private void PadSelection_MouseLeftButtonUp(object sender, System.Windows.Input.MouseButtonEventArgs e)
{
if (PadSelection != null)
{
SaveRemap();
curPad++;
if (curPad > 3)
{
curPad = 0;
}
curSet = settings[curPad];
RotateTransform Wheee = new RotateTransform();
switch (curPad)
{
case 0: Wheee.Angle = 0; break;
case 1: Wheee.Angle = 90; break;
case 2: Wheee.Angle = 270; break;
case 3: Wheee.Angle = 180; break;
}
PadSelection.RenderTransform = Wheee;
UpdateControls();
}
}
public void SaveSettings()
{
SaveEntry("General", "INIversion", INIversion);
for (int port = 0; port < 4; port++)
{
SETTINGS set = mainWindow.settings[port];
SaveEntry("Controller" + port, "Port", set.port);
SaveEntry("Controller" + port, "Disable", set.isDisabled ? 1 : 0);
SaveEntry("Controller" + port, "Dummy", set.isDummy ? 1 : 0);
SaveEntry("Controller" + port, "LinearDZ", set.linearDZ ? 1 : 0);
SaveEntry("Controller" + port, "LinearADZ", set.linearADZ ? 1 : 0);
SaveEntry("Controller" + port, "AxisInvertedLX", set.invertedAxis[0] ? 1 : 0);
SaveEntry("Controller" + port, "AxisInvertedLY", set.invertedAxis[1] ? 1 : 0);
SaveEntry("Controller" + port, "AxisInvertedRX", set.invertedAxis[2] ? 1 : 0);
SaveEntry("Controller" + port, "AxisInvertedRY", set.invertedAxis[3] ? 1 : 0);
SaveEntry("Controller" + port, "TriggerMin", set.triggerMin);
SaveEntry("Controller" + port, "TriggerMax", set.triggerMax);
SaveEntry("Controller" + port, "Rumble", (int)(set.rumble * FACTOR));
SaveEntry("Controller" + port, "L_Linearity", (int)(set.stickL.linearity * 100.0) + 300);
SaveEntry("Controller" + port, "L_Deadzone", (int)(set.stickL.deadzone * FACTOR));
SaveEntry("Controller" + port, "L_AntiDeadzone", (int)(set.stickL.antiDeadzone * FACTOR));
if (set.perStick)
{
SaveEntry("Controller" + port, "R_Linearity", (int)(set.stickR.linearity * 100.0) + 300);
SaveEntry("Controller" + port, "R_Deadzone", (int)(set.stickR.deadzone * FACTOR));
SaveEntry("Controller" + port, "R_AntiDeadzone", (int)(set.stickR.antiDeadzone * FACTOR));
}
else
{
SaveEntry("Controller" + port, "R_Linearity", (int)(set.stickL.linearity * 100.0) + 300);
SaveEntry("Controller" + port, "R_Deadzone", (int)(set.stickL.deadzone * FACTOR));
SaveEntry("Controller" + port, "R_AntiDeadzone", (int)(set.stickL.antiDeadzone * FACTOR));
}
SaveRemapString(port);
}
}
public MainWindow()
{
settings = new List <SETTINGS> {
new SETTINGS(), new SETTINGS(), new SETTINGS(), new SETTINGS()
};
curSet = settings[curPad];
InitializeComponent();
GridStickR_Hide();
BtnSettings.BorderBrush = new SolidColorBrush(Colors.White);
if (Version_Label != null)
{
Version_Label.Content = "v0.6 ";
}
INIstuff = new INIsettings(this, 4); // Set INI version here
INIstuff.LoadSettings();
INIstuff.SaveSettings();
RemapControl = new List <Remap_Sel_Button>
{
R_Dpad_Up, R_Dpad_Down, R_Dpad_Left, R_Dpad_Right, R_Button_Start, R_Button_Back,
R_LeftStick_Button, R_RightStick_Button, R_Shoulder_Left, R_Shoulder_Right,
R_Button_A, R_Button_B, R_Button_X, R_Button_Y, R_Trigger_Left, R_Trigger_Right,
R_LeftStick_XP, R_LeftStick_XM, R_LeftStick_YP, R_LeftStick_YM,
R_RightStick_XP, R_RightStick_XM, R_RightStick_YP, R_RightStick_YM
};
for (int i = 0; i < 24; i++)
{
RemapControl[i].SetNewInput(curSet.remap[i]);
}
UpdateControls();
System.ComponentModel.BackgroundWorker worker1 = new System.ComponentModel.BackgroundWorker();
worker1.WorkerReportsProgress = true;
worker1.DoWork += worker1_DoWork;
worker1.ProgressChanged += worker1_ProgressChanged;
worker1.RunWorkerAsync();
}
private void PadSelection_MouseLeftButtonUp(object sender, System.Windows.Input.MouseButtonEventArgs e)
{
if (PadSelection != null)
{
SaveRemap();
curPad++;
if(curPad > 3) curPad = 0;
curSet = settings[curPad];
RotateTransform Wheee = new RotateTransform();
switch (curPad)
{
