7 files changed, 18 insertions, 16 deletions
diff --git a/client/global.gd b/client/global.gd
index dc3f7549..6584c1d9 100644
--- a/client/global.gd
+++ b/client/global.gd
@@ -15,6 +15,7 @@
 # You should have received a copy of the GNU Affero General Public License
 # along with this program.  If not, see <https://www.gnu.org/licenses/>.
 #
+class_name G
 extends Node
 
 signal settings_changed()
diff --git a/client/map/items/item.gd b/client/map/items/item.gd
index 466348fe..a42edc39 100644
--- a/client/map/items/item.gd
+++ b/client/map/items/item.gd
@@ -44,7 +44,8 @@ func _ready():
 	position = owned_by.global_position
 
 func _process(delta):
-	position = Global.interpolate(position, owned_by.global_position, delta * 30.0)
+	var ispeed = 30.0 if owned_by.get_parent().get_parent() is Player else 10.
+	position = G.interpolate(position, owned_by.global_position, delta * ispeed)
 
 func progress(p: float, warn: bool):
 	progress_instance.visible = true
diff --git a/client/map/tiles/conveyor_model.gd b/client/map/tiles/conveyor_model.gd
index 7dd48957..66706ddd 100644
--- a/client/map/tiles/conveyor_model.gd
+++ b/client/map/tiles/conveyor_model.gd
@@ -6,7 +6,7 @@ var alpha: float = 0.
 @onready var mat: ShaderMaterial = $ConveyorDirection.get_active_material(0)
 
 func _process(delta):
-	alpha = Global.interpolate(alpha, 0., delta)
+	alpha = G.interpolate(alpha, 0., delta)
 	mat.set_shader_parameter("alpha_fac", alpha)
 
 func to_direction(direction: Vector2):
diff --git a/client/menu/overlay.gd b/client/menu/overlay.gd
index 0bedd817..08520412 100644
--- a/client/menu/overlay.gd
+++ b/client/menu/overlay.gd
@@ -54,9 +54,9 @@ func reset():
 	timer.stop()
 
 func _process(delta):
-	failed_label.scale = Global.interpolate(failed_label.scale, Vector2(1, 1), delta * 4.)
-	completed_label.scale = Global.interpolate(completed_label.scale, Vector2(1, 1), delta * 4.)
-	points_label.scale = Global.interpolate(points_label.scale, Vector2(1, 1), delta * 4.)
+	failed_label.scale = G.interpolate(failed_label.scale, Vector2(1, 1), delta * 4.)
+	completed_label.scale = G.interpolate(completed_label.scale, Vector2(1, 1), delta * 4.)
+	points_label.scale = G.interpolate(points_label.scale, Vector2(1, 1), delta * 4.)
 	var seconds: float = floor(timer.time_left)
 	seconds_label.text = str(int(seconds))
 	decimals_label.text = "%01d" % int((timer.time_left - seconds) * 10)
diff --git a/client/player/controllable_player.gd b/client/player/controllable_player.gd
index 93b05e9a..659a5c6b 100644
--- a/client/player/controllable_player.gd
+++ b/client/player/controllable_player.gd
@@ -59,7 +59,7 @@ func _input(_event):
 
 const MAX_DT = 1./50.
 func _process(delta):
-	marker.position = Global.interpolate(marker.position, marker_target, delta * 30.)
+	marker.position = G.interpolate(marker.position, marker_target, delta * 30.)
 	while delta > 0.001:
 		var dt = min(delta, MAX_DT)
 		_process_movement(dt)
diff --git a/client/player/follow_camera.gd b/client/player/follow_camera.gd
index 62d3daed..dec83b61 100644
--- a/client/player/follow_camera.gd
+++ b/client/player/follow_camera.gd
@@ -51,7 +51,7 @@ func _process(delta):
 	if target != null:
 		follow(delta)
 
