@cf-wasm/photon/dist/edge-light.d.ts

Photon library for Cloudflare workers, Next.js and Node.js.

export { default as photonWasmModule } from './lib/photon_rs_bg.wasm?module';

/* tslint:disable */
/* eslint-disable */
/**
 * Alter a select channel by incrementing or decrementing its value by a constant.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `channel` - The channel you wish to alter, it should be either 0, 1 or 2,
 * representing R, G, or B respectively. (O=Red, 1=Green, 2=Blue)
 * * `amount` - The amount to increment/decrement the channel's value by for that pixel.
 * A positive value will increment/decrement the channel's value, a negative value will decrement the channel's value.
 *
 * ## Example
 *
 * ```no_run
 * // For example, to increase the Red channel for all pixels by 10:
 * use photon_rs::channels::alter_channel;
 * use photon_rs::native::{open_image};
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_channel(&mut img, 0_usize, 10_i16);
 * ```
 *
 * Adds a constant to a select R, G, or B channel's value.
 *
 * ### Decrease a channel's value
 * // For example, to decrease the Green channel for all pixels by 20:
 * ```no_run
 * use photon_rs::channels::alter_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_channel(&mut img, 1_usize, -20_i16);
 * ```
 * **Note**: Note the use of a minus symbol when decreasing the channel.
 */
declare function alter_channel(img: PhotonImage, channel: number, amt: number): void;
/**
 * Increment or decrement every pixel's Red channel by a constant.
 *
 * # Arguments
 * * `img` - A PhotonImage. See the PhotonImage struct for details.
 * * `amt` - The amount to increment or decrement the channel's value by for that pixel.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the Red channel for all pixels by 10:
 * use photon_rs::channels::alter_red_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_red_channel(&mut img, 10_i16);
 * ```
 */
declare function alter_red_channel(photon_image: PhotonImage, amt: number): void;
/**
 * Increment or decrement every pixel's Green channel by a constant.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `amt` - The amount to increment/decrement the channel's value by for that pixel.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the Green channel for all pixels by 20:
 * use photon_rs::channels::alter_green_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_green_channel(&mut img, 20_i16);
 * ```
 */
declare function alter_green_channel(img: PhotonImage, amt: number): void;
/**
 * Increment or decrement every pixel's Blue channel by a constant.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `amt` - The amount to increment or decrement the channel's value by for that pixel.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the Blue channel for all pixels by 10:
 * use photon_rs::channels::alter_blue_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_blue_channel(&mut img, 10_i16);
 * ```
 */
declare function alter_blue_channel(img: PhotonImage, amt: number): void;
/**
 * Increment/decrement two channels' values simultaneously by adding an amt to each channel per pixel.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `channel1` - A usize from 0 to 2 that represents either the R, G or B channels.
 * * `amt1` - The amount to increment/decrement the channel's value by for that pixel.
 * * `channel2` -A usize from 0 to 2 that represents either the R, G or B channels.
 * * `amt2` - The amount to increment/decrement the channel's value by for that pixel.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the values of the Red and Blue channels per pixel:
 * use photon_rs::channels::alter_two_channels;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_two_channels(&mut img, 0_usize, 10_i16, 2_usize, 20_i16);
 * ```
 */
declare function alter_two_channels(img: PhotonImage, channel1: number, amt1: number, channel2: number, amt2: number): void;
/**
 * Increment all 3 channels' values by adding an amt to each channel per pixel.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `r_amt` - The amount to increment/decrement the Red channel by.
 * * `g_amt` - The amount to increment/decrement the Green channel by.
 * * `b_amt` - The amount to increment/decrement the Blue channel by.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the values of the Red channel by 10, the Green channel by 20,
 * // and the Blue channel by 50:
 * use photon_rs::channels::alter_channels;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * alter_channels(&mut img, 10_i16, 20_i16, 50_i16);
 * ```
 */
declare function alter_channels(img: PhotonImage, r_amt: number, g_amt: number, b_amt: number): void;
/**
 * Set a certain channel to zero, thus removing the channel's influence in the pixels' final rendered colour.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `channel` - The channel to be removed; must be a usize from 0 to 2, with 0 representing Red, 1 representing Green, and 2 representing Blue.
