characters/base/character.gd

@@ -1135,7 +1135,7 @@ func _on_sprint_state_tick(delta: float) -> void:
 		soft_force_change_state(&'jump')
 	elif top_speed_proximity < 0.375:
 		state = &'run'
-	elif _get_effective_impetus().dot(linear_velocity) <= -0.96875:
+	elif _get_effective_impetus().dot(linear_velocity) <= -0.75:
 		state = &'skid'
 
 func _on_jump_state_start() -> void:

vfx/gameplay_camera.gd

@@ -82,12 +82,10 @@ func _respond_to_impetus(delta: float) -> void:
 	)
 	look_impetus = Vector3.ZERO
 
-func _find_closest_safe_spot(
-	where: Vector3, from: Vector3 = global_position
-) -> Vector3:
+func _try_go(where: Vector3, from: Vector3 = global_position) -> void:
 	_raycast_object.from = from
 	_raycast_object.to = where + (
-		(where - from).normalized()*clip_margin
+		(where - global_position).normalized()*clip_margin
 	)
 	if target:
 		_raycast_object.exclude = [target]
@@ -105,26 +103,10 @@ func _find_closest_safe_spot(
 		)
 	if target && !allow_losing_target:
 		allow_losing_target = true
-		var posn_a := _find_closest_safe_spot(
-			desired_position, target.global_position
-		)
-		if target is Character && target.is_node_ready():
-			var posn_b := _find_closest_safe_spot(
-				desired_position,
-				target.global_position + target.height*target.global_basis.y
-			)
-			if (
-				(posn_b - desired_position).length() <
-				(posn_a - desired_position).length()
-			):
-				posn_a = posn_b
+		_try_go(desired_position, target.global_position)
 		allow_losing_target = false
-		return posn_a
 	else:
-		return desired_position
-
-func _try_go(where: Vector3) -> void:
-	global_position = _find_closest_safe_spot(where)
+		global_position = desired_position
 
 func snap_to_target() -> void:
 	if !target: return