// Generated by dts-bundle-generator v9.5.1 export type ByteArray = Int8Array | Uint8Array | Uint8ClampedArray; export interface IConfigurationFile { readonly fileName: string; data: string; } export interface IConfigurationFiles { all(): Generator; readonly log: IConfigurationFile; readonly policy: IConfigurationFile; } export declare class ConfigurationFiles implements IConfigurationFiles { private constructor(); static default: IConfigurationFiles; all(): Generator; readonly log: IConfigurationFile; readonly policy: IConfigurationFile; } export declare const MagickFormat: { readonly Unknown: "UNKNOWN"; readonly ThreeFr: "3FR"; readonly ThreeG2: "3G2"; readonly ThreeGp: "3GP"; readonly A: "A"; readonly Aai: "AAI"; readonly Ai: "AI"; readonly APng: "APNG"; readonly Art: "ART"; readonly Arw: "ARW"; readonly Ashlar: "ASHLAR"; readonly Avci: "AVCI"; readonly Avi: "AVI"; readonly Avif: "AVIF"; readonly Avs: "AVS"; readonly B: "B"; readonly Bayer: "BAYER"; readonly Bayera: "BAYERA"; readonly Bgr: "BGR"; readonly Bgra: "BGRA"; readonly Bgro: "BGRO"; readonly Bmp: "BMP"; readonly Bmp2: "BMP2"; readonly Bmp3: "BMP3"; readonly Brf: "BRF"; readonly C: "C"; readonly Cal: "CAL"; readonly Cals: "CALS"; readonly Canvas: "CANVAS"; readonly Caption: "CAPTION"; readonly Cin: "CIN"; readonly Cip: "CIP"; readonly Clip: "CLIP"; readonly Cmyk: "CMYK"; readonly Cmyka: "CMYKA"; readonly Cr2: "CR2"; readonly Cr3: "CR3"; readonly Crw: "CRW"; readonly Cube: "CUBE"; readonly Cur: "CUR"; readonly Cut: "CUT"; readonly Data: "DATA"; readonly Dcm: "DCM"; readonly Dcr: "DCR"; readonly Dcraw: "DCRAW"; readonly Dcx: "DCX"; readonly Dds: "DDS"; readonly Dfont: "DFONT"; readonly Dng: "DNG"; readonly Dpx: "DPX"; readonly Dxt1: "DXT1"; readonly Dxt5: "DXT5"; readonly Epdf: "EPDF"; readonly Epi: "EPI"; readonly Eps: "EPS"; readonly Eps2: "EPS2"; readonly Eps3: "EPS3"; readonly Epsf: "EPSF"; readonly Epsi: "EPSI"; readonly Ept: "EPT"; readonly Ept2: "EPT2"; readonly Ept3: "EPT3"; readonly Erf: "ERF"; readonly Exr: "EXR"; readonly Farbfeld: "FARBFELD"; readonly Fax: "FAX"; readonly Ff: "FF"; readonly Fff: "FFF"; readonly File: "FILE"; readonly Fits: "FITS"; readonly Fl32: "FL32"; readonly Flv: "FLV"; readonly Fractal: "FRACTAL"; readonly Ftp: "FTP"; readonly Fts: "FTS"; readonly Ftxt: "FTXT"; readonly G: "G"; readonly G3: "G3"; readonly G4: "G4"; readonly Gif: "GIF"; readonly Gif87: "GIF87"; readonly Gradient: "GRADIENT"; readonly Gray: "GRAY"; readonly Graya: "GRAYA"; readonly Group4: "GROUP4"; readonly Hald: "HALD"; readonly Hdr: "HDR"; readonly Heic: "HEIC"; readonly Heif: "HEIF"; readonly Histogram: "HISTOGRAM"; readonly Hrz: "HRZ"; readonly Htm: "HTM"; readonly Html: "HTML"; readonly Http: "HTTP"; readonly Https: "HTTPS"; readonly Icb: "ICB"; readonly Ico: "ICO"; readonly Icon: "ICON"; readonly Iiq: "IIQ"; readonly Info: "INFO"; readonly Inline: "INLINE"; readonly Ipl: "IPL"; readonly Isobrl: "ISOBRL"; readonly Isobrl6: "ISOBRL6"; readonly J2c: "J2C"; readonly J2k: "J2K"; readonly Jng: "JNG"; readonly Jnx: "JNX"; readonly Jp2: "JP2"; readonly Jpc: "JPC"; readonly Jpe: "JPE"; readonly Jpeg: "JPEG"; readonly Jpg: "JPG"; readonly Jpm: "JPM"; readonly Jps: "JPS"; readonly Jpt: "JPT"; readonly Json: "JSON"; readonly Jxl: "JXL"; readonly K: "K"; readonly K25: "K25"; readonly Kdc: "KDC"; readonly Label: "LABEL"; readonly M: "M"; readonly M2v: "M2V"; readonly M4v: "M4V"; readonly Mac: "MAC"; readonly Map: "MAP"; readonly Mask: "MASK"; readonly Mat: "MAT"; readonly Matte: "MATTE"; readonly Mdc: "MDC"; readonly Mef: "MEF"; readonly Miff: "MIFF"; readonly Mkv: "MKV"; readonly Mng: "MNG"; readonly Mono: "MONO"; readonly Mov: "MOV"; readonly Mos: "MOS"; readonly Mp4: "MP4"; readonly Mpc: "MPC"; readonly Mpeg: "MPEG"; readonly Mpg: "MPG"; readonly Mpo: "MPO"; readonly Mrw: "MRW"; readonly Msl: "MSL"; readonly Msvg: "MSVG"; readonly Mtv: "MTV"; readonly Mvg: "MVG"; readonly Nef: "NEF"; readonly Nrw: "NRW"; readonly Null: "NULL"; readonly O: "O"; readonly Ora: "ORA"; readonly Orf: "ORF"; readonly Otb: "OTB"; readonly Otf: "OTF"; readonly Pal: "PAL"; readonly Palm: "PALM"; readonly Pam: "PAM"; readonly Pango: "PANGO"; readonly Pattern: "PATTERN"; readonly Pbm: "PBM"; readonly Pcd: "PCD"; readonly Pcds: "PCDS"; readonly Pcl: "PCL"; readonly Pct: "PCT"; readonly Pcx: "PCX"; readonly Pdb: "PDB"; readonly Pdf: "PDF"; readonly Pdfa: "PDFA"; readonly Pef: "PEF"; readonly Pes: "PES"; readonly Pfa: "PFA"; readonly Pfb: "PFB"; readonly Pfm: "PFM"; readonly Pgm: "PGM"; readonly Pgx: "PGX"; readonly Phm: "PHM"; readonly Picon: "PICON"; readonly Pict: "PICT"; readonly Pix: "PIX"; readonly Pjpeg: "PJPEG"; readonly Plasma: "PLASMA"; readonly Png: "PNG"; readonly Png00: "PNG00"; readonly Png24: "PNG24"; readonly Png32: "PNG32"; readonly Png48: "PNG48"; readonly Png64: "PNG64"; readonly Png8: "PNG8"; readonly Pnm: "PNM"; readonly Pocketmod: "POCKETMOD"; readonly Ppm: "PPM"; readonly Ps: "PS"; readonly Ps2: "PS2"; readonly Ps3: "PS3"; readonly Psb: "PSB"; readonly Psd: "PSD"; readonly Ptif: "PTIF"; readonly Pwp: "PWP"; readonly Qoi: "QOI"; readonly R: "R"; readonly RadialGradient: "RADIAL-GRADIENT"; readonly Raf: "RAF"; readonly Ras: "RAS"; readonly Raw: "RAW"; readonly Rgb: "RGB"; readonly Rgb565: "RGB565"; readonly Rgba: "RGBA"; readonly Rgbo: "RGBO"; readonly Rgf: "RGF"; readonly Rla: "RLA"; readonly Rle: "RLE"; readonly Rmf: "RMF"; readonly Rw2: "RW2"; readonly Rwl: "RWL"; readonly Scr: "SCR"; readonly Screenshot: "SCREENSHOT"; readonly Sct: "SCT"; readonly Sfw: "SFW"; readonly Sgi: "SGI"; readonly Shtml: "SHTML"; readonly Six: "SIX"; readonly Sixel: "SIXEL"; readonly SparseColor: "SPARSE-COLOR"; readonly Sr2: "SR2"; readonly Srf: "SRF"; readonly Srw: "SRW"; readonly Stegano: "STEGANO"; readonly Sti: "STI"; readonly StrImg: "STRIMG"; readonly Sun: "SUN"; readonly Svg: "SVG"; readonly Svgz: "SVGZ"; readonly Text: "TEXT"; readonly Tga: "TGA"; readonly Thumbnail: "THUMBNAIL"; readonly Tif: "TIF"; readonly Tiff: "TIFF"; readonly Tiff64: "TIFF64"; readonly Tile: "TILE"; readonly Tim: "TIM"; readonly Tm2: "TM2"; readonly Ttc: "TTC"; readonly Ttf: "TTF"; readonly Txt: "TXT"; readonly Ubrl: "UBRL"; readonly Ubrl6: "UBRL6"; readonly Uil: "UIL"; readonly Uyvy: "UYVY"; readonly Vda: "VDA"; readonly Vicar: "VICAR"; readonly Vid: "VID"; readonly Viff: "VIFF"; readonly Vips: "VIPS"; readonly Vst: "VST"; readonly WebM: "WEBM"; readonly WebP: "WEBP"; readonly Wbmp: "WBMP"; readonly Wmv: "WMV"; readonly Wpg: "WPG"; readonly X3f: "X3F"; readonly Xbm: "XBM"; readonly Xc: "XC"; readonly Xcf: "XCF"; readonly Xpm: "XPM"; readonly Xps: "XPS"; readonly Xv: "XV"; readonly Y: "Y"; readonly Yaml: "YAML"; readonly Ycbcr: "YCBCR"; readonly Ycbcra: "YCBCRA"; readonly Yuv: "YUV"; }; export type MagickFormat = typeof MagickFormat[keyof typeof MagickFormat]; export interface IDefine { readonly format: MagickFormat; readonly name: string; readonly value: string; } export interface IDefines { getDefines(): IDefine[]; } export declare class MagickDefine implements IDefine { constructor(format: MagickFormat, name: string, value: string); readonly format: MagickFormat; readonly name: string; readonly value: string; } export declare abstract class DefinesCreator implements IDefines { protected format: MagickFormat; constructor(format: MagickFormat); abstract getDefines(): IDefine[]; createDefine(name: string, value: boolean): MagickDefine; createDefine(name: string, value: number): MagickDefine; createDefine(name: string, value: string): MagickDefine; protected hasValue(value: unknown): boolean; } export interface IDisposable { dispose(): void; } export declare const Gravity: { readonly Undefined: 0; readonly Forget: 0; readonly Northwest: 1; readonly North: 2; readonly Northeast: 3; readonly West: 4; readonly Center: 5; readonly East: 6; readonly Southwest: 7; readonly South: 8; readonly Southeast: 9; }; export type Gravity = typeof Gravity[keyof typeof Gravity]; export interface IMagickColor { r: number; g: number; b: number; a: number; k: number; isCmyk: boolean; toShortString(): string; toString(): string; } export declare class MagickColor implements IMagickColor { constructor(color?: string); constructor(r: number, g: number, b: number); constructor(r: number, g: number, b: number, a: number); constructor(c: number, m: number, y: number, k: number, a: number); r: number; g: number; b: number; a: number; k: number; isCmyk: boolean; toShortString(): string; toString(): string; private initialize; private toHex; } export declare abstract class NativeInstance { private readonly disposeMethod; private instance; protected onDispose?(): void; dispose(): void; private disposeInstance; } export declare const PaintMethod: { readonly Undefined: 0; readonly Point: 1; readonly Replace: 2; readonly Floodfill: 3; readonly FillToBorder: 4; readonly Reset: 5; }; export type PaintMethod = typeof PaintMethod[keyof typeof PaintMethod]; export declare const TextAlignment: { readonly Undefined: 0; readonly Left: 1; readonly Center: 2; readonly Right: 3; }; export type TextAlignment = typeof TextAlignment[keyof typeof TextAlignment]; export declare const TextDecoration: { readonly Undefined: 0; readonly None: 1; readonly Underline: 2; readonly Overline: 3; readonly LineThrough: 4; }; export type TextDecoration = typeof TextDecoration[keyof typeof TextDecoration]; export interface IDrawingWand extends IDisposable { color(x: number, y: number, paintMethod: number): void; draw(drawables: IDrawable[]): void; fillColor(value: IMagickColor): void; fillOpacity(value: number): void; font(family: string): void; fontPointSize(value: number): void; gravity(value: Gravity): void; line(startX: number, startY: number, endX: number, endY: number): void; point(x: number, y: number): void; rectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number): void; roundRectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number, cornerWidth: number, cornerHeight: number): void; strokeColor(value: IMagickColor): void; strokeWidth(value: number): void; text(x: number, y: number, value: string): void; textAlignment(value: TextAlignment): void; textAntialias(value: boolean): void; textDecoration(value: TextDecoration): void; textInterlineSpacing(value: number): void; textInterwordspacing(value: number): void; textKerning(value: number): void; textUnderColor(value: IMagickColor): void; } export declare class DrawingWand extends NativeInstance implements IDrawingWand { private constructor(); color(x: number, y: number, paintMethod: PaintMethod): void; draw(drawables: IDrawable[]): void; fillColor(value: IMagickColor): void; fillOpacity(value: number): void; font(fileName: string): void; fontPointSize(value: number): void; gravity(value: Gravity): void; line(startX: number, startY: number, endX: number, endY: number): void; point(x: number, y: number): void; rectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number): void; roundRectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number, cornerWidth: number, cornerHeight: number): void; strokeColor(value: IMagickColor): void; strokeWidth(value: number): void; text(x: number, y: number, value: string): void; textAlignment(value: TextAlignment): void; textAntialias(value: boolean): void; textDecoration(value: TextDecoration): void; textInterlineSpacing(value: number): void; textInterwordspacing(value: number): void; textKerning(value: number): void; textUnderColor(value: IMagickColor): void; } export interface IDrawable { draw(wand: IDrawingWand): void; } export declare class DrawableColor implements IDrawable { private readonly _x; private readonly _y; private readonly _paintMethod; constructor(x: number, y: number, paintMethod: PaintMethod); draw(wand: IDrawingWand): void; } export declare class DrawableFillColor implements IDrawable { private readonly _color; constructor(color: IMagickColor); draw(wand: IDrawingWand): void; } export declare class Percentage { private _value; constructor(value: number); multiply(value: number): number; toDouble(): number; toString(): string; } export declare class DrawableFillOpacity implements IDrawable { private readonly _opacity; constructor(opacity: Percentage); draw(wand: IDrawingWand): void; } export declare class DrawableFontPointSize implements IDrawable { private readonly _pointSize; constructor(pointSize: number); draw(wand: IDrawingWand): void; } export declare class DrawableFont implements IDrawable { private readonly _font; constructor(font: string); draw(wand: IDrawingWand): void; } export declare class DrawableGravity implements IDrawable { private readonly _gravity; constructor(gravity: Gravity); draw(wand: IDrawingWand): void; } export declare class DrawableLine implements IDrawable { private readonly _startX; private readonly _startY; private readonly _endX; private readonly _endY; constructor(startX: number, startY: number, endX: number, endY: number); draw(wand: IDrawingWand): void; } export declare class DrawablePoint implements IDrawable { private readonly _x; private readonly _y; constructor(x: number, y: number); draw(wand: IDrawingWand): void; } export declare class DrawableRectangle implements IDrawable { private readonly _upperLeftX; private readonly _upperLeftY; private readonly _lowerRightX; private readonly _lowerRightY; constructor(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number); draw(wand: IDrawingWand): void; } export declare class DrawableRoundRectangle implements IDrawable { private readonly _upperLeftX; private readonly _upperLeftY; private readonly _lowerRightX; private readonly _lowerRightY; private readonly _cornerWidth; private readonly _cornerHeight; constructor(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number, cornerWidth: number, cornerHeight: number); draw(wand: IDrawingWand): void; } export declare class DrawableStrokeColor implements IDrawable { private readonly _color; constructor(color: IMagickColor); draw(wand: IDrawingWand): void; } export declare class DrawableStrokeWidth implements IDrawable { private readonly _width; constructor(width: number); draw(wand: IDrawingWand): void; } export declare class DrawableTextAlignment implements IDrawable { private readonly _alignment; constructor(alignment: TextAlignment); draw(wand: IDrawingWand): void; } export declare class DrawableTextAntialias implements IDrawable { private readonly _isEnabled; private constructor(); static get disabled(): DrawableTextAntialias; static get enabled(): DrawableTextAntialias; draw(wand: IDrawingWand): void; } export declare class DrawableTextDecoration implements IDrawable { private readonly _decoration; constructor(decoration: TextDecoration); draw(wand: IDrawingWand): void; } export declare class DrawableTextInterlineSpacing implements IDrawable { private readonly _spacing; constructor(spacing: number); draw(wand: IDrawingWand): void; } export declare class DrawableTextInterwordSpacing implements IDrawable { private readonly _spacing; constructor(spacing: number); draw(wand: IDrawingWand): void; } export declare class DrawableTextKerning implements IDrawable { private readonly _kerning; constructor(kerning: number); draw(wand: IDrawingWand): void; } export declare class DrawableTextUnderColor implements IDrawable { private readonly _color; constructor(color: IMagickColor); draw(wand: IDrawingWand): void; } export declare class DrawableText implements IDrawable { private readonly _x; private readonly _y; private readonly _value; constructor(x: number, y: number, value: string); draw(wand: IDrawingWand): void; } export declare const AlphaAction: { readonly Undefined: 0; readonly Activate: 1; readonly Associate: 2; readonly Background: 3; readonly Copy: 4; readonly Deactivate: 5; readonly Discrete: 6; readonly Disassociate: 7; readonly Extract: 8; readonly Off: 9; readonly On: 10; readonly Opaque: 11; readonly Remove: 12; readonly Set: 13; readonly Shape: 14; readonly Transparent: 15; readonly OffIfOpaque: 16; }; export type AlphaAction = typeof AlphaAction[keyof typeof AlphaAction]; export declare const Channels: { readonly Undefined: 0; readonly Red: 1; readonly Gray: 1; readonly Cyan: 1; readonly Green: 2; readonly Magenta: 2; readonly Blue: 4; readonly Yellow: 4; readonly Black: 8; readonly Alpha: 16; readonly Opacity: 16; readonly Index: 32; readonly Composite: 31; readonly TrueAlpha: 256; readonly RGB: number; readonly CMYK: number; readonly CMYKA: number; readonly Meta0: number; readonly Meta1: number; readonly Meta2: number; readonly Meta3: number; readonly Meta4: number; readonly Meta5: number; readonly Meta6: number; readonly Meta7: number; readonly Meta8: number; readonly Meta9: number; readonly Meta10: number; readonly Meta11: number; readonly Meta12: number; readonly Meta13: number; readonly Meta14: number; readonly Meta15: number; readonly Meta16: number; readonly Meta17: number; readonly Meta18: number; readonly Meta19: number; readonly Meta20: number; readonly Meta21: number; readonly All: 134217727; }; export type Channels = typeof Channels[keyof typeof Channels]; export declare const ColorSpace: { readonly Undefined: 0; readonly CMY: 1; readonly CMYK: 2; readonly Gray: 3; readonly HCL: 4; readonly HCLp: 5; readonly HSB: 6; readonly HSI: 7; readonly HSL: 8; readonly HSV: 9; readonly HWB: 10; readonly Lab: 11; readonly LCH: 12; readonly LCHab: 13; readonly LCHuv: 14; readonly Log: 15; readonly LMS: 16; readonly Luv: 17; readonly OHTA: 18; readonly Rec601YCbCr: 19; readonly Rec709YCbCr: 20; readonly RGB: 21; readonly scRGB: 22; readonly sRGB: 23; readonly Transparent: 24; readonly XyY: 25; readonly XYZ: 26; readonly YCbCr: 27; readonly YCC: 28; readonly YDbDr: 29; readonly YIQ: 30; readonly YPbPr: 31; readonly YUV: 32; readonly LinearGray: 33; readonly Jzazbz: 34; readonly DisplayP3: 35; readonly Adobe98: 36; readonly ProPhoto: 37; readonly Oklab: 38; readonly Oklch: 39; readonly CAT02LMSC: 40; }; export type ColorSpace = typeof ColorSpace[keyof typeof ColorSpace]; export declare const ComplexOperator: { readonly Undefined: 0; readonly Add: 1; readonly Conjugate: 2; readonly Divide: 3; readonly MagnitudePhase: 4; readonly Multiply: 5; readonly RealImaginary: 6; readonly Subtract: 7; }; export type ComplexOperator = typeof ComplexOperator[keyof typeof ComplexOperator]; export declare class ComplexSettings { constructor(complexOperator: ComplexOperator); readonly complexOperator: ComplexOperator; signalToNoiseRatio?: number; } export declare const EvaluateOperator: { readonly Undefined: 0; readonly Abs: 1; readonly Add: 2; readonly AddModulus: 3; readonly And: 4; readonly Cosine: 5; readonly Divide: 6; readonly Exponential: 7; readonly GaussianNoise: 8; readonly ImpulseNoise: 9; readonly LaplacianNoise: 10; readonly LeftShift: 11; readonly Log: 12; readonly Max: 13; readonly Mean: 14; readonly Median: 15; readonly Min: 16; readonly MultiplicativeNoise: 17; readonly Multiply: 18; readonly Or: 19; readonly PoissonNoise: 20; readonly Pow: 21; readonly RightShift: 22; readonly RootMeanSquare: 23; readonly Set: 24; readonly Sine: 25; readonly Subtract: 26; readonly Sum: 27; readonly ThresholdBlack: 28; readonly Threshold: 29; readonly ThresholdWhite: 30; readonly UniformNoise: 31; readonly Xor: 32; readonly InverseLog: 33; }; export type EvaluateOperator = typeof EvaluateOperator[keyof typeof EvaluateOperator]; export declare class MagickErrorInfo { private constructor(); readonly meanErrorPerPixel: number; readonly normalizedMaximumError: number; readonly normalizedMeanError: number; } export interface IMagickGeometry { readonly aspectRatio: boolean; fillArea: boolean; greater: boolean; height: number; ignoreAspectRatio: boolean; isPercentage: boolean; less: boolean; limitPixels: boolean; width: number; x: number; y: number; } export declare class MagickGeometry implements IMagickGeometry { private readonly _includeXyInToString; private _width; private _height; private _x; private _y; private _aspectRatio; private _fillArea; private _greater; private _isPercentage; private _ignoreAspectRatio; private _less; private _limitPixels; constructor(value: string); constructor(widthAndHeight: number); constructor(width: number, height: number); constructor(x: number, y: number, width: number, height: number); get aspectRatio(): boolean; get fillArea(): boolean; set fillArea(value: boolean); get greater(): boolean; set greater(value: boolean); get height(): number; set height(value: number); get ignoreAspectRatio(): boolean; set ignoreAspectRatio(value: boolean); get isPercentage(): boolean; set isPercentage(value: boolean); get less(): boolean; set less(value: boolean); get limitPixels(): boolean; set limitPixels(value: boolean); get width(): number; set width(value: number); get x(): number; set x(value: number); get y(): number; set y(value: number); toString(): string; private initialize; private initializeFromAspectRation; private parseNumber; private isNumber; private hasFlag; } export declare const ColorType: { readonly Undefined: 0; readonly Bilevel: 1; readonly Grayscale: 2; readonly GrayscaleAlpha: 3; readonly Palette: 4; readonly PaletteAlpha: 5; readonly TrueColor: 6; readonly TrueColorAlpha: 7; readonly ColorSeparation: 8; readonly ColorSeparationAlpha: 9; readonly Optimize: 10; readonly PaletteBilevelAlpha: 11; }; export type ColorType = typeof ColorType[keyof typeof ColorType]; export declare const CompressionMethod: { readonly Undefined: 0; readonly B44A: 1; readonly B44: 2; readonly BZip: 3; readonly DXT1: 4; readonly DXT3: 5; readonly DXT5: 6; readonly Fax: 7; readonly Group4: 8; readonly JBIG1: 9; readonly JBIG2: 10; readonly JPEG2000: 11; readonly JPEG: 12; readonly LosslessJPEG: 13; readonly LZMA: 14; readonly LZW: 15; readonly NoCompression: 16; readonly Piz: 17; readonly Pxr24: 18; readonly RLE: 19; readonly Zip: 20; readonly ZipS: 21; readonly Zstd: 22; readonly WebP: 23; readonly DWAA: 24; readonly DWAB: 25; readonly BC7: 26; readonly BC5: 27; }; export type CompressionMethod = typeof CompressionMethod[keyof typeof CompressionMethod]; export declare const DensityUnit: { readonly Undefined: 0; readonly PixelsPerInch: 1; readonly PixelsPerCentimeter: 2; }; export type DensityUnit = typeof DensityUnit[keyof typeof DensityUnit]; export declare class Density { constructor(xy: number); constructor(xy: number, unit: DensityUnit); constructor(x: number, y: number, units: DensityUnit); readonly x: number; readonly y: number; readonly units: DensityUnit; toString(units?: DensityUnit): string; private static toString; } export declare const Endian: { readonly Undefined: 0; readonly LSB: 1; readonly MSB: 2; }; export type Endian = typeof Endian[keyof typeof Endian]; export declare const Interlace: { readonly Undefined: 0; readonly NoInterlace: 1; readonly Line: 2; readonly Plane: 3; readonly Partition: 4; readonly Gif: 5; readonly Jpeg: 6; readonly Png: 7; }; export type Interlace = typeof Interlace[keyof typeof Interlace]; export declare class MagickSettings { antiAlias?: boolean; backgroundColor?: IMagickColor; colorSpace?: ColorSpace; colorType?: ColorType; compression?: CompressionMethod; debug?: boolean; density?: Density; depth?: number; endian?: Endian; fillColor?: IMagickColor; font?: string; fontPointsize?: number; format?: MagickFormat; interlace?: Interlace; strokeColor?: IMagickColor; strokeWidth?: number; textInterlineSpacing?: number; textKerning?: number; getDefine(name: string): string | null; getDefine(format: MagickFormat, name: string): string | null; setDefine(name: string, value: string): void; setDefine(format: MagickFormat, name: string, value: string): void; setDefine(format: MagickFormat, name: string, value: number): void; setDefine(format: MagickFormat, name: string, value: boolean): void; setDefines(defines: IDefines): void; private parseDefine; } export declare class MagickReadSettings extends MagickSettings { constructor(partialSettings?: Partial); extractArea?: MagickGeometry; frameIndex?: number; frameCount?: number; height?: number; get syncImageWithExifProfile(): boolean; set syncImageWithExifProfile(value: boolean); get syncImageWithTiffProperties(): boolean; set syncImageWithTiffProperties(value: boolean); width?: number; private getSize; } export declare class MontageSettings { backgroundColor?: IMagickColor; borderColor?: IMagickColor; borderWidth?: number; fillColor?: IMagickColor; font?: string; fontPointsize?: number; frameGeometry?: IMagickGeometry; geometry?: IMagickGeometry; gravity?: Gravity; label?: string; shadow?: boolean; strokeColor?: IMagickColor; textureFileName?: string; tileGeometry?: IMagickGeometry; title?: string; transparentColor?: IMagickColor; } export declare const DitherMethod: { readonly Undefined: 0; readonly No: 1; readonly Riemersma: 2; readonly FloydSteinberg: 3; }; export type DitherMethod = typeof DitherMethod[keyof typeof DitherMethod]; export declare class QuantizeSettings { constructor(); colors: number; colorSpace: ColorSpace; ditherMethod?: DitherMethod; measureErrors: boolean; treeDepth: number; } export interface IMagickImageCollection extends Array, IDisposable { appendHorizontally(func: SyncImageCallback): TReturnType; appendHorizontally(func: AsyncImageCallback): Promise; appendVertically(func: SyncImageCallback): TReturnType; appendVertically(func: AsyncImageCallback): Promise; clone(func: (images: IMagickImageCollection) => TReturnType): TReturnType; clone(func: (images: IMagickImageCollection) => Promise): Promise; coalesce(): void; combine(func: SyncImageCallback): TReturnType; combine(func: AsyncImageCallback): Promise; combine(colorSpace: ColorSpace, func: SyncImageCallback): TReturnType; combine(colorSpace: ColorSpace, func: AsyncImageCallback): Promise; complex(settings: ComplexSettings, func: SyncImageCallback): TReturnType; complex(settings: ComplexSettings, func: AsyncImageCallback): Promise; deconstruct(): void; evaluate(evaluateOperator: EvaluateOperator, func: SyncImageCallback): TReturnType; evaluate(evaluateOperator: EvaluateOperator, func: AsyncImageCallback): Promise; flatten(func: SyncImageCallback): TReturnType; flatten(func: AsyncImageCallback): Promise; fx(expression: string, func: SyncImageCallback): TReturnType; fx(expression: string, func: AsyncImageCallback): Promise; fx(expression: string, channels: Channels, func: SyncImageCallback): TReturnType; fx(expression: string, channels: Channels, func: AsyncImageCallback): Promise; merge(func: SyncImageCallback): TReturnType; merge(func: AsyncImageCallback): Promise; montage(settings: MontageSettings, func: SyncImageCallback): TReturnType; montage(settings: MontageSettings, func: AsyncImageCallback): Promise; morph(frames: number): void; mosaic(func: SyncImageCallback): TReturnType; mosaic(func: AsyncImageCallback): Promise; optimize(): void; optimizePlus(): void; optimizeTransparency(): void; ping(fileName: string, settings?: MagickReadSettings): void; ping(array: ByteArray, settings?: MagickReadSettings): void; polynomial(terms: number[], func: SyncImageCallback): TReturnType; polynomial(terms: number[], func: AsyncImageCallback): TReturnType | Promise; quantize(settings?: QuantizeSettings): MagickErrorInfo | null; read(fileName: string, settings?: MagickReadSettings): void; read(array: ByteArray, settings?: MagickReadSettings): void; remap(image: IMagickImage): void; remap(image: IMagickImage, settings: QuantizeSettings): void; resetPage(): void; smushHorizontal(offset: number, func: SyncImageCallback): TReturnType; smushHorizontal(offset: number, func: AsyncImageCallback): Promise; smushVertical(offset: number, func: SyncImageCallback): TReturnType; smushVertical(offset: number, func: AsyncImageCallback): Promise; trimBounds(): void; write(func: (data: Uint8Array) => TReturnType): TReturnType; write(func: (data: Uint8Array) => Promise): Promise; write(format: MagickFormat, func: (data: Uint8Array) => TReturnType): TReturnType; write(format: MagickFormat, func: (data: Uint8Array) => Promise): Promise; } export declare class MagickImageCollection extends Array implements IMagickImageCollection { private constructor(); static create(): IMagickImageCollection; static create(array: ByteArray): IMagickImageCollection; dispose(): void; appendHorizontally(func: SyncImageCallback): TReturnType; appendHorizontally(func: AsyncImageCallback): Promise; appendVertically(func: SyncImageCallback): TReturnType; appendVertically(func: AsyncImageCallback): Promise; clone(func: (images: IMagickImageCollection) => TReturnType): TReturnType; clone(func: (images: IMagickImageCollection) => Promise): Promise; coalesce(): void; combine(func: SyncImageCallback): TReturnType; combine(func: AsyncImageCallback): Promise; combine(colorSpace: ColorSpace, func: SyncImageCallback): TReturnType; combine(colorSpace: ColorSpace, func: AsyncImageCallback): Promise; complex(settings: ComplexSettings, func: SyncImageCallback): TReturnType; complex(settings: ComplexSettings, func: AsyncImageCallback): Promise; deconstruct(): void; evaluate(evaluateOperator: EvaluateOperator, func: SyncImageCallback): TReturnType; evaluate(evaluateOperator: EvaluateOperator, func: AsyncImageCallback): Promise; flatten(func: SyncImageCallback): TReturnType; flatten(func: AsyncImageCallback): Promise; fx(expression: string, func: SyncImageCallback): TReturnType; fx(expression: string, func: AsyncImageCallback): Promise; fx(expression: string, channels: Channels, func: SyncImageCallback): TReturnType; fx(expression: string, channels: Channels, func: AsyncImageCallback): Promise; merge(func: SyncImageCallback): TReturnType; merge(func: AsyncImageCallback): Promise; montage(settings: MontageSettings, func: SyncImageCallback): TReturnType; montage(settings: MontageSettings, func: AsyncImageCallback): Promise; morph(frames: number): void; mosaic(func: SyncImageCallback): TReturnType; mosaic(func: AsyncImageCallback): Promise; optimize(): void; optimizePlus(): void; optimizeTransparency(): void; ping(fileName: string, settings?: MagickReadSettings): void; ping(array: ByteArray, settings?: MagickReadSettings): void; polynomial(terms: number[], func: SyncImageCallback): TReturnType; polynomial(terms: number[], func: AsyncImageCallback): TReturnType; quantize(settingsOrUndefined?: QuantizeSettings): MagickErrorInfo | null; read(fileName: string, settings?: MagickReadSettings): void; read(array: ByteArray, settings?: MagickReadSettings): void; remap(image: IMagickImage): void; remap(image: IMagickImage, settings: QuantizeSettings): void; resetPage(): void; smushHorizontal(offset: number, func: SyncImageCallback): TReturnType; smushHorizontal(offset: number, func: AsyncImageCallback): Promise; smushVertical(offset: number, func: SyncImageCallback): TReturnType; smushVertical(offset: number, func: AsyncImageCallback): Promise; trimBounds(): void; write(func: (data: Uint8Array) => TReturnType): TReturnType; write(format: MagickFormat, func: (data: Uint8Array) => TReturnType): TReturnType; write(func: (data: Uint8Array) => Promise): Promise; write(format: MagickFormat, func: (data: Uint8Array) => Promise): Promise; private addImages; private attachImages; private checkResult; private static createObject; private createImage; private getSettings; private mergeImages; private readOrPing; private replaceImages; private smush; private throwIfEmpty; } export type AsyncImageCallback = (image: IMagickImage) => Promise; export type SyncImageCallback = (image: IMagickImage) => TReturnType; export type ImageCallback = (image: IMagickImage) => TReturnType | Promise; export type AsyncImageCollectionCallback = (images: IMagickImageCollection) => Promise; export type SyncImageCollectionCallback = (images: IMagickImageCollection) => TReturnType; export type ImageCollectionCallback = (images: IMagickImageCollection) => TReturnType | Promise; export declare const AutoThresholdMethod: { readonly Undefined: 0; readonly Kapur: 1; readonly OTSU: 2; readonly Triangle: 3; }; export type AutoThresholdMethod = typeof AutoThresholdMethod[keyof typeof AutoThresholdMethod]; export declare class PrimaryInfo { constructor(x: number, y: number, z: number); readonly x: number; readonly y: number; readonly z: number; } export declare class ChromaticityInfo { constructor(red: PrimaryInfo, green: PrimaryInfo, blue: PrimaryInfo, white: PrimaryInfo); readonly red: PrimaryInfo; readonly green: PrimaryInfo; readonly blue: PrimaryInfo; readonly white: PrimaryInfo; } export declare const ClassType: { readonly Undefined: 0; readonly Direct: 1; readonly Pseudo: 2; }; export type ClassType = typeof ClassType[keyof typeof ClassType]; export interface IImageProfile { readonly name: string; readonly data: Uint8Array; } export declare class ImageProfile implements IImageProfile { constructor(name: string, data: Uint8Array); readonly name: string; readonly data: Uint8Array; } export interface IColorProfile extends IImageProfile { readonly colorSpace: ColorSpace; readonly copyright: string | null; readonly description: string | null; readonly manufacturer: string | null; readonly model: string | null; } export declare class ColorProfile extends ImageProfile implements IColorProfile { private _data?; constructor(data: Uint8Array); get colorSpace(): ColorSpace; get copyright(): string | null; get description(): string | null; get manufacturer(): string | null; get model(): string | null; private initialize; } export declare const ColorTransformMode: { readonly HighRes: 0; readonly Quantum: 1; }; export type ColorTransformMode = typeof ColorTransformMode[keyof typeof ColorTransformMode]; export declare class CompareResult { private constructor(); readonly difference: IMagickImage; readonly distortion: number; } export declare const ErrorMetric: { readonly Undefined: 0; readonly Absolute: 1; readonly Fuzz: 2; readonly MeanAbsolute: 3; readonly MeanErrorPerPixel: 4; readonly MeanSquared: 5; readonly NormalizedCrossCorrelation: 6; readonly PeakAbsolute: 7; readonly PeakSignalToNoiseRatio: 8; readonly PerceptualHash: 9; readonly RootMeanSquared: 10; readonly StructuralSimilarity: 11; readonly StructuralDissimilarity: 12; }; export type ErrorMetric = typeof ErrorMetric[keyof typeof ErrorMetric]; export declare class CompareSettings { constructor(metric: ErrorMetric); readonly metric: ErrorMetric; highlightColor?: IMagickColor; lowlightColor?: IMagickColor; masklightColor?: IMagickColor; } export declare const CompositeOperator: { readonly Undefined: 0; readonly Alpha: 1; readonly Atop: 2; readonly Blend: 3; readonly Blur: 4; readonly Bumpmap: 5; readonly ChangeMask: 6; readonly Clear: 7; readonly ColorBurn: 8; readonly ColorDodge: 9; readonly Colorize: 10; readonly CopyBlack: 11; readonly CopyBlue: 12; readonly Copy: 13; readonly CopyCyan: 14; readonly CopyGreen: 15; readonly CopyMagenta: 16; readonly CopyAlpha: 17; readonly CopyRed: 18; readonly CopyYellow: 19; readonly Darken: 20; readonly DarkenIntensity: 21; readonly Difference: 22; readonly