 * * `min_filter` - Minimum filter. Value between 0 and 255. Only remove the channel if the current pixel's channel value is less than this minimum filter. To completely
 * remove the channel, set this value to 255, to leave the channel as is, set to 0, and to set a channel to zero for a pixel whose red value is greater than 50,
 * then channel would be 0 and min_filter would be 50.
 *
 * # Example
 *
 * ```no_run
 * // For example, to remove the Red channel with a min_filter of 100:
 * use photon_rs::channels::remove_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * remove_channel(&mut img, 0_usize, 100_u8);
 * ```
 */
declare function remove_channel(img: PhotonImage, channel: number, min_filter: number): void;
/**
 * Remove the Red channel's influence in an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `min_filter` - Only remove the channel if the current pixel's channel value is less than this minimum filter.
 *
 * # Example
 *
 * ```no_run
 * // For example, to remove the red channel for red channel pixel values less than 50:
 * use photon_rs::channels::remove_red_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * remove_red_channel(&mut img, 50_u8);
 * ```
 */
declare function remove_red_channel(img: PhotonImage, min_filter: number): void;
/**
 * Remove the Green channel's influence in an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `min_filter` - Only remove the channel if the current pixel's channel value is less than this minimum filter.
 *
 * # Example
 *
 * ```no_run
 * // For example, to remove the green channel for green channel pixel values less than 50:
 * use photon_rs::channels::remove_green_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * remove_green_channel(&mut img, 50_u8);
 * ```
 */
declare function remove_green_channel(img: PhotonImage, min_filter: number): void;
/**
 * Remove the Blue channel's influence in an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `min_filter` - Only remove the channel if the current pixel's channel value is less than this minimum filter.
 *
 * # Example
 *
 * ```no_run
 * // For example, to remove the blue channel for blue channel pixel values less than 50:
 * use photon_rs::channels::remove_blue_channel;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * remove_blue_channel(&mut img, 50_u8);
 * ```
 */
declare function remove_blue_channel(img: PhotonImage, min_filter: number): void;
/**
 * Swap two channels.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `channel1` - An index from 0 to 2, representing the Red, Green or Blue channels respectively. Red would be represented by 0, Green by 1, and Blue by 2.
 * * `channel2` - An index from 0 to 2, representing the Red, Green or Blue channels respectively. Same as above.
 *
 * # Example
 *
 * ```no_run
 * // For example, to swap the values of the Red channel with the values of the Blue channel:
 * use photon_rs::channels::swap_channels;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * swap_channels(&mut img, 0_usize, 2_usize);
 * ```
 */
declare function swap_channels(img: PhotonImage, channel1: number, channel2: number): void;
/**
 * Invert RGB value of an image.
 *
 * # Arguments
 * * `photon_image` - A DynamicImage that contains a view into the image.
 * # Example
 *
 * ```no_run
 * use photon_rs::channels::invert;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * invert(&mut img);
 * ```
 */
declare function invert(photon_image: PhotonImage): void;
/**
 * Selective hue rotation.
 *
 * Only rotate the hue of a pixel if its RGB values are within a specified range.
 * This function only rotates a pixel's hue to another  if it is visually similar to the colour specified.
 * For example, if a user wishes all pixels that are blue to be changed to red, they can selectively specify  only the blue pixels to be changed.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 * * `degrees` - The amount of degrees to hue rotate by.
 *
 * # Example
 *
 * ```no_run
 * // For example, to only rotate the pixels that are of RGB value RGB{20, 40, 60}:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_hue_rotate;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(20_u8, 40_u8, 60_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_hue_rotate(&mut img, ref_color, 180_f32);
 * ```
 */
declare function selective_hue_rotate(photon_image: PhotonImage, ref_color: Rgb, degrees: number): void;
/**
 * Selectively change pixel colours which are similar to the reference colour provided.
 *
 * Similarity between two colours is calculated via the CIE76 formula.
 * Only changes the color of a pixel if its similarity to the reference colour is within the range in the algorithm.
 * For example, with this function, a user can change the color of all blue pixels by mixing them with red by 10%.
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 * * `new_color` - The `RGB` value of the new color (to be mixed with the matched pixels)
 * * `fraction` - The amount of mixing the new colour with the matched pixels
 *
 * # Example
 *
 * ```no_run
 * // For example, to only change the color of pixels that are similar to the RGB value RGB{200, 120, 30} by mixing RGB{30, 120, 200} with 25%:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_color_convert;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(200, 120, 30);
 * let new_color = Rgb::new(30, 120, 200);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_color_convert(&mut img, ref_color, new_color, 0.25);
 * ```
 */
declare function selective_color_convert(photon_image: PhotonImage, ref_color: Rgb, new_color: Rgb, fraction: number): void;
/**
 * Selectively lighten an image.
