit Room Boundary",
		UndoRedo.MERGE_ENDS,
		context.get_room()
	)

	undo_redo.add_do_method(
		self,
		"_apply_boundary_geometry",
		new_points
	)

	undo_redo.add_undo_method(
		self,
		"_apply_boundary_geometry",
		old_points
	)

	undo_redo.commit_action()

func _on_focus_room_button_pressed() -> void:

	room_layout.focus_room()

func _on_add_boundary_point_button_pressed() -> void:

	add_boundary_point_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.ADD_BOUNDARY_POINT
	)

func _on_delete_boundary_point_button_pressed() -> void:

	delete_boundary_point_button.button_pressed = true

	room_layout.set_edit_mode(
		RoomLayout.EditMode.DELETE_BOUNDARY_POINT
	)

func _on_room_layout_edit_rejected(
	message: String
) -> void:

	status_label.text = (
		"Edit rejected: %s"
		% message
	)

func _on_reset_view_button_pressed() -> void:

	room_layout.reset_view()

func _on_room_layout_zoom_changed(
	zoom_value: float
) -> void:

	zoom_label.text = (
		"%d%%"
		% roundi(
			zoom_value * 100.0
		)
	)

func _apply_cabinet_rotation(
	cabinet_id: StringName,
	rotation: float
) -> void:

	if context == null:
		return

	var room := context.get_room()

	if room == null:
		return

	var placement := (
		room.get_cabinet_placement(
			cabinet_id
		)
	)

	if placement == null:
		return

	placement.rotation_degrees = rotation

	context.room_edit_session.mark_dirty()

	room_layout.queue_redraw()
	room_layout._reposition_items()

func _unhandled_key_input(
	event: InputEvent
) -> void:

	if not Engine.is_editor_hint():
		return

	if not (
		event is InputEventKey
	):
		return

	if not event.pressed:
		return

	if event.echo:
		return

	var ctrl_pressed: bool = (
		event.ctrl_pressed
		or event.meta_pressed
	)

	if not ctrl_pressed:
		return

	if (
		event.keycode == KEY_Z
		and event.shift_pressed
	):
		redo_escape_room_action()
		get_viewport().set_input_as_handled()
		return

	if event.keycode == KEY_Z:
		undo_escape_room_action()
		get_viewport().set_input_as_handled()
		return

	if event.keycode == KEY_Y:
		redo_escape_room_action()
		get_viewport().set_input_as_handled()

func _get_active_escape_room_undo_redo() -> UndoRedo:

	if undo_redo == null:
		return null

	if context == null:
		return null

	var target: Object = null

	var current_tab_name := (
		main_views.get_tab_title(
			main_views.current_tab
		)
	)

	if current_tab_name == "Logic":
		target = context.get_scenario()
	else:
		target = context.get_room()

	if target == null:
		return null

	var history_id := (
		undo_redo.get_object_history_id(
			target
		)
	)

	return (
		undo_redo.get_history_undo_redo(
			history_id
		)
	)

func undo_escape_room_action() -> void:

	var history := (
		_get_active_escape_room_undo_redo()
	)

	if history == null:
		print("[UNDO] No history")
		return

	print(
		"[UNDO] has_undo=",
		history.has_undo()
	)

	if history.has_undo():
		history.undo()


func redo_escape_room_action() -> void:

	var history := (
		_get_active_escape_room_undo_redo()
	)

	if history == null:
		return

	if not history.has_redo():
		return

	history.redo()

func _on_room_layout_item_position_edit_requested(
	item_id: StringName,
	old_position: Vector2,
	new_position: Vector2
) -> void:

	if old_position == new_position:
		return

	if undo_redo == null:
		_apply_item_position(
			item_id,
			new_position
		)
		return

	undo_redo.create_action(
		"Move Room Item",
		UndoRedo.MERGE_DISABLE,
		context.get_room()
	)

	undo_redo.add_do_method(
		self,
		"_apply_item_position",
		item_id,
		new_position
	)

	undo_redo.add_undo_method(
		self,
		"_apply_item_position",
		item_id,
		old_position
	)

	undo_redo.commit_action()

func _on_room_layout_binding_route_edit_requested(
	cabinet_id: StringName,
	action_id: StringName,
	device_id: StringName,
	old_points: PackedVector2Array,
	new_points: PackedVector2Array
) -> void:

	if old_points == new_points:
		return

	if context == null:
		return

	if undo_redo == null:

		_apply_binding_route_points(
			cabinet_id,
			action_id,
			device_id,
			new_points
		)

		return

	undo_redo.create_action(
		"Move Cable Route Point",
		UndoRedo.MERGE_DISABLE,
		context.get_room()
	)

	undo_redo.add_do_method(
		self,
		"_apply_binding_route_points",
		cabinet_id,
		action_id,
		device_id,
		new_points.duplicate()
	)

	undo_redo.add_undo_method(
		self,
		"_apply_binding_route_points",
		cabinet_id,
		action_id,
		device_id,
		old_points.duplicate()
	)

	undo_redo.commit_action()


func _apply_binding_route_points(
	cabinet_id: StringName,
	action_id: StringName,
	device_id: StringName,
	points: PackedVector2Array
) -> void:

	if context == null:
		return

	var room := (
		context.get_room()
	)

	if room == null:
		return

	var target_binding: RoomDeviceBinding = null

	for binding in room.bindings:

		if binding == null:
			continue

		if (
			binding.cabinet_id == cabinet_id
			and binding.hardware_action_id == action_id
			and binding.device_id == device_id
		):

			target_binding = binding
			break

	if target_binding == null:
		return

	target_binding.route_points = (
		points.duplicate()
	)

	context.room_edit_session.mark_dirty()

	room_layout.refresh_item_positions()

func _apply_item_position(
	item_id: StringName,
	position: Vector2
) -> void:

	if context == null:
		return

	var room := (
		context.get_room()
	)

	if room == null:
		return

	var placement := (
		room.get_cabinet_placement(
			item_id
		)
	)

	if placement != null:

		placement.position = (
			position
		)

	else:

		var device := (
			room.get_device(
				item_id
			)
		)

		if device == null:
			return

		device.position = (
			position
		)

	context.room_edit_session.mark_dirty()

	room_layout.refresh_item_positions()

	if room_layout.selected_item_id == item_id:
		_refresh_selected_property_values()

func _on_simulation_pause_requested() -> void:

	simulation_driver.set_paused(
		true
	)

	simulation_timeline.set_paused(
		true
	)


func _on_simulation_resume_requested() -> void:

	simulation_driver.set_paused(
		false
	)

	simulation_timeline.set_paused(
		false
	)


func _on_simulation_step_requested(
	seconds: float
) -> void:

	simulation_driver.step(
		seconds
	)


func _on_simulation_reset_requested() -> void:

	simulation_driver.reset_simulation()

	_reset_simulation_visuals()

	simulation_timeline.clear()

	simulation_timeline.set_paused(
		false
	)

	simulation_timeline.set_sequence_running(
		false
	)

func _load_test_sequences() -> void:

	test_sequences.clear()

	var directory := DirAccess.open(
		TEST_SEQUENCE_DIRECTORY
	)

	if directory == null:

		push_warning(
			"Could not open test sequence directory: %s"
			% TEST_SEQUENCE_DIRECTORY
		)

		simulation_timeline.set_sequences(
			test_sequences
		)

		return

	directory.list_dir_begin()

	while true:

		var file_name := (
			directory.get_next()
		)

		if file_name.is_empty():
			break

		if directory.current_is_dir():
			continue

		if not file_name.ends_with(
			".tres"
		):
			continue

		var path := (
			TEST_SEQUENCE_DIRECTORY
			.path_join(
				file_name
			)
		)

		var resource := (
			ResourceLoader.load(
				path
			)
		)

		var sequence := (
			resource as TestSequence
		)

		if sequence == null:

			push_warning(
				"Resource is not a TestSequence: %s"
				% path
			)

			continue

		test_sequences.append(
			sequence
		)

	directory.list_dir_end()

	test_sequences.sort_custom(
		func(
			a: TestSequence,
			b: TestSequence
		) -> bool:

			return (
				a.display_name
				< b.display_name
			)
	)

	simulation_timeline.set_sequences(
		test_sequences
	)

	if test_sequences.is_empty():
		selected_test_sequence_index = -1
	else:
		selected_test_sequence_index = 0

func _on_test_sequence_selected(
	index: int
) -> void:

	if (
		index < 0
		or index >= test_sequences.size()
	):
		selected_test_sequence_index = -1
		return

	selected_test_sequence_index = index


func _on_run_test_sequence_requested() -> void:

	if (
		selected_test_sequence_index < 0
		or selected_test_sequence_index
			>= test_sequences.size()
	):
		return

	var sequence := (
		test_sequences[
			selected_test_sequence_index
		]
	)

	if sequence == null:
		return

	var current_scenario := (
		context.get_scenario()
	)

	if current_scenario == null:

		status_label.text = (
			"Cannot run rehearsal: no scenario is open."
		)

		return

	if (
		sequence.scenario_id != &""
		and sequence.scenario_id
			!= current_scenario.scenario_id
	):

		status_label.text = (
			"Rehearsal '%s' requires scenario '%s'."
			% [
				sequence.display_name,
				sequence.scenario_id
			]
		)

		push_warning(
			(
				"Cannot run rehearsal '%s': "
				+ "current scenario is '%s', "
				+ "but rehearsal requires '%s'."
			)
			% [
				sequence.display_name,
				current_scenario.scenario_id,
				sequence.scenario_id
			]
		)

		return

	_reset_simulation_visuals()

	simulation_timeline.clear()

	simulation_driver.start_sequence(
		sequence
	)


func _on_stop_test_sequence_requested() -> void:

	simulation_driver.stop_sequence()


func _on_replay_test_sequence_requested() -> void:

