#include <stdlib.h>
#include <stdint.h>
#include <math.h>
#include <string.h>
#include "color.h"

Data Structures
struct	named_color

Macros
#define	HUE_SECTOR_SIZE (60U)
	Number of degrees in each sector of the hue component.

#define	HUE_SECTOR_SIZE_F32 (60.0f)
	Number of degrees in each sector of the hue component as a float-32.

#define	max(a, b) ((a) >= (b) ? (a) : (b))
	Maximum of two values.

#define	min(a, b) ((a) < (b) ? (a) : (b))
	Minimum of two values.

#define	COLOR_RGB_HEX_STR_LENGTH (7U)
	Maximum expected length of a hexadecimal color.

Functions
static int	parse_next_hex_byte (char **p_str)
	Parses the next hexadecimal byte from p_str and increments p_str. More...

static int	parse_next_uint (char *p_str, int min, int max)
	Parses the next integer in a list separated by commas. More...

static float	parse_next_f32 (char *p_str, float min, float max)
	Parses the next float in a list separated by commas. More...

static void	color_convert_rgb (color_space_t from, color_kind_t const p_in, color_rgb_t p_out)
	Converts a color to the RGB color space. More...

static void	color_convert_hsv (color_space_t from, color_kind_t const p_in, color_hsv_t p_out)
	Converts a color to the HSV color space. More...

static void	color_convert_hsl (color_space_t from, color_kind_t const p_in, color_hsl_t p_out)
	Converts a color to the HSL color space. More...

void	color_convert (color_space_t to, color_t const p_in, color_t p_out)
	Convert a color to a different color space. More...

void	color_convert2 (color_space_t from, color_space_t to, color_kind_t const p_in, color_kind_t p_out)
	Convert a color to a different color space. More...

bool	color_parse (char p_str, color_t p_color_out)
	Parses a color from a string; must be NULL-terminated. More...

void	color_gamma_correct (color_rgb_t p_in, color_rgb_t p_out)
	Applies gamma correction to an RGB color. More...

void	color_gamma_build (float gamma)
	Updates the gamma table with the provided correction factor. More...

Variables
const color_t	color_red = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 0 ) << (6U) )), 100, 100 } }
	Red: #FF0000.

const color_t	color_orange = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 30 ) << (6U) )), 100, 100 } }
	Orange: #FF8000.

const color_t	color_yellow = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 60 ) << (6U) )), 100, 100 } }
	Yellow: #FFFF00.

const color_t	color_neon = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 90 ) << (6U) )), 100, 100 } }
	Neon: #80FF00.

const color_t	color_green = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 120 ) << (6U) )), 100, 100 } }
	Green: #00FF00.

const color_t	color_seafoam = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 150 ) << (6U) )), 100, 100 } }
	Seafoam: #00FF80.

const color_t	color_cyan = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 180 ) << (6U) )), 100, 100 } }
	Cyan: #00FFFF.

const color_t	color_lightblue = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 210 ) << (6U) )), 100, 100 } }
	Light Blue: #0080FF.

const color_t	color_blue = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 240 ) << (6U) )), 100, 100 } }
	Blue: #0000FF.

const color_t	color_purple = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 270 ) << (6U) )), 100, 100 } }
	Purple: #8000FF.

const color_t	color_magenta = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 300 ) << (6U) )), 100, 100 } }
	Magenta: #FF00FF.

const color_t	color_pink = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 330 ) << (6U) )), 100, 100 } }
	Pink: #FF0080.

const color_t	color_white = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 0 ) << (6U) )), 0, 100 } }
	White: #FFFFFF.

const color_t	color_black = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 0 ) << (6U) )), 0, 0 } }
	Black: #000000.

const color_t	color_off = { .color_space = COLOR_SPACE_HSV, .hsv = { ((uint16_t)(( 0 ) << (6U) )), 0, 0 } }
	Off: #000000.

static const struct named_color	named_colors []
	List of named colors. More...

static uint8_t	gamma_table [(255U)+1] = {0}
	Lookup table for gamma correction values.

Data Structures

Macros

Functions

Variables