Detailed Description

Configurable power consumption models for different LED types.

Collaboration diagram for LED Power Consumption Models:

Classes
struct	PowerModelRGB
	RGB LED power consumption model Used for standard 3-channel LEDs (WS2812, WS2812B, APA102, etc.) More...

struct	PowerModelRGBW
	RGBW LED power consumption model Used for 4-channel LEDs (SK6812 RGBW and similar). More...

struct	PowerModelRGBWW
	RGBWW LED power consumption model (RGB + warm white + cool white). More...

Functions
fl::u32	calculate_unscaled_emitter_power_mW (fl::span< const fl::u8 > codes, fl::u8 emitter_count) FL_NO_EXCEPT
	Charge already-solved physical output bytes in source emitter order: RGB, RGBW, or RGB + warm white + cool white.

PowerModelRGB	get_power_model () FL_NO_EXCEPT
	Get current RGB power model.

float	get_power_scaling_exponent () FL_NO_EXCEPT
	Get the current brightness-to-power response exponent.

fl::u8	get_white_emitter_mW () FL_NO_EXCEPT
	The white-emitter draw the caller declared, or zero if they declared only an RGB model.

void	set_power_model (const PowerModelRGB &model) FL_NO_EXCEPT
	Set custom RGB LED power consumption model.

void	set_power_model (const PowerModelRGBW &model) FL_NO_EXCEPT
	Set custom RGBW LED power consumption model.

void	set_power_model (const PowerModelRGBWW &model) FL_NO_EXCEPT
	Set custom RGBWW LED power consumption model.

void	set_power_scaling_exponent (float exponent) FL_NO_EXCEPT
	Set a non-linear brightness-to-power response exponent.

Classes