static void UpdateMousepad(CorsairMousepadRGBDevice mousepad)
{
do
{
Color c1 = colors[0];
Color c2 = colors[3];
Color c3 = colors[1];
Color c4 = colors[2];
for (int i = 0; i < mousepad.Count(); i++)
{
if (i < 4)
{
mousepad.ElementAt(i).Color = c1;
}
else if (i < 7)
{
mousepad.ElementAt(i).Color = c2;
}
else if (7 < i && i < 11)
{
mousepad.ElementAt(i).Color = c3;
}
else if (10 < i && i < 15)
{
mousepad.ElementAt(i).Color = c4;
}
else
{
mousepad.ElementAt(i).Color = ColorUtils.colorMixer(c2, c3);
}
}
System.Threading.Thread.Sleep(34);
} while (running);
}
static void UpdateMousepad(CorsairMousepadRGBDevice mousepad, Color c1, Color c2, Color c3, Color c4)
{
do
{
c1 = backIOColor;
c2 = headerTwoColor;
c3 = pchColor;
c4 = headerOneColor;
for (int i = 0; i < mousepad.Count(); i++)
{
if (i < 4)
{
mousepad.ElementAt(i).Color = c1;
}
else if (i < 7)
{
mousepad.ElementAt(i).Color = c2;
}
else if (7 < i && i < 11)
{
mousepad.ElementAt(i).Color = c3;
}
else if (10 < i && i < 15)
{
mousepad.ElementAt(i).Color = c4;
}
else
{
mousepad.ElementAt(i).Color = ColorUtils.colorMixer(c2, c3);
}
}
System.Threading.Thread.Sleep(15);
} while (running);
}
private void PremadeSyncGroups()
{
AsusMainboardRGBDevice auraMB = RGBSurface.Instance.Devices.OfType <AsusMainboardRGBDevice>().First();
CorsairKeyboardRGBDevice corsairKeyboard = RGBSurface.Instance.Devices.OfType <CorsairKeyboardRGBDevice>().First();
double keyboardWidth = corsairKeyboard.Max(x => x.LedRectangle.Location.X);
CorsairMousepadRGBDevice corsairMousepad = RGBSurface.Instance.Devices.OfType <CorsairMousepadRGBDevice>().First();
CorsairHeadsetStandRGBDevice corsairHeadsetStand = RGBSurface.Instance.Devices.OfType <CorsairHeadsetStandRGBDevice>().First();
List <CorsairCustomRGBDevice> corsairCustomDevices = RGBSurface.Instance.Devices.OfType <CorsairCustomRGBDevice>().ToList();
CorsairCustomRGBDevice stripOne = corsairCustomDevices[0];
CorsairCustomRGBDevice stripTwo = corsairCustomDevices[1];
CorsairCustomRGBDevice stripThree = corsairCustomDevices[2];
CorsairCustomRGBDevice stripFour = corsairCustomDevices[3];
CorsairCustomRGBDevice fanOne = corsairCustomDevices[4];
CorsairCustomRGBDevice fanTwo = corsairCustomDevices[5];
CorsairCustomRGBDevice fanThree = corsairCustomDevices[6];
CorsairCustomRGBDevice fanFour = corsairCustomDevices[7];
CorsairCustomRGBDevice fanFive = corsairCustomDevices[8];
CorsairCustomRGBDevice fanSix = corsairCustomDevices[9];
//CorsairCustomRGBDevice stripOne = surface.Devices.OfType<CorsairCustomRGBDevice>().
