pkg.generated.mbti

// Generated using `moon info`, DON'T EDIT IT
package "0717lee/pixelforge"

// Values
pub fn avif_decode(Array[Byte]) -> Image?

pub fn avif_encode(Image) -> Array[Byte]

pub fn bmp_decode(Array[Byte]) -> Image?

pub fn bmp_encode(Image, Bool) -> Array[Byte]

pub fn clamp_byte(Int32) -> Byte

pub fn detect_image_format(Array[Byte]) -> ImageFormat?

pub fn gif_decode(Array[Byte]) -> Image?

pub fn gif_decode_all(Array[Byte]) -> Array[GifFrame]?

pub fn gif_encode(Image) -> Array[Byte]

pub fn hamming_distance(UInt64, UInt64) -> Int32

pub fn hsl_to_rgb(Double, Double, Double) -> (Int32, Int32, Int32)

pub fn hsv_to_rgb(Double, Double, Double) -> (Int32, Int32, Int32)

pub fn image_metadata(Array[Byte]) -> ImageMetadata?

pub fn jpeg_decode(Array[Byte]) -> Image?

pub fn jpeg_encode(Image, Int32) -> Array[Byte]

pub fn png_decode(Array[Byte]) -> Image?

pub fn png_encode(Image) -> Array[Byte]

pub fn qoi_decode(Array[Byte]) -> Image?

pub fn qoi_encode(Image) -> Array[Byte]

pub fn rgb_to_hsl(Int32, Int32, Int32) -> (Double, Double, Double)

pub fn rgb_to_hsv(Int32, Int32, Int32) -> (Double, Double, Double)

pub fn rgb_to_ycbcr(Int32, Int32, Int32) -> (Int32, Int32, Int32)

pub fn tiff_decode(Array[Byte]) -> Image?

pub fn webp_decode(Array[Byte]) -> Image?

pub fn webp_encode(Image) -> Array[Byte]

pub fn ycbcr_to_rgb(Int32, Int32, Int32) -> (Int32, Int32, Int32)

// Errors

// Types and methods
pub(all) struct Affine {
  a : Double
  b : Double
  c : Double
  d : Double
  e : Double
  f : Double
}
pub fn Affine::apply(Self, Double, Double) -> (Double, Double)
pub fn Affine::identity() -> Self
pub fn Affine::invert(Self) -> Self?
pub fn Affine::rotation(Double) -> Self
pub fn Affine::scaling(Double, Double) -> Self
pub fn Affine::shear(Double, Double) -> Self
pub fn Affine::then(Self, Self) -> Self
pub fn Affine::translation(Double, Double) -> Self

pub(all) enum BlendMode {
  Normal
  Multiply
  Screen
  Overlay
  Darken
  Lighten
  Difference
  Add
}

pub(all) struct BoundingBox {
  min_x : Int32
  min_y : Int32
  max_x : Int32
  max_y : Int32
}

pub(all) struct ComponentStats {
  label : Int32
  area : Int32
  bbox : BoundingBox
  centroid : (Double, Double)
  min_x : Int32
  min_y : Int32
  max_x : Int32
  max_y : Int32
  centroid_x : Double
  centroid_y : Double
}

pub(all) struct ContourPoint {
  x : Int32
  y : Int32
}

pub(all) struct Corner {
  x : Int32
  y : Int32
  response : Double
}

pub(all) enum Filter {
  Grayscale
  Invert
  Brightness(Int32)
  Contrast(Double)
  Blur
  Sharpen
  Emboss
  Edges
  Sobel
  Sepia
  Threshold(Int32)
  Pixelate(Int32)
  Median
  HistogramEqualize
  FlipHorizontal
  FlipVertical
  Posterize(Int32)
  Gamma(Double)
  Vignette(Double)
  Scharr
  Canny(Int32)
  Otsu
  DitherMono
}

pub(all) struct GifFrame {
  image : Image
  left : Int32
  top : Int32
  delay_cs : Int32
  disposal : Int32
  transparent_index : Int32
}

