public void Configure(DriverDetails driverDetails)
{
cmrgb = new CMRGBController();
Debug.WriteLine(cmrgb.getVersion());
var ring_leds = new LedChannel[15];
for (int r = 0; r < 5; r++)
{
for (int x = 0; x < 15; x++)
{
ring_leds[x] = AMDWraith.LedChannel.R_RAINBOW;
}
Debug.WriteLine(cmrgb
.assign_leds_to_channels(AMDWraith.LedChannel.OFF, AMDWraith.LedChannel.OFF, ring_leds)
.PrettyBytes());
Thread.Sleep(500);
for (int x = 0; x < 15; x++)
{
ring_leds[x] = AMDWraith.LedChannel.OFF;
}
Debug.WriteLine(cmrgb.assign_leds_to_channels(AMDWraith.LedChannel.OFF, AMDWraith.LedChannel.OFF, ring_leds).PrettyBytes());
Thread.Sleep(500);
}
leds = new ControlDevice.LedUnit[15];
for (int i = 0; i < 15; i++)
{
leds[i] = new ControlDevice.LedUnit
{
Color = new LEDColor(0, 0, 0),
LEDName = "Ring " + (i + 1)
};
}
pushRequested = true;
new Thread(() =>
{
Thread.CurrentThread.IsBackground = true;
ManagePOV();
}).Start();
}
// color_source 0x20 takes supplied color for breathe mode
public byte[] set_channel(
LedChannel channel,
LedMode mode,
byte brightness,
byte r,
byte g,
byte b,
byte speed = 255,
byte altr = 0,
byte altg = 0,
byte altb = 0
)
{
byte color_source = 32;
var pkt = new_ffpacket(255, 81, 44, 1, 0, (byte)channel, speed, color_source, (byte)mode, 255, brightness, r, g, b, altr, altg, altb);
return(this.send_packet(pkt));
//headless_send_packet(pkt);
}
public static bool SetFrame(this CMRGBController cmrgb, LEDColor[] leds)
{
LEDColor[] lowres = new LEDColor[leds.Length];
int lrf = 64;
for (int i = 0; i < leds.Length; i++)
{
lowres[i] = new LEDColor((byte)(leds[i].Red / lrf), (byte)(leds[i].Green / lrf), (byte)(leds[i].Blue / lrf));
}
List <LEDColor> uniqueColours = new List <LEDColor>();
List <LEDColor> uniqueColoursLowRed = new List <LEDColor>();
for (int i = 0; i < leds.Length; i++)
{
if (lowres[i].Red > 0 || lowres[i].Green > 0 || lowres[i].Blue > 0)
{
if (uniqueColoursLowRed.All(x =>
x.Red != lowres[i].Red || x.Blue != lowres[i].Blue || x.Green != lowres[i].Blue))
{
uniqueColoursLowRed.Add(lowres[i]);
uniqueColours.Add(leds[i]);
}
}
}
var ring_leds = new LedChannel[15];
bool resetRequired = true;
List <LedChannel> chnList = new List <LedChannel> {
LedChannel.R_STATIC
}; //, LedChannel.R_BREATHE, LedChannel.R_SWIRL };//, LedChannel.R_BREATHE };
List <LedMode> modeList = new List <LedMode> {
LedMode.STATIC
}; //, LedMode.BREATHE , LedMode.R_SWIRL};//, LedMode.BREATHE };
int chnListIndex = 0;
for (int u = 0; u < uniqueColours.Count; u++)
{
LEDColor uc = uniqueColours[u];
LEDColor ucl = uniqueColoursLowRed[u];
if (resetRequired)
{
for (int x = 0; x < 15; x++)
{
ring_leds[x] = LedChannel.OFF;
}
resetRequired = false;
}
int speed = 1;
if (chnList[chnListIndex] == LedChannel.R_SWIRL)
{
speed = 255;
}
cmrgb.set_channel(chnList[chnListIndex], modeList[chnListIndex], 255, (byte)uc.Red, (byte)uc.Green, (byte)uc.Blue, (byte)speed);
for (int i = 0; i < leds.Length; i++)
{
if (lowres[i].Red == ucl.Red && lowres[i].Green == ucl.Green && lowres[i].Blue == ucl.Blue)
{
ring_leds[i] = chnList[chnListIndex];
}
}
chnListIndex++;
if (chnListIndex == chnList.Count || u + 1 == uniqueColours.Count)
{
chnListIndex = 0;
resetRequired = true;
cmrgb.assign_leds_to_channels(AMDWraith.LedChannel.OFF, AMDWraith.LedChannel.OFF, ring_leds);
}
}
return(!(uniqueColours.Count <= chnList.Count));
}