public float DistanceSegmBased(float[] QueryNormalizedDescriptor, float[] WordNormalizedDescriptor, float NearNeighborArea = 0.35f)
{
DistanceSegmBased mySegmDistance = new DistanceSegmBased
{
NearNeighborArea = NearNeighborArea
};
return(DistanceSegmBased(QueryNormalizedDescriptor, WordNormalizedDescriptor, mySegmDistance));
}
public float DistanceSegmBased(DsLPoints[] QueryLocalPoints, int QueryWidth, int QueryHeight, DsLPoints[] WordLocalPoints, int WordWidth, int WordHeight, float NearNeighborArea = 0.35f)
{
DistanceSegmBased mySegmDistance = new DistanceSegmBased
{
NearNeighborArea = NearNeighborArea
};
var vector1 = mySegmDistance.GetNormalizedDescriptor(QueryLocalPoints, QueryWidth, QueryHeight);
var vector2 = mySegmDistance.GetNormalizedDescriptor(WordLocalPoints, WordWidth, WordHeight);
return(DistanceSegmBased(vector1, vector2, mySegmDistance));
}
private float DistanceSegmBased(float[] Vector1NormalizedDescriptor, float[] Vector2NormalizedDescriptor, DistanceSegmBased SegmDistanceObject)
{
return(SegmDistanceObject.GetSimilarity(Vector1NormalizedDescriptor, Vector2NormalizedDescriptor));
}
public float[] CreateNormalizedDescriptorForSegmBased(DsLPoints[] LocalPoints, int Width, int Height)
{
DistanceSegmBased mySegmDistance = new DistanceSegmBased();
return(mySegmDistance.GetNormalizedDescriptor(LocalPoints, Width, Height));
}
