Simulating and controlling GE Color Effects Lights with Arduino

#ifndef _GECOLOREFFECTSBULB_H

#define _GECOLOREFFECTSBULB_H

class NonDisplayableBulb
{
	protected:
		short _colour; // the bulbs colour
		byte _brightness; // the bulbs brightness

	public:
		#if defined(PC) || defined(RASPBERRY)
			NonDisplayableBulb() {};
		#endif
		void Construct(short colour, byte brightness);
		byte Brightness();
		void SetBrightness(byte brightness);
		short Colour();
		void SetColour(short colourrgb);
		void SetChanged();
		void ClearChanged();
		bool IsChanged();
		static byte Red(short colour);
		static byte Green(short colour);
		static byte Blue(short colour);
};

// A bulb
class Bulb : public NonDisplayableBulb
{
	private:
		byte _string; // output pin for this bulb
		byte _address; // the bulbs address

		static byte GetBit(short i);
		static byte GetBit2(byte i);
		void PopulateOneBulbBits();
		static void PopulateMultiBulbBits(Bulb* bulbs[]);
		static byte GetParallelBit(short bit, byte one);

	public:
		#if defined(PC) || defined(RASPBERRY)
			Bulb() {};
		#endif
		byte Address() { return _address; }
		void Construct(byte string, byte address, short colour, byte brightness);
		void Display();
		static void DisplayParallel(Bulb* bulbs[]);
		static byte RandomBrightness();
		static short RandomColour();
		static byte RandomBulb(byte bulbs);
		byte String() { return _string; }
};

#endif // _GECOLOREFFECTSBULB_H