tav-media/lib/libpag/src/types.js

Cross platform media editing framework

/* global EmscriptenModule */
/**
 * Defines the rules on how to scale the content to fit the specified area.
 */
export var PAGScaleMode;
(function (PAGScaleMode) {
    /**
     * The content is not scaled.
     */
    PAGScaleMode[PAGScaleMode["None"] = 0] = "None";
    /**
     * The content is stretched to fit.
     */
    PAGScaleMode[PAGScaleMode["Stretch"] = 1] = "Stretch";
    /**
     * The content is scaled with respect to the original unscaled image's aspect ratio.
     * This is the default value.
     */
    PAGScaleMode[PAGScaleMode["LetterBox"] = 2] = "LetterBox";
    /**
     * The content is scaled to fit with respect to the original unscaled image's aspect ratio.
     * This results in cropping on one axis.
     */
    PAGScaleMode[PAGScaleMode["Zoom"] = 3] = "Zoom";
})(PAGScaleMode || (PAGScaleMode = {}));
export var PAGViewListenerEvent;
(function (PAGViewListenerEvent) {
    /**
     * Notifies the start of the animation.
     */
    PAGViewListenerEvent["onAnimationStart"] = "onAnimationStart";
    /**
     * Notifies the end of the animation.
     */
    PAGViewListenerEvent["onAnimationEnd"] = "onAnimationEnd";
    /**
     * Notifies the cancellation of the animation.
     */
    PAGViewListenerEvent["onAnimationCancel"] = "onAnimationCancel";
    /**
     * Notifies the repetition of the animation.
     */
    PAGViewListenerEvent["onAnimationRepeat"] = "onAnimationRepeat";
    /**
     * Notifies the update of the animation.
     */
    PAGViewListenerEvent["onAnimationUpdate"] = "onAnimationUpdate";
    /**
     * Notifies the play of the animation.
     */
    PAGViewListenerEvent["onAnimationPlay"] = "onAnimationPlay";
    /**
     * Notifies the pause of the animation.
     */
    PAGViewListenerEvent["onAnimationPause"] = "onAnimationPause";
    /**
     * Notifies the flushed of the animation.
     */
    PAGViewListenerEvent["onAnimationFlushed"] = "onAnimationFlushed";
})(PAGViewListenerEvent || (PAGViewListenerEvent = {}));
export var ParagraphJustification;
(function (ParagraphJustification) {
    ParagraphJustification[ParagraphJustification["LeftJustify"] = 0] = "LeftJustify";
    ParagraphJustification[ParagraphJustification["CenterJustify"] = 1] = "CenterJustify";
    ParagraphJustification[ParagraphJustification["RightJustify"] = 2] = "RightJustify";
    ParagraphJustification[ParagraphJustification["FullJustifyLastLineLeft"] = 3] = "FullJustifyLastLineLeft";
    ParagraphJustification[ParagraphJustification["FullJustifyLastLineRight"] = 4] = "FullJustifyLastLineRight";
    ParagraphJustification[ParagraphJustification["FullJustifyLastLineCenter"] = 5] = "FullJustifyLastLineCenter";
    ParagraphJustification[ParagraphJustification["FullJustifyLastLineFull"] = 6] = "FullJustifyLastLineFull";
})(ParagraphJustification || (ParagraphJustification = {}));
export var TextDirection;
(function (TextDirection) {
    TextDirection[TextDirection["Default"] = 0] = "Default";
    TextDirection[TextDirection["Horizontal"] = 1] = "Horizontal";
    TextDirection[TextDirection["Vertical"] = 2] = "Vertical";
})(TextDirection || (TextDirection = {}));
/**
 * Layers are always one of the following types.
 */
export var LayerType;
(function (LayerType) {
    LayerType[LayerType["Unknown"] = 0] = "Unknown";
    LayerType[LayerType["Null"] = 1] = "Null";
    LayerType[LayerType["Solid"] = 2] = "Solid";
    LayerType[LayerType["Text"] = 3] = "Text";
    LayerType[LayerType["Shape"] = 4] = "Shape";
    LayerType[LayerType["Image"] = 5] = "Image";
    LayerType[LayerType["PreCompose"] = 6] = "PreCompose";
})(LayerType || (LayerType = {}));
/**
 * Defines the rules on how to stretch the timeline of content to fit the specified duration.
