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Janis Hutz
2026-02-02 16:01:56 +01:00
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configs/userland/ags/@girs/babl-0.1.d.ts vendored Normal file
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/// <reference path="./gobject-2.0.d.ts" />
/**
* Type Definitions for Gjs (https://gjs.guide/)
*
* These type definitions are automatically generated, do not edit them by hand.
* If you found a bug fix it in `ts-for-gir` or create a bug report on https://github.com/gjsify/ts-for-gir
*
* The based EJS template file is used for the generated .d.ts file of each GIR module like Gtk-4.0, GObject-2.0, ...
*/
declare module 'gi://Babl?version=0.1' {
// Module dependencies
import type GObject from 'gi://GObject?version=2.0';
export namespace Babl {
/**
* Babl-0.1
*/
export namespace IccIntent {
export const $gtype: GObject.GType<IccIntent>;
}
enum IccIntent {
PERCEPTUAL,
RELATIVE_COLORIMETRIC,
SATURATION,
ABSOLUTE_COLORIMETRIC,
PERFORMANCE,
}
export namespace SpaceFlags {
export const $gtype: GObject.GType<SpaceFlags>;
}
enum SpaceFlags {
NONE,
EQUALIZE,
}
const ALPHA_FLOOR: number;
const ALPHA_FLOOR_F: number;
const MAJOR_VERSION: number;
const MICRO_VERSION: number;
const MINOR_VERSION: number;
/**
* Returns the babl object representing the color component given by
* `name` such as for example "R", "cyan" or "CIE L".
* @param name
*/
function component(name: string): Object;
/**
* Returns the RGB space defined for the destination of conversion.
* @param conversion
*/
function conversion_get_destination_space(conversion: Object): Object;
/**
* Returns the RGB space defined for the source of conversion.
* @param conversion
*/
function conversion_get_source_space(conversion: Object): Object;
/**
* Deinitializes the babl library and frees any resources used when
* matched with the number of calls to babl_init().
*/
function exit(): void;
/**
* Create a faster than normal fish with specified performance (and thus
* corresponding precision tradeoff), values tolerance can hold: NULL and
* "default", means do same as babl_fish(), other values understood in
* increasing order of speed gain are:
* "exact" "precise" "fast" "glitch"
*
* Fast fishes should be cached, since they are not internally kept track
* of/made into singletons by babl and many creations of fast fishes will
* otherwise be a leak.
* @param source_format
* @param destination_format
* @param performance
*/
function fast_fish(source_format: any | null, destination_format: any | null, performance: string): Object;
/**
* Create a babl fish capable of converting from source_format to
* destination_format, source and destination can be either strings
* with the names of the formats or Babl-format objects.
* @param source_format
* @param destination_format
*/
function fish(source_format?: any | null, destination_format?: any | null): Object;
/**
* Returns the babl object representing the color format given by
* `name` such as for example "RGB u8", "CMYK float" or "CIE Lab u16",
* creates a format using the sRGB space, to also specify the color space
* and TRCs for a format, see babl_format_with_space.
* @param encoding
*/
function format(encoding: string): Object;
/**
* Returns 1 if the provided format name is known by babl or 0 if it is
* not. Can also be used to verify that specific extension formats are
* available (though this can also be inferred from the version of babl).
* @param name
*/
function format_exists(name: string): number;
/**
* Returns the bytes per pixel for a babl color format.
* @param format
*/
function format_get_bytes_per_pixel(format: Object): number;
/**
* Returns the components and data type, without space suffix.
* @param babl
*/
function format_get_encoding(babl: Object): string;
/**
* Return the model used for constructing the format.
* @param format
*/
function format_get_model(format: Object): Object;
/**
* Returns the number of components for the given `format`.
* @param format
*/
function format_get_n_components(format: Object): number;
function format_get_space(format: Object): Object;
/**
* Returns the type in the given `format` for the given
* `component_index`.
* @param format
* @param component_index
*/
function format_get_type(format: Object, component_index: number): Object;
/**
* Returns whether the `format` has an alpha channel.
* @param format
*/
function format_has_alpha(format: Object): number;
/**
* Returns whether the `format` is a format_n type.
* @param format
*/
function format_is_format_n(format: Object): number;
/**
* check whether a format is a palette backed format.
* @param format
*/
function format_is_palette(format: Object): number;
function format_n(type: Object, components: number): Object;
/**
* Returns the babl object representing the color format given by
* `name` such as for example "RGB u8", "R'G'B'A float", "Y float" with
* a specific RGB working space used as the space, the resulting format
* has -space suffixed to it, unless the space requested is sRGB then
* the unsuffixed version is used. If a format is passed in as space
* the space of the format is used.
* @param encoding
* @param space
*/
function format_with_space(encoding: string, space: Object): Object;
function get_model_flags(model: Object): ModelFlag;
/**
* Returns a string describing a Babl object.
* @param babl
*/
function get_name(babl: Object): string;
/**
* Get the version information on the babl library
*/
function get_version(): [number, number, number];
function icc_get_key(
icc_data: string,
icc_length: number,
key: string,
language: string,
country: string,
): string;
function icc_make_space(icc_data: string, icc_length: number, intent: IccIntent | null, error: string): Object;
/**
* Initializes the babl library.
