public BetaMouseMath()
{
this.varManager = VarManager.Instance;
this.inputManager = InputManager.Instance;
this.gamesManager = BetaGamesManager.Instance;
this.varManager.GetVar(VarManager.Names.Speed, out m_speed);
this.varManager.GetVar(VarManager.Names.Speed2, out m_speed2);
this.varManager.GetVar(VarManager.Names.Speed3, out m_speed3);
this.varManager.GetVar(VarManager.Names.Speed4, out m_speed4);
this.varManager.GetVar(VarManager.Names.Accel, out m_accel);
this.varManager.GetVar(VarManager.Names.Accel2, out m_accel2);
this.varManager.GetVar(VarManager.Names.Accel3, out m_accel3);
this.varManager.GetVar(VarManager.Names.Accel4, out m_accel4);
this.varManager.GetVar(VarManager.Names.Sensitivity1, out m_sensitivity1);
this.varManager.GetVar(VarManager.Names.Sensitivity2, out m_sensitivity2);
this.varManager.GetVar(VarManager.Names.AltSens, out m_altSens);
this.varManager.GetVar(VarManager.Names.AltSens2, out m_altSens2);
this.varManager.GetVar(VarManager.Names.AltSens3, out m_altSens3);
this.varManager.GetVar(VarManager.Names.Deadzone, out m_deadzone);
this.varManager.GetVar(VarManager.Names.YXRatio, out m_yxratio);
this.varManager.GetVar(VarManager.Names.TransExponent1, out m_transExp1);
this.varManager.GetVar(VarManager.Names.Smoothness, out m_smoothness);
this.varManager.GetVar(VarManager.Names.Rate, out m_rate);
this.varManager.GetVar(VarManager.Names.AutoAnalogDisconnect, out m_autoAnalogDisconnect);
this.varManager.GetVar(VarManager.Names.CircularDeadzone, out m_circularDeadzone);
this.varManager.GetVar(VarManager.Names.UseXimApiMouseMath, out m_useXimApiMouseMath);
this.varManager.GetVar(VarManager.Names.DiagonalDampen, out m_diagonalDampen);
this.varManager.GetVar(VarManager.Names.CurrentGame, out m_currentGame);
this.varManager.GetVar(VarManager.Names.MouseStickX, out m_mouseStickX);
this.varManager.GetVar(VarManager.Names.MouseStickY, out m_mouseStickY);
this.varManager.GetVar(VarManager.Names.InvertY, out m_inverty);
this.varManager.GetVar(VarManager.Names.MouseDPI, out m_mouseDpi);
}
private void CalcDiag(Vector2 mouseDelta, BetaGamesManager.GameSettings gs)
{
if (gs.DiagonalCoeff != 0)
{
Vector2 absDelta = new Vector2(Math.Abs(mouseDelta.X), Math.Abs(mouseDelta.Y));
absDelta.Cap(0, (double)Xim.Stick.Max);
double association = 0;
if (absDelta.X > absDelta.Y)
{
association = absDelta.Y / absDelta.X;
if (association != 0 && !Double.IsNaN(association) && !Double.IsInfinity(association))
{
//mouseDelta.Y = mouseDelta.Y + mouseDelta.Y * (0.1 - association / 10) * gs.DiagonalCoeff;
mouseDelta.Scale(1 - association * gs.DiagonalCoeff);
}
}
else
{
association = absDelta.X / absDelta.Y;
if (association != 0 && !Double.IsNaN(association) && !Double.IsInfinity(association))
{
//mouseDelta.X = mouseDelta.X + mouseDelta.X * (0.1 - association / 10) * gs.DiagonalCoeff;
mouseDelta.Scale(1 - association * gs.DiagonalCoeff);
}
}
}
}
/*Vector2 absAngVelocity = new Vector2(Math.Abs(angVelocity.X),Math.Abs(angVelocity.Y));
MouseAlgs.Algorithm xAlg = gs.XAxis[0];
MouseAlgs.Algorithm yAlg = gs.YAxis[0];
foreach (MouseAlgs.Algorithm alg in gs.XAxis)
{
if (absAngVelocity.X < alg.MinSpeed)
break;
xAlg = alg;
if (absAngVelocity.X < alg.MaxSpeed)
break;
}
if (absAngVelocity.X > xAlg.MaxSpeed)
{
highEndCarry.X = Math.Sign(angVelocity.X) * (absAngVelocity.X - xAlg.MaxSpeed);
absAngVelocity.X = xAlg.MaxSpeed;
}
foreach (MouseAlgs.Algorithm alg in gs.YAxis)
{
if (absAngVelocity.Y < alg.MinSpeed)
break;
yAlg = alg;
if (Math.Abs(absAngVelocity.Y) < alg.MaxSpeed)
break;
}
if (absAngVelocity.Y > yAlg.MaxSpeed)
{
highEndCarry.Y = Math.Sign(angVelocity.Y) * (absAngVelocity.Y - yAlg.MaxSpeed);
absAngVelocity.Y = yAlg.MaxSpeed;
}
mouseDelta.X = Math.Sign(mouseDelta.X) * xAlg.CalcOutputDelta(absAngVelocity.X, absAngVelocity.Y);
mouseDelta.Y = Math.Sign(mouseDelta.Y) * yAlg.CalcOutputDelta(absAngVelocity.Y, absAngVelocity.X);*/
//}
private void CalcAveraging(Vector2 mouseDelta, BetaGamesManager.GameSettings gs)
{
mouseDelta.X = (mouseDelta.X + lastFrame.X * gs.Smoothing) / (1 + gs.Smoothing);
mouseDelta.Y = (mouseDelta.Y + lastFrame.Y * gs.Smoothing) / (1 + gs.Smoothing);
this.lastFrame = mouseDelta;
}
private void CalcDelta(double delayInMs, Vector2 angVelocity, ref Vector2 mouseDelta, BetaGamesManager.GameSettings gs)
{
gs.TransAlg.CalcOutputDelta(delayInMs, angVelocity, ref mouseDelta, ref highEndCarry);
}
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;
}