pub(all) struct Image {
  width : Int32
  height : Int32
  data : FixedArray[Byte]
}
pub fn Image::adaptive_mean(Self, Int32, Int32) -> Self
pub fn Image::add_gaussian_noise(Self, UInt64, Double) -> Self
pub fn Image::add_salt_pepper(Self, UInt64, Double) -> Self
pub fn Image::adjust_lightness(Self, Double) -> Self
pub fn Image::affine(Self, Affine) -> Self
pub fn Image::apply_filter_id(Self, Int32, Double) -> Self
pub fn Image::apply_pipeline(Self, Pipeline) -> Self
pub fn Image::auto_contrast(Self) -> Self
pub fn Image::average_hash(Self) -> UInt64
pub fn Image::bilateral(Self, Int32, Double, Double) -> Self
pub fn Image::blur(Self) -> Self
pub fn Image::box_blur(Self, Int32) -> Self
pub fn Image::brightness(Self, Int32) -> Self
pub fn Image::canny(Self, Int32, Int32) -> Self
pub fn Image::composite(Self, Self, BlendMode) -> Self
pub fn Image::contours(Self, Int32) -> Array[Array[ContourPoint]]
pub fn Image::contrast(Self, Double) -> Self
pub fn Image::convolve(Self, Kernel) -> Self
pub fn Image::copy(Self) -> Self
pub fn Image::count_components(Self, Int32) -> Int32
pub fn Image::crop(Self, Int32, Int32, Int32, Int32) -> Self
pub fn Image::difference_hash(Self) -> UInt64
pub fn Image::dilate(Self) -> Self
pub fn Image::distance_transform(Self, Int32) -> Self
pub fn Image::dither_grayscale(Self, Int32) -> Self
pub fn Image::dither_mono(Self) -> Self
pub fn Image::draw_char(Self, Int32, Int32, Char, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::draw_circle(Self, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::draw_line(Self, Int32, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::draw_rect(Self, Int32, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::draw_text(Self, Int32, Int32, String, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::edges(Self) -> Self
pub fn Image::emboss(Self) -> Self
pub fn Image::erode(Self) -> Self
pub fn Image::fill_circle(Self, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::fill_rect(Self, Int32, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::flip_horizontal(Self) -> Self
pub fn Image::flip_vertical(Self) -> Self
pub fn Image::flood_fill(Self, Int32, Int32, Byte, Byte, Byte, Byte, Int32) -> Self
pub fn Image::for_each_row(Self, (ImageRow) -> Unit) -> Unit
pub fn Image::for_each_tile(Self, Int32, Int32, (ImageTile) -> Unit) -> Unit
pub fn Image::from_bytes(Int32, Int32, FixedArray[Byte]) -> Self
pub fn Image::gamma(Self, Double) -> Self
pub fn Image::gaussian(Self, Int32) -> Self
pub fn Image::get_pixel(Self, Int32, Int32) -> (Byte, Byte, Byte, Byte)
pub fn Image::grayscale(Self) -> Self
pub fn Image::harris_corners(Self, Double, Int32) -> Array[Corner]
pub fn Image::histogram_equalize(Self) -> Self
pub fn Image::histogram_luma(Self) -> FixedArray[Int32]
pub fn Image::histogram_rgb(Self) -> (FixedArray[Int32], FixedArray[Int32], FixedArray[Int32])
pub fn Image::hog(Self, Int32, Int32, Int32) -> Array[Double]
pub fn Image::hue_rotate(Self, Double) -> Self
pub fn Image::integral_image(Self) -> Integral
pub fn Image::invert(Self) -> Self
pub fn Image::label_components(Self, Int32) -> (Array[Int32], Int32)
pub fn Image::lbp_codes(Self) -> FixedArray[Byte]
pub fn Image::lbp_histogram(Self) -> FixedArray[Int32]
pub fn Image::levels(Self, Int32, Int32, Double) -> Self
pub fn Image::luma_mse(Self, Self) -> Double
pub fn Image::map_rgb(Self, (Int32, Int32, Int32) -> (Int32, Int32, Int32)) -> Self
pub fn Image::median(Self) -> Self
pub fn Image::morph_close(Self) -> Self
pub fn Image::morph_open(Self) -> Self
pub fn Image::mse(Self, Self) -> Double
pub fn Image::new(Int32, Int32) -> Self
pub fn Image::otsu(Self) -> Self
pub fn Image::otsu_threshold(Self) -> Int32
pub fn Image::pad(Self, Int32, Int32, Int32, Int32, Byte, Byte, Byte, Byte) -> Self
pub fn Image::pixel_count(Self) -> Int32
pub fn Image::pixelate(Self, Int32) -> Self
pub fn Image::posterize(Self, Int32) -> Self
pub fn Image::psnr(Self, Self) -> Double
pub fn Image::regionprops(Self, Int32) -> Array[ComponentStats]
pub fn Image::resize_bicubic(Self, Int32, Int32) -> Self
pub fn Image::resize_bilinear(Self, Int32, Int32, alpha_weighted? : Bool) -> Self
pub fn Image::resize_nearest(Self, Int32, Int32) -> Self
pub fn Image::rotate(Self, Double) -> Self
pub fn Image::rotate90(Self) -> Self
pub fn Image::saturate(Self, Double) -> Self
pub fn Image::sauvola(Self, Int32, Double, Int32) -> Self
pub fn Image::scharr(Self) -> Self
pub fn Image::sepia(Self) -> Self
pub fn Image::set_pixel(Self, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn Image::sharpen(Self) -> Self
pub fn Image::skeletonize(Self, Int32, Int32) -> Self
pub fn Image::sobel(Self) -> Self
pub fn Image::ssim(Self, Self) -> Double
pub fn Image::stats(Self) -> Stats
pub fn Image::threshold(Self, Int32) -> Self
pub fn Image::thumbnail(Self, Int32, Int32) -> Self
pub fn Image::translate(Self, Double, Double) -> Self
pub fn Image::unsharp_mask(Self, Int32, Double) -> Self
pub fn Image::vignette(Self, Double) -> Self

