/// <summary>
/// We compute the axis value from the interval between neutral position, current stick position (vectorPosition) and max range
/// </summary>
/// <returns>The axis value, a float between -1 and 1</returns>
/// <param name="vectorPosition">stick position.</param>
protected virtual float EvaluateInputValue(float vectorPosition)
{
var x = Mathf.InverseLerp(0, MaxRange, Mathf.Abs(vectorPosition));
MMDebug.DebugOnScreen("input:" + x);
var y = curveKnob.Evaluate(x) * Mathf.Sign(vectorPosition);
MMDebug.DebugOnScreen("result:" + y);
return(y);
// return Mathf.Min(1.0f, x)* Mathf.Sign(vectorPosition);
}
public virtual void RepositionableJoystickMovement(Vector2 movement)
{
MMDebug.DebugOnScreen("Repositionable joystick", movement);
}
public virtual void RTPressed()
{
MMDebug.DebugOnScreen("Button RT Pressed");
}
public virtual void RightJoystickMovement(Vector2 movement)
{
MMDebug.DebugOnScreen("right joystick", movement);
}
public virtual void LeftJoystickMovement(Vector2 movement)
{
MMDebug.DebugOnScreen("left joystick", movement);
}
public virtual void VerticalAxisPressed(float value)
{
MMDebug.DebugOnScreen("vertical movement", value);
}
public virtual void HorizontalAxisPressed(float value)
{
MMDebug.DebugOnScreen("horizontal movement", value);
}
/// <summary>
/// On update, outputs a text on screen
/// </summary>
void Update()
{
float test = (Mathf.Sin(Time.time) + 2) * multiplier;
MMDebug.DebugOnScreen(Label, test);
}
