The-Homebrew-Cloud/cemu-DS4Windows
2
0
Fork 0
mirror of https://github.com/cemu-project/DS4Windows.git synced 2024-11-29 20:44:20 +01:00
Code Issues Packages Projects Releases Wiki Activity

Merge branch 'jay' of https://github.com/Ryochan7/DS4Windows into jay-bezierCurveOutput

Browse Source
This commit is contained in:
mika-n 2019-08-12 00:28:45 +03:00
commit 90f148ef09
1 changed files with 288 additions and 16 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

304
DS4Windows/DS4Control/Mapping.cs
View File

@ -912,10 +912,89 @@ namespace DS4Windows
dState.LY = (byte)(tempY * capY + 128.0);
}
if (getLsOutCurveMode(device) > 0)
int lsOutCurveMode = getLsOutCurveMode(device);
if (lsOutCurveMode > 0 && (dState.LX != 128 || dState.LY != 128))
{
dState.LX = lsOutBezierCurveObj[device].arrayBezierLUT[dState.LX];
dState.LY = lsOutBezierCurveObj[device].arrayBezierLUT[dState.LY];
double capX = dState.LX >= 128 ? 127.0 : 128.0;
double capY = dState.LY >= 128 ? 127.0 : 128.0;
double tempX = (dState.LX - 128.0) / capX;
double tempY = (dState.LY - 128.0) / capY;
double signX = tempX >= 0.0 ? 1.0 : -1.0;
double signY = tempY >= 0.0 ? 1.0 : -1.0;
if (lsOutCurveMode == 1)
{
double absX = Math.Abs(tempX);
double absY = Math.Abs(tempY);
double outputX = 0.0;
double outputY = 0.0;
if (absX <= 0.4)
{
outputX = 0.55 * absX;
}
else if (absX <= 0.75)
{
outputX = absX - 0.18;
}
else if (absX > 0.75)
{
outputX = (absX * 1.72) - 0.72;
}
if (absY <= 0.4)
{
outputY = 0.55 * absY;
}
else if (absY <= 0.75)
{
outputY = absY - 0.18;
}
else if (absY > 0.75)
{
outputY = (absY * 1.72) - 0.72;
}
dState.LX = (byte)(outputX * signX * capX + 128.0);
dState.LY = (byte)(outputY * signY * capY + 128.0);
}
else if (lsOutCurveMode == 2)
{
double outputX = tempX * tempX;
double outputY = tempY * tempY;
dState.LX = (byte)(outputX * signX * capX + 128.0);
dState.LY = (byte)(outputY * signY * capY + 128.0);
}
else if (lsOutCurveMode == 3)
{
double outputX = tempX * tempX * tempX;
double outputY = tempY * tempY * tempY;
dState.LX = (byte)(outputX * capX + 128.0);
dState.LY = (byte)(outputY * capY + 128.0);
}
else if (lsOutCurveMode == 4)
{
double absX = Math.Abs(tempX);
double absY = Math.Abs(tempY);
double outputX = absX * (absX - 2.0);
double outputY = absY * (absY - 2.0);
dState.LX = (byte)(-1.0 * outputX * signX * capX + 128.0);
dState.LY = (byte)(-1.0 * outputY * signY * capY + 128.0);
}
else if (lsOutCurveMode == 5)
{
double innerX = Math.Abs(tempX) - 1.0;
double innerY = Math.Abs(tempY) - 1.0;
double outputX = innerX * innerX * innerX + 1.0;
double outputY = innerY * innerY * innerY + 1.0;
dState.LX = (byte)(1.0 * outputX * signX * capX + 128.0);
dState.LY = (byte)(1.0 * outputY * signY * capY + 128.0);
}
else if (lsOutCurveMode == 6)
{
dState.LX = lsOutBezierCurveObj[device].arrayBezierLUT[dState.LX];
dState.LY = lsOutBezierCurveObj[device].arrayBezierLUT[dState.LY];
}
}
if (squStk.rsMode && (dState.RX != 128 || dState.RY != 128))
@ -936,20 +1015,151 @@ namespace DS4Windows
dState.RY = (byte)(tempY * capY + 128.0);
}
if (getRsOutCurveMode(device) > 0)
int rsOutCurveMode = getRsOutCurveMode(device);
if (rsOutCurveMode > 0 && (dState.RX != 128 || dState.RY != 128))
