/// <summary>
/// The one option given to the user , if Warping preferred.
/// </summary>
/// <param name="i_SurfaceSize"></param>
/// <param name="i_SourceToTargetMapping"></param>
/// <param name="io_DrawingPoints"></param>
public void StandardAlignmentLogic(Size i_SurfaceSize, Pair <DoubleMatrix, DoubleMatrix> i_SourceToTargetMapping, ref Point[] io_DrawingPoints)
{
//There are some harshly wrong matches, will try eliminate them using a treshold.
//Without this stage, TPS can ruin our data in a way that it wont be usefull anymore.
if (DistanceTreshold > 0)
{
enforceEuDistance(ref i_SourceToTargetMapping, DistanceTreshold);
}
//Preparing TPS algorithm
TPS tpsWarpping = new TPS(i_SurfaceSize, i_SourceToTargetMapping.Element2);
//Calculating transformation
tpsWarpping.Calculate(i_SourceToTargetMapping.Element1);
//Interpolating whole target
tpsWarpping.Interpolate(ref io_DrawingPoints);
}
/// <summary>
/// The one option given to the user , if Warping preferred.
/// </summary>
/// <param name="i_SurfaceSize"></param>
/// <param name="i_SourceToTargetMapping"></param>
/// <param name="io_DrawingPoints"></param>
public void StandardAlignmentLogic(Size i_SurfaceSize, Pair<DoubleMatrix, DoubleMatrix> i_SourceToTargetMapping, ref Point[] io_DrawingPoints)
{
//There are some harshly wrong matches, will try eliminate them using a treshold.
//Without this stage, TPS can ruin our data in a way that it wont be usefull anymore.
if (DistanceTreshold > 0)
{
enforceEuDistance(ref i_SourceToTargetMapping, DistanceTreshold);
}
//Preparing TPS algorithm
TPS tpsWarpping = new TPS(i_SurfaceSize, i_SourceToTargetMapping.Element2);
//Calculating transformation
tpsWarpping.Calculate(i_SourceToTargetMapping.Element1);
//Interpolating whole target
tpsWarpping.Interpolate(ref io_DrawingPoints);
}