 *
 * Only lighten the hue of a pixel if its colour matches or is similar to the RGB colour specified.
 * For example, if a user wishes all pixels that are blue to be lightened, they can selectively specify  only the blue pixels to be changed.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 * * `amt` - The level from 0 to 1 to lighten the hue by. Increasing by 10% would have an `amt` of 0.1
 *
 * # Example
 *
 * ```no_run
 * // For example, to only lighten the pixels that are of or similar to RGB value RGB{20, 40, 60}:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_lighten;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(20_u8, 40_u8, 60_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_lighten(&mut img, ref_color, 0.2_f32);
 * ```
 */
declare function selective_lighten(img: PhotonImage, ref_color: Rgb, amt: number): void;
/**
 * Selectively desaturate pixel colours which are similar to the reference colour provided.
 *
 * Similarity between two colours is calculated via the CIE76 formula.
 * Only desaturates the hue of a pixel if its similarity to the reference colour is within the range in the algorithm.
 * For example, if a user wishes all pixels that are blue to be desaturated by 0.1, they can selectively specify  only the blue pixels to be changed.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 * * `amt` - The amount of desaturate the colour by.
 *
 * # Example
 *
 * ```no_run
 * // For example, to only desaturate the pixels that are similar to the RGB value RGB{20, 40, 60}:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_desaturate;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(20_u8, 40_u8, 60_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_desaturate(&mut img, ref_color, 0.1_f32);
 * ```
 */
declare function selective_desaturate(img: PhotonImage, ref_color: Rgb, amt: number): void;
/**
 * Selectively saturate pixel colours which are similar to the reference colour provided.
 *
 * Similarity between two colours is calculated via the CIE76 formula.
 * Only saturates the hue of a pixel if its similarity to the reference colour is within the range in the algorithm.
 * For example, if a user wishes all pixels that are blue to have an increase in saturation by 10%, they can selectively specify only the blue pixels to be changed.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 * * `amt` - The amount of saturate the colour by.
 *
 * # Example
 *
 * ```no_run
 * // For example, to only increase the saturation of pixels that are similar to the RGB value RGB{20, 40, 60}:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_saturate;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(20_u8, 40_u8, 60_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_saturate(&mut img, ref_color, 0.1_f32);
 * ```
 */
declare function selective_saturate(img: PhotonImage, ref_color: Rgb, amt: number): void;
/**
 * Selectively changes a pixel to greyscale if it is *not* visually similar or close to the colour specified.
 * Only changes the colour of a pixel if its RGB values are within a specified range.
 *
 * (Similarity between two colours is calculated via the CIE76 formula.)
 * For example, if a user wishes all pixels that are *NOT* blue to be displayed in greyscale, they can selectively specify only the blue pixels to be
 * kept in the photo.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `ref_color` - The `RGB` value of the reference color (to be compared to)
 *
 * # Example
 *
 * ```no_run
 * // For example, to greyscale all pixels that are *not* visually similar to the RGB colour RGB{20, 40, 60}:
 * use photon_rs::Rgb;
 * use photon_rs::channels::selective_greyscale;
 * use photon_rs::native::open_image;
 *
 * let ref_color = Rgb::new(20_u8, 40_u8, 60_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * selective_greyscale(img, ref_color);
 * ```
 */
declare function selective_greyscale(photon_image: PhotonImage, ref_color: Rgb): void;
/**
 * Apply a monochrome effect of a certain colour.
 *
 * It does so by averaging the R, G, and B values of a pixel, and then adding a
 * separate value to that averaged value for each channel to produce a tint.
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `r_offset` - The value to add to the Red channel per pixel.
 * * `g_offset` - The value to add to the Green channel per pixel.
