X-Git-Url: http://git.purplebirdman.com/frog-ninja.git/blobdiff_plain/df26d4a32e30692efba3fb3b7270501dc005bbff..1eb1a737c37fc3c2f7f124c912909b0d0e3ae7b3:/asset/projectile/projectile.gd

diff --git a/asset/projectile/projectile.gd b/asset/projectile/projectile.gd
index 7727320..b1c4874 100644
--- a/asset/projectile/projectile.gd
+++ b/asset/projectile/projectile.gd
@@ -2,42 +2,40 @@ extends Node3D
 class_name Projectile
 
 
-@export var speed := 20.0
+## Linear speed of the projectile
+@export var speed := 10.0
+
+## Direction the projectile will travel in
+@export var direction: Vector3:
+	set(v):
+		model.last_movement_vector  = v
+	get:
+		return model.last_movement_vector
+
+## Maximum distance from the origin point that the projectile will travel
 @export var max_range := 30.0
 
-var last_movement_direction: Vector3
+## Weapon which emitted the projectile
 var weapon: Weapon
-var collision_layer: int = 1
-var collision_mask: int = 1
 
-var _origin: Vector3
+## Collision layer for projectile
+var collision_layer: int:
+	set(c):
+		model.collision_layer = c
+	get:
+		return model.collision_layer
+		
 
-@onready var hurtbox: Hurtbox = $Model/Hurtbox
+## Collision mask for projectile
+var collision_mask: int:
+	set(c):
+		model.collision_mask = c
+	get:
+		return model.collision_mask
 
 
-func _ready() -> void:
-	if last_movement_direction:
-		last_movement_direction = last_movement_direction.normalized()
-	else:
-		last_movement_direction = Vector3.BACK.rotated(Vector3.UP, global_rotation.y)
-		
-	hurtbox.weapon = weapon
-	hurtbox.is_attacking = true
-	hurtbox.set_collision_layer(collision_layer)
-	hurtbox.set_collision_mask(collision_mask)
-	_origin = global_position
-	
-	# TODO: if projectile gets reflected, this must be recalculated!
-	var target_angle := Vector3.BACK.signed_angle_to(last_movement_direction, Vector3.UP)
-	global_rotate(Vector3.UP, target_angle)
+@onready var model: ProjectileModel = $Model
 
 
 func _process(delta: float) -> void:
-	if (global_position - _origin).length() > max_range:
-		queue_free()
-	else:
-		global_position = lerp(
-			global_position, 
-			global_position + speed * last_movement_direction, 
-			delta
-			)
+	model.update(delta)