//backIO = 0
SyncLed backIO = new SyncLed(auraMB.ElementAt(0));
List <Led> backIOTargets = new List <Led>();
backIOTargets.AddRange(corsairKeyboard.Where(x => x.LedRectangle.Location.X <= keyboardWidth / 4).ToList());
backIOTargets.AddRange(corsairMousepad.Take(4));
backIOTargets.Add(corsairHeadsetStand.ElementAt(8));
backIOTargets.AddRange(stripOne);
backIOTargets.AddRange(fanOne);
backIOTargets.AddRange(fanTwo);
SyncGroup syncBackIO = new SyncGroup {
SyncLed = backIO, Leds = new ObservableCollection <SyncLed>(backIOTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterSyncGroup(syncBackIO);
//pch = 1
SyncLed pch = new SyncLed(auraMB.ElementAt(1));
List <Led> pchTargets = new List <Led>();
pchTargets.AddRange(corsairKeyboard.Where(x => x.LedRectangle.Location.X > keyboardWidth / 4 && x.LedRectangle.Location.X <= keyboardWidth / 2).ToList());
pchTargets.AddRange(corsairMousepad.Skip(4).Take(3));
pchTargets.Add(corsairHeadsetStand.ElementAt(6));
pchTargets.AddRange(stripThree);
pchTargets.AddRange(fanFour);
SyncGroup syncPch = new SyncGroup {
SyncLed = pch, Leds = new ObservableCollection <SyncLed>(pchTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterSyncGroup(syncPch);
//headerOne = 2
SyncLed headerOne = new SyncLed(auraMB.ElementAt(2));
List <Led> headerOneTargets = new List <Led>();
headerOneTargets.AddRange(corsairKeyboard.Where(x => x.LedRectangle.Location.X > keyboardWidth / 2 && x.LedRectangle.Location.X <= keyboardWidth / 4 * 3).ToList());
headerOneTargets.AddRange(corsairMousepad.Skip(8).Take(3));
headerOneTargets.Add(corsairHeadsetStand.ElementAt(4));
headerOneTargets.AddRange(stripTwo);
headerOneTargets.AddRange(fanThree);
SyncGroup syncHeaderOne = new SyncGroup {
SyncLed = headerOne, Leds = new ObservableCollection <SyncLed>(headerOneTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterSyncGroup(syncHeaderOne);
//headerTwo = 3
SyncLed headerTwo = new SyncLed(auraMB.ElementAt(3));
List <Led> headerTwoTargets = new List <Led>();
headerTwoTargets.AddRange(corsairKeyboard.Where(x => x.LedRectangle.Location.X > keyboardWidth / 4 * 3).ToList());
headerTwoTargets.AddRange(corsairMousepad.Skip(11).Take(4));
headerTwoTargets.Add(corsairHeadsetStand.ElementAt(2));
headerTwoTargets.AddRange(stripFour);
headerTwoTargets.AddRange(fanFive);
headerTwoTargets.AddRange(fanSix);
SyncGroup syncHeaderTwo = new SyncGroup {
SyncLed = headerTwo, Leds = new ObservableCollection <SyncLed>(headerTwoTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterSyncGroup(syncHeaderTwo);
//average backIO and pch
List <SyncLed> avgBackPch = new List <SyncLed>()
{
backIO, pch
};
List <Led> avgBackPchTargets = new List <Led>()
{
corsairHeadsetStand.ElementAt(7)
};
AverageSyncGroup syncAvgBackPch = new AverageSyncGroup {
SyncLed = new ObservableCollection <SyncLed>(avgBackPch.ToList()), Leds = new ObservableCollection <SyncLed>(avgBackPchTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterAverageSyncGroup(syncAvgBackPch);
//average backIO and headerTwo
List <SyncLed> avgBackTwo = new List <SyncLed>()
{
backIO, headerTwo
};
List <Led> avgBackTwoTargets = new List <Led>()
{
corsairHeadsetStand.ElementAt(1)
};
AverageSyncGroup syncAvgBackTwo = new AverageSyncGroup {
SyncLed = new ObservableCollection <SyncLed>(avgBackTwo.ToList()), Leds = new ObservableCollection <SyncLed>(avgBackTwoTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterAverageSyncGroup(syncAvgBackTwo);
//average pch and headerOne
List <SyncLed> avgPchOne = new List <SyncLed>()
{
pch, headerOne
};
List <Led> avgPchOneTargets = new List <Led>()
{
corsairHeadsetStand.ElementAt(5), corsairMousepad.ElementAt(7)
};
AverageSyncGroup syncAvgPchOne = new AverageSyncGroup {
SyncLed = new ObservableCollection <SyncLed>(avgPchOne.ToList()), Leds = new ObservableCollection <SyncLed>(avgPchOneTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterAverageSyncGroup(syncAvgPchOne);
//average headerOne and headerTwo
List <SyncLed> avgOneTwo = new List <SyncLed>()
{
headerOne, headerTwo
};
List <Led> avgOneTwoTargets = new List <Led>()
{
corsairHeadsetStand.ElementAt(3)
};
AverageSyncGroup syncAvgOneTwo = new AverageSyncGroup {
SyncLed = new ObservableCollection <SyncLed>(avgOneTwo.ToList()), Leds = new ObservableCollection <SyncLed>(avgOneTwoTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterAverageSyncGroup(syncAvgOneTwo);
//average backIO and pch and headerOne and headerTwo
List <SyncLed> avgAll = new List <SyncLed>()
{
backIO, pch, headerOne, headerTwo
};
List <Led> avgAllTargets = new List <Led>()
{
corsairHeadsetStand.ElementAt(0)
};
AverageSyncGroup syncAvgAll = new AverageSyncGroup {
SyncLed = new ObservableCollection <SyncLed>(avgAll.ToList()), Leds = new ObservableCollection <SyncLed>(avgAllTargets.Select(x => new SyncLed(x)).ToList())
};
RegisterAverageSyncGroup(syncAvgAll);
}