 * * `b_offset` - The value to add to the Blue channel per pixel.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply a monochrome effect to an image:
 * use photon_rs::monochrome::monochrome;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * monochrome(&mut img, 40_u32, 50_u32, 100_u32);
 * ```
 */
declare function monochrome(img: PhotonImage, r_offset: number, g_offset: number, b_offset: number): void;
/**
 * Convert an image to sepia.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * # Example
 *
 * ```no_run
 * // For example, to sepia an image of type `PhotonImage`:
 * use photon_rs::monochrome::sepia;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * sepia(&mut img);
 * ```
 */
declare function sepia(img: PhotonImage): void;
/**
 * Convert an image to grayscale using the conventional averaging algorithm.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * # Example
 *
 * ```no_run
 * // For example, to convert an image of type `PhotonImage` to grayscale:
 * use photon_rs::monochrome::grayscale;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * grayscale(&mut img);
 * ```
 */
declare function grayscale(img: PhotonImage): void;
/**
 * Convert an image to grayscale with a human corrected factor, to account for human vision.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * # Example
 *
 * ```no_run
 * // For example, to convert an image of type `PhotonImage` to grayscale with a human corrected factor:
 * use photon_rs::monochrome::grayscale_human_corrected;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * grayscale_human_corrected(&mut img);
 * ```
 */
declare function grayscale_human_corrected(img: PhotonImage): void;
/**
 * Desaturate an image by getting the min/max of each pixel's RGB values.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * # Example
 *
 * ```no_run
 * // For example, to desaturate an image:
 * use photon_rs::monochrome::desaturate;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * desaturate(&mut img);
 * ```
 */
declare function desaturate(img: PhotonImage): void;
/**
 * Uses a min. decomposition algorithm to convert an image to greyscale.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to decompose an image with min decomposition:
 * use photon_rs::monochrome::decompose_min;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * decompose_min(&mut img);
 * ```
 */
declare function decompose_min(img: PhotonImage): void;
/**
 * Uses a max. decomposition algorithm to convert an image to greyscale.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to decompose an image with max decomposition:
 * use photon_rs::monochrome::decompose_max;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * decompose_max(&mut img);
 * ```
 */
declare function decompose_max(img: PhotonImage): void;
/**
 * Employ only a limited number of gray shades in an image.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `num_shades` - The number of grayscale shades to be displayed in the image.
 *
 * # Example
 *
 * ```no_run
 * // For example, to limit an image to four shades of gray only:
 * use photon_rs::monochrome::grayscale_shades;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * grayscale_shades(&mut img, 4_u8);
 * ```
 */
declare function grayscale_shades(photon_image: PhotonImage, num_shades: number): void;
/**
 * Convert an image to grayscale by setting a pixel's 3 RGB values to the Red channel's value.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * use photon_rs::monochrome::r_grayscale;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * r_grayscale(&mut img);
 * ```
 */
declare function r_grayscale(photon_image: PhotonImage): void;
/**
 * Convert an image to grayscale by setting a pixel's 3 RGB values to the Green channel's value.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * use photon_rs::monochrome::g_grayscale;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * g_grayscale(&mut img);
 * ```
 */
declare function g_grayscale(photon_image: PhotonImage): void;
/**
 * Convert an image to grayscale by setting a pixel's 3 RGB values to the Blue channel's value.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * use photon_rs::monochrome::b_grayscale;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * b_grayscale(&mut img);
 * ```
 */
declare function b_grayscale(photon_image: PhotonImage): void;
/**
 * Convert an image to grayscale by setting a pixel's 3 RGB values to a chosen channel's value.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `channel` - A usize representing the channel from 0 to 2. O represents the Red channel, 1 the Green channel, and 2 the Blue channel.
 *
 * # Example
 * To grayscale using only values from the Red channel:
 * ```no_run
 * use photon_rs::monochrome::single_channel_grayscale;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * single_channel_grayscale(&mut img, 0_usize);
 * ```
 */
declare function single_channel_grayscale(photon_image: PhotonImage, channel: number): void;
/**
 * Threshold an image using a standard thresholding algorithm.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `threshold` - The amount the image should be thresholded by from 0 to 255.
 * # Example
 *
 * ```no_run
 * // For example, to threshold an image of type `PhotonImage`:
 * use photon_rs::monochrome::threshold;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * threshold(&mut img, 30_u32);
 * ```
 */
declare function threshold(img: PhotonImage, threshold: number): void;
/**
 * Applies gamma correction to an image.
 * # Arguments
 * * `photon_image` - A PhotonImage that contains a view into the image.
 * * `red` - Gamma value for red channel.
 * * `green` - Gamma value for green channel.
 * * `blue` - Gamma value for blue channel.
