public override Color ColorWrite(BitArray data, int position, Color color)
{
byte red = (byte)(color.R / twoPower * twoPower + BitByte.BitsToByte(data, position, numberOfBit));
byte green = (byte)(color.G / twoPower * twoPower + BitByte.BitsToByte(data, position + numberOfBit, numberOfBit));
byte blue = (byte)(color.B / twoPower * twoPower + BitByte.BitsToByte(data, position + 2 * numberOfBit, numberOfBit));
return(Color.FromArgb(red, green, blue));
}
public override Color ColorWrite(BitArray data, int position, Color color)
{
byte red = color.R;
byte green = color.G;
byte blue = color.B;
int number = 0;
for (int i = 0; i < colors.Length; i++)
{
if (colors[i] == parameters[0])
{
red = (byte)(color.R / BitByte.powerOfTwo(i + 1) * BitByte.powerOfTwo(i + 1) + BitByte.BitsToByte(data, position + number, i + 1));
}
if (colors[i] == parameters[1])
{
green = (byte)(color.G / BitByte.powerOfTwo(i + 1) * BitByte.powerOfTwo(i + 1) + BitByte.BitsToByte(data, position + number, i + 1));
}
if (colors[i] == parameters[2])
{
blue = (byte)(color.B / BitByte.powerOfTwo(i + 1) * BitByte.powerOfTwo(i + 1) + BitByte.BitsToByte(data, position + number, i + 1));
}
number += i + 1;
}
return(Color.FromArgb(red, green, blue));
}
public override Color ColorWrite(BitArray data, int position, Color color)
{
byte red = color.R;
byte green = color.G;
byte blue = color.B;
if (hideColor.Equals("red"))
{
red = (byte)(red / BitByte.powerOfTwo(numberOfBit) * BitByte.powerOfTwo(numberOfBit) + BitByte.BitsToByte(data, position, numberOfBit));
}
if (hideColor.Equals("green"))
{
green = (byte)(green / BitByte.powerOfTwo(numberOfBit) * BitByte.powerOfTwo(numberOfBit) + BitByte.BitsToByte(data, position, numberOfBit));
}
if (hideColor.Equals("blue"))
{
blue = (byte)(blue / BitByte.powerOfTwo(numberOfBit) * BitByte.powerOfTwo(numberOfBit) + BitByte.BitsToByte(data, position, numberOfBit));
}
return(Color.FromArgb(red, green, blue));
}