case 0: Wheee.Angle = 0; break;
case 1: Wheee.Angle = 90; break;
case 2: Wheee.Angle = 270; break;
case 3: Wheee.Angle = 180; break;
}
PadSelection.RenderTransform = Wheee;
UpdateControls();
}
}
public MainWindow()
{
settings = new List<SETTINGS> { new SETTINGS(), new SETTINGS(), new SETTINGS(), new SETTINGS()};
curSet = settings[curPad];
InitializeComponent();
GridStickR_Hide();
BtnSettings.BorderBrush = new SolidColorBrush(Colors.White);
if (Version_Label != null) Version_Label.Content = "v0.6 ";
INIstuff = new INIsettings(this, 3); // Set INI version here
INIstuff.LoadSettings();
INIstuff.SaveSettings();
RemapControl = new List<Remap_Sel_Button>
{
R_Dpad_Up, R_Dpad_Down, R_Dpad_Left, R_Dpad_Right, R_Button_Start, R_Button_Back,
R_LeftStick_Button, R_RightStick_Button, R_Shoulder_Left, R_Shoulder_Right,
R_Button_A, R_Button_B, R_Button_X, R_Button_Y, R_Trigger_Left, R_Trigger_Right,
R_LeftStick_XP, R_LeftStick_XM, R_LeftStick_YP, R_LeftStick_YM,
R_RightStick_XP, R_RightStick_XM, R_RightStick_YP, R_RightStick_YM
};
for (int i = 0; i < 24; i++)
RemapControl[i].SetNewInput(curSet.remap[i]);
UpdateControls();
System.ComponentModel.BackgroundWorker worker1 = new System.ComponentModel.BackgroundWorker();
worker1.WorkerReportsProgress = true;
worker1.DoWork += worker1_DoWork;
worker1.ProgressChanged += worker1_ProgressChanged;
worker1.RunWorkerAsync();
}
public void LoadSettings()
{
mainWindow.settings[0].port = 0;
mainWindow.settings[1].port = 1;
mainWindow.settings[2].port = 2;
mainWindow.settings[3].port = 3;
if (ReadEntry("General", "INIversion") != INIversion)
{
return;
}
for (int port = 0; port < 4; port++)
{
SETTINGS set = mainWindow.settings[port];
set.port = ReadEntry("Controller" + port, "Port") % 4;
set.isDisabled = ReadEntry("Controller" + port, "Disable") == 1;
set.isDummy = ReadEntry("Controller" + port, "Dummy") == 1;
set.linearDZ = ReadEntry("Controller" + port, "LinearDZ") == 1;
set.linearADZ = ReadEntry("Controller" + port, "LinearADZ") == 1;
set.invertedAxis[0] = ReadEntry("Controller" + port, "AxisInvertedLX") == 1;
set.invertedAxis[1] = ReadEntry("Controller" + port, "AxisInvertedLY") == 1;
set.invertedAxis[2] = ReadEntry("Controller" + port, "AxisInvertedRX") == 1;
set.invertedAxis[3] = ReadEntry("Controller" + port, "AxisInvertedRY") == 1;
set.triggerMin = ReadEntry("Controller" + port, "TriggerMin") & 0xFF;
set.triggerMax = ReadEntry("Controller" + port, "TriggerMax") & 0xFF;
set.rumble = ReadEntry("Controller" + port, "Rumble") / FACTOR;
int l_linearity, l_deadzone, l_antideadzone;
int r_linearity, r_deadzone, r_antideadzone;
l_linearity = ReadEntry("Controller" + port, "L_Linearity");
l_deadzone = ReadEntry("Controller" + port, "L_Deadzone");
l_antideadzone = ReadEntry("Controller" + port, "L_AntiDeadzone");
r_linearity = ReadEntry("Controller" + port, "R_Linearity");
r_deadzone = ReadEntry("Controller" + port, "R_Deadzone");
r_antideadzone = ReadEntry("Controller" + port, "R_AntiDeadzone");
set.stickL.linearity = l_linearity < 0 ? 0 : (l_linearity - 300) / 100.0;
set.stickL.deadzone = l_deadzone / FACTOR;
set.stickL.antiDeadzone = l_antideadzone / FACTOR;
set.stickR.linearity = r_linearity < 0 ? 0 : (r_linearity - 300) / 100.0;
set.stickR.deadzone = r_deadzone / FACTOR;
set.stickR.antiDeadzone = r_antideadzone / FACTOR;
if (l_linearity == r_linearity &&
l_deadzone == r_deadzone &&
l_antideadzone == r_antideadzone)
{
set.perStick = false;
}
else
{
set.perStick = true;
}
if (set.rumble < 0)
{
set.rumble = 100.0;
}
if (set.stickL.deadzone < 0)
{
set.stickL.deadzone = 0.0;
}
if (set.stickL.antiDeadzone < 0)
{
set.stickL.antiDeadzone = 0.0;
}
if (set.stickR.deadzone < 0)
{
set.stickR.deadzone = 0.0;
}
if (set.stickR.antiDeadzone < 0)
{
set.stickR.antiDeadzone = 0.0;
}
ReadRemapString(port);
}
}