 * # Example
 *
 * ```no_run
 * // For example, to turn an image of type `PhotonImage` into a gamma corrected image:
 * use photon_rs::colour_spaces::gamma_correction;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * gamma_correction(&mut img, 2.2, 2.2, 2.2);
 * ```
 */
declare function gamma_correction(photon_image: PhotonImage, red: number, green: number, blue: number): void;
/**
 * Image manipulation effects in the HSLuv colour space
 *
 * Effects include:
 * * **saturate** - Saturation increase.
 * * **desaturate** - Desaturate the image.
 * * **shift_hue** - Hue rotation by a specified number of degrees.
 * * **darken** - Decrease the brightness.
 * * **lighten** - Increase the brightness.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `mode` - The effect desired to be applied. Choose from: `saturate`, `desaturate`, `shift_hue`, `darken`, `lighten`
 * * `amt` - A float value from 0 to 1 which represents the amount the effect should be increased by.
 * # Example
 * ```no_run
 * // For example to increase the saturation by 10%:
 * use photon_rs::colour_spaces::hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hsluv(&mut img, "saturate", 0.1_f32);
 * ```
 */
declare function hsluv(photon_image: PhotonImage, mode: string, amt: number): void;
/**
 * Image manipulation effects in the LCh colour space
 *
 * Effects include:
 * * **saturate** - Saturation increase.
 * * **desaturate** - Desaturate the image.
 * * **shift_hue** - Hue rotation by a specified number of degrees.
 * * **darken** - Decrease the brightness.
 * * **lighten** - Increase the brightness.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `mode` - The effect desired to be applied. Choose from: `saturate`, `desaturate`, `shift_hue`, `darken`, `lighten`
 * * `amt` - A float value from 0 to 1 which represents the amount the effect should be increased by.
 * # Example
 * ```no_run
 * // For example to increase the saturation by 10%:
 * use photon_rs::colour_spaces::lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * lch(&mut img, "saturate", 0.1_f32);
 * ```
 */
declare function lch(photon_image: PhotonImage, mode: string, amt: number): void;
/**
 * Image manipulation effects in the HSL colour space.
 *
 * Effects include:
 * * **saturate** - Saturation increase.
 * * **desaturate** - Desaturate the image.
 * * **shift_hue** - Hue rotation by a specified number of degrees.
 * * **darken** - Decrease the brightness.
 * * **lighten** - Increase the brightness.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `mode` - The effect desired to be applied. Choose from: `saturate`, `desaturate`, `shift_hue`, `darken`, `lighten`
 * * `amt` - A float value from 0 to 1 which represents the amount the effect should be increased by.
 * # Example
 * ```no_run
 * // For example to increase the saturation by 10%:
 * use photon_rs::colour_spaces::hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hsl(&mut img, "saturate", 0.1_f32);
 * ```
 */
declare function hsl(photon_image: PhotonImage, mode: string, amt: number): void;
/**
 * Image manipulation in the HSV colour space.
 *
 * Effects include:
 * * **saturate** - Saturation increase.
 * * **desaturate** - Desaturate the image.
 * * **shift_hue** - Hue rotation by a specified number of degrees.
 * * **darken** - Decrease the brightness.
 * * **lighten** - Increase the brightness.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage.
 * * `mode` - The effect desired to be applied. Choose from: `saturate`, `desaturate`, `shift_hue`, `darken`, `lighten`
 * * `amt` - A float value from 0 to 1 which represents the amount the effect should be increased by.
 *
 * # Example
 * ```no_run
 * // For example to increase the saturation by 10%:
 * use photon_rs::colour_spaces::hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hsv(&mut img, "saturate", 0.1_f32);
 * ```
 */
declare function hsv(photon_image: PhotonImage, mode: string, amt: number): void;
/**
 * Shift hue by a specified number of degrees in the HSL colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `mode` - A float value from 0 to 1 which is the amount to shift the hue by, or hue rotate by.
 *
 * # Example
 * ```no_run
 * // For example to hue rotate/shift the hue by 120 degrees in the HSL colour space:
 * use photon_rs::colour_spaces::hue_rotate_hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hue_rotate_hsl(&mut img, 120_f32);
 * ```
 */
declare function hue_rotate_hsl(img: PhotonImage, degrees: number): void;
/**
 * Shift hue by a specified number of degrees in the HSV colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `mode` - A float value from 0 to 1 which is the amount to shift the hue by, or hue rotate by.