*/
function init(): void;
/**
* introspect a given BablObject
* @param babl A #Babl
*/
function introspect(babl: Object): void;
/**
* Returns the babl object representing the color model given by `name`
* such as for example "RGB", "CMYK" or "CIE Lab".
* @param name
*/
function model(name: string): Object;
function model_is(babl: Object, model_name: string): number;
/**
* The models for formats also have a space in babl, try to avoid code
* needing to use this.
* @param name
* @param space
*/
function model_with_space(name: string, space: Object): Object;
/**
* create a new palette based format, name is optional pass in NULL to get
* an anonymous format. If you pass in with_alpha the format also gets
* an 8bit alpha channel. Returns the BablModel of the color model. If
* you pass in the same name the previous formats will be provided
* again.
* @param name
* @param format_u8
* @param format_u8_with_alpha
*/
function new_palette(name: string, format_u8: Object, format_u8_with_alpha: Object): Object;
/**
* create a new palette based format, name is optional pass in NULL to get
* an anonymous format. If you pass in with_alpha the format also gets
* an 8bit alpha channel. Returns the BablModel of the color model. If
* you pass in the same name the previous formats will be provided
* again.
* @param name
* @param space
* @param format_u8
* @param format_u8_with_alpha
*/
function new_palette_with_space(
name: string,
space: Object,
format_u8: Object,
format_u8_with_alpha: Object,
): Object;
/**
* reset a palette to initial state, frees up some caches that optimize
* conversions.
* @param babl
*/
function palette_reset(babl: Object): void;
/**
* Assign a palette to a palette format, the data is a single span of pixels
* representing the colors of the palette.
* @param babl a #Babl
* @param format The pixel format
* @param data The pixel data
* @param count The number of pixels in @data
*/
function palette_set_palette(babl: Object, format: Object, data: Uint8Array | string, count: number): void;
/**
* Process n pixels from source to destination using babl_fish,
* returns number of pixels converted.
* @param babl_fish
* @param source
* @param destination
* @param n
*/
function process(babl_fish: Object, source: any | null, destination: any | null, n: number): number;
function process_rows(
babl_fish: Object,
source: any | null,
source_stride: number,
dest: any | null,
dest_stride: number,
n: number,
rows: number,
): number;
/**
* Returns the babl object representing the `horizontal` and `vertical`
* sampling such as for example 2, 2 for the chroma components in
* YCbCr.
* @param horizontal
* @param vertical
*/
function sampling(horizontal: number, vertical: number): Object;
/**
* Returns the babl object representing the specific RGB matrix color
* working space referred to by name. Babl knows of:
* sRGB, Rec2020, Adobish, Apple and ProPhoto
* @param name
*/
function space(name: string): Object;
/**
* Creates a new babl-space/ RGB matrix color space definition with the
* specified CIE xy(Y) values for white point: wx, wy and primary
* chromaticities: rx,ry,gx,gy,bx,by and TRCs to be used. After registering a
* new babl-space it can be used with babl_space() passing its name;
*
* Internally this does the math to derive the RGBXYZ matrix as used in an ICC
* profile.
* @param name The name for the color space
* @param wx The X-coordinate of the color space's white point
* @param wy The Y-coordinate of the color space's white point
* @param rx The X-coordinate of the red primary
* @param ry The Y-coordinate of the red primary
* @param gx The X-coordinate of the green primary
* @param gy The Y-coordinate of the green primary
* @param bx The X-coordinate of the blue primary
* @param by The Y-coordinate of the blue primary
* @param trc_red The red component of the TRC.
* @param trc_green The green component of the TRC (can be %NULL if it's the same as @trc_red).
* @param trc_blue The blue component of the TRC (can be %NULL if it's the same as @trc_red).
* @param flags The #BablSpaceFlags
*/
function space_from_chromaticities(
name: string | null,
wx: number,
wy: number,
rx: number,
ry: number,
gx: number,
gy: number,
bx: number,
by: number,
trc_red: Object,
trc_green: Object | null,
trc_blue: Object | null,
flags: SpaceFlags | null,
): Object;
/**
* Create a babl space from an in memory ICC profile, the profile does no
* longer need to be loaded for the space to work, multiple calls with the same
* icc profile and same intent will result in the same babl space.
*
* On a profile that doesn't contain A2B0 and B2A0 CLUTs perceptual and
* relative-colorimetric intents are treated the same.
*
* If a BablSpace cannot be created from the profile NULL is returned and a
* static string is set on the const char *value pointed at with &value
* containing a message describing why the provided data does not yield a babl
* space.
* @param icc_data pointer to icc profile in memory
* @param icc_length length of icc profile in bytes
* @param intent the intent from the ICC profile to use.
*/
function space_from_icc(icc_data: string, icc_length: number, intent: IccIntent | null): [Object, string];
/**
* Creates a new RGB matrix color space definition using a precomputed D50
* adapted 3x3 matrix and associated CIE XYZ whitepoint, as possibly read from
* an ICC profile.
