phoenixifyColor

.java

public static Color phoenixifyColor(Color originalPixelColor) {
		// https://www.elon.edu/e/university-communications/identity/colors.html
		final Color PHOENIX_MAROON = new Color(115, 0, 10);
		final Color PHOENIX_GOLD = new Color(181, 154, 87);
	
		// linear phoenixify
		// final double RED_FACTOR = (PHOENIX_GOLD.getRed() -
		// PHOENIX_MAROON.getRed()) / MAX_COLOR_VALUE;
		// final double GREEN_FACTOR = (PHOENIX_GOLD.getGreen() -
		// PHOENIX_MAROON.getGreen()) / MAX_COLOR_VALUE;
		// final double BLUE_FACTOR = (PHOENIX_GOLD.getBlue() -
		// PHOENIX_MAROON.getBlue()) / MAX_COLOR_VALUE;
    
		// the simple phoenixify above turned out a little darker than I liked
		// so I made this version that uses a cube-root, rather than linear mapping
		final double RED_FACTOR = Math.pow((PHOENIX_GOLD.getRed() - PHOENIX_MAROON.getRed()) / MAX_COLOR_VALUE,
				1 / 3.0);
		final double GREEN_FACTOR = Math.pow((PHOENIX_GOLD.getGreen() - PHOENIX_MAROON.getGreen()) / MAX_COLOR_VALUE,
				1 / 3.0);
		final double BLUE_FACTOR = Math.pow((PHOENIX_GOLD.getBlue() - PHOENIX_MAROON.getBlue()) / MAX_COLOR_VALUE,
				1 / 3.0);

		int phoenixifiedRed = PHOENIX_MAROON.getRed() + (int) (originalPixelColor.getRed() * RED_FACTOR);
		int phoenixifiedGreen = PHOENIX_MAROON.getGreen() + (int) (originalPixelColor.getGreen() * GREEN_FACTOR);
		int phoenixifiedBlue = PHOENIX_MAROON.getBlue() + (int) (originalPixelColor.getBlue() * BLUE_FACTOR);

		if (phoenixifiedRed > MAX_COLOR_VALUE) {
			phoenixifiedRed = (int) MAX_COLOR_VALUE;
		}
		if (phoenixifiedGreen > MAX_COLOR_VALUE) {
			phoenixifiedGreen = (int) MAX_COLOR_VALUE;
		}
		if (phoenixifiedBlue > MAX_COLOR_VALUE) {
			phoenixifiedBlue = (int) MAX_COLOR_VALUE;
		}

		Color phoenixifiedColor = new Color(phoenixifiedRed, phoenixifiedGreen, phoenixifiedBlue);
		return phoenixifiedColor;
}