mirror of
https://github.com/Steffo99/nanogolf.git
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260 lines
8.7 KiB
GDScript
260 lines
8.7 KiB
GDScript
extends Node2D
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class_name GolfLevel
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@export_category("Level Data")
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## Whether the [field camera] follows the active player or not.
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@export var camera_follows_player: bool = false
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@export_category("References")
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## The [Camera2D] of this level.
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@export var camera: Camera2D = null
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## The [GolfTee] of this level.
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@export var tee: GolfTee = null
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## The [GolfHole] of this level.
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@export var hole: GolfHole = null
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## The [TileMap] of this level.
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@export var map: TileMap = null
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## If active, the [Timer] between emissions of [signal everyone_entered_hole] and [signal level_completed].
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var complete_timer: Timer = null
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## If on server, this variable indicates the [GolfLevel] to replicate.
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##
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## The [GolfLevel] in question should not be added to the scene tree, or it will cause problems on the client acting as server.
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##
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## On clients, this variable is ignored.
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var target: GolfLevel = null
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## The [PlayerNodeDirectory] to use to determine which players to spawn.
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##
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## It should be set on instantiation of a new [GolfLevel].
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var player_dir: PlayerNodeDirectory = null
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## The [PackedScene] to initialize as [TileMap].
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const tilemap_scene: PackedScene = preload("res://scenes/golf_tilemap.tscn")
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## The [PackedScene] to initialize as [GolfTee].
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const tee_scene: PackedScene = preload("res://scenes/golf_tee.tscn")
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## The [PackedScene] to initialize as [GolfHole].
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const hole_scene: PackedScene = preload("res://scenes/golf_hole.tscn")
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## The [PackedScene] to initialize as [Camera2D].
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const camera_scene: PackedScene = preload("res://scenes/follow_camera.tscn")
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## The [PackedScene] to initialize as [Timer] between emissions of [signal everyone_entered_hole] and [signal level_completed].
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const complete_timer_scene: PackedScene = preload("res://scenes/complete_timer.tscn")
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## Replicate the [field target] from the server to the clients via RPC.
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func build(peer_id: int = 0) -> void:
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build_tilemap(peer_id)
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build_tilemap_cells(peer_id)
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build_tee(peer_id)
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build_existing_balls(peer_id)
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build_new_balls(peer_id)
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build_hole(peer_id)
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build_camera(peer_id)
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## Replicate the [field map] of the [field target] to the remote [field map].
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func build_tilemap(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating map...")
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var tmap: TileMap = target.map
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if peer_id > 0:
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rpc_build_tilemap.rpc_id(peer_id, tmap.global_position, tmap.global_rotation, tmap.global_scale)
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else:
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rpc_build_tilemap.rpc(tmap.global_position, tmap.global_rotation, tmap.global_scale)
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## Create the [field map].
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@rpc("authority", "call_local", "reliable")
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func rpc_build_tilemap(tposition: Vector2, trotation: float, tscale: Vector2):
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Log.peer(self, "Building map...")
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map = tilemap_scene.instantiate()
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map.global_position = tposition
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map.global_rotation = trotation
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map.global_scale = tscale
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add_child(map)
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## Replicate the cells of [field target]'s [field map] to the remote [field map].
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##
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## The [field map] must be already created.
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##
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## Only takes layer 0 into consideration.
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func build_tilemap_cells(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating map cells...")
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var tmap: TileMap = target.map
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const layer = 0
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for coords in tmap.get_used_cells(layer):
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var source_id: int = tmap.get_cell_source_id(0, coords)
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var atlas_coords: Vector2i = tmap.get_cell_atlas_coords(0, coords)
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var alternative_tile: int = tmap.get_cell_alternative_tile(0, coords)
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if peer_id > 0:
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rpc_build_tilemap_cell.rpc_id(peer_id, layer, coords, source_id, atlas_coords, alternative_tile)
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else:
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rpc_build_tilemap_cell.rpc(layer, coords, source_id, atlas_coords, alternative_tile)
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## Create a cell of [field map].
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@rpc("authority", "call_local", "reliable")
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func rpc_build_tilemap_cell(
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layer: int,
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coords: Vector2i,
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source_id: int,
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atlas_coords: Vector2i = Vector2i(-1, -1),
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alternative_tile: int = 0
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):
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# Log.peer(self, "Building map cell: %s" % coords)
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map.set_cell(layer, coords, source_id, atlas_coords, alternative_tile)
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## Replicate the [field tee] of the [field target] to the remote [field tee].
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func build_tee(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating tee...")
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var ttee: GolfTee = target.tee
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if peer_id > 0:
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rpc_build_tee.rpc_id(peer_id, ttee.global_position)
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else:
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rpc_build_tee.rpc(ttee.global_position)
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## Create the [GolfTee] object.
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@rpc("authority", "call_local", "reliable")
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func rpc_build_tee(tposition: Vector2):
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Log.peer(self, "Building tee...")