Displace: 23; readonly Dissolve: 24; readonly Distort: 25; readonly DivideDst: 26; readonly DivideSrc: 27; readonly DstAtop: 28; readonly Dst: 29; readonly DstIn: 30; readonly DstOut: 31; readonly DstOver: 32; readonly Exclusion: 33; readonly HardLight: 34; readonly HardMix: 35; readonly Hue: 36; readonly In: 37; readonly Intensity: 38; readonly Lighten: 39; readonly LightenIntensity: 40; readonly LinearBurn: 41; readonly LinearDodge: 42; readonly LinearLight: 43; readonly Luminize: 44; readonly Mathematics: 45; readonly MinusDst: 46; readonly MinusSrc: 47; readonly Modulate: 48; readonly ModulusAdd: 49; readonly ModulusSubtract: 50; readonly Multiply: 51; readonly No: 52; readonly Out: 53; readonly Over: 54; readonly Overlay: 55; readonly PegtopLight: 56; readonly PinLight: 57; readonly Plus: 58; readonly Replace: 59; readonly Saturate: 60; readonly Screen: 61; readonly SoftLight: 62; readonly SrcAtop: 63; readonly Src: 64; readonly SrcIn: 65; readonly SrcOut: 66; readonly SrcOver: 67; readonly Threshold: 68; readonly VividLight: 69; readonly Xor: 70; readonly Stereo: 71; readonly Freeze: 72; readonly Interpolate: 73; readonly Negate: 74; readonly Reflect: 75; readonly SoftBurn: 76; readonly SoftDodge: 77; readonly Stamp: 78; readonly RMSE: 79; readonly SaliencyBlend: 80; readonly SeamlessBlend: 81; }; export type CompositeOperator = typeof CompositeOperator[keyof typeof CompositeOperator]; export declare class Point { constructor(xy: number); constructor(x: number, y: number); readonly x: number; readonly y: number; } export declare class ConnectedComponent { private constructor(); readonly area: number; readonly centroid: Point; readonly color?: IMagickColor; readonly height: number; readonly id: number; readonly width: number; readonly x: number; readonly y: number; toGeometry(): IMagickGeometry; } export declare class Threshold { constructor(minimum: number, maximum?: number); readonly minimum: number; readonly maximum: number; toString(): string; } export type Connectivity = 4 | 8; export declare class ConnectedComponentsSettings { angleThreshold?: Threshold; areaThreshold?: Threshold; circularityThreshold?: Threshold; connectivity: Connectivity; diameterThreshold?: Threshold; eccentricityThreshold?: Threshold; majorAxisThreshold?: Threshold; meanColor?: boolean; minorAxisThreshold?: Threshold; perimeterThreshold?: Threshold; constructor(connectivity: Connectivity); } export declare const DistortMethod: { readonly Undefined: 0; readonly Affine: 1; readonly AffineProjection: 2; readonly ScaleRotateTranslate: 3; readonly Perspective: 4; readonly PerspectiveProjection: 5; readonly BilinearForward: 6; readonly BilinearReverse: 7; readonly Polynomial: 8; readonly Arc: 9; readonly Polar: 10; readonly DePolar: 11; readonly Cylinder2Plane: 12; readonly Plane2Cylinder: 13; readonly Barrel: 14; readonly BarrelInverse: 15; readonly Shepards: 16; readonly Resize: 17; readonly Sentinel: 18; readonly RigidAffine: 19; }; export type DistortMethod = typeof DistortMethod[keyof typeof DistortMethod]; export declare class DistortSettings { constructor(method: DistortMethod); readonly method: DistortMethod; bestFit: boolean; scale?: number; viewport?: IMagickGeometry; } export declare const FilterType: { readonly Undefined: 0; readonly Point: 1; readonly Box: 2; readonly Triangle: 3; readonly Hermite: 4; readonly Hann: 5; readonly Hamming: 6; readonly Blackman: 7; readonly Gaussian: 8; readonly Quadratic: 9; readonly Cubic: 10; readonly Catrom: 11; readonly Mitchell: 12; readonly Jinc: 13; readonly Sinc: 14; readonly SincFast: 15; readonly Kaiser: 16; readonly Welch: 17; readonly Parzen: 18; readonly Bohman: 19; readonly Bartlett: 20; readonly Lagrange: 21; readonly Lanczos: 22; readonly LanczosSharp: 23; readonly Lanczos2: 24; readonly Lanczos2Sharp: 25; readonly Robidoux: 26; readonly RobidouxSharp: 27; readonly Cosine: 28; readonly Spline: 29; readonly LanczosRadius: 30; readonly CubicSpline: 31; }; export type FilterType = typeof FilterType[keyof typeof FilterType]; export declare const GifDisposeMethod: { readonly Undefined: 0; readonly None: 1; readonly Background: 2; readonly Previous: 3; }; export type GifDisposeMethod = typeof GifDisposeMethod[keyof typeof GifDisposeMethod]; export declare const Kernel: { readonly Undefined: "Undefined"; readonly Unity: "Unity"; readonly Gaussian: "Gaussian"; readonly DoG: "DoG"; readonly LoG: "LoG"; readonly Blur: "Blur"; readonly Comet: "Comet"; readonly Binomial: "Binomial"; readonly Laplacian: "Laplacian"; readonly Sobel: "Sobel"; readonly FreiChen: "FreiChen"; readonly Roberts: "Roberts"; readonly Prewitt: "Prewitt"; readonly Compass: "Compass"; readonly Kirsch: "Kirsch"; readonly Diamond: "Diamond"; readonly Square: "Square"; readonly Rectangle: "Rectangle"; readonly Octagon: "Octagon"; readonly Disk: "Disk"; readonly Plus: "Plus"; readonly Cross: "Cross"; readonly Ring: "Ring"; readonly Peaks: "Peaks"; readonly Edges: "Edges"; readonly Corners: "Corners"; readonly Diagonals: "Diagonals"; readonly LineEnds: "LineEnds"; readonly LineJunctions: "LineJunctions"; readonly Ridges: "Ridges"; readonly ConvexHull: "ConvexHull"; readonly ThinSE: "ThinSE"; readonly Skeleton: "Skeleton"; readonly Chebyshev: "Chebyshev"; readonly Manhattan: "Manhattan"; readonly Octagonal: "Octagonal"; readonly Euclidean: "Euclidean"; readonly UserDefined: "UserDefined"; }; export type Kernel = typeof Kernel[keyof typeof Kernel]; export declare const MorphologyMethod: { readonly Undefined: 0; readonly Convolve: 1; readonly Correlate: 2; readonly Erode: 3; readonly Dilate: 4; readonly ErodeIntensity: 5; readonly DilateIntensity: 6; readonly IterativeDistance: 7; readonly Open: 8; readonly Close: 9; readonly OpenIntensity: 10; readonly CloseIntensity: 11; readonly Smooth: 12; readonly EdgeIn: 13; readonly EdgeOut: 14; readonly Edge: 15; readonly TopHat: 16; readonly BottomHat: 17; readonly HitAndMiss: 18; readonly Thinning: 19; readonly Thicken: 20; readonly Distance: 21; readonly Voronoi: 22; }; export type MorphologyMethod = typeof MorphologyMethod[keyof typeof MorphologyMethod]; export declare class MorphologySettings { constructor(method: MorphologyMethod, kernel: Kernel | string, args?: string); channels: Channels; convolveBias: Percentage | undefined; convolveScale: IMagickGeometry | undefined; iterations: number; readonly kernel: string; readonly method: MorphologyMethod; } export declare const Orientation: { readonly Undefined: 0; readonly TopLeft: 1; readonly TopRight: 2; readonly BottomRight: 3; readonly BottomLeft: 4; readonly LeftTop: 5; readonly RightTop: 6; readonly RightBottom: 7; readonly LeftBottom: 8; }; export type Orientation = typeof Orientation[keyof typeof Orientation]; export declare const NoiseType: { readonly Undefined: 0; readonly Uniform: 1; readonly Gaussian: 2; readonly MultiplicativeGaussian: 3; readonly Impulse: 4; readonly Laplacian: 5; readonly Poisson: 6; readonly Random: 7; }; export type NoiseType = typeof NoiseType[keyof typeof NoiseType]; export declare const PixelChannel: { readonly Red: 0; readonly Cyan: 0; readonly Gray: 0; readonly Green: 1; readonly Magenta: 1; readonly Blue: 2; readonly Yellow: 2; readonly Black: 3; readonly Alpha: 4; readonly Index: 5; readonly Meta0: 10; readonly Meta1: 11; readonly Meta2: 12; readonly Meta3: 13; readonly Meta4: 14; readonly Meta5: 15; readonly Meta6: 16; readonly Meta7: 17; readonly Meta8: 18; readonly Meta9: 19; readonly Meta10: 20; readonly Meta11: 21; readonly Meta12: 22; readonly Meta13: 23; readonly Meta14: 24; readonly Meta15: 25; readonly Meta16: 26; readonly Meta17: 27; readonly Meta18: 28; readonly Meta19: 29; readonly Meta20: 30; readonly Meta21: 31; readonly Meta22: 32; readonly Meta23: 33; readonly Meta24: 34; readonly Meta25: 35; readonly Meta26: 36; readonly Meta27: 37; readonly Meta28: 38; readonly Meta29: 39; readonly Meta30: 40; readonly Meta31: 41; readonly Meta32: 42; readonly Meta33: 43; readonly Meta34: 44; readonly Meta35: 45; readonly Meta36: 46; readonly Meta37: 47; readonly Meta38: 48; readonly Meta39: 49; readonly Meta40: 50; readonly Meta41: 51; readonly Meta42: 52; readonly Meta43: 53; readonly Meta44: 54; readonly Meta45: 55; readonly Meta46: 56; readonly Meta47: 57; readonly Meta48: 58; readonly Meta49: 59; readonly Meta50: 60; readonly Meta51: 61; readonly Meta52: 62; readonly Composite: 64; }; export type PixelChannel = typeof PixelChannel[keyof typeof PixelChannel]; export interface IChannelPerceptualHash { readonly channel: PixelChannel; huPhash(colorSpace: ColorSpace, channelIndex: number): number; sumSquaredDistance(other: IChannelPerceptualHash): number; toString(): string; } export declare class ChannelPerceptualHash implements IChannelPerceptualHash { private readonly _huPhashes; private _hash; channel: PixelChannel; constructor(channel: PixelChannel, colorSpaces: ReadonlyArray, instance: number); huPhash(colorSpace: ColorSpace, index: number): number; sumSquaredDistance(other: IChannelPerceptualHash): number; toString(): string; private parseHash; private static powerOfTen; private setHash; } export interface IPerceptualHash { getChannel(channel: number): IChannelPerceptualHash | null; sumSquaredDistance(other: IPerceptualHash): number; toString(): string; } export type quantumArray = Uint8Array; export interface IPixelCollection extends IDisposable { getArea(x: number, y: number, width: number, height: number): quantumArray; getPixel(x: number, y: number): quantumArray; setArea(x: number, y: number, width: number, height: number, quantumPixels: quantumArray): void; setArea(x: number, y: number, width: number, height: number, numberPixels: number[]): void; setPixel(x: number, y: number, quantumPixels: quantumArray): void; setPixel(x: number, y: number, numberPixels: number[]): void; toByteArray(x: number, y: number, width: number, height: number, mapping: string): Uint8Array | null; } export declare class PixelCollection extends NativeInstance implements IPixelCollection { private readonly image; private constructor(); getArea(x: number, y: number, width: number, height: number): quantumArray; getPixel(x: number, y: number): quantumArray; setArea(x: number, y: number, width: number, height: number, quantumPixels: quantumArray): void; setArea(x: number, y: number, width: number, height: number, numberPixels: number[]): void; setPixel(x: number, y: number, quantumPixels: quantumArray): void; setPixel(x: number, y: number, numberPixels: number[]): void; toByteArray(x: number, y: number, width: number, height: number, mapping: string): Uint8Array | null; private use; } export declare const PixelIntensityMethod: { readonly Undefined: 0; readonly Average: 1; readonly Brightness: 2; readonly Lightness: 3; readonly MS: 4; readonly Rec601Luma: 5; readonly Rec601Luminance: 6; readonly Rec709Luma: 7; readonly Rec709Luminance: 8; readonly RMS: 9; }; export type PixelIntensityMethod = typeof PixelIntensityMethod[keyof typeof PixelIntensityMethod]; export declare const PixelInterpolateMethod: { readonly Undefined: 0; readonly Average: 1; readonly Average9: 2; readonly Average16: 3; readonly Background: 4; readonly Bilinear: 5; readonly Blend: 6; readonly Catrom: 7; readonly Integer: 8; readonly Mesh: 9; readonly Nearest: 10; readonly Spline: 11; }; export type PixelInterpolateMethod = typeof PixelInterpolateMethod[keyof typeof PixelInterpolateMethod]; declare class ProgressEvent$1 { readonly origin: string | null; readonly progress: Percentage; cancel: boolean; } export declare const RenderingIntent: { readonly Undefined: 0; readonly Saturation: 1; readonly Perceptual: 2; readonly