// Metro module 4756 (f4757).
import { CompressionQuality } from "../../Constants";
let c2909_1, c2909_2;
const getAdaptiveImageCompressionQuality = function getAdaptiveImageCompressionQuality(a0, a1) {
  let r17;
  if (a1.useAdaptiveCompression) {
    if (a0.width != null && a0.height != null) {
      const r12 = a0.width * a0.height;
      if (r12 <= c2909_1.SMALL) {
        let veryHighQuality = a1.veryHighQuality;
        if (veryHighQuality == null) {
          veryHighQuality = CompressionQuality.HIGH;
        }
        r17 = veryHighQuality;
      } else if (r12 <= c2909_1.MEDIUM) {
        let highQuality = a1.highQuality;
        if (highQuality == null) {
          highQuality = CompressionQuality.HIGH;
        }
        r17 = highQuality;
      } else if (r12 <= c2909_1.LARGE) {
        let mediumQuality = a1.mediumQuality;
        if (mediumQuality == null) {
          mediumQuality = CompressionQuality.HIGH;
        }
        r17 = mediumQuality;
      } else if (r12 <= c2909_1.VERY_LARGE) {
        let lowQuality = a1.lowQuality;
        if (lowQuality == null) {
          lowQuality = CompressionQuality.HIGH;
        }
        r17 = lowQuality;
      } else {
        r17 = a1.veryLowQuality;
        if (r17 == null) {
          r17 = CompressionQuality.HIGH;
        }
      }
      return r17;
    }
    return CompressionQuality.HIGH;
  }
  return CompressionQuality.HIGH;
};
c2909_1 = {
  SMALL: 921600,
  MEDIUM: 2073600,
  LARGE: 3686400,
  VERY_LARGE: 8294400
};
c2909_2 = {
  useAdaptiveCompression: true,
  veryHighQuality: 0.8,
  highQuality: 0.7,
  mediumQuality: 0.6,
  lowQuality: 0.5,
  veryLowQuality: 0.4,
  useOriginalIfSmaller: true
};
class ImageEncodingLadder {
  constructor() {
    return {
      __proto__: new.target.prototype
    };
  }
  static selectEncodingConfig(a0) {
    let r21;
    const r4 = ImageEncodingLadder.clampDimensions(a0.width, a0.height, 3840, 2160);
    const { targetWidth, targetHeight } = r4;
    if (a0.width === targetWidth && a0.height === targetHeight) {
      r21 = {
        compressionQuality: 100 * getAdaptiveImageCompressionQuality({
          width: targetWidth,
          height: targetHeight
        }, c2909_2),
        targetWidth,
        targetHeight
      };
    } else {
      let lowQuality = c2909_2.lowQuality;
      if (lowQuality == null) {
        lowQuality = 0.5;
      }
      r21 = {
        compressionQuality: 100 * lowQuality,
        targetWidth,
        targetHeight
      };
    }
    return r21;
  }
  static clampDimensions(a0, a1, a2, a3) {
    const r9 = Math.max(a0, a1);
    const r8 = Math.min(a0, a1);
    const r15 = Math.max(a2, a3);
    const r17 = Math.min(a2, a3);
    if (r9 <= r15 && r8 <= r17) {
      return {
        targetWidth: a0,
        targetHeight: a1
      };
    }
    const r22 = Math.min(r15 / r9, r17 / r8);
    return {
      targetWidth: Math.max(1, Math.round(a0 * r22)),
      targetHeight: Math.max(1, Math.round(a1 * r22))
    };
  }
}
export { c2909_1 as IMAGE_COMPRESSION_THRESHOLDS };
export { c2909_2 as ADAPTIVE_COMPRESSION_CONFIG };
export { getAdaptiveImageCompressionQuality };
export { ImageEncodingLadder };