private void SetOneKey(Logitech_keyboardBitmapKeys key, Color color)
{
bitmap[(int)key] = color.B;
bitmap[(int)key + 1] = color.G;
bitmap[(int)key + 2] = color.R;
bitmap[(int)key + 3] = color.A;
}
public bool UpdateDevice(Dictionary <DeviceKeys, Color> keyColors, bool forced = false)
{
try
{
foreach (KeyValuePair <DeviceKeys, Color> key in keyColors)
{
Logitech_keyboardBitmapKeys localKey = ToLogitechBitmap(key.Key);
if (localKey == Logitech_keyboardBitmapKeys.UNKNOWN && key.Key == DeviceKeys.Peripheral)
{
SendColorToPeripheral(key.Value, forced);
}
else if (localKey != Logitech_keyboardBitmapKeys.UNKNOWN)
{
SetOneKey(localKey, key.Value);
}
}
SendColorsToKeyboard(forced);
return(true);
}
catch (Exception e)
{
Console.WriteLine(e);
return(false);
}
}
private void SetOneKey(Logitech_keyboardBitmapKeys key, Color color)
{
if (Global.Configuration.logitech_enhance_brightness)
{
float boost_amount = 0.0f;
boost_amount += 3.0f - (color.R / 30.0f);
boost_amount += 3.0f - (color.G / 30.0f);
boost_amount += 3.0f - (color.B / 30.0f);
boost_amount /= 3.0f;
boost_amount = boost_amount <= 1.0f ? 1.0f : boost_amount;
color = Utils.ColorUtils.MultiplyColorByScalar(color, boost_amount);
}
bitmap[(int)key] = color.B;
bitmap[(int)key + 1] = color.G;
bitmap[(int)key + 2] = color.R;
bitmap[(int)key + 3] = color.A;
}
public bool UpdateDevice(Dictionary <DeviceKeys, Color> keyColors, bool forced = false)
{
try
{
foreach (KeyValuePair <DeviceKeys, Color> key in keyColors)
{
Logitech_keyboardBitmapKeys localKey = ToLogitechBitmap(key.Key);
if (localKey == Logitech_keyboardBitmapKeys.UNKNOWN && key.Key == DeviceKeys.Peripheral)
{
SendColorToPeripheral((Color)key.Value, forced);
}
if (localKey == Logitech_keyboardBitmapKeys.UNKNOWN && key.Key == DeviceKeys.OEM8)
{
double alpha_amt = (key.Value.A / 255.0);
int red_amt = (int)(((key.Value.R * alpha_amt) / 255.0) * 100.0);
int green_amt = (int)(((key.Value.G * alpha_amt) / 255.0) * 100.0);
int blue_amt = (int)(((key.Value.B * alpha_amt) / 255.0) * 100.0);
LogitechGSDK.LogiLedSetLightingForKeyWithHidCode(220, red_amt, green_amt, blue_amt);
}
else if (localKey != Logitech_keyboardBitmapKeys.UNKNOWN)
{
SetOneKey(localKey, (Color)key.Value);
}
}
SendColorsToKeyboard(forced);
return(true);
}
catch (Exception e)
{
Global.logger.LogLine(e.ToString(), Logging_Level.Error);
return(false);
}
}
private void SetOneKey(Logitech_keyboardBitmapKeys key, Color color)
{
bitmap[(int)key] = color.B;
bitmap[(int)key + 1] = color.G;
bitmap[(int)key + 2] = color.R;
bitmap[(int)key + 3] = color.A;
}
public bool UpdateDevice(Dictionary <DeviceKeys, Color> keyColors, bool forced = false)
{
try
{
foreach (KeyValuePair <DeviceKeys, Color> key in keyColors)
{
Logitech_keyboardBitmapKeys localKey = ToLogitechBitmap(key.Key);
if (localKey == Logitech_keyboardBitmapKeys.UNKNOWN && (key.Key == DeviceKeys.Peripheral_Logo || key.Key == DeviceKeys.Peripheral))
{
if (!Global.Configuration.devices_disable_mouse || !Global.Configuration.devices_disable_headset)
{
SendColorToPeripheral((Color)key.Value, forced || !peripheral_updated);
}
}
else if (localKey == Logitech_keyboardBitmapKeys.UNKNOWN)
{
double alpha_amt = (key.Value.A / 255.0);
int red_amt = (int)(((key.Value.R * alpha_amt) / 255.0) * 100.0);
int green_amt = (int)(((key.Value.G * alpha_amt) / 255.0) * 100.0);
int blue_amt = (int)(((key.Value.B * alpha_amt) / 255.0) * 100.0);
if (!Global.Configuration.devices_disable_keyboard)
{
LogitechGSDK.LogiLedSetTargetDevice(LogitechGSDK.LOGI_DEVICETYPE_PERKEY_RGB);
switch (key.Key)
{
case DeviceKeys.OEM8:
LogitechGSDK.LogiLedSetLightingForKeyWithHidCode(220, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G1:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_1, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G2:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_2, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G3:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_3, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G4:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_4, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G5:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_5, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G6:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_6, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G7:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_7, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G8:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_8, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.G9:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_9, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.LOGO:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_LOGO, red_amt, green_amt, blue_amt);
break;
case DeviceKeys.LOGO2:
LogitechGSDK.LogiLedSetLightingForKeyWithKeyName(keyboardNames.G_BADGE, red_amt, green_amt, blue_amt);
break;
}
}
}
else if (localKey != Logitech_keyboardBitmapKeys.UNKNOWN)
{
if (!Global.Configuration.devices_disable_keyboard)
{
LogitechGSDK.LogiLedSetTargetDevice(LogitechGSDK.LOGI_DEVICETYPE_PERKEY_RGB);
SetOneKey(localKey, (Color)key.Value);
}
}
}
if (!Global.Configuration.devices_disable_keyboard)
{
SendColorsToKeyboard(forced || !keyboard_updated);
}
return(true);
}
catch (Exception e)
{
Global.logger.LogLine(e.ToString(), Logging_Level.Error);
return(false);
}
}