{
dState.RX = rsOutBezierCurveObj[device].arrayBezierLUT[dState.RX];
dState.RY = rsOutBezierCurveObj[device].arrayBezierLUT[dState.RY];
double capX = dState.RX >= 128 ? 127.0 : 128.0;
double capY = dState.RY >= 128 ? 127.0 : 128.0;
double tempX = (dState.RX - 128.0) / capX;
double tempY = (dState.RY - 128.0) / capY;
double signX = tempX >= 0.0 ? 1.0 : -1.0;
double signY = tempY >= 0.0 ? 1.0 : -1.0;
if (rsOutCurveMode == 1)
{
double absX = Math.Abs(tempX);
double absY = Math.Abs(tempY);
double outputX = 0.0;
double outputY = 0.0;
if (absX <= 0.4)
{
outputX = 0.55 * absX;
}
else if (absX <= 0.75)
{
outputX = absX - 0.18;
}
else if (absX > 0.75)
{
outputX = (absX * 1.72) - 0.72;
}
if (absY <= 0.4)
{
outputY = 0.55 * absY;
}
else if (absY <= 0.75)
{
outputY = absY - 0.18;
}
else if (absY > 0.75)
{
outputY = (absY * 1.72) - 0.72;
}
dState.RX = (byte)(outputX * signX * capX + 128.0);
dState.RY = (byte)(outputY * signY * capY + 128.0);
}
else if (rsOutCurveMode == 2)
{
double outputX = tempX * tempX;
double outputY = tempY * tempY;
dState.RX = (byte)(outputX * signX * capX + 128.0);
dState.RY = (byte)(outputY * signY * capY + 128.0);
}
else if (rsOutCurveMode == 3)
{
double outputX = tempX * tempX * tempX;
double outputY = tempY * tempY * tempY;
dState.RX = (byte)(outputX * capX + 128.0);
dState.RY = (byte)(outputY * capY + 128.0);
}
else if (rsOutCurveMode == 4)
{
double absX = Math.Abs(tempX);
double absY = Math.Abs(tempY);
double outputX = absX * (absX - 2.0);
double outputY = absY * (absY - 2.0);
dState.RX = (byte)(-1.0 * outputX * signX * capX + 128.0);
dState.RY = (byte)(-1.0 * outputY * signY * capY + 128.0);
}
else if (rsOutCurveMode == 5)
{
double innerX = Math.Abs(tempX) - 1.0;
double innerY = Math.Abs(tempY) - 1.0;
double outputX = innerX * innerX * innerX + 1.0;
double outputY = innerY * innerY * innerY + 1.0;
dState.RX = (byte)(1.0 * outputX * signX * capX + 128.0);
dState.RY = (byte)(1.0 * outputY * signY * capY + 128.0);
}
else if (rsOutCurveMode == 6)
{
dState.RX = rsOutBezierCurveObj[device].arrayBezierLUT[dState.RX];
dState.RY = rsOutBezierCurveObj[device].arrayBezierLUT[dState.RY];
}
}
if (getL2OutCurveMode(device) > 0)
int l2OutCurveMode = getL2OutCurveMode(device);
if (l2OutCurveMode > 0 && dState.L2 != 0)
{
dState.L2 = l2OutBezierCurveObj[device].arrayBezierLUT[dState.L2];
double temp = dState.L2 / 255.0;
if (l2OutCurveMode == 1)
{
double output = temp * temp;
dState.L2 = (byte)(output * 255.0);
}
else if (l2OutCurveMode == 2)
{
double output = temp * temp * temp;
dState.L2 = (byte)(output * 255.0);
}
else if (l2OutCurveMode == 3)
{
double output = temp * (temp - 2.0);
dState.L2 = (byte)(-1.0 * output * 255.0);
}
else if (l2OutCurveMode == 4)
{
double inner = Math.Abs(temp) - 1.0;
double output = inner * inner * inner + 1.0;
dState.L2 = (byte)(-1.0 * output * 255.0);
}
else if (l2OutCurveMode == 5)
{
dState.L2 = l2OutBezierCurveObj[device].arrayBezierLUT[dState.L2];
}
}
if (getR2OutCurveMode(device) > 0)
int r2OutCurveMode = getR2OutCurveMode(device);
if (r2OutCurveMode > 0 && dState.R2 != 0)
{
dState.R2 = r2OutBezierCurveObj[device].arrayBezierLUT[dState.R2];
