// GENERATED CONTENT - DO NOT EDIT
// Content was automatically extracted by Reffy into reffy-reports
// (https://github.com/tidoust/reffy-reports)
// Source: MediaStream Image Capture (https://w3c.github.io/mediacapture-image/)

[Exposed=Window, Constructor(MediaStreamTrack videoTrack)]
interface ImageCapture {
   Promise<Blob>              takePhoto(optional PhotoSettings photoSettings);
   Promise<PhotoCapabilities> getPhotoCapabilities();
   Promise<PhotoSettings>     getPhotoSettings();

   Promise<ImageBitmap>       grabFrame();

   readonly attribute MediaStreamTrack track;
};

[Exposed=Window] interface PhotoCapabilities {
  readonly attribute RedEyeReduction            redEyeReduction;
  readonly attribute MediaSettingsRange         imageHeight;
  readonly attribute MediaSettingsRange         imageWidth;
  readonly attribute FrozenArray<FillLightMode> fillLightMode;
};

dictionary PhotoSettings {
  FillLightMode   fillLightMode;
  double          imageHeight;
  double          imageWidth;
  boolean         redEyeReduction;
};

[Exposed=Window] interface MediaSettingsRange {
    readonly attribute double max;
    readonly attribute double min;
    readonly attribute double step;
};

enum RedEyeReduction {
  "never",
  "always",
  "controllable"
};

enum FillLightMode {
  "auto",
  "off",
  "flash"
};

partial dictionary MediaTrackSupportedConstraints {
  boolean whiteBalanceMode = true;
  boolean exposureMode = true;
  boolean focusMode = true;
  boolean pointsOfInterest = true;

  boolean exposureCompensation = true;
  boolean exposureTime = true;
  boolean colorTemperature = true;
  boolean iso = true;

  boolean brightness = true;
  boolean contrast = true;
  boolean pan = true;
  boolean saturation = true;
  boolean sharpness = true;
  boolean focusDistance = true;
  boolean tilt = true;
  boolean zoom = true;
  boolean torch = true;
};

partial dictionary MediaTrackCapabilities {
  sequence<DOMString>  whiteBalanceMode;
  sequence<DOMString>  exposureMode;
  sequence<DOMString>  focusMode;

  MediaSettingsRange   exposureCompensation;
  MediaSettingsRange   exposureTime;
  MediaSettingsRange   colorTemperature;
  MediaSettingsRange   iso;

  MediaSettingsRange   brightness;
  MediaSettingsRange   contrast;
  MediaSettingsRange   saturation;
  MediaSettingsRange   sharpness;

  MediaSettingsRange   focusDistance;
  MediaSettingsRange   pan;
  MediaSettingsRange   tilt;
  MediaSettingsRange   zoom;

  boolean              torch;
};

partial dictionary MediaTrackConstraintSet {
  ConstrainDOMString whiteBalanceMode;
  ConstrainDOMString exposureMode;
  ConstrainDOMString focusMode;
  ConstrainPoint2D   pointsOfInterest;

  ConstrainDouble    exposureCompensation;
  ConstrainDouble    exposureTime;
  ConstrainDouble    colorTemperature;
  ConstrainDouble    iso;

  ConstrainDouble    brightness;
  ConstrainDouble    contrast;
  ConstrainDouble    saturation;
  ConstrainDouble    sharpness;

  ConstrainDouble    focusDistance;
  ConstrainDouble    pan;
  ConstrainDouble    tilt;
  ConstrainDouble    zoom;

  ConstrainBoolean   torch;
};

partial dictionary MediaTrackSettings {
  DOMString         whiteBalanceMode;
  DOMString         exposureMode;
  DOMString         focusMode;
  sequence<Point2D> pointsOfInterest;

  double            exposureCompensation;
  double            exposureTime;
  double            colorTemperature;
  double            iso;

  double            brightness;
  double            contrast;
  double            saturation;
  double            sharpness;

  double            focusDistance;
  double            pan;
  double            tilt;
  double            zoom;

  boolean           torch;
};

dictionary ConstrainPoint2DParameters {
  sequence<Point2D> exact;
  sequence<Point2D> ideal;
};

typedef (sequence<Point2D> or ConstrainPoint2DParameters) ConstrainPoint2D;

enum MeteringMode {
  "none",
  "manual",
  "single-shot",
  "continuous"
};

dictionary Point2D {
  double x = 0.0;
  double y = 0.0;
};