public void InitialiseElevator(StateOfElevator initialState, float lowHeight, float highHeight)
{
minHeight = lowHeight;
maxHeight = highHeight;
stateOfElevator = initialState;
}
void ElevatorControl()
{
//This controls the rising and falling of the elevator
switch (stateOfElevator)
{
case (StateOfElevator.notInitialized):
break;
case (StateOfElevator.elevatorRetract):
if (Time.time < timeArriveAtTop + pauseAtTop)
{
break;
}
else
{
Destroy(gameObject);
break;
//timeKilled = Time.time;
//timeWaitingToRespawn = delayBeforeRespawn;
//transform.position = new Vector3(transform.position.x, minHeight, +5f) ;
//stateOfElevator = StateOfElevator.elevatorWaiting;
//goto case StateOfElevator.elevatorWaiting;
}
case (StateOfElevator.elevatorExtrude):
if (Time.time < timeSpawn + pauseAfterSpawn)
{
break;
}
else
{
stateOfElevator = StateOfElevator.elevatorRising;
goto case StateOfElevator.elevatorRising;
}
case (StateOfElevator.elevatorRising):
if (transform.position.y < maxHeight)
{
transform.position += new Vector3(0f, Time.fixedDeltaTime * platformSpeed, 0f);
break;
}
else
{
timeArriveAtTop = Time.time;
stateOfElevator = StateOfElevator.elevatorRetract;
goto case StateOfElevator.elevatorRetract;
}
/*case(StateOfElevator.elevatorWaiting):
* if (Time.time < timeKilled + timeWaitingToRespawn)
* {
* break;
* } else
* {
* timeSpawn = Time.time;
* transform.position = new Vector3(transform.position.x, minHeight, 0f) ;
* stateOfElevator = StateOfElevator.elevatorExtrude;
* goto case StateOfElevator.elevatorExtrude;
* }
*/
}
}
void ElevatorControl()
{
//This controls the rising and falling of the elevator
switch (stateOfElevator)
{
case (StateOfElevator.elevatorUp):
//pause at the top
if (Time.time < timeArriveAtTop + pauseAtTop)
{
break;
}
else
{
timeDescendStart = Time.time;
stateOfElevator = StateOfElevator.elevatorFalling;
goto case StateOfElevator.elevatorFalling;
}
case (StateOfElevator.elevatorFalling):
//fall down to a given height, or until it hits something, or for a minimum length of time
if (Time.time < timeDescendStart + timeFall)
{
//The goal position is determined by lerp
yPositionGoal = Mathf.Lerp(maxHeight, minHeight,
(Time.time - timeDescendStart) * oneOverTimeFall);
//Move the block down
elevatorTransform.position = new Vector3(elevatorTransform.position.x,
yPositionGoal,
0.0f);
break;
}
else
{
// elevatorTrans.rigidbody.isKinematic=false;
timeArriveAtBottom = Time.time;
elevatorTransform.position = new Vector3(elevatorTransform.position.x,
minHeight,
0.0f);
stateOfElevator = StateOfElevator.elevatorDown;
goto case StateOfElevator.elevatorDown;
}
case (StateOfElevator.elevatorDown):
//pause at bottom
if (Time.time < timeArriveAtBottom + pauseAtBottom)
{
break;
}
else
{
timeRiseStart = Time.time;
stateOfElevator = StateOfElevator.elevatorRising;
goto case StateOfElevator.elevatorRising;
}
case (StateOfElevator.elevatorRising):
if (Time.time < timeRiseStart + timeRise)
{
//The goal position is determined by lerp
yPositionGoal = Mathf.Lerp(minHeight, maxHeight,
(Time.time - timeRiseStart) * oneOverTimeRise);
//Move the block down
elevatorTransform.position = new Vector3(elevatorTransform.position.x,
yPositionGoal,
0.0f);
break;
}
else
{
timeArriveAtTop = Time.time;
elevatorTransform.position = new Vector3(elevatorTransform.position.x,
maxHeight,
0.0f);
stateOfElevator = StateOfElevator.elevatorUp;
goto case StateOfElevator.elevatorUp;
//break;
}
}
}
