/// <summary>Enter this State</summary>
public void Enter(T Entity)
{
//on enter, clear out last execute time, exit time, finish time
LastExecuteTime = DateTime.MinValue;
ExitTime = DateTime.MinValue;
FinishTime = DateTime.MinValue;
//Raise Entering event
if (Entering != null)
{
Entering(this, StateEventArgs <T> .GetArgs(Entity));
}
//Update Enter Date/time
EnterTime = DateTime.Now;
//call DoEnter
DoEnter(Entity);
//Raise Entered
if (Entered != null)
{
Entered(this, StateEventArgs <T> .GetArgs(Entity));
}
// Last call. Change status
Status = StateConditions.STARTED;
}
/// <summary>Finish State</summary>
public void Finish(T Entity)
{
//Raise Finishing event
if (Finishing != null)
{
Finishing(this, StateEventArgs <T> .GetArgs(Entity));
}
//call DoFinish
DoFinish(Entity);
//Raise Finished
if (Finished != null)
{
Finished(this, StateEventArgs <T> .GetArgs(Entity));
}
//Update Finish date/time at the end
FinishTime = DateTime.Now;
// Last call. Change status
Status = StateConditions.FINISHED;
}
/// <summary>Exit State</summary>
public void Exit(T Entity)
{
//Raise Exiting event
if (Exiting != null)
{
Exiting(this, StateEventArgs <T> .GetArgs(Entity));
}
//call DoExecute
DoExit(Entity);
//Raise Exited
if (Exited != null)
{
Exited(this, StateEventArgs <T> .GetArgs(Entity));
}
//Update Exit date/time at the end
ExitTime = DateTime.Now;
// Last call. Change status
Status = StateConditions.TERMINATED;
}
// Update is called once per frame
protected override void SpaxUpdate()
{
if (!stopTimer.IsTicking())
{
StateConditions curCond = data.GetStateConditions();
//for holding change in velocity for faster access
float accel = 0f;
//holds the x-axis input for faster access
int xInput = input.X();
//if there is a frame to apply some stuff, do it
//if the state allows for gravity application
if ((curCond & StateConditions.APPLY_GRAV) > 0)
{
if ((calcVelocity.y - data.GetGravForce()) <= (-1 * data.moveStats.maxFallSpeed))
{
calcVelocity.y = -1 * data.moveStats.maxFallSpeed;
}
else
{
calcVelocity.y -= data.GetGravForce();
}
}
//read if the player wants to move
if (xInput != 0)
{
//if the state allows for movement
if ((curCond & StateConditions.CAN_MOVE) > 0)
{
bool isWalking = (curCond & StateConditions.WALKING) == StateConditions.WALKING;
//hold the acceleration for quicker access
accel = data.GetAcceleration(isWalking);
//Debug.Log(isWalking+" | "+accel);
if (FPMath.Abs(calcVelocity.x + accel * xInput) >= (FP)data.GetMaxSpeed(isWalking))
{
calcVelocity.x = data.GetMaxSpeed(isWalking) * xInput;
}
else
{
calcVelocity.x += accel * xInput;
}
}
}
//if the state applies friction
if ((curCond & StateConditions.APPLY_FRICTION) > 0)
{
//accel will be (at least) close to 0 if the player an and wants to move
if (Mathf.Abs(accel) < 0.00001f)
{
//hold the friction for quicker access
accel = data.GetFriction();
if ((FPMath.Abs(calcVelocity.x) - accel) <= 0f)
{
calcVelocity.x = 0f;
}
else
{
//multiply by normalized to counter the current velocity
calcVelocity.x -= accel * calcVelocity.normalized.x;
}
}
}
//assign the new calculated velocity to the rigidbody
rb.velocity = calcVelocity;
//txt.text = data.GetStringPrevInputs();
}
}