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tee = tee_scene.instantiate()
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tee.global_position = tposition
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tee.everyone_entered_hole.connect(_on_everyone_entered_hole)
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add_child(tee)
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## Replicate the currently connected players' [GolfBall]s to the remote [field tee].
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func build_existing_balls(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating existing golf balls...")
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for tball in tee.get_children():
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if peer_id > 0:
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rpc_build_ball.rpc_id(peer_id, tball.name, tball.position, tball.strokes, tball.in_hole)
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else:
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rpc_build_ball.rpc(tball.name, tball.position, tball.strokes, tball.in_hole)
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func build_new_balls(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating new golf balls...")
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for playernode in player_dir.get_children():
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if peer_id > 0:
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rpc_build_ball.rpc_id(peer_id, playernode.player_name, Vector2.ZERO, 0, false)
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else:
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rpc_build_ball.rpc(playernode.player_name, Vector2.ZERO, 0, false)
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## Create the specified player's [GolfBall] at the remote [field tee].
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func build_new_ball(player_name: String, peer_id: int = 0) -> void:
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Log.peer(self, "Replicating new golf ball for: %s" % player_name)
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if peer_id > 0:
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rpc_build_ball.rpc_id(peer_id, player_name, Vector2.ZERO, 0, false)
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else:
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rpc_build_ball.rpc(player_name, Vector2.ZERO, 0, false)
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## Create and initialize a [GolfBall] for a single [PlayerNode] with the given name.
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@rpc("authority", "call_local", "reliable")
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func rpc_build_ball(player_name: String, tposition: Vector2, tstrokes: int, thole: bool):
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var playernode: PlayerNode = player_dir.get_playernode(player_name)
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var ball: GolfBall = tee.get_golfball(playernode)
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if ball == null:
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Log.peer(self, "Building golf ball for: %s" % player_name)
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ball = tee.spawn(playernode, tposition, tstrokes, thole)
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else:
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Log.peer(self, "Not building duplicate golf ball for: %s" % player_name)
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## Replicate the [field hole] of the [field target] to the remote [field hole].
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func build_hole(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating hole...")
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var thole: GolfHole = target.hole
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if peer_id > 0:
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rpc_build_hole.rpc_id(peer_id, thole.global_position, thole.global_scale)
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else:
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rpc_build_hole.rpc(thole.global_position, thole.global_scale)
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## Create the [GolfHole] object.
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@rpc("authority", "call_local", "reliable")
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func rpc_build_hole(tposition: Vector2, tscale: Vector2):
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Log.peer(self, "Building hole...")
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hole = hole_scene.instantiate()
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hole.global_position = tposition
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hole.global_scale = tscale
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add_child(hole)
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## Replicate the [field camera] of the [field target] to the remote [field camera].
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func build_camera(peer_id: int = 0) -> void:
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Log.peer(self, "Replicating camera...")
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var tcamera: FollowCamera = target.camera
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if peer_id > 0:
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rpc_build_camera.rpc_id(peer_id, tcamera.global_position, target.camera_follows_player)
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else:
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rpc_build_camera.rpc(tcamera.global_position, target.camera_follows_player)
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## Create the [Camera2D] object.
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@rpc("authority", "call_local", "reliable")
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func rpc_build_camera(tposition: Vector2, tfocus: bool):
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if multiplayer.is_server():
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Log.peer(self, "Not building camera on the server.")
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return
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Log.peer(self, "Building camera...")
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camera = camera_scene.instantiate()
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camera.global_position = tposition
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if tfocus:
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# This supports only a single player per peer, for now.
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for child in player_dir.get_children():
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var playernode = child as PlayerNode
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if playernode.is_multiplayer_authority():
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var ctarget = tee.get_node(child.player_name)
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camera.target = ctarget
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add_child(camera)
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func _ready() -> void:
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player_dir.local_playernode_possessed.connect(_on_local_playernode_possessed)
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if multiplayer.is_server():
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set_physics_process(false)
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hide()
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func _on_everyone_entered_hole():
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Log.peer(self, "Everyone entered hole, starting end timer...")
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if is_multiplayer_authority():
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complete_timer = complete_timer_scene.instantiate()
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complete_timer.timeout.connect(_on_complete_timer_timeout)
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add_child(complete_timer)
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func _on_complete_timer_timeout():
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Log.peer(self, "End timer has timed out, emitting level_completed signal...")
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complete_timer.queue_free()
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player_dir.rpc_push_reported_scores.rpc()
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level_completed.emit()
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func _on_local_playernode_possessed(_old: int, _new: int, playernode: PlayerNode):
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if camera != null:
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var ctarget = tee.get_node(playernode.player_name)
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camera.target = ctarget
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## Emitted on the server when it's time to change to the next level.
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signal level_completed
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func _on_tree_exiting() -> void:
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if target:
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target.queue_free()
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target = null
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