* @param name The name for the color space
* @param wx The X-coordinate of the color space's white point
* @param wy The Y-coordinate of the color space's white point
* @param wz The Z-coordinate of the color space's white point
* @param rx The X-coordinate of the red primary
* @param gx The X-coordinate of the green primary
* @param bx The X-coordinate of the blue primary
* @param ry The Y-coordinate of the red primary
* @param gy The Y-coordinate of the green primary
* @param by The Y-coordinate of the blue primary
* @param rz The Z-coordinate of the red primary
* @param gz The Z-coordinate of the green primary
* @param bz The Z-coordinate of the blue primary
* @param trc_red The red component of the TRC.
* @param trc_green The green component of the TRC (can be %NULL if it's the same as @trc_red).
* @param trc_blue The blue component of the TRC (can be %NULL if it's the same as @trc_red).
*/
function space_from_rgbxyz_matrix(
name: string | null,
wx: number,
wy: number,
wz: number,
rx: number,
gx: number,
bx: number,
ry: number,
gy: number,
by: number,
rz: number,
gz: number,
bz: number,
trc_red: Object,
trc_green?: Object | null,
trc_blue?: Object | null,
): Object;
/**
* query the chromaticities of white point and primaries as well as trcs
* used for r g a nd b, all arguments are optional (can be %NULL).
* @param space A #Babl instance
*/
function space_get(
space: Object,
): [
number,
number,
number,
number,
number,
number,
number,
number,
Object | null,
Object | null,
Object | null,
];
function space_get_gamma(space: Object): number;
/**
* Return pointer to ICC profile for space note that this is
* the ICC profile for R'G'B', though in formats only supporting linear
* like EXR GEGL chooses to load this lienar data as RGB and use the sRGB
* TRC.
* @param babl a #Babl
* @returns pointer to ICC profile data.
*/
function space_get_icc(babl: Object): Uint8Array;
/**
* Retrieve the relevant RGB luminance constants for a babl space.
*
* Note: these luminance coefficients should only ever be used on linear data.
* If your input `space` is non-linear, you should convert your pixel values to
* the linearized variant of `space` before making any computation with these
* coefficients. See #83.
* @param space a BablSpace
*/
function space_get_rgb_luminance(space: Object): [number, number, number];
function space_is_cmyk(space: Object): number;
function space_is_gray(space: Object): number;
function space_is_rgb(space: Object): number;
/**
* Creates a variant of an existing space with different trc.
* @param space
* @param trc
*/
function space_with_trc(space: Object, trc: Object): Object;
/**
* Look up a TRC by name, "sRGB" and "linear" are recognized
* strings in a stock babl configuration.
* @param name
*/
function trc(name: string): Object;
/**
* Creates a Babl TRC for a specific gamma value, it will be given
* a name that is a short string representation of the value.
* @param gamma
*/
function trc_gamma(gamma: number): Object;
/**
* Returns the babl object representing the data type given by `name`
* such as for example "u8", "u16" or "float".
* @param name
*/
function type(name: string): Object;
interface FishProcess {
(babl: Object, src: string, dst: string, n: number, data?: any | null): void;
}
interface FuncLinear {
(conversion: Object, src: string, dst: string, n: number): void;
}
interface FuncPlanar {
(
conversion: Object,
src_bands: number,
src: string,
src_pitch: number,
dst_bands: number,
dst: string,
dst_pitch: number,
n: number,
): void;
}
export namespace ModelFlag {
export const $gtype: GObject.GType<ModelFlag>;
}
enum ModelFlag {
/**
* the model encodes alpha.
*/
ALPHA,
/**
* the alpha is associated alpha.
*/
ASSOCIATED,
/**
* the components are inverted (used for getting the additive complement space of CMYK).
*/
INVERTED,
/**
* the data has no TRC, i.e. is linear
*/
LINEAR,
/**
* the data has a TRC - the TRC from the configured space
*/
NONLINEAR,
/**
* the data has a TRC - a perceptual TRC where 50% gray is 0.5
*/
PERCEPTUAL,
/**
* this is a gray component model
*/
GRAY,
/**
* this is an RGB based component model, the space associated is expected to contain an RGB matrix profile.
*/
RGB,
/**
* this model is part of the CIE family of spaces
*/
CIE,
/**
* the encodings described are CMYK encodings, the space associated is expected to contain an CMYK ICC profile.
*/
CMYK,
}
/**
* The babl API is based around polymorphism and almost everything is
* a Babl object.
*/
class Object {
static $gtype: GObject.GType<Object>;
// Constructors
_init(...args: any[]): void;
}
/**
* Name of the imported GIR library
* `see` https://gitlab.gnome.org/GNOME/gjs/-/blob/master/gi/ns.cpp#L188
*/
const __name__: string;
/**
* Version of the imported GIR library
* `see` https://gitlab.gnome.org/GNOME/gjs/-/blob/master/gi/ns.cpp#L189
*/
const __version__: string;
}
export default Babl;
}
declare module 'gi://Babl' {
import Babl01 from 'gi://Babl?version=0.1';
export default Babl01;
}
// END