Absolute: 3; readonly Relative: 4; }; export type RenderingIntent = typeof RenderingIntent[keyof typeof RenderingIntent]; export interface IChannelStatistics { readonly channel: PixelChannel; readonly depth: number; readonly entropy: number; readonly kurtosis: number; readonly maximum: number; readonly mean: number; readonly minimum: number; readonly skewness: number; readonly standardDeviation: number; } export interface IStatistics { readonly channels: ReadonlyArray; composite(): IChannelStatistics; getChannel(channel: PixelChannel): IChannelStatistics | null; } export declare const VirtualPixelMethod: { readonly Undefined: 0; readonly Background: 1; readonly Dither: 2; readonly Edge: 3; readonly Mirror: 4; readonly Random: 5; readonly Tile: 6; readonly Transparent: 7; readonly Mask: 8; readonly Black: 9; readonly Gray: 10; readonly White: 11; readonly HorizontalTile: 12; readonly VerticalTile: 13; readonly HorizontalTileEdge: 14; readonly VerticalTileEdge: 15; readonly CheckerTile: 16; }; export type VirtualPixelMethod = typeof VirtualPixelMethod[keyof typeof VirtualPixelMethod]; export declare const MagickErrorSeverity: { readonly Warning: 300; readonly ResourceLimitWarning: 300; readonly TypeWarning: 305; readonly OptionWarning: 310; readonly DelegateWarning: 315; readonly MissingDelegateWarning: 320; readonly CorruptImageWarning: 325; readonly FileOpenWarning: 330; readonly BlobWarning: 335; readonly StreamWarning: 340; readonly CacheWarning: 345; readonly CoderWarning: 350; readonly FilterWarning: 352; readonly ModuleWarning: 355; readonly DrawWarning: 360; readonly ImageWarning: 365; readonly WandWarning: 370; readonly RandomWarning: 375; readonly XServerWarning: 380; readonly MonitorWarning: 385; readonly RegistryWarning: 390; readonly ConfigureWarning: 395; readonly PolicyWarning: 399; readonly Error: 400; readonly ResourceLimitError: 400; readonly TypeError: 405; readonly OptionError: 410; readonly DelegateError: 415; readonly MissingDelegateError: 420; readonly CorruptImageError: 425; readonly FileOpenError: 430; readonly BlobError: 435; readonly StreamError: 440; readonly CacheError: 445; readonly CoderError: 450; readonly FilterError: 452; readonly ModuleError: 455; readonly DrawError: 460; readonly ImageError: 465; readonly WandError: 470; readonly RandomError: 475; readonly XServerError: 480; readonly MonitorError: 485; readonly RegistryError: 490; readonly ConfigureError: 495; readonly PolicyError: 499; }; export type MagickErrorSeverity = typeof MagickErrorSeverity[keyof typeof MagickErrorSeverity]; export declare class MagickError extends Error { private _relatedErrors; readonly severity: MagickErrorSeverity; get relatedErrors(): ReadonlyArray; } export declare class WarningEvent { readonly error: MagickError; } export interface IMagickImage extends IDisposable { animationDelay: number; animationIterations: number; animationTicksPerSecond: number; readonly artifactNames: ReadonlyArray; readonly attributeNames: ReadonlyArray; backgroundColor: IMagickColor; readonly baseHeight: number; readonly baseWidth: number; blackPointCompensation: boolean; borderColor: IMagickColor; boundingBox: IMagickGeometry | null; readonly channelCount: number; readonly channels: ReadonlyArray; chromaticity: ChromaticityInfo; classType: ClassType; colorFuzz: Percentage; colormapSize: number; colorSpace: ColorSpace; colorType: ColorType; comment: string | null; compose: CompositeOperator; readonly compression: CompressionMethod; density: Density; depth: number; endian: Endian; readonly fileName: string | null; filterType: FilterType; format: MagickFormat; gamma: number; gifDisposeMethod: GifDisposeMethod; hasAlpha: boolean; readonly height: number; readonly interlace: Interlace; interpolate: PixelInterpolateMethod; readonly isOpaque: boolean; label: string | null; matteColor: IMagickColor; metaChannelCount: number; orientation: Orientation; onProgress?: (event: ProgressEvent$1) => void; onWarning?: (event: WarningEvent) => void; page: IMagickGeometry; readonly profileNames: ReadonlyArray; quality: number; renderingIntent: RenderingIntent; readonly settings: MagickSettings; readonly signature: string | null; readonly totalColors: number; virtualPixelMethod: VirtualPixelMethod; width: number; adaptiveBlur(): void; adaptiveBlur(radius: number): void; adaptiveBlur(radius: number, sigma: number): void; adaptiveResize(geometry: IMagickGeometry): void; adaptiveResize(width: number, height: number): void; adaptiveSharpen(): void; adaptiveSharpen(channels: Channels): void; adaptiveSharpen(radius: number, sigma: number): void; adaptiveSharpen(radius: number, sigma: number, channels: Channels): void; adaptiveThreshold(width: number, height: number): void; adaptiveThreshold(width: number, height: number, channels: Channels): void; adaptiveThreshold(width: number, height: number, bias: Percentage): void; adaptiveThreshold(width: number, height: number, bias: Percentage, channels: Channels): void; addNoise(noiseType: NoiseType): void; addNoise(noiseType: NoiseType, channels: Channels): void; addNoise(noiseType: NoiseType, attenuate: number): void; addNoise(noiseType: NoiseType, attenuate: number, channels: Channels): void; alpha(value: AlphaAction): void; annotate(text: string, boundingArea: MagickGeometry): void; annotate(text: string, boundingArea: MagickGeometry, gravity: Gravity): void; annotate(text: string, boundingArea: MagickGeometry, gravity: Gravity, angle: number): void; annotate(text: string, gravity: Gravity): void; annotate(text: string, gravity: Gravity, angle: number): void; autoGamma(): void; autoGamma(channels: Channels): void; autoLevel(): void; autoLevel(channels: Channels): void; autoOrient(): void; autoThreshold(method: AutoThresholdMethod): void; bilateralBlur(width: number, height: number): void; bilateralBlur(width: number, height: number, intensitySigma: number, spatialSigma: number): void; blackThreshold(threshold: Percentage): void; blackThreshold(threshold: Percentage, channels: Channels): void; blueShift(): void; blueShift(factor: number): void; blur(): void; blur(channels: Channels): void; blur(radius: number, sigma: number): void; blur(radius: number, sigma: number, channels: Channels): void; border(size: number): void; border(width: number, height: number): void; brightnessContrast(brightness: Percentage, contrast: Percentage): void; brightnessContrast(brightness: Percentage, contrast: Percentage, channels: Channels): void; cannyEdge(): void; cannyEdge(radius: number, sigma: number, lower: Percentage, upper: Percentage): void; charcoal(): void; charcoal(radius: number, sigma: number): void; chop(geometry: MagickGeometry): void; clahe(xTiles: number, yTiles: number, numberBins: number, clipLimit: number): void; clahe(xTiles: Percentage, yTiles: Percentage, numberBins: number, clipLimit: number): void; clone(func: SyncImageCallback): TReturnType; clone(func: AsyncImageCallback): Promise; colorAlpha(color: IMagickColor): void; compare(image: IMagickImage, metric: ErrorMetric): number; compare(image: IMagickImage, settings: CompareSettings, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, settings: CompareSettings, func: (compareResult: CompareResult) => Promise): Promise; compare(image: IMagickImage, settings: CompareSettings, channels: Channels, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, settings: CompareSettings, channels: Channels, func: (compareResult: CompareResult) => Promise): Promise; compare(image: IMagickImage, metric: ErrorMetric, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, metric: ErrorMetric, func: (compareResult: CompareResult) => Promise): Promise; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels): number; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels, func: (compareResult: CompareResult) => Promise): Promise; composite(image: IMagickImage): void; composite(image: IMagickImage, compose: CompositeOperator): void; composite(image: IMagickImage, compose: CompositeOperator, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, args: string): void; composite(image: IMagickImage, compose: CompositeOperator, args: string, channels: Channels): void; composite(image: IMagickImage, point: Point): void; composite(image: IMagickImage, point: Point, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, args: string): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, args: string, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, args: string): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, args: string, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, point: Point): void; compositeGravity(image: IMagickImage, gravity: Gravity, point: Point, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, args: string): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, args: string, channels: Channels): void; connectedComponents(connectivity: Connectivity): ConnectedComponent[]; connectedComponents(settings: ConnectedComponentsSettings): ConnectedComponent[]; contrast(): void; contrastStretch(blackPoint: Percentage): void; contrastStretch(blackPoint: Percentage, channels: Channels): void; contrastStretch(blackPoint: Percentage, whitePoint: Percentage): void; contrastStretch(blackPoint: Percentage, whitePoint: Percentage, channels: Channels): void; crop(geometry: IMagickGeometry): void; crop(geometry: IMagickGeometry, gravity: Gravity): void; crop(width: number, height: number): void; crop(width: number, height: number, gravity: Gravity): void; cropToTiles(geometry: IMagickGeometry, func: (images: IMagickImageCollection) => TReturnType): TReturnType; cropToTiles(geometry: IMagickGeometry, func: (images: IMagickImageCollection) => Promise): Promise; cropToTiles(width: number, height: number, func: (images: IMagickImageCollection) => TReturnType): TReturnType; cropToTiles(width: number, height: number, func: (images: IMagickImageCollection) => Promise): Promise; deskew(threshold: Percentage): number; deskew(threshold: Percentage, autoCrop: boolean): number; distort(method: DistortMethod, params: number[]): void; distort(settings: DistortSettings, params: number[]): void; draw(drawables: IDrawable[]): void; draw(...drawables: IDrawable[]): void; evaluate(channels: Channels, operator: EvaluateOperator, value: number): void; evaluate(channels: Channels, operator: EvaluateOperator, value: Percentage): void; evaluate(channels: Channels, geometry: IMagickGeometry, operator: EvaluateOperator, value: number): void; evaluate(channels: Channels, geometry: IMagickGeometry, operator: EvaluateOperator, value: Percentage): void; extent(width: number, height: number): void; extent(width: number, height: number, gravity: Gravity): void; extent(width: number, height: number, backgroundColor: IMagickColor): void; extent(geometry: IMagickGeometry): void; extent(geometry: IMagickGeometry, gravity: Gravity): void; extent(geometry: IMagickGeometry, gravity: Gravity, backgroundColor: IMagickColor): void; extent(geometry: IMagickGeometry, backgroundColor: IMagickColor): void; flip(): void; flop(): void; formatExpression(expression: string): string | null; gammaCorrect(gamma: number): void; gammaCorrect(gamma: number, channels: Channels): void; gaussianBlur(radius: number): void; gaussianBlur(radius: number, sigma: number): void; gaussianBlur(radius: number, sigma: number, channels: Channels): void; getArtifact(name: string): string | null; getAttribute(name: string): string | null; getColorProfile(): IColorProfile | null; getPixels(func: (pixels: IPixelCollection) => TReturnType): TReturnType; getPixels(func: (pixels: IPixelCollection) => Promise): Promise; getProfile(name: string): IImageProfile | null; getWriteMask(func: (mask: IMagickImage | null) => TReturnType): TReturnType; getWriteMask(func: (mask: IMagickImage | null) => Promise): Promise; grayscale(): void; grayscale(method: PixelIntensityMethod): void; hasProfile(name: string): boolean; histogram(): Map; inverseContrast(): void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage): void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage, gamma: number): void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage, gamma: number, channels: Channels): void; inverseOpaque(target: IMagickColor, fill: IMagickColor): void; inverseSigmoidalContrast(contrast: number): void; inverseSigmoidalContrast(contrast: number, midpoint: Percentage): void; inverseSigmoidalContrast(contrast: number, midpoint: number): void; inverseSigmoidalContrast(contrast: number, midpoint: number, channels: Channels): void; inverseTransparent(color: IMagickColor): void; level(blackPoint: Percentage, whitePoint: Percentage): void; level(blackPoint: Percentage, whitePoint: Percentage, gamma: number): void; level(blackPoint: Percentage, whitePoint: Percentage, gamma: number, channels: Channels): void; linearStretch(blackPoint: Percentage, whitePoint: Percentage): void; liquidRescale(geometry: IMagickGeometry): void; liquidRescale(width: number, height: number): void; modulate(brightness: Percentage): void; modulate(brightness: Percentage, saturation: Percentage): void; modulate(brightness: Percentage, saturation: Percentage, hue: Percentage): void; morphology(settings: MorphologySettings): void; motionBlur(radius: number, sigma: number, angle: number): void; negate(): void; negate(channels: Channels): void; negateGrayScale(): void; negateGrayScale(channels: Channels): void; normalize(): void; oilPaint(): void; oilPaint(radius: number): void; opaque(target: IMagickColor, fill: IMagickColor): void; perceptualHash(): IPerceptualHash; perceptualHash(colorSpaces: ReadonlyArray): IPerceptualHash; ping(fileName: string, settings?: MagickReadSettings): void; ping(array: ByteArray, settings?: MagickReadSettings): void; quantize(settings?: QuantizeSettings): MagickErrorInfo | null; read(color: IMagickColor, width: number, height: number): void; read(fileName: string, settings?: MagickReadSettings): void; read(array: ByteArray, settings?: MagickReadSettings): void; readFromCanvas(canvas: HTMLCanvasElement, settings?: CanvasRenderingContext2DSettings): void; removeArtifact(name: string): void; removeAttribute(name: string): void; removeProfile(profile: IImageProfile): void; removeProfile(name: string): void; removeWriteMask(): void; resetPage(): void; resize(geometry: IMagickGeometry): void; resize(width: number, height: number): void; rotate(degrees: number): void; separate(func: (images: IMagickImageCollection) => TReturnType): TReturnType; separate(func: (images: IMagickImageCollection) => Promise): Promise; separate(channels: Channels, func: (images: IMagickImageCollection) => TReturnType): TReturnType; separate(channels: Channels, func: (images: IMagickImageCollection) => Promise): Promise; sepiaTone(): void; sepiaTone(threshold: number): void; sepiaTone(threshold: Percentage): void; setArtifact(name: string, value: boolean | IMagickColor | number | string): void; setAttribute(name: string, value: string): void; setProfile(profile: IImageProfile): void; setProfile(name: string, data: ByteArray): void; setWriteMask(image: IMagickImage): void; sharpen(): void; sharpen(radius: number, sigma: number): void; sharpen(radius: number, sigma: number, channels: Channels): void; shave(leftRight: number, topBottom: number): void; sigmoidalContrast(contrast: number): void; sigmoidalContrast(contrast: number, midpoint: Percentage): void; sigmoidalContrast(contrast: number, midpoint: number): void; sigmoidalContrast(contrast: number, midpoint: number, channels: Channels): void; solarize(): void; solarize(factor: number): void; solarize(factor: Percentage): void; splice(geometry: IMagickGeometry): void; statistics(): IStatistics; statistics(channels: Channels): IStatistics; strip(): void; transformColorSpace(target: IColorProfile): boolean; transformColorSpace(target: IColorProfile, mode: ColorTransformMode): boolean; transformColorSpace(source: IColorProfile, target: IColorProfile): boolean; transformColorSpace(source: IColorProfile, target: IColorProfile, mode: ColorTransformMode): boolean; threshold(percentage: Percentage): void; threshold(percentage: Percentage, channels: Channels): void; thumbnail(width: number, height: number): void; thumbnail(geometry: IMagickGeometry): void; toString(): string; transparent(color: IMagickColor): void; trim(): void; trim(...edges: Gravity[]): void; trim(percentage: Percentage): void; vignette(): void; vignette(radius: number, sigma: number, x: number, y: number): void; wave(): void; wave(method: PixelInterpolateMethod, amplitude: number, length: number): void; whiteThreshold(threshold: Percentage): void; whiteThreshold(threshold: Percentage, channels: Channels): void; write(func: (data: Uint8Array) => TReturnType): TReturnType; write(func: (data: Uint8Array) => Promise): Promise; write(format: MagickFormat, func: (data: Uint8Array) => TReturnType): TReturnType; write(format: MagickFormat, func: (data: Uint8Array) => Promise): Promise; writeToCanvas(canvas: HTMLCanvasElement, settings?: CanvasRenderingContext2DSettings): void; } export declare class MagickImage extends NativeInstance implements IMagickImage { private readonly _settings; private _progress?; private _warning?; private constructor(); get animationDelay(): number; set animationDelay(value: number); get animationIterations(): number; set animationIterations(value: number); get animationTicksPerSecond(): number; set animationTicksPerSecond(value: number); get artifactNames(): ReadonlyArray; get attributeNames(): ReadonlyArray; get backgroundColor(): IMagickColor; set backgroundColor(value: IMagickColor); get baseHeight(): number; get baseWidth(): number; get blackPointCompensation(): boolean; set blackPointCompensation(value: boolean); get borderColor(): IMagickColor; set borderColor(value: IMagickColor); get boundingBox(): IMagickGeometry | null; get channelCount(): number; get channels(): ReadonlyArray; get chromaticity(): ChromaticityInfo; set chromaticity(value: ChromaticityInfo); get classType(): ClassType; set classType(value: ClassType); get colorFuzz(): Percentage; set colorFuzz(value: Percentage); get colormapSize(): number; set colormapSize(value: number); get colorSpace(): ColorSpace; set colorSpace(value: ColorSpace); get colorType(): ColorType; set colorType(value: ColorType); get comment(): string | null; set comment(value: string | null); get compose(): CompositeOperator; set compose(value: CompositeOperator); get compression(): CompressionMethod; get density(): Density; set density(value: Density); get depth(): number; set depth(value: number); get endian(): Endian; set endian(value: Endian); get fileName(): string | null; get filterType(): FilterType; set filterType(value: FilterType); get format(): MagickFormat; set format(value: MagickFormat); get gamma(): number; get gifDisposeMethod(): GifDisposeMethod; set gifDisposeMethod(value: GifDisposeMethod); get hasAlpha(): boolean; set hasAlpha(value: boolean); get height(): number; get interlace(): Interlace; get isOpaque(): boolean; get interpolate(): PixelInterpolateMethod; set interpolate(value: PixelInterpolateMethod); get label(): string | null; set label(value: string | null); get matteColor(): IMagickColor; set matteColor(value: IMagickColor); get metaChannelCount(): number; set metaChannelCount(value: number); get orientation(): Orientation; set orientation(value: Orientation); get onProgress(): ((event: ProgressEvent$1) => number) | undefined; set onProgress(value: ((event: ProgressEvent$1) => number) | undefined); get onWarning(): ((event: WarningEvent) => number) | undefined; set onWarning(value: ((event: WarningEvent) => number) | undefined); get page(): IMagickGeometry; set page(value: IMagickGeometry); get profileNames(): ReadonlyArray; get quality(): number; set quality(value: number); get renderingIntent(): RenderingIntent; set renderingIntent(value: RenderingIntent); get settings(): MagickSettings; get signature(): string | null; get totalColors(): number; get virtualPixelMethod(): VirtualPixelMethod; set virtualPixelMethod(value: VirtualPixelMethod); get width(): number; adaptiveBlur(): void; adaptiveBlur(radius: number): void; adaptiveBlur(radius: number, sigma: number): void; adaptiveResize(geometry: IMagickGeometry): void; adaptiveResize(width: number, height: number): void; adaptiveSharpen(): void; adaptiveSharpen(channels: Channels): void; adaptiveSharpen(radius: number, sigma: number): void; adaptiveSharpen(radius: number, sigma: number, channels: Channels): void; adaptiveThreshold(width: number, height: number): void; adaptiveThreshold(width: number, height: number, channels: Channels): void; adaptiveThreshold(width: number, height: number, bias: Percentage): void; adaptiveThreshold(width: number, height: number, bias: Percentage, channels: Channels): void; addNoise(noiseType: NoiseType): void; addNoise(noiseType: NoiseType, channels: Channels): void; addNoise(noiseType: NoiseType, attenuate: number): void; addNoise(noiseType: NoiseType, attenuate: number, channels: Channels): void; alpha(value: AlphaAction): void; annotate(text: string, boundingArea: MagickGeometry): void; annotate(text: string, boundingArea: MagickGeometry, gravity: Gravity): void; annotate(text: string, boundingArea: MagickGeometry, gravity: Gravity, angle: number): void; annotate(text: string, gravity: Gravity): void; annotate(text: string, gravity: Gravity, angle: number): void; autoGamma(): void; autoLevel(): void; autoOrient(): void; autoThreshold(method: AutoThresholdMethod): void; bilateralBlur(width: number, height: number): void; bilateralBlur(width: number, height: number, intensitySigma: number, spatialSigma: number): void; blackThreshold(threshold: Percentage): void; blackThreshold(threshold: Percentage, channels: Channels): void; blueShift(): void; blueShift(factor: number): void; blur(): void; blur(channels: Channels): void; blur(radius: number, sigma: number): void; blur(radius: number, sigma: number, channels: Channels): void; border(size: number): void; border(width: number, height: number): void; brightnessContrast(brightness: Percentage, contrast: Percentage): void; brightnessContrast(brightness: Percentage, contrast: Percentage, channels: Channels): void; cannyEdge(): void; cannyEdge(radius: number, sigma: number, lower: Percentage, upper: Percentage): void; charcoal(): void; charcoal(radius: number, sigma: number): void; chop(geometry: MagickGeometry): void; clahe(xTiles: number, yTiles: number, numberBins: number, clipLimit: number): void; clahe(xTiles: Percentage, yTiles: Percentage, numberBins: number, clipLimit: number): void; clone(func: SyncImageCallback): TReturnType; clone(func: AsyncImageCallback): Promise; colorAlpha(color: IMagickColor): void; compare(image: IMagickImage, metric: ErrorMetric): number; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels): number; compare(image: IMagickImage, settings: CompareSettings, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, settings: CompareSettings, func: (compareResult: CompareResult) => Promise): Promise; compare(image: IMagickImage, settings: CompareSettings, channels: Channels, func: (compareResult: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, settings: CompareSettings, channels: Channels, func: (compareResult: CompareResult) => Promise): Promise; compare(image: IMagickImage, metric: ErrorMetric, func: (image: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, metric: ErrorMetric, func: (image: CompareResult) => Promise): Promise; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels, func: (result: CompareResult) => TReturnType): TReturnType; compare(image: IMagickImage, metric: ErrorMetric, channels: Channels, func: (result: CompareResult) => Promise): Promise; composite(image: IMagickImage): void; composite(image: IMagickImage, compose: CompositeOperator): void; composite(image: IMagickImage, compose: CompositeOperator, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, args: string): void; composite(image: IMagickImage, compose: CompositeOperator, args: string, channels: Channels): void; composite(image: IMagickImage, point: Point): void; composite(image: IMagickImage, point: Point, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, channels: Channels): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, args: string): void; composite(image: IMagickImage, compose: CompositeOperator, point: Point, args: string, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, args: string): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, args: string, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, point: Point): void; compositeGravity(image: IMagickImage, gravity: Gravity, point: Point, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, channels: Channels): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, args: string): void; compositeGravity(image: IMagickImage, gravity: Gravity, compose: CompositeOperator, point: Point, args: string, channels: Channels): void; connectedComponents(connectivity: Connectivity): ConnectedComponent[]; connectedComponents(settings: ConnectedComponentsSettings): ConnectedComponent[]; contrast: () => void; contrastStretch(blackPoint: Percentage): void; contrastStretch(blackPoint: Percentage, channnels: Channels): void; contrastStretch(blackPoint: Percentage, whitePoint: Percentage): void; contrastStretch(blackPoint: Percentage, whitePoint: Percentage, channnels: Channels): void; static create(): IMagickImage; static create(color: IMagickColor, width: number, height: number): IMagickImage; static create(fileName: string, settings?: MagickReadSettings): IMagickImage; static create(array: ByteArray, settings?: MagickReadSettings): IMagickImage; crop(geometry: IMagickGeometry): void; crop(geometry: IMagickGeometry, gravity: Gravity): void; crop(width: number, height: number): void; crop(width: number, height: number, gravity: Gravity): void; cropToTiles(geometry: IMagickGeometry, func: SyncImageCollectionCallback): TReturnType; cropToTiles(geometry: IMagickGeometry, func: AsyncImageCollectionCallback): Promise; cropToTiles(width: number, height: number, func: SyncImageCollectionCallback): TReturnType; cropToTiles(width: number, height: number, func: AsyncImageCollectionCallback): Promise; deskew(threshold: Percentage): number; deskew(threshold: Percentage, autoCrop: boolean): number; distort(method: DistortMethod, params: number[]): void; distort(settings: DistortSettings, params: number[]): void; draw(drawables: IDrawable[]): void; draw(...drawables: IDrawable[]): void; evaluate(channels: Channels, operator: EvaluateOperator, value: number): void; evaluate(channels: Channels, operator: EvaluateOperator, value: Percentage): void; evaluate(channels: Channels, geometry: IMagickGeometry, operator: EvaluateOperator, value: number): void; evaluate(channels: Channels, geometry: IMagickGeometry, operator: EvaluateOperator, value: Percentage): void; extent(width: number, height: number): void; extent(width: number, height: number, gravity: Gravity): void; extent(width: number, height: number, backgroundColor: IMagickColor): void; extent(geometry: IMagickGeometry): void; extent(geometry: IMagickGeometry, gravity: Gravity): void; extent(geometry: IMagickGeometry, gravity: Gravity, backgroundColor: IMagickColor): void; extent(geometry: IMagickGeometry, backgroundColor: IMagickColor): void; flip(): void; flop(): void; formatExpression(expression: string): string | null; gammaCorrect(gamma: number): void; gammaCorrect(gamma: number, channels: Channels): void; gaussianBlur(radius: number): void; gaussianBlur(radius: number, sigma: number): void; gaussianBlur(radius: number, sigma: number, channels: Channels): void; getArtifact(name: string): string | null; getAttribute(name: string): string | null; getColorProfile(): IColorProfile | null; getPixels(func: (pixels: IPixelCollection) => TReturnType): TReturnType; getPixels(func: (pixels: IPixelCollection) => Promise): Promise; getProfile(name: string): IImageProfile | null; getWriteMask(func: (mask: IMagickImage | null) => TReturnType): TReturnType; getWriteMask(func: (mask: IMagickImage | null) => Promise): Promise; grayscale(method?: PixelIntensityMethod): void; hasProfile(name: string): boolean; histogram(): Map; inverseContrast: () => void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage): void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage, gamma: number): void; inverseLevel(blackPoint: Percentage, whitePoint: Percentage, gamma: number, channels: Channels): void; inverseOpaque: (target: IMagickColor, fill: IMagickColor) => void; inverseSigmoidalContrast(contrast: number): void; inverseSigmoidalContrast(contrast: number, midpoint: Percentage): void; inverseSigmoidalContrast(contrast: number, midpoint: number): void; inverseSigmoidalContrast(contrast: number, midpoint: number, channels: Channels): void; inverseTransparent: (color: IMagickColor) => void; level(blackPoint: Percentage, whitePoint: Percentage): void; level(blackPoint: Percentage, whitePoint: Percentage, gamma: number): void; level(blackPoint: Percentage, whitePoint: Percentage, gamma: number, channels: Channels): void; linearStretch(blackPoint: Percentage, whitePoint: Percentage): void; liquidRescale(geometry: IMagickGeometry): void; liquidRescale(width: number, height: number): void; negate(): void; negateGrayScale(): void; normalize(): void; modulate(brightness: Percentage): void; modulate(brightness: Percentage, saturation: Percentage): void; modulate(brightness: Percentage, saturation: Percentage, hue: Percentage): void; morphology(settings: MorphologySettings): void; motionBlur(radius: number, sigma: number, angle: number): void; oilPaint(): void; oilPaint(radius: number): void; opaque: (target: IMagickColor, fill: IMagickColor) => void; ping(fileName: string, settings?: MagickReadSettings): void; ping(array: ByteArray, settings?: MagickReadSettings): void; perceptualHash(): IPerceptualHash; perceptualHash(colorSpaces: ReadonlyArray): IPerceptualHash; quantize(settingsOrUndefined?: QuantizeSettings): MagickErrorInfo | null; read(color: IMagickColor, width: number, height: number): void; read(fileName: string, settings?: MagickReadSettings): void; read(array: ByteArray, settings?: MagickReadSettings): void; readFromCanvas(canvas: HTMLCanvasElement, settings?: CanvasRenderingContext2DSettings): void; removeArtifact(name: string): void; removeAttribute(name: string): void; removeProfile(profile: IImageProfile): void; removeProfile(name: string): void; removeWriteMask(): void; resetPage(): void; resize(geometry: IMagickGeometry): void; resize(width: number, height: number): void; rotate(degrees: number): void; separate(func: (images: IMagickImageCollection) => TReturnType): TReturnType; separate(func: (images: IMagickImageCollection) => Promise): Promise; separate(channels: Channels, func: (images: IMagickImageCollection) => TReturnType): TReturnType; separate(channels: Channels, func: (images: IMagickImageCollection) => Promise): Promise; sepiaTone(): void; setArtifact(name: string, value: boolean | IMagickColor | number | string): void; setAttribute(name: string, value: string): void; setProfile(profile: IImageProfile): void; setProfile(pname: string, data: ByteArray): void; setWriteMask(image: IMagickImage): void; sharpen(): void; sharpen(radius: number, sigma: number): void; sharpen(radius: number, sigma: number, channels: Channels): void; shave(leftRight: number, topBottom: number): void; sigmoidalContrast(contrast: number): void; sigmoidalContrast(contrast: number, midpoint: Percentage): void; sigmoidalContrast(contrast: number, midpoint: number): void; sigmoidalContrast(contrast: number, midpoint: number, channels: Channels): void; solarize(): void; splice(geometry: IMagickGeometry): void; statistics(): IStatistics; statistics(channels: Channels): IStatistics; strip(): void; transformColorSpace(target: IColorProfile): boolean; transformColorSpace(target: IColorProfile, mode: ColorTransformMode): boolean; transformColorSpace(source: IColorProfile, target: IColorProfile): boolean; transformColorSpace(source: IColorProfile, target: IColorProfile, mode: ColorTransformMode): boolean; threshold(percentage: Percentage): void; threshold(percentage: Percentage, channels: Channels): void; thumbnail(width: number, height: number): void; thumbnail(geometry: IMagickGeometry): void; toString: () => string; transparent(color: IMagickColor): void; trim(): void; trim(...edges: Gravity[]): void; trim(percentage: Percentage): void; wave(): void; wave(method: PixelInterpolateMethod, amplitude: number, length: number): void; vignette(): void; vignette(radius: number, sigma: number, x: number, y: number): void; whiteThreshold(threshold: Percentage): void; whiteThreshold(threshold: Percentage, channels: Channels): void; write(func: (data: Uint8Array) => TReturnType): TReturnType; write(func: (data: Uint8Array) => Promise): Promise; write(format: MagickFormat, func: (data: Uint8Array) => TReturnType): TReturnType; write(format: MagickFormat, func: (data: Uint8Array) => Promise): Promise; writeToCanvas(canvas: HTMLCanvasElement, settings?: CanvasRenderingContext2DSettings): void; protected onDispose(): void; private _contrast; private _getProfile; private _opaque; private _sigmoidalContrast; private _transparent; private static createInstance; private fromBool; private disposeProgressDelegate; private readOrPing; private readFromArray; private toBool; private valueOrDefault; private valueOrComputedDefault; private useException; private useExceptionPointer; } export declare class TypeMetric { private constructor(); readonly ascent: number; readonly descent: number; readonly maxHorizontalAdvance: number; readonly textHeight: number; readonly textWidth: number; readonly underlinePosition: number; readonly underlineThickness: number; } export declare class Drawables { private _drawables; disableStrokeAntialias(): Drawables; enableStrokeAntialias(): Drawables; fillColor(color: IMagickColor): Drawables; fillOpacity(opacity: Percentage): Drawables; font(font: string): Drawables; fontPointSize(pointSize: number): Drawables; fontTypeMetrics(text: string, ignoreNewlines?: boolean): TypeMetric | null; gravity(value: Gravity): Drawables; line(startX: number, startY: number, endX: number, endY: number): Drawables; point(x: number, y: number): Drawables; rectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number): Drawables; roundRectangle(upperLeftX: number, upperLeftY: number, lowerRightX: number, lowerRightY: number, cornerWidth: number, cornerHeight: number): Drawables; strokeColor(color: IMagickColor): Drawables; strokeWidth(width: number): Drawables; text(x: number, y: number, value: string): Drawables; textAlignment(alignment: TextAlignment): Drawables; textDecoration(decoration: TextDecoration): Drawables; textInterlineSpacing(spacing: number): Drawables; textInterwordSpacing(spacing: number): Drawables; textKerning(kerning: number): Drawables; textUnderColor(color: IMagickColor): Drawables; draw(image: IMagickImage): Drawables; } export declare const LogEventTypes: { readonly None: 0; readonly Accelerate: 1; readonly Annotate: 2; readonly Blob: 4; readonly Cache: 8; readonly Coder: 16; readonly Configure: 32; readonly Deprecate: 64; readonly Draw: 128; readonly Exception: 256; readonly Image: 512; readonly Locale: 1024; readonly Module: 2048; readonly Pixel: 4096; readonly Policy: 8192; readonly Resource: 16384; readonly Trace: 32768; readonly Transform: 65536; readonly User: 131072; readonly Wand: 262144; readonly Detailed: 2147450879; readonly All: number; }; export type LogEventTypes = typeof LogEventTypes[keyof typeof LogEventTypes]; export declare class LogEvent { constructor(eventType: LogEventTypes, message?: string); readonly eventType: LogEventTypes; readonly message: string; } export declare enum DngInterpolation { Disabled = -1, Linear = 0, Vng = 1, Ppg = 2, Ahd = 3, DCB = 4, Dht = 11, ModifiedAhd = 12 } export declare enum DngOutputColor { Raw = 0, SRGB = 1, AdobeRGB = 2, WideGamutRGB = 3, KodakProPhotoRGB = 4, XYZ = 5, ACES = 6 } export declare class DngReadDefines extends DefinesCreator { constructor(); disableAutoBrightness?: boolean; interpolationQuality?: DngInterpolation; outputColor?: DngOutputColor; useAutoWhitebalance?: boolean; useCameraWhitebalance?: boolean; getDefines(): IDefine[]; } export declare class ImageMagick { private readonly loader; private api?; static read(color: IMagickColor, width: number, height: number, func: SyncImageCallback): TReturnType; static read(color: IMagickColor, width: number, height: number, func: AsyncImageCallback): Promise; static read(array: ByteArray, format: MagickFormat, func: SyncImageCallback): TReturnType; static read(array: ByteArray, format: MagickFormat, func: AsyncImageCallback): Promise; static read(array: ByteArray, settings: MagickReadSettings, func: SyncImageCallback): TReturnType; static read(array: ByteArray, settings: MagickReadSettings, func: AsyncImageCallback): Promise; static read(array: ByteArray, func: SyncImageCallback): TReturnType; static read(array: ByteArray, func: AsyncImageCallback): Promise; static read(fileName: string, format: MagickFormat, func: SyncImageCallback): TReturnType; static read(fileName: string, format: MagickFormat, func: AsyncImageCallback): Promise; static read(fileName: string, settings: MagickReadSettings, func: SyncImageCallback): TReturnType; static read(fileName: string, settings: MagickReadSettings, func: AsyncImageCallback): Promise; static read(fileName: string, func: SyncImageCallback): TReturnType; static read(fileName: string, func: AsyncImageCallback): Promise; static readCollection(array: ByteArray, format: MagickFormat, func: SyncImageCollectionCallback): TReturnType; static readCollection(array: ByteArray, format: MagickFormat, func: AsyncImageCollectionCallback): Promise; static readCollection(array: ByteArray, settings: MagickReadSettings, func: SyncImageCollectionCallback): TReturnType; static readCollection(array: ByteArray, settings: MagickReadSettings, func: AsyncImageCollectionCallback): Promise; static readCollection(array: ByteArray, func: SyncImageCollectionCallback): TReturnType; static readCollection(array: ByteArray, func: AsyncImageCollectionCallback): Promise; static readCollection(fileName: string, settings: MagickReadSettings, func: SyncImageCollectionCallback): TReturnType; static readCollection(fileName: string, settings: MagickReadSettings, func: AsyncImageCollectionCallback): Promise; static readCollection(fileName: string, func: SyncImageCollectionCallback): TReturnType; static readCollection(fileName: string, func: AsyncImageCollectionCallback): Promise; static readFromCanvas(canvas: HTMLCanvasElement, func: SyncImageCallback, settings?: CanvasRenderingContext2DSettings): TReturnType; static readFromCanvas(canvas: HTMLCanvasElement, func: AsyncImageCallback, settings?: CanvasRenderingContext2DSettings): Promise; private writeConfigurationFiles; } export declare function initializeImageMagick(wasmLocationDataOrAssembly: URL | ByteArray | WebAssembly.Module, configurationFiles?: IConfigurationFiles): Promise; export declare class MagickColors { static get None(): IMagickColor; static get Transparent(): IMagickColor; static get AliceBlue(): IMagickColor; static get AntiqueWhite(): IMagickColor; static get Aqua(): IMagickColor; static get Aquamarine(): IMagickColor; static get Azure(): IMagickColor; static get Beige(): IMagickColor; static get Bisque(): IMagickColor; static get Black(): IMagickColor; static get BlanchedAlmond(): IMagickColor; static get Blue(): IMagickColor; static get BlueViolet(): IMagickColor; static get Brown(): IMagickColor; static get BurlyWood(): IMagickColor; static get CadetBlue(): IMagickColor; static get Chartreuse(): IMagickColor; static get Chocolate(): IMagickColor; static get Coral(): IMagickColor; static get CornflowerBlue(): IMagickColor; static get Cornsilk(): IMagickColor; static get Crimson(): IMagickColor; static get Cyan(): IMagickColor; static get DarkBlue(): IMagickColor; static get DarkCyan(): IMagickColor; static get DarkGoldenrod(): IMagickColor; static get DarkGray(): IMagickColor; static get DarkGreen(): IMagickColor; static get DarkKhaki(): IMagickColor; static get DarkMagenta(): IMagickColor; static get DarkOliveGreen(): IMagickColor; static get DarkOrange(): IMagickColor; static get DarkOrchid(): IMagickColor; static get DarkRed(): IMagickColor; static get DarkSalmon(): IMagickColor; static get DarkSeaGreen(): IMagickColor; static get DarkSlateBlue(): IMagickColor; static get DarkSlateGray(): IMagickColor; static get DarkTurquoise(): IMagickColor; static get DarkViolet(): IMagickColor; static get DeepPink(): IMagickColor; static get DeepSkyBlue(): IMagickColor; static get DimGray(): IMagickColor; static get DodgerBlue(): IMagickColor; static get Firebrick(): IMagickColor; static get FloralWhite(): IMagickColor; static get ForestGreen(): IMagickColor; static get Fuchsia(): IMagickColor; static get Gainsboro(): IMagickColor; static get GhostWhite(): IMagickColor; static get Gold(): IMagickColor; static get Goldenrod(): IMagickColor; static get Gray(): IMagickColor; static get Green(): IMagickColor; static get GreenYellow(): IMagickColor; static get Honeydew(): IMagickColor; static get HotPink(): IMagickColor; static get IndianRed(): IMagickColor; static get Indigo(): IMagickColor; static get Ivory(): IMagickColor; static get Khaki(): IMagickColor; static get Lavender(): IMagickColor; static get LavenderBlush(): IMagickColor; static get LawnGreen(): IMagickColor; static get LemonChiffon(): IMagickColor; static get LightBlue(): IMagickColor; static get LightCoral(): IMagickColor; static get LightCyan(): IMagickColor; static get LightGoldenrodYellow(): IMagickColor; static get LightGreen(): IMagickColor; static get LightGray(): IMagickColor; static get LightPink(): IMagickColor; static get LightSalmon(): IMagickColor; static get LightSeaGreen(): IMagickColor; static get LightSkyBlue(): IMagickColor; static get LightSlateGray(): IMagickColor; static get LightSteelBlue(): IMagickColor; static get LightYellow(): IMagickColor; static get Lime(): IMagickColor; static get LimeGreen(): IMagickColor; static get Linen(): IMagickColor; static get Magenta(): IMagickColor; static get Maroon(): IMagickColor; static get MediumAquamarine(): IMagickColor; static get MediumBlue(): IMagickColor; static get MediumOrchid(): IMagickColor; static get MediumPurple(): IMagickColor; static get MediumSeaGreen(): IMagickColor; static get MediumSlateBlue(): IMagickColor; static get MediumSpringGreen(): IMagickColor; static get MediumTurquoise(): IMagickColor; static get MediumVioletRed(): IMagickColor; static get MidnightBlue(): IMagickColor; static get MintCream(): IMagickColor; static get MistyRose(): IMagickColor; static get Moccasin(): IMagickColor; static get NavajoWhite(): IMagickColor; static get Navy(): IMagickColor; static get OldLace(): IMagickColor; static get Olive(): IMagickColor; static get OliveDrab(): IMagickColor; static get Orange(): IMagickColor; static get OrangeRed(): IMagickColor; static get Orchid(): IMagickColor; static get PaleGoldenrod(): IMagickColor; static get PaleGreen(): IMagickColor; static get PaleTurquoise(): IMagickColor; static get PaleVioletRed(): IMagickColor; static get PapayaWhip(): IMagickColor; static get PeachPuff(): IMagickColor; static get Peru(): IMagickColor; static get Pink(): IMagickColor; static get Plum(): IMagickColor; static get PowderBlue(): IMagickColor; static get Purple(): IMagickColor; static get RebeccaPurple(): IMagickColor; static get Red(): IMagickColor; static get RosyBrown(): IMagickColor; static get RoyalBlue(): IMagickColor; static get SaddleBrown(): IMagickColor; static get Salmon(): IMagickColor; static get SandyBrown(): IMagickColor; static get SeaGreen(): IMagickColor; static get SeaShell(): IMagickColor; static get Sienna(): IMagickColor; static get Silver(): IMagickColor; static get SkyBlue(): IMagickColor; static get SlateBlue(): IMagickColor; static get SlateGray(): IMagickColor; static get Snow(): IMagickColor; static get SpringGreen(): IMagickColor; static get SteelBlue(): IMagickColor; static get Tan(): IMagickColor; static get Teal(): IMagickColor; static get Thistle(): IMagickColor; static get Tomato(): IMagickColor; static get Turquoise(): IMagickColor; static get Violet(): IMagickColor; static get Wheat(): IMagickColor; static get White(): IMagickColor; static get WhiteSmoke(): IMagickColor; static get Yellow(): IMagickColor; static get YellowGreen(): IMagickColor; } export interface IMagickFormatInfo { readonly description: string; readonly format: MagickFormat; readonly supportsMultipleFrames: boolean; readonly supportsReading: boolean; readonly supportsWriting: boolean; } export interface IMagickImageInfo { readonly colorSpace: ColorSpace; readonly compression: CompressionMethod; readonly density: Density; readonly format: MagickFormat; readonly height: number; readonly interlace: Interlace; readonly orientation: Orientation; readonly quality: number; readonly width: number; read(array: ByteArray, settings?: MagickReadSettings): void; } export declare class MagickImageInfo implements IMagickImageInfo { private _colorSpace; private _compression; private _density; private _format; private _height; private _interlace; private _orientation; private _quality; private _width; get colorSpace(): ColorSpace; get compression(): CompressionMethod; get density(): Density; get format(): MagickFormat; get height(): number; get interlace(): Interlace; get orientation(): Orientation; get quality(): number; get width(): number; constructor(); read(array: ByteArray, settings?: MagickReadSettings): void; static create(array: ByteArray, settings?: MagickReadSettings): IMagickImageInfo; } export declare class Magick { static get delegates(): string; static get features(): string; static get imageMagickVersion(): string; static get supportedFormats(): ReadonlyArray; static onLog?: (event: LogEvent) => void; static addFont(name: string, data: Uint8Array): void; static resetRandomSeed: () => void; static setRandomSeed: (seed: number) => void; static setLogEvents(eventTypes: LogEventTypes): void; private static getEventTypeString; private static logDelegate; } export declare class Quantum { static get depth(): number; static get max(): number; } export { ProgressEvent$1 as ProgressEvent, }; export {};