 *
 * # Example
 * ```no_run
 * // For example to hue rotate/shift the hue by 120 degrees in the HSV colour space:
 * use photon_rs::colour_spaces::hue_rotate_hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hue_rotate_hsv(&mut img, 120_f32);
 * ```
 */
declare function hue_rotate_hsv(img: PhotonImage, degrees: number): void;
/**
 * Shift hue by a specified number of degrees in the LCh colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `mode` - A float value from 0 to 1 which is the amount to shift the hue by, or hue rotate by.
 *
 * # Example
 * ```no_run
 * // For example to hue rotate/shift the hue by 120 degrees in the HSL colour space:
 * use photon_rs::colour_spaces::hue_rotate_lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hue_rotate_lch(&mut img, 120_f32);
 * ```
 */
declare function hue_rotate_lch(img: PhotonImage, degrees: number): void;
/**
 * Shift hue by a specified number of degrees in the HSLuv colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `mode` - A float value from 0 to 1 which is the amount to shift the hue by, or hue rotate by.
 *
 * # Example
 * ```no_run
 * // For example to hue rotate/shift the hue by 120 degrees in the HSL colour space:
 * use photon_rs::colour_spaces::hue_rotate_hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * hue_rotate_hsluv(&mut img, 120_f32);
 * ```
 */
declare function hue_rotate_hsluv(img: PhotonImage, degrees: number): void;
/**
 * Increase the image's saturation by converting each pixel's colour to the HSL colour space
 * and increasing the colour's saturation.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to increase the saturation by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Increasing saturation by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to increase saturation by 10% in the HSL colour space:
 * use photon_rs::colour_spaces::saturate_hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * saturate_hsl(&mut img, 0.1_f32);
 * ```
 */
declare function saturate_hsl(img: PhotonImage, level: number): void;
/**
 * Increase the image's saturation in the LCh colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to increase the saturation by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Increasing saturation by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to increase saturation by 40% in the Lch colour space:
 * use photon_rs::colour_spaces::saturate_lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * saturate_lch(&mut img, 0.4_f32);
 * ```
 */
declare function saturate_lch(img: PhotonImage, level: number): void;
/**
 * Increase the image's saturation in the HSLuv colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to increase the saturation by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Increasing saturation by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to increase saturation by 40% in the HSLuv colour space:
 * use photon_rs::colour_spaces::saturate_hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * saturate_hsluv(&mut img, 0.4_f32);
 * ```
 */
declare function saturate_hsluv(img: PhotonImage, level: number): void;
/**
 * Increase the image's saturation in the HSV colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level by which to increase the saturation by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Increasing saturation by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to increase saturation by 30% in the HSV colour space:
 * use photon_rs::colour_spaces::saturate_hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * saturate_hsv(&mut img, 0.3_f32);
 * ```
 */
declare function saturate_hsv(img: PhotonImage, level: number): void;
/**
 * Lighten an image by a specified amount in the LCh colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to lighten the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Lightening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to lighten an image by 10% in the LCh colour space:
 * use photon_rs::colour_spaces::lighten_lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * lighten_lch(&mut img, 0.1_f32);
 * ```
 */
declare function lighten_lch(img: PhotonImage, level: number): void;
/**
 * Lighten an image by a specified amount in the HSLuv colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to lighten the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Lightening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to lighten an image by 10% in the HSLuv colour space:
 * use photon_rs::colour_spaces::lighten_hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * lighten_hsluv(&mut img, 0.1_f32);
 * ```
 */
declare function lighten_hsluv(img: PhotonImage, level: number): void;
/**
 * Lighten an image by a specified amount in the HSL colour space.
