public string GetRGBDevices(out RGBDevice[] rgbdevices)
{
rgbdevices = null;
string error = "";
string[] devTypes;
string[] ledCount;
// Fetch devices
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetDeviceInfo(out devTypes, out ledCount), out error))
{
return("GetDeviceInfo Error: " + error);
}
List <RGBDevice> rgbdevList = new List <RGBDevice>();
for (int i = 0; i < devTypes.Length; i++)
{
string _devtype = devTypes[i];
uint _ledCount = UInt32.Parse(ledCount[i]);
string _devName = "";
//get device name
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetDeviceNameEx(_devtype, Convert.ToUInt32(i), out _devName), out error))
{
return("GetDeviceNameEx Error: " + error);
}
//set leddevice
List <LEDDevice> ledList = new List <LEDDevice>();
for (uint ledIndex = 0; ledIndex < _ledCount; ledIndex++)
{
ledList.Add(new LEDDevice(_devtype, ledIndex));
}
LEDDevice[] ledarr = ledList.ToArray();
RGBDevice rgbdev = new RGBDevice();
rgbdev.DevType = _devtype;
rgbdev.ledCount = _ledCount;
rgbdev.DevName = _devName;
rgbdev.leddevices = ledarr;
rgbdevList.Add(rgbdev);
}
rgbdevices = rgbdevList.ToArray();
return((error) ?? "");
}
public string LightControlInit()
{
string error = "";
// Initialize API
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_Initialize(), out error))
{
return("Initialize Error: " + error);
}
return((error) ?? "");
}
public string SetDevLed_Color(RGBDevice rgbdev, int ledidx, RGBColor color)
{
// set device specific led color
string error = "";
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_SetLedColor(rgbdev.DevType, Convert.ToUInt32(ledidx), color.R, color.G, color.B), out error))
{
return("SetLedColor Error: " + error);
}
}
catch { }
return((error) ?? "");
}
public string GetDevLed_Color(RGBDevice rgbdev, int ledidx, out RGBColor color)
{
// get device specific led color
color = null;
string error = "";
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetLedColor(rgbdev.DevType, Convert.ToUInt32(ledidx), out uint R, out uint G, out uint B), out error))
{
return("GetLedColor Error: " + error);
}
color = new RGBColor(R, G, B);
}
catch { }
return((error) ?? "");
}
public string GetDevLed_Brightness(RGBDevice rgbdev, int ledidx, out uint brightness)
{
// get device specific led brightness
brightness = 0;
string error = "";
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetLedBright(rgbdev.DevType, Convert.ToUInt32(ledidx), out uint _brightness), out error))
{
return("GetLedBright Error: " + error);
}
brightness = _brightness;
}
catch { }
return((error) ?? "");
}
public string GetDevLed_Speed(RGBDevice rgbdev, int ledidx, out uint speed)
{
// get device specific led style
speed = 0;
string error = "";
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetLedSpeed(rgbdev.DevType, Convert.ToUInt32(ledidx), out uint _speed), out error))
{
return("GetLedSpeed Error: " + error);
}
speed = _speed;
}
catch { }
return((error) ?? "");
}
public string GetDevLed_Style(RGBDevice rgbdev, int ledidx, out string style)
{
// get device specific led style
style = "";
string error = "";
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_GetLedStyle(rgbdev.DevType, Convert.ToUInt32(ledidx), out string _currentStyle), out error))
{
return("GetLedStyle Error: " + error);
}
style = _currentStyle;
}
catch { }
return((error) ?? "");
}
public string SetDevLed_Style(RGBDevice rgbdev, int ledidx, string style)
{
// set device specific led style
string error = "";
if (rgbdev.leddevices[ledidx].StyleList.Contains(style))
{
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_SetLedStyle(rgbdev.DevType, Convert.ToUInt32(ledidx), style), out error))
{
return("SetLedStyle Error: " + error);
}
}
catch { }
}
else
{
return("SetLedStyle Error: Style not supported");
}
return((error) ?? "");
}
public string SetDevLed_Speed(RGBDevice rgbdev, int ledidx, uint speed)
{
// set device specific led speed
string error = "";
if (speed <= rgbdev.leddevices[ledidx].MaxSpeed)
{
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_SetLedSpeed(rgbdev.DevType, Convert.ToUInt32(ledidx), speed), out error))
{
return("SetLedSpeed Error: " + error);
}
}
catch { }
}
else
{
return("SetLedSpeed Error: " + String.Format("Max speed is {0}", rgbdev.leddevices[ledidx].MaxSpeed));
}
return((error) ?? "");
}
public string SetDevLed_Brightness(RGBDevice rgbdev, int ledidx, uint brightness)
{
// set device specific led brightness
string error = "";
if (brightness <= rgbdev.leddevices[ledidx].MaxBrightness)
{
try
{
if (!SDK_Class.API_RESULT(SDK_Class.MLAPI_SetLedBright(rgbdev.DevType, Convert.ToUInt32(ledidx), brightness), out error))
{
return("SetLedBright Error: " + error);
}
}
catch { }
}
else
{
return("SetLedBright Error: " + String.Format("Max brightness is {0}", rgbdev.leddevices[ledidx].MaxBrightness));
}
return((error) ?? "");
}