/**
         * Checks if the requested resolution is supported by the camera.
         * If not, it modifies it by supported parameters.
         **/
        public static VideoQuality determineClosestSupportedResolution(Android.Hardware.Camera.Parameters parameters, VideoQuality quality)
        {
            VideoQuality v       = quality.clone();
            int          minDist = Integer.MaxValue;

            System.String supportedSizesStr = "Supported resolutions: ";
            IList <Android.Hardware.Camera.Size> supportedSizes = parameters.SupportedPreviewSizes;

            //for (Iterator<Size> it = supportedSizes.En...iterator(); it.hasNext();)
            foreach (Android.Hardware.Camera.Size size in supportedSizes)
            {
                //  supportedSizesStr += size.Width + "x" + size.Height + (it.hasNext() ? ", " : "");
                int dist = System.Math.Abs(quality.resX - size.Width);
                if (dist < minDist)
                {
                    minDist = dist;
                    v.resX  = size.Width;
                    v.resY  = size.Height;
                }
            }
            //Log.v(TAG, supportedSizesStr);
            if (quality.resX != v.resX || quality.resY != v.resY)
            {
                //  Log.v(TAG, "Resolution modified: " + quality.resX + "x" + quality.resY + "->" + v.resX + "x" + v.resY);
            }

            return(v);
        }
 public bool equals(VideoQuality quality)
 {
     if (quality == null)
     {
         return(false);
     }
     return(quality.resX == this.resX &&
            quality.resY == this.resY &&
            quality.framerate == this.framerate &&
            quality.bitrate == this.bitrate);
 }
        public static VideoQuality parseQuality(System.String str)
        {
            VideoQuality quality = DEFAULT_VIDEO_QUALITY.clone();

            if (str != null)
            {
                System.String[] config = str.Split('-');
                try {
                    quality.bitrate   = Integer.ParseInt(config[0]) * 1000; // conversion to bit/s
                    quality.framerate = Integer.ParseInt(config[1]);
                    quality.resX      = Integer.ParseInt(config[2]);
                    quality.resY      = Integer.ParseInt(config[3]);
                }
                catch (IndexOutOfBoundsException ignore) { }
            }
            return(quality);
        }
Example #4
0
 /** 
  * Sets the configuration of the stream. <br />
  * You can call this method at any time and changes will take 
  * effect next time you call {@link #configure()}.
  * @param quality Quality of the stream
  */
 public void setVideoQuality(VideoQuality quality) {
     if (mVideoStream != null) {
         mVideoStream.setVideoQuality(quality);
     }
 }
Example #5
0
	    /** 
	     * Sets the configuration of the stream. You can call this method at any time 
	     * and changes will take effect next time you call {@link #configure()}.
	     * @param videoQuality Quality of the stream
	     */
	    public void setVideoQuality(VideoQuality videoQuality) {
		    if (!mRequestedQuality.equals(videoQuality)) {
			    mRequestedQuality = videoQuality.clone();
			    mUpdated = false;
		    }
	    }