extends MarginContainer var best_time = -1 var leaderboards_data = {} onready var time_value = $VBoxContainer/HBoxContainer/TimeValue onready var best_time_value = $VBoxContainer/HBoxContainer/BestTimeValue onready var wrong_way_label = $CenterContainer/WrongWayLabel onready var leaderboards = $VBoxContainer/LeaderboardsLine onready var leaderboards_list = $VBoxContainer/LeaderboardsLine/VBoxContainer/Leaderboards func _ready() -> void: time_value.text = "NaN" best_time_value.text = "NaN" if MultiplayerController.is_online(): leaderboards.visible = true else: leaderboards.visible = false func _on_time_updated(new_time: float) -> void: time_value.text = _format_time(new_time) func _on_lap_complete(lap_time: float) -> void: if lap_time < best_time or best_time < 0: best_time = lap_time best_time_value.text = _format_time(best_time) if MultiplayerController.is_online(): update_leaderboard_time(String(get_tree().get_network_unique_id()), lap_time) rpc("update_leaderboard_time", String(get_tree().get_network_unique_id()), lap_time) func _on_wrong_way_detected() -> void: wrong_way_label.visible = true yield(get_tree().create_timer(3.0), "timeout") wrong_way_label.visible = false func _format_time(time: float) -> String: var minute = floor(time / 1000.0 / 60.0) var second = floor((time / 1000.0) - minute * 60) var millisecond = time - minute * 60 * 1000 - second * 1000 return "%02d:%02d.%03d" % [minute, second, millisecond] remote func update_leaderboard_time(peer_id: String, lap_time: float): leaderboards_data[peer_id] = lap_time var leaderboards_sorted = [] for peer in leaderboards_data: leaderboards_sorted.append([peer, leaderboards_data[peer]]) leaderboards_sorted.sort_custom(self, "_leaderbords_comparison") for child in leaderboards_list.get_children(): child.queue_free() for entry in leaderboards_sorted: var label = Label.new() var player_name = MultiplayerController.peers[int(float(entry[0]))].name label.text = "%s - %s" % [player_name, _format_time(entry[1])] leaderboards_list.add_child(label) func _leaderbords_comparison(left: Array, right: Array) -> bool: return left[1] < right[1]