// Use this for initialization
void Start()
{
floormanager = GameObject.FindGameObjectWithTag("HotelManager").GetComponent <FloorManager>();
em = GameObject.FindGameObjectWithTag("ElevatorManager").GetComponent <ElevatorMovement>();
hj = GetComponent <HingeJoint>();
js = GetComponent <HingeJoint>().spring;
max = hj.limits.max;
min = hj.limits.min;
// leverRotation = GetComponent<HingeJoint>().angle;
// starting lever rotation
leverRotation = floors[(int)em.GetComponent <ElevatorMovement>().floorPos];
leverVRTK = GetComponent <VRTK_InteractableObject>();
section = (Mathf.Abs(max - min) / floorNum);
setFloors();
}
// Update is called once per frame
void Update()
{
if (section <= 0)
{
section = (Mathf.Abs(max - min) / floorNum);
}
if (!reset && leverRotation != floors[(int)em.GetComponent <ElevatorMovement>().floorPos])
{
// this means we have to reset the fckin lever to correct
// meant on editor start mode
leverRotation = floors[(int)em.GetComponent <ElevatorMovement>().floorPos];
reset = true;
}
else
{
leverRotation = GetComponent <HingeJoint>().angle;
}
if (leverVRTK.IsGrabbed())
{
wasGrabbedLastFrame = true;
// if (reset) {
// reset = false;
// }
setToFloor = false;
}
else
{
// reset = true;
}
//start 57 to 122
//L = ~70
//
//Check if rotation is on a floor
if (wasGrabbedLastFrame && !leverVRTK.IsGrabbed() && !setToFloor) //This is an infinite loop
{
float targetAngle = -9999f;
// go through array of floors and see which one is the closest
//But not just closest, find the highest value that is less than the lever
for (int i = 0; i < floors.Length; i++)
{
//Make sure this value is lower than current lever
if (floors[i] < (leverRotation + 0.2f))
{
//If it is, check if it is lower than the current highest one that is lower than the lever
if (floors[i] > targetAngle)
{
targetAngle = floors[i];
// print("found a target: setting value: " + targetAngle);
targetFloor = i; //may not need this
}
}
}
//Dont need to load this floor
if (currentFloor == targetFloor)
{
print("CURRENT FLOOR IS ALREADY TARGET FLOOR, RETURN");
spring = false;
return;
}
//We've identified a new target floor
//Lerp to the new rotation
float a = floors[targetFloor] - section;
float b = floors[targetFloor] + section;
print("lever rotation " + leverRotation + " FLOORS[TARGETFLOOR] " + floors[targetFloor] + " target floor + section " + b);
// if rotation in between floors still
// set target angle to target floor
// this ideally would mean that the floor is setting
if (((leverRotation + 0.2f) >= targetAngle) && (leverRotation < (targetAngle + section)))
{
currentFloor = targetFloor;
em.moveTowardsFloor((state.floor)currentFloor);
spring = true;
setToFloor = true;
}
else
{
}
}
if (!leverVRTK.IsGrabbed())
{
wasGrabbedLastFrame = false;
}
if (spring && wasGrabbedLastFrame && !leverVRTK.IsGrabbed())
{
hj.useSpring = true;
springLevertoGoal(targetAngle);
}
else
{
hj.useSpring = false;
}
}