	_on_run_test_sequence_requested()


func _on_test_sequence_started(
	_sequence: TestSequence
) -> void:

	simulation_timeline.set_sequence_running(
		true
	)


func _on_test_sequence_finished(
	_sequence: TestSequence
) -> void:

	simulation_timeline.set_sequence_running(
		false
	)


func _on_test_sequence_stopped() -> void:

	simulation_timeline.set_sequence_running(
		false
	)

func _reset_simulation_visuals() -> void:

	if context == null:
		return

	var room := (
		context.get_room()
	)

	if room == null:
		return

	room_simulator.configure(
		room
	)

	for device in room.devices:

		if device == null:
			continue

		room_layout.set_device_active(
			device.device_id,
			device.initial_active
		)

	for binding in room.bindings:

		if binding == null:
			continue

		room_layout.set_binding_active(
			binding.cabinet_id,
			binding.hardware_action_id,
			binding.device_id,
			false
		)

func _on_room_layout_refresh_requested() -> void:

	if context == null:
		return

	if context.room_edit_session.is_dirty:

		status_label.text = (
			"Cannot refresh: save or revert "
			+ "unsaved room changes first."
		)

		return

	if not context.room_edit_session.reload_from_disk():

		status_label.text = (
			"Failed to refresh room."
		)

		return

	status_label.text = (
		"Physical room refreshed."
	)


func _setup_view_controls() -> void:
	var toolbar := draw_wall_button.get_parent()
	doorway_tool = Button.new()
	doorway_tool.text = "DRAW DOORWAY"
	doorway_tool.toggle_mode = true
	doorway_tool.button_group = draw_wall_button.button_group
	doorway_tool.tooltip_text = "Drag from hinge to opposite jamb. Align with a wall to create an opening."
	toolbar.add_child(doorway_tool)
	toolbar.move_child(doorway_tool, draw_wall_button.get_index() + 1)
	doorway_tool.pressed.connect(func(): room_layout.set_edit_mode(RoomLayout.EditMode.DRAW_WALL))
	var view_bar := HBoxContainer.new()
	toolbar.get_parent().add_child(view_bar)
	toolbar.get_parent().move_child(view_bar, toolbar.get_index() + 1)
	for title in ["Labels", "Dimensions"]:
		var toggle := CheckBox.new()
		toggle.text = title
		toggle.button_pressed = true
		view_bar.add_child(toggle)
		if title == "Labels":
			toggle.toggled.connect(room_layout.set_labels_visible)
		else:
			toggle.toggled.connect(room_layout.set_dimensions_visible)
	doorway_check = CheckBox.new()
	doorway_check.text = "Doorway opening"
	doorway_check.disabled = true
	doorway_check.toggled.connect(func(value: bool): _commit_door_setting("is_doorway", value))
	swing_check = CheckBox.new()
	swing_check.text = "Reverse door swing"
	swing_check.disabled = true
	swing_check.toggled.connect(func(value: bool): _commit_door_setting("swing_reversed", value))
	var properties := delete_wall_button.get_parent()
	properties.add_child(doorway_check)
	properties.add_child(swing_check)
	properties.move_child(doorway_check, delete_wall_button.get_index())
	properties.move_child(swing_check, delete_wall_button.get_index())

func _commit_door_setting(property: String, value: bool) -> void:
	if context == null:
		return
	var target := context.get_room()
	var wall := target.get_wall(room_layout.selected_wall_id)
	if wall == null:
		doorway_check.set_pressed_no_signal(false)
		swing_check.set_pressed_no_signal(false)
		return
	var old: bool = wall.get(property)
	if old == value:
		return
	if undo_redo == null:
		_apply_door_setting(target, wall, property, value)
		return
	undo_redo.create_action("Edit doorway", UndoRedo.MERGE_DISABLE, target)
	undo_redo.add_do_method(self, "_apply_door_setting", target, wall, property, value)
	undo_redo.add_undo_method(self, "_apply_door_setting", target, wall, property, old)
	undo_redo.commit_action()

func _apply_door_setting(target: RoomDefinition, wall: RoomWallDefinition, property: String, value: bool) -> void:
	if not target.walls.has(wall):
		return
	wall.set(property, value)
	context.room_edit_session.mark_dirty()
	room_layout.queue_redraw()
	_refresh_wall_property_panel(wall.wall_id)