pub(all) enum ImageFormat {
  Png
  Gif
  Qoi
  Bmp
  Jpeg
  Webp
  Avif
  Tiff
}
pub fn ImageFormat::name(Self) -> String

pub(all) struct ImageMetadata {
  format : ImageFormat
  width : Int32
  height : Int32
  animated : Bool
}

pub(all) struct ImageRow {
  image : Image
  row_y : Int32
}
pub fn ImageRow::get_pixel(Self, Int32) -> (Byte, Byte, Byte, Byte)
pub fn ImageRow::width(Self) -> Int32
pub fn ImageRow::y(Self) -> Int32

pub(all) struct ImageTile {
  image : Image
  origin_x : Int32
  origin_y : Int32
  tile_width : Int32
  tile_height : Int32
}
pub fn ImageTile::copy(Self) -> Image
pub fn ImageTile::get_pixel(Self, Int32, Int32) -> (Byte, Byte, Byte, Byte)
pub fn ImageTile::height(Self) -> Int32
pub fn ImageTile::set_pixel(Self, Int32, Int32, Byte, Byte, Byte, Byte) -> Unit
pub fn ImageTile::width(Self) -> Int32
pub fn ImageTile::x(Self) -> Int32
pub fn ImageTile::y(Self) -> Int32

pub(all) struct Integral {
  width : Int32
  height : Int32
  sat : Array[Int64]
}
pub fn Integral::rect_sum(Self, Int32, Int32, Int32, Int32, Int32) -> Int64

pub(all) struct Kernel {
  size : Int32
  weights : Array[Double]
  divisor : Double
  bias : Double
}
pub fn Kernel::box_blur() -> Self
pub fn Kernel::edges() -> Self
pub fn Kernel::emboss() -> Self
pub fn Kernel::gaussian_blur() -> Self
pub fn Kernel::new(Int32, Array[Double], Double, Double) -> Self
pub fn Kernel::sharpen() -> Self

pub struct Pipeline {
  operations : Array[Filter]
}
pub fn Pipeline::append(Self, Filter) -> Self
pub fn Pipeline::apply(Self, Image) -> Image
pub fn Pipeline::from_filter(Filter) -> Self
pub fn Pipeline::is_empty(Self) -> Bool
pub fn Pipeline::length(Self) -> Int32
pub fn Pipeline::new() -> Self
pub fn Pipeline::then(Self, Self) -> Self

pub struct Stats {
  min_r : Int32
  max_r : Int32
  mean_r : Int32
  min_g : Int32
  max_g : Int32
  mean_g : Int32
  min_b : Int32
  max_b : Int32
  mean_b : Int32
  luma_min : Int32
  luma_max : Int32
  luma_mean : Int32
}

// Type aliases

// Traits