double temp = dState.R2 / 255.0;
if (r2OutCurveMode == 1)
{
double output = temp * temp;
dState.R2 = (byte)(output * 255.0);
}
else if (r2OutCurveMode == 2)
{
double output = temp * temp * temp;
dState.R2 = (byte)(output * 255.0);
}
else if (r2OutCurveMode == 3)
{
double output = temp * (temp - 2.0);
dState.R2 = (byte)(-1.0 * output * 255.0);
}
else if (r2OutCurveMode == 4)
{
double inner = Math.Abs(temp) - 1.0;
double output = inner * inner * inner + 1.0;
dState.R2 = (byte)(-1.0 * output * 255.0);
}
else if (r2OutCurveMode == 5)
{
dState.R2 = r2OutBezierCurveObj[device].arrayBezierLUT[dState.R2];
}
}
@ -1009,16 +1219,78 @@ namespace DS4Windows
(int)Math.Min(128d, szsens * 128d * (absz / 128d));
}
if (getSXOutCurveMode(device) > 0)
int sxOutCurveMode = getSXOutCurveMode(device);
if (sxOutCurveMode > 0)
{
int signSA = Math.Sign(dState.Motion.outputAccelX);
dState.Motion.outputAccelX = sxOutBezierCurveObj[device].arrayBezierLUT[Math.Min(Math.Abs(dState.Motion.outputAccelX), 128)] * signSA;
double temp = dState.Motion.outputAccelX / 128.0;
double sign = Math.Sign(temp);
if (sxOutCurveMode == 1)
{
double output = temp * temp;
result = (int)(output * sign * 128.0);
dState.Motion.outputAccelX = result;
}
else if (sxOutCurveMode == 2)
{
double output = temp * temp * temp;
result = (int)(output * 128.0);
dState.Motion.outputAccelX = result;
}
else if (sxOutCurveMode == 3)
{
double abs = Math.Abs(temp);
double output = abs * (abs - 2.0);
dState.Motion.outputAccelX = (byte)(-1.0 * output *
sign * 128.0);
}
else if (sxOutCurveMode == 4)
{
double inner = Math.Abs(temp) - 1.0;
double output = inner * inner * inner + 1.0;
dState.Motion.outputAccelX = (byte)(-1.0 * output * 255.0);
}
else if (sxOutCurveMode == 5)
{
int signSA = Math.Sign(dState.Motion.outputAccelX);
dState.Motion.outputAccelX = sxOutBezierCurveObj[device].arrayBezierLUT[Math.Min(Math.Abs(dState.Motion.outputAccelX), 128)] * signSA;
}
}
if (getSZOutCurveMode(device) > 0)
int szOutCurveMode = getSZOutCurveMode(device);
if (szOutCurveMode > 0 && dState.Motion.outputAccelZ != 0)
{
int signSA = Math.Sign(dState.Motion.outputAccelZ);
dState.Motion.outputAccelZ = szOutBezierCurveObj[device].arrayBezierLUT[Math.Min(Math.Abs(dState.Motion.outputAccelZ), 128)] * signSA;
double temp = dState.Motion.outputAccelZ / 128.0;
double sign = Math.Sign(temp);
if (szOutCurveMode == 1)
{
double output = temp * temp;
result = (int)(output * sign * 128.0);
dState.Motion.outputAccelZ = result;
}
else if (szOutCurveMode == 2)
{
double output = temp * temp * temp;
result = (int)(output * 128.0);
dState.Motion.outputAccelZ = result;
}
else if (szOutCurveMode == 3)
{
double abs = Math.Abs(temp);
double output = abs * (abs - 2.0);
dState.Motion.outputAccelZ = (byte)(-1.0 * output *
sign * 128.0);
}
else if (szOutCurveMode == 4)
{
double inner = Math.Abs(temp) - 1.0;
double output = inner * inner * inner + 1.0;
dState.Motion.outputAccelZ = (byte)(-1.0 * output * 255.0);
}
else if (szOutCurveMode == 5)
{
int signSA = Math.Sign(dState.Motion.outputAccelZ);
dState.Motion.outputAccelZ = szOutBezierCurveObj[device].arrayBezierLUT[Math.Min(Math.Abs(dState.Motion.outputAccelZ), 128)] * signSA;
}
}
}