fixed up file structure

1 files changed, 0 insertions, 84 deletions

diff --git a/Racing-Game/4WheelCar/FrontWheel.gd b/Racing-Game/4WheelCar/FrontWheel.gd
deleted file mode 100644
index 7731bca..0000000
--- a/Racing-Game/4WheelCar/FrontWheel.gd
+++ /dev/null
@@ -1,84 +0,0 @@
-extends "res://4WheelCar/Wheel.gd"
-
-#Reduces steering strength when braking
-var steerDamp = 1
-
-#Steering Curve Vars
-var steerSplitA = 20
-var steerSplitB = 40
-var steerHeight = 2.6
-var steerLimit = 73
-var steerMinimum = 1
-
-# Called when the node enters the scene tree for the first time.
-func _ready():
-	pass
-
-# Called every frame. 'delta' is the elapsed time since the previous frame.
-func _process(delta):
-	#Variable Update
-	#---null_slide vars
-	nullStrength = 0
-	velocity = measure_velocity()
-	velVector = get_node("../../../CarBody").get_linear_velocity()
-	carAngle = get_node("../../../CarBody").get_transform().get_rotation()
-	#---Steering Vars
-	velAngle = atan2(velVector.y,velVector.x)
-	isForward = is_forward()
-	#---
-	set_rotation(carAngle)
-	
-	isSkid = Input.is_action_pressed("grip")
-	
-	#Determines if drifting
-	if Input.is_action_pressed("grip") || Input.is_action_pressed("brake"):
-		nullStrength += max(5,velocity/7)
-	else:
-		nullStrength += 1
-	
-	#Braking
-	setBrake(0)
-	null_slide(nullStrength,delta)
-	
-	#Steering
-	if Input.is_action_pressed("steer_left"):
-		apply_central_impulse(steerDamp*Vector2(0,steer_curve(steerSplitA, steerSplitB, steerHeight, steerLimit,steerMinimum)).rotated(steer_angle())*delta*5000)
-	if Input.is_action_pressed("steer_right"):
-		apply_central_impulse(steerDamp*Vector2(0,-steer_curve(steerSplitA, steerSplitB, steerHeight, steerLimit,steerMinimum)).rotated(steer_angle())*delta*5000)
-
-#returns the angle the car is facing, relative to the direction it is moving
-func steer_angle():
-	if isForward:
-		return carAngle + (PI/2.0)
-	else:
-		return carAngle - (PI/2.0)
-
-#Determines strength of steering as a function of the speed
-func steer_curve(var splitA, splitB, var height, var limit, var minimum):
-	#Rules:
-	# splitA < splitB < limit
-	# height > 0, limit >= 0
-	# ---
-	#Desmos: SteerCurve
-	#Link: https://www.desmos.com/calculator/jkrd8zzoj9
-	# splitA = a
-	# splitB = b
-	# height = h
-	# limit = f
-	#note: minimum is not in the graph, it is simply the minimum y value you want when x > splitB
-	# ---
-	if(velocity >= splitB):
-		return max((-pow((velocity-splitB)/((limit-splitB)/sqrt(height)),2)+height)*abs(cos(abs(velAngle-carAngle)+PI/2)),minimum)
-	elif velocity >= splitA:
-		return height
-	else:
-		return max((-pow((velocity/(splitA/sqrt(height)))-sqrt(height),2)+height)*abs(cos(abs(velAngle-carAngle)+PI/2)),0)
-
-func is_forward():
-	var carVector = Vector2(cos(carAngle + PI/2),sin(carAngle + PI/2))
-	if velVector == Vector2(0,0) || carVector == Vector2(0,0):
-		return true
-	if velVector.dot(carVector) <= 0:
-		return true
-	else:
-		return false