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to lighten the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Lightening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to lighten an image by 10% in the HSL colour space:
 * use photon_rs::colour_spaces::lighten_hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * lighten_hsl(&mut img, 0.1_f32);
 * ```
 */
declare function lighten_hsl(img: PhotonImage, level: number): void;
/**
 * Lighten an image by a specified amount in the HSV colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to lighten the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Lightening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to lighten an image by 10% in the HSV colour space:
 * use photon_rs::colour_spaces::lighten_hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * lighten_hsv(&mut img, 0.1_f32);
 * ```
 */
declare function lighten_hsv(img: PhotonImage, level: number): void;
/**
 * Darken the image by a specified amount in the LCh colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to darken the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Darkening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to darken an image by 10% in the LCh colour space:
 * use photon_rs::colour_spaces::darken_lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * darken_lch(&mut img, 0.1_f32);
 * ```
 */
declare function darken_lch(img: PhotonImage, level: number): void;
/**
 * Darken the image by a specified amount in the HSLuv colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to darken the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Darkening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to darken an image by 10% in the HSLuv colour space:
 * use photon_rs::colour_spaces::darken_hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * darken_hsluv(&mut img, 0.1_f32);
 * ```
 */
declare function darken_hsluv(img: PhotonImage, level: number): void;
/**
 * Darken the image by a specified amount in the HSL colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to darken the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Darkening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to darken an image by 10% in the HSL colour space:
 * use photon_rs::colour_spaces::darken_hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * darken_hsl(&mut img, 0.1_f32);
 * ```
 */
declare function darken_hsl(img: PhotonImage, level: number): void;
/**
 * Darken the image's colours by a specified amount in the HSV colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to darken the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Darkening by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to darken an image by 10% in the HSV colour space:
 * use photon_rs::colour_spaces::darken_hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * darken_hsv(&mut img, 0.1_f32);
 * ```
 */
declare function darken_hsv(img: PhotonImage, level: number): void;
/**
 * Desaturate the image by a specified amount in the HSV colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to desaturate the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Desaturating by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to desaturate an image by 10% in the HSV colour space:
 * use photon_rs::colour_spaces::desaturate_hsv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * desaturate_hsv(&mut img, 0.1_f32);
 * ```
 */
declare function desaturate_hsv(img: PhotonImage, level: number): void;
/**
 * Desaturate the image by a specified amount in the HSL colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to desaturate the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Desaturating by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to desaturate an image by 10% in the LCh colour space:
 * use photon_rs::colour_spaces::desaturate_hsl;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * desaturate_hsl(&mut img, 0.1_f32);
 * ```
 */
declare function desaturate_hsl(img: PhotonImage, level: number): void;
/**
 * Desaturate the image by a specified amount in the LCh colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to desaturate the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Desaturating by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to desaturate an image by 10% in the LCh colour space:
 * use photon_rs::colour_spaces::desaturate_lch;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * desaturate_lch(&mut img, 0.1_f32);
 * ```
 */
declare function desaturate_lch(img: PhotonImage, level: number): void;
/**
 * Desaturate the image by a specified amount in the HSLuv colour space.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 * * `level` - Float value from 0 to 1 representing the level to which to desaturate the image by.
 * The `level` must be from 0 to 1 in floating-point, `f32` format.
 * Desaturating by 80% would be represented by a `level` of 0.8
 *
 * # Example
 * ```no_run
 * // For example to desaturate an image by 10% in the HSLuv colour space:
 * use photon_rs::colour_spaces::desaturate_hsluv;
 * use photon_rs::native::open_image;
 *
 * // Open the image. A PhotonImage is returned.
 * let mut img = open_image("img.jpg").expect("File should open");
 * desaturate_hsluv(&mut img, 0.1_f32);
 * ```
 */
declare function desaturate_hsluv(img: PhotonImage, level: number): void;
/**
 * Mix image with a single color, supporting passing `opacity`.
 * The algorithm comes from Jimp. See `function mix` and `function colorFn` at following link:
 * https://github.com/oliver-moran/jimp/blob/29679faa597228ff2f20d34c5758e4d2257065a3/packages/plugin-color/src/index.js
 * Specifically, result_value = (mix_color_value - origin_value) * opacity + origin_value =
 * mix_color_value * opacity + (1 - opacity) * origin_value for each
 * of RGB channel.
 *
 * # Arguments
 * * `photon_image` - A PhotonImage that contains a view into the image.
 * * `mix_color` - the color to be mixed in, as an RGB value.
 * * `opacity` - the opacity of color when mixed to image. Float value from 0 to 1.