 */
export var PAGTimeStretchMode;
(function (PAGTimeStretchMode) {
    /**
     * Keep the original playing speed, and display the last frame if the content's duration is less
     * than target duration.
     */
    PAGTimeStretchMode[PAGTimeStretchMode["None"] = 0] = "None";
    /*
     * Change the playing speed of the content to fit target duration.
     */
    PAGTimeStretchMode[PAGTimeStretchMode["Scale"] = 1] = "Scale";
    /**
     * Keep the original playing speed, but repeat the content if the content's duration is less than
     * target duration. This is the default mode.
     */
    PAGTimeStretchMode[PAGTimeStretchMode["Repeat"] = 2] = "Repeat";
    /**
     * Keep the original playing speed, but repeat the content in reversed if the content's duration
     * is less than target duration.
     */
    PAGTimeStretchMode[PAGTimeStretchMode["RepeatInverted"] = 3] = "RepeatInverted";
})(PAGTimeStretchMode || (PAGTimeStretchMode = {}));
export var MatrixIndex;
(function (MatrixIndex) {
    MatrixIndex[MatrixIndex["a"] = 0] = "a";
    MatrixIndex[MatrixIndex["c"] = 1] = "c";
    MatrixIndex[MatrixIndex["tx"] = 2] = "tx";
    MatrixIndex[MatrixIndex["b"] = 3] = "b";
    MatrixIndex[MatrixIndex["d"] = 4] = "d";
    MatrixIndex[MatrixIndex["ty"] = 5] = "ty";
    MatrixIndex[MatrixIndex["pers0"] = 6] = "pers0";
    MatrixIndex[MatrixIndex["pers1"] = 7] = "pers1";
    MatrixIndex[MatrixIndex["pers2"] = 8] = "pers2";
})(MatrixIndex || (MatrixIndex = {}));
export var DecoderResult;
(function (DecoderResult) {
    /**
     * The calling is successful.
     */
    DecoderResult[DecoderResult["Success"] = 0] = "Success";
    /**
     * Output is not available in this state, need more input buffers.
     */
    DecoderResult[DecoderResult["TryAgainLater"] = -1] = "TryAgainLater";
    /**
     * The calling fails.
     */
    DecoderResult[DecoderResult["Error"] = -2] = "Error";
})(DecoderResult || (DecoderResult = {}));
/**
 * Describes how pixel bits encode color. These values match up with the enum in Bitmap.Config on
 * Android platform.
 */
export var ColorType;
(function (ColorType) {
    /**
     * uninitialized.
     */
    ColorType[ColorType["Unknown"] = 0] = "Unknown";
    /**
     * Each pixel is stored as a single translucency (alpha) channel. This is very useful to
     * efficiently store masks for instance. No color information is stored. With this configuration,
     * each pixel requires 1 byte of memory.
     */
    ColorType[ColorType["ALPHA_8"] = 1] = "ALPHA_8";
    /**
     * Each pixel is stored on 4 bytes. Each channel (RGB and alpha for translucency) is stored with 8
     * bits of precision (256 possible values). The channel order is: red, green, blue, alpha.
     */
    ColorType[ColorType["RGBA_8888"] = 2] = "RGBA_8888";
    /**
     * Each pixel is stored on 4 bytes. Each channel (RGB and alpha for translucency) is stored with 8
     * bits of precision (256 possible values). The channel order is: blue, green, red, alpha.
     */
    ColorType[ColorType["BGRA_8888"] = 3] = "BGRA_8888";
})(ColorType || (ColorType = {}));
/**
 * Describes how to interpret the alpha component of a pixel.
 */
export var AlphaType;
(function (AlphaType) {
    /**
     * uninitialized.
     */
    AlphaType[AlphaType["Unknown"] = 0] = "Unknown";
    /**
     * pixel is opaque.
     */
    AlphaType[AlphaType["Opaque"] = 1] = "Opaque";
    /**
     * pixel components are premultiplied by alpha.
     */
    AlphaType[AlphaType["Premultiplied"] = 2] = "Premultiplied";
    /**
     * pixel components are independent of alpha.
     */
    AlphaType[AlphaType["Unpremultiplied"] = 3] = "Unpremultiplied";
})(AlphaType || (AlphaType = {}));