public override void CalcOutputDelta(double delayInMs, Vector2 angVelocity, ref Vector2 outputDelta, ref Vector2 outputCarry)
{
double veloLen = angVelocity.Length;
XYLinkedTrans transAlg = this.transFuncs[0];
bool clearRest = false;
foreach (XYLinkedTrans alg in this.transFuncs)
{
if (clearRest)
{
alg.TimeInOrAboveTrans = 0;
}
else
{
if (veloLen < alg.MinSpeed)
{
alg.TimeInOrAboveTrans = 0;
clearRest = true;
continue;
}
transAlg = alg;
alg.AddTimeInOrAboveTrans(delayInMs);
if (veloLen < alg.MaxSpeed)
{
clearRest = true;
continue;
}
}
}
if (veloLen > transAlg.MaxSpeed)
{
Vector2 angCarry = new Vector2(angVelocity);
angCarry.Normalize();
angCarry.Scale(transAlg.MaxSpeed);
outputCarry.X = angVelocity.X - angCarry.X;
outputCarry.Y = angVelocity.Y - angCarry.Y;
angVelocity = angCarry;
}
transAlg.CalcOutputDelta(angVelocity, ref outputDelta);
}
private static Vector2 CalcDeadzone(Vector2 mouseDelta, BetaGamesManager.GameSettings gs)
{
Vector2 deadzone = null;
if (gs.Circular)
{
deadzone = new Vector2(mouseDelta.X, mouseDelta.Y);
deadzone.Normalize();
deadzone.Scale(gs.Deadzone);
}
else
{
deadzone = new Vector2(gs.Deadzone * Math.Sign(mouseDelta.X), gs.Deadzone * Math.Sign(mouseDelta.Y));
}
return deadzone;
}