/// <summary>
/// Additionally sets the rotation(orientation) in the candidate object.
/// </summary>
/// <param name="candidate"></param>
/// <returns></returns>
public static IList <Image> buildTwoFixedRotationImageFromCandidate(BallotCandidateJSON candidate)
{
IList <Image> res = new List <Image>(2);
res.Add(new Image());
res.Add(new Image());
SKBitmap rotatedBmp = buildFixedRotationSKBitmapFromBytes(candidate.imgStr, (ExifOrientation)candidate.orientation);
if (rotatedBmp != null)
{
//result = SKImageToXamarinImage(SKImage.FromBitmap((SKBitmap)rotatedBmp));
SKImage img = SKImage.FromBitmap((SKBitmap)rotatedBmp);
res[0] = SKImageToXamarinImage(img);
res[1] = SKImageToXamarinImage(img);
}
if (rotatedBmp != null)
{
// > means square images are treated as landscape.
if (rotatedBmp.Height > rotatedBmp.Width)
{
candidate.isPortrait = BallotCandidateJSON.PORTRAIT;
}
else
{
candidate.isPortrait = BallotCandidateJSON.LANDSCAPE;
}
}
return(res);
}
/// <summary>
/// Additionally sets the rotation(orientation) in the candidate object.
/// </summary>
/// <param name="candidate"></param>
/// <returns></returns>
public static Image buildFixedRotationImage(BallotCandidateJSON candidate)
{
Image result = new Image();
SKBitmap rotatedBmp = buildFixedRotationSKBitmapFromBytes(candidate.imgStr, (ExifOrientation)candidate.orientation);
if (rotatedBmp != null)
{
// > means square images are treated as landscape.
if (rotatedBmp.Height > rotatedBmp.Width)
{
candidate.isPortrait = BallotCandidateJSON.PORTRAIT;
}
else
{
candidate.isPortrait = BallotCandidateJSON.LANDSCAPE;
}
result = SKImageToXamarinImage(SKImage.FromBitmap((SKBitmap)rotatedBmp));
}
return(result);
}
