@spec apply_rgb_correction(
  [Fledex.Color.Types.rgb()],
  byte() | Fledex.Color.Types.rgb()
) :: [
  Fledex.Color.Types.rgb()
]

This function corrects an led color with the specified correction.

The correction probably should be created by composing the different aspects by using define_correction/3

@spec calculate_single_color_correction(byte(), byte(), byte()) :: byte()

Calculate the color correction for a single base color.

It expects the scale, the color correction and color temperature for the base color to calculate the correction for that base color.

@spec define_correction(
  byte(),
  Fledex.Color.Types.colorint(),
  Fledex.Color.Types.colorint()
) ::
  Fledex.Color.Types.rgb()

This function allows to combine several aspects of corrections together to a single correction.

The elements are:

• scale: Whether we want to have the full intensity (default 255, i.e. full intensity)
• color_correction: Probably one of the corrections defined in Fledex.Color.Correction.Color
• temperature_correction: Probably one of the corrections defined in Fledex.Color.Correction.Temperature

@spec no_color_correction() :: Fledex.Color.Types.rgb()

This defines a color correction without correction. I.e. the rgb colors will be with full brightness {255, 255, 255}