godot-steering-ai-framework/project/demos/pursue_vs_seek/BoundaryManager.gd
Francois Belair 0e95c24c7f Add GDQuest theme to improved Pursue demo
Changed text boxes to sliders to improve usability. This also involved
adding some simple graphics, since the _draw method is not
anti-aliased and doesn't look great.
2020-01-13 16:15:44 -05:00

68 lines
1.9 KiB
GDScript

extends Node2D
# Wraps the ships' positions around the world border, and controls their rendering clones.
onready var ShipType: = preload("res://demos/pursue_vs_seek/Ship.gd")
onready var ships: = [$Player, $Pursuer, $Seeker]
var _clones: = {}
var _world_bounds: Vector2
func _ready() -> void:
_world_bounds = Vector2(
ProjectSettings["display/window/size/width"],
ProjectSettings["display/window/size/height"]
)
for i in range(ships.size()):
var ship: Node2D = ships[i]
var world_pos: = ship.position
for i in range(3):
var ship_clone: = ShipType.new()
ship_clone.position.x = world_pos.x if i == 1 else (world_pos.x - _world_bounds.x)
ship_clone.position.y = world_pos.y if i == 0 else (world_pos.y - _world_bounds.y)
ship_clone.rotation = ship.rotation
ship_clone.tag = i
ship_clone.name = ship.name + "Clone"
add_child(ship_clone)
ship_clone.generate_sprite(ship.get_node("Sprite"))
_clones[ship_clone] = ship
func _physics_process(delta: float) -> void:
for clone in _clones.keys():
var original: Node2D = _clones[clone]
var world_pos: Vector2 = original.position
if world_pos.y < 0:
original.position.y = _world_bounds.y + world_pos.y
elif world_pos.y > _world_bounds.y:
original.position.y = (world_pos.y - _world_bounds.y)
if world_pos.x < 0:
original.position.x = _world_bounds.x + world_pos.x
elif world_pos.x > _world_bounds.x:
original.position.x = (world_pos.x - _world_bounds.x)
var tag: int = clone.tag
if tag != 2:
if world_pos.x < _world_bounds.x/2:
clone.position.x = world_pos.x + _world_bounds.x
else:
clone.position.x = world_pos.x - _world_bounds.x
else:
clone.position.x = world_pos.x
if tag != 0:
if world_pos.y < _world_bounds.y/2:
clone.position.y = world_pos.y + _world_bounds.y
else:
clone.position.y = world_pos.y - _world_bounds.y
else:
clone.position.y = world_pos.y
clone.rotation = original.rotation