Im using raycast to detect if a block is to my side. I can use raycast to see if i need to climb stairs but the transition is bad. I immediately reach the top of the stairs when trying to go on them.
extends KinematicBody2D signal collected const ACCELERATION = 200 const GRAVITY = 10 var JUMP = -400 var SPACE_JUMP = JUMP * 1.25 var LEDGE_JUMP = JUMP * .75 var state = "idle" var prev_state = "idle" var velocity = Vector2.ZERO var acceleration = Vector2(200,0) var deceleration = Vector2(500,0) var terminal_velocity = Vector2(200,0) onready var collisionShape2D = $CollisionShape2D var gravity = Vector2(0,10) var jump = -400 var timer = 0 var facing = 1 var threshold = .5 var floor_normal = Vector2(0,-1) func _ready(): collisionShape2D.shape.radius = 28 #collisionShape2D.shape.extents = Vector2(31.9,31.9) func _physics_process(delta): timer += delta var ax = Input.get_joy_axis(0,0) var ay = Input.get_joy_axis(0,1) var space_rid = get_world_2d().space var space_state = Physics2DServer.space_get_direct_state(space_rid) var ray_down = space_state.intersect_ray(global_position, global_position + Vector2(0,32),[self]) var ray_side1 = space_state.intersect_ray(global_position, global_position + Vector2(facing*32,-16),[self]) var ray_side2 = space_state.intersect_ray(global_position, global_position + Vector2(facing*32,0),[self]) var ray_up = space_state.intersect_ray(global_position + Vector2(facing*32,-32), global_position + Vector2(facing*32,-64)) if ay > .25 and state == "ledge_grab": state = "jump" gravity.y = GRAVITY elif ay > .25 and state == "idle": state = "ball" collisionShape2D.shape.radius = 14 elif ay < -.25 and state == "ball" and not ray_up.has("collider"): state = "idle" collisionShape2D.shape.radius = 28 if is_on_floor(): if state == "jump": state = "idle" acceleration.x = ACCELERATION if abs(ax) < .1: ax = 0 if state == "moving": state = "idle" else: if state == "idle": state = "moving" if ax < -threshold: facing = -1 velocity.x -= acceleration.x * delta elif ax > threshold: facing = 1 velocity.x += acceleration.x * delta else: velocity.x += -sign(velocity.x) * deceleration.x * delta if abs(velocity.x) < 1: velocity.x = 0 velocity.x = clamp(velocity.x,-terminal_velocity.x,terminal_velocity.x) velocity += gravity if not ray_up.has("collider") and ray_side1.has("collider") and state != "ledge_grab" and state != "jump": state = "ledge_grab" position.y = ray_side1.metadata.y * 32 + 32 gravity = Vector2.ZERO velocity = Vector2.ZERO position.x -= facing if not ray_up.has("collider") and ray_side2.has("collider") and ray_down.has("collider"): #What should i do here? position.y -= 32 position.x += facing * 24 if state == "idle" or state == "moving" or state == "jump" or state == "ball": velocity = move_and_slide(velocity,floor_normal) var collision = move_and_collide(velocity * delta,true,true,true) if collision: if collision.collider.name == "StaticBody2D": jump = SPACE_JUMP collision.collider.free() print(state) func jump(): if is_on_floor() and state != "ball": velocity.y = jump acceleration.x += -jump state = "jump" if state == "ledge_grab": gravity.y = GRAVITY velocity.y = LEDGE_JUMP acceleration.x += -jump state = "jump" func _unhandled_input(event): if event is InputEventJoypadButton: if event.pressed and event.button_index == 0: jump() 