-func _input(event):
+func _input(_event):
 	if Input.is_action_just_pressed("reset"):
 		angle_target = 0
 		angle_up_target = 1
@@ -61,13 +61,13 @@ func follow(delta):
 	angle_target += Input.get_axis("rotate_left", "rotate_right") * (
 		ROTATE_SPEED * delta * (-1 if Global.get_setting("invert_camera") else 1)
 	)
-	angle = Global.interpolate_angle(angle, angle_target, delta * ROTATE_WEIGHT)
+	angle = G.interpolate_angle(angle, angle_target, delta * ROTATE_WEIGHT)
 
 	angle_up_target += Input.get_axis("rotate_down", "rotate_up") * (
 		ROTATE_UP_SPEED * delta * (-1 if Global.get_setting("invert_camera") else 1)
 	)
 	angle_up_target = clamp(angle_up_target, ANGLE_UP_MIN, ANGLE_UP_MAX)
-	angle_up = Global.interpolate_angle(angle_up, angle_up_target, delta * ROTATE_UP_WEIGHT)
+	angle_up = G.interpolate_angle(angle_up, angle_up_target, delta * ROTATE_UP_WEIGHT)
 
 	var offset = Vector3(0, sin(angle_up) * camera_distance, cos(angle_up) * camera_distance).rotated(Vector3.UP, angle)
 
@@ -77,17 +77,17 @@ func follow(delta):
 
 	if Global.get_setting("interpolate_camera_rotation"):
 		transform.basis = Basis.from_euler(Vector3(
-			Global.interpolate_angle(transform.basis.get_euler().x, new_transform.basis.get_euler().x, delta * LOOK_WEIGHT),
-			Global.interpolate_angle(transform.basis.get_euler().y, new_transform.basis.get_euler().y, delta * LOOK_WEIGHT),
-			Global.interpolate_angle(transform.basis.get_euler().z, new_transform.basis.get_euler().z, delta * LOOK_WEIGHT)
+			G.interpolate_angle(transform.basis.get_euler().x, new_transform.basis.get_euler().x, delta * LOOK_WEIGHT),
+			G.interpolate_angle(transform.basis.get_euler().y, new_transform.basis.get_euler().y, delta * LOOK_WEIGHT),
+			G.interpolate_angle(transform.basis.get_euler().z, new_transform.basis.get_euler().z, delta * LOOK_WEIGHT)
 		))
 	else:
 		transform.basis = new_transform.basis
-	ground = Global.interpolate(ground, target.position, delta * MOVE_WEIGHT)
+	ground = G.interpolate(ground, target.position, delta * MOVE_WEIGHT)
 
 	camera_distance_target += Input.get_axis("zoom_in", "zoom_out") * ZOOM_SPEED * delta
 	camera_distance_target = clamp(camera_distance_target, MIN_ZOOM, MAX_ZOOM)
 
-	camera_distance = Global.interpolate(camera_distance, camera_distance_target, delta * ZOOM_WEIGHT)
+	camera_distance = G.interpolate(camera_distance, camera_distance_target, delta * ZOOM_WEIGHT)
 
 	position = ground + offset
diff --git a/client/player/player.gd b/client/player/player.gd
index c7a12598..0e06d521 100644
--- a/client/player/player.gd
+++ b/client/player/player.gd
@@ -136,8 +136,8 @@ func pass_to(player: Player):
 func _process(delta):
 	_anim_angle = fmod(_anim_angle + delta, TAU)
 	hand_base.position.y = HAND_BASE_POSITION.y + 0.05 * sin(_anim_angle * 3)
-	position_anim = Global.interpolate(position_anim, position_, delta * 10)
-	rotation_anim = Global.interpolate_angle(rotation_anim, rotation_, delta * 10)
+	position_anim = G.interpolate(position_anim, position_, delta * 10)
+	rotation_anim = G.interpolate_angle(rotation_anim, rotation_, delta * 10)
 	movement_base.position.x = position_anim.x
 	movement_base.position.z = position_anim.y
 	movement_base.rotation.y = rotation_anim