 * # Example
 *
 * ```no_run
 * // For example, to mix an image with rgb (50, 255, 254) and opacity 0.4:
 * use photon_rs::Rgb;
 * use photon_rs::colour_spaces::mix_with_colour;
 * use photon_rs::native::open_image;
 *
 * let mix_colour = Rgb::new(50_u8, 255_u8, 254_u8);
 * let mut img = open_image("img.jpg").expect("File should open");
 * mix_with_colour(&mut img, mix_colour, 0.4_f32);
 * ```
 */
declare function mix_with_colour(photon_image: PhotonImage, mix_colour: Rgb, opacity: number): void;
/**
 * Noise reduction.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to noise reduct an image:
 * use photon_rs::conv::noise_reduction;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * noise_reduction(&mut img);
 * ```
 * Adds a constant to a select R, G, or B channel's value.
 */
declare function noise_reduction(photon_image: PhotonImage): void;
/**
 * Sharpen an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to sharpen an image:
 * use photon_rs::conv::sharpen;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * sharpen(&mut img);
 * ```
 * Adds a constant to a select R, G, or B channel's value.
 */
declare function sharpen(photon_image: PhotonImage): void;
/**
 * Apply edge detection to an image, to create a dark version with its edges highlighted.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to increase the Red channel for all pixels by 10:
 * use photon_rs::conv::edge_detection;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * edge_detection(&mut img);
 * ```
 */
declare function edge_detection(photon_image: PhotonImage): void;
/**
 * Apply an identity kernel convolution to an image.
 *
 * # Arguments
 * * `img` -A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply an identity kernel convolution:
 * use photon_rs::conv::identity;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * identity(&mut img);
 * ```
 */
declare function identity(photon_image: PhotonImage): void;
/**
 * Apply a box blur effect.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply a box blur effect:
 * use photon_rs::conv::box_blur;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * box_blur(&mut img);
 * ```
 */
declare function box_blur(photon_image: PhotonImage): void;
/**
 * Gaussian blur in linear time.
 *
 * Reference: http://blog.ivank.net/fastest-gaussian-blur.html
 *
 * # Arguments
 * * `photon_image` - A PhotonImage
 * * `radius` - blur radius
 * # Example
 *
 * ```no_run
 * use photon_rs::conv::gaussian_blur;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * gaussian_blur(&mut img, 3_i32);
 * ```
 */
declare function gaussian_blur(photon_image: PhotonImage, radius: number): void;
/**
 * Detect horizontal lines in an image, and highlight these only.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to display the horizontal lines in an image:
 * use photon_rs::conv::detect_horizontal_lines;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * detect_horizontal_lines(&mut img);
 * ```
 */
declare function detect_horizontal_lines(photon_image: PhotonImage): void;
/**
 * Detect vertical lines in an image, and highlight these only.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to display the vertical lines in an image:
 * use photon_rs::conv::detect_vertical_lines;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * detect_vertical_lines(&mut img);
 * ```
 */
declare function detect_vertical_lines(photon_image: PhotonImage): void;
/**
 * Detect lines at a forty five degree angle in an image, and highlight these only.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to display the lines at a forty five degree angle in an image:
 * use photon_rs::conv::detect_45_deg_lines;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * detect_45_deg_lines(&mut img);
 * ```
 */
declare function detect_45_deg_lines(photon_image: PhotonImage): void;
/**
 * Detect lines at a 135 degree angle in an image, and highlight these only.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to display the lines at a 135 degree angle in an image:
 * use photon_rs::conv::detect_135_deg_lines;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * detect_135_deg_lines(&mut img);
 * ```
 */
declare function detect_135_deg_lines(photon_image: PhotonImage): void;
/**
 * Apply a standard laplace convolution.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply a laplace effect:
 * use photon_rs::conv::laplace;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * laplace(&mut img);
 * ```
 */
declare function laplace(photon_image: PhotonImage): void;
/**
 * Preset edge effect.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply this effect:
 * use photon_rs::conv::edge_one;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * edge_one(&mut img);
 * ```
 */
declare function edge_one(photon_image: PhotonImage): void;
/**
 * Apply an emboss effect to an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply an emboss effect:
 * use photon_rs::conv::emboss;
 * use photon_rs::native::open_image;
 *
 * let mut img = open_image("img.jpg").expect("File should open");
 * emboss(&mut img);
 * ```
 */
declare function emboss(photon_image: PhotonImage): void;
/**
 * Apply a horizontal Sobel filter to an image.
 *
 * # Arguments
 * * `img` - A PhotonImage.
 *
 * # Example
 *
 * ```no_run
 * // For example, to apply a horizontal Sobel filter:
 * use photon_rs::conv::sobel_horizontal;
 * use photon_rs::native::ope