public BulbColor(BulbColor bulbColor)
{
Red = bulbColor.Red;
Green = bulbColor.Green;
Blue = bulbColor.Blue;
WarmWhite = bulbColor.WarmWhite;
ColdWhite = bulbColor.ColdWhite;
}
public ColoredGarland(int garlandLength) : base(garlandLength)
{
int bulbColors = Enum.GetValues(typeof(BulbColor)).Length;
for (int i = 0; i < garlandLength; i++)
{
BulbColor color = (BulbColor)(i % bulbColors);
_garland.Add(new ColoredBulb(color));
}
}
public void DeviceActivate(BulbColor color, int channel)
{
purifier.Power();
bulb.SetColor(color);
plug.TurnOn();
sensor.GetTemperature();
sensor.GetHumiditye();
tv.PlayChannel(channel);
}
void Start()
{
_moduleId = _moduleIdCounter++;
_isSolved = false;
if (Rnd.Range(0, 2) == 0)
{
// Swap the buttons! Fun fun
var p = IFace.localPosition;
IFace.localPosition = OFace.localPosition;
OFace.localPosition = p;
var t = ButtonO;
ButtonO = ButtonI;
ButtonI = t;
}
var colorIndex = Rnd.Range(0, _bulbColors.Length);
_bulbColor = (BulbColor)colorIndex;
_opaque = Rnd.Range(0, 2) == 0;
Filament.SetActive(!_opaque);
_initiallyOn = Rnd.Range(0, 2) == 0;
Glass.material.color = _bulbColors[colorIndex].WithAlpha(_opaque ? 1f : .55f);
Light1.color = Light2.color = _haloColors[colorIndex].WithAlpha(_opaque ? 1f : .55f);
_stage = -1;
_isBulbUnscrewed = false;
_correctButtonPresses = "";
Debug.LogFormat("[The Bulb #{3}] Bulb is {0}, {1} and {2}.", _bulbColor, _opaque ? "opaque" : "see-through", _initiallyOn ? "on" : "off", _moduleId);
ButtonO.OnInteract += delegate { ButtonO.AddInteractionPunch(); HandleButtonPress(o: true); return(false); };
ButtonI.OnInteract += delegate { ButtonI.AddInteractionPunch(); HandleButtonPress(o: false); return(false); };
Bulb.OnInteract += delegate { HandleBulb(); return(false); };
Module.OnActivate += delegate
{
if (_isBulbUnscrewed || _isScrewing)
{
_wasOnAtUnscrew = _initiallyOn;
}
else
{
TurnLights(on: _initiallyOn);
}
_stage = 1;
};
}
public async Task GetState()
{
try
{
byte[] getStatusMessage = new byte[] {
0x81,
0x8A,
0x8B,
0x96
};
byte[] response = Transmit.SendMessage(IpAddress, getStatusMessage, false, true);
byte persistance = response[0];
byte bulbType = response[1];
byte powerState = response[2];
byte mode = response[3];
byte presetDelay = response[5];
byte red = response[6];
byte green = response[7];
byte blue = response[8];
byte warmWhite = response[9];
byte versionNumber = response[10];
byte coldWhite = response[11];
bulbColor = new BulbColor(red, green, blue, warmWhite, coldWhite);
bool isOn = (powerState == 0x24 ? true : false);
bool isRGBWW = (bulbType == 0x35 ? true : false);
bool isPersistant = (persistance == 0x31 ? true : false);
IsOn = isOn;
IsRGBWW = isRGBWW;
IsPersistant = isPersistant;
}
catch
{
}
}
public void TurnOn(BulbColor color = BulbColor.Cold, int channel = 0)
{
facade.DeviceActivate(color, 0);
}
public ColoredBulb(BulbColor color)
{
BulbColor = color;
}
public void SetColor(BulbColor color)
{
this.color = color;
}
public BulbColor GetBulbColor()
{
BulbColor bulbColors = this.bulbColor;
return(bulbColors);
}
protected abstract void DeviceActivate(BulbColor color, int channel);
