public void ThreadLoop()
{
try
{
AppController.logBuffer += "App: vJoy Sender Started." + Environment.NewLine;
enabled = true;
ControllerState lastState = null;
Thread.Sleep(100);
NintendoSpyWrapper.ControlStyle controlStyle = NintendoSpyWrapper.controlStyle;
long[] axisMax = newMaxes;
int[] deadZones = newDeadzones;
double[] analogMods = newAnalogMods;
while (enabled)
{
if (deviceSettingsUpdateQueued)
{
deviceSettingsUpdateQueued = false;
analogMods = newAnalogMods;
deadZones = newDeadzones;
AppController.logBuffer += "App: Updated Analog modifiers to:\n" + "X:" + analogMods[0].ToString() + ", Y:" + analogMods[1].ToString() + ", Z:" + analogMods[2].ToString() + ", rX:" + analogMods[3].ToString() + ", rY:" + analogMods[4].ToString() + ", rZ:" + analogMods[5].ToString() + Environment.NewLine;
AppController.logBuffer += "App: Updated Analog deadzones to:\n" + "X:" + deadZones[0].ToString() + ", Y:" + deadZones[1].ToString() + ", Z:" + deadZones[2].ToString() + ", rX:" + deadZones[3].ToString() + ", rY:" + deadZones[4].ToString() + ", rZ:" + deadZones[5].ToString() + Environment.NewLine;
}
if (maxesUpdateQueued)
{
maxesUpdateQueued = false;
axisMax = newMaxes;
AppController.logBuffer += "App: Updated vJoy Maximums to:\n" + "X:" + axisMax[0].ToString() + ", Y:" + axisMax[1].ToString() + ", Z:" + axisMax[2].ToString() + ", rX:" + axisMax[3].ToString() + ", rY:" + axisMax[4].ToString() + ", rZ:" + axisMax[5].ToString() + Environment.NewLine;
}
ControllerState thisState = NintendoSpyWrapper.state;
if (lastState == null || IO.VJoyController.outputQueue.Count < 2)
{
SendToVJoy(thisState, axisMax, deadZones, analogMods, controlStyle);
lastState = thisState;
//AppController.logBuffer = "Nintendo Spy:\n" + thisState.ToString() + Environment.NewLine;
}
}
AppController.logBuffer += "App: vJoy Sender Stopped." + Environment.NewLine;
}
catch (Exception exc)
{
new UI.CrashHandler(exc).Show();
}
}
void SendToVJoy(ControllerState state, long[] axisMax, int[] deadZones, double[] analogMods, NintendoSpyWrapper.ControlStyle controlStyle)
{
int[] newInput = { 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
int[] axisStart = new int[6];
for (int i = 0; i < 6; i += 1)
{
axisStart[i] = Convert.ToInt32(axisMax[i] / 2);
newInput[17 + i] = axisStart[i];
}
if (controlStyle == NintendoSpyWrapper.ControlStyle.GameCube)
{
newInput[1] = BoolToByte(state.Buttons["a"]);
newInput[2] = BoolToByte(state.Buttons["b"]);
newInput[3] = BoolToByte(state.Buttons["x"]);
newInput[4] = BoolToByte(state.Buttons["y"]);
newInput[5] = BoolToByte(state.Buttons["z"]);
newInput[6] = BoolToByte(state.Buttons["start"]);
newInput[7] = BoolToByte(state.Buttons["l"]);
newInput[8] = BoolToByte(state.Buttons["r"]);
newInput[13] = BoolToByte(state.Buttons["up"]);
newInput[14] = BoolToByte(state.Buttons["left"]);
newInput[15] = BoolToByte(state.Buttons["down"]);
newInput[16] = BoolToByte(state.Buttons["right"]);
newInput[17] = Convert.ToInt32(state.Analogs["lstick_x"] * axisMax[0]);
newInput[18] = Convert.ToInt32(state.Analogs["lstick_y"] * axisMax[1]);
newInput[19] = Convert.ToInt32(state.Analogs["trig_l"] * axisMax[2]);
newInput[20] = Convert.ToInt32(state.Analogs["cstick_x"] * axisMax[3]);
newInput[21] = Convert.ToInt32(state.Analogs["cstick_y"] * axisMax[4]);
newInput[22] = Convert.ToInt32(state.Analogs["trig_r"] * axisMax[5]);
}
else if (controlStyle == NintendoSpyWrapper.ControlStyle.N64)
{
newInput[1] = BoolToByte(state.Buttons["a"]);
newInput[2] = BoolToByte(state.Buttons["b"]);
newInput[5] = BoolToByte(state.Buttons["z"]);
newInput[6] = BoolToByte(state.Buttons["start"]);
newInput[7] = BoolToByte(state.Buttons["l"]);
newInput[8] = BoolToByte(state.Buttons["r"]);
newInput[9] = BoolToByte(state.Buttons["cup"]);
newInput[10] = BoolToByte(state.Buttons["cleft"]);
newInput[11] = BoolToByte(state.Buttons["cdown"]);
newInput[12] = BoolToByte(state.Buttons["cright"]);
newInput[13] = BoolToByte(state.Buttons["up"]);
newInput[14] = BoolToByte(state.Buttons["left"]);
newInput[15] = BoolToByte(state.Buttons["down"]);
newInput[16] = BoolToByte(state.Buttons["right"]);
newInput[17] = Convert.ToInt32(state.Analogs["stick_x"] * analogMods[0] * axisMax[0]);
newInput[18] = Convert.ToInt32(state.Analogs["stick_y"] * analogMods[1] * axisMax[1]);
}
for (int i = 0; i < 6; i += 1)
{
long tmp = Convert.ToInt64(axisStart[i] + newInput[17 + i]);
if (tmp > axisMax[i])
{
tmp = axisMax[i];
}
if (tmp < 0)
{
tmp = 0;
}
newInput[17 + i] = Convert.ToInt32(tmp);
}
IO.VJoyController.outputQueue.Enqueue(newInput);
}
