public void Add14ValueAndDontOvershootArrayFloat()
{
var imf = new FloatMedianFilter(12);
/* Add twelve of same items, should return same value back as average */
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
Assert.AreEqual(8, imf.Filtered.X);
Assert.AreEqual(12, imf.Filtered.Y);
}
public void OneValueShouldReturnThatAsAverageFloat()
{
var imf = new FloatMedianFilter();
imf.Add(new Core.Models.Drawing.Point2D <float>(5, 8));
Assert.AreEqual(5, imf.Filtered.X);
Assert.AreEqual(8, imf.Filtered.Y);
}
public void TwoValueShouldReturnAverageOfTwoValuesFloat()
{
var imf = new FloatMedianFilter();
imf.Add(new Core.Models.Drawing.Point2D <float>(4, 8));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
Assert.AreEqual(6, imf.Filtered.X);
Assert.AreEqual(10, imf.Filtered.Y);
}
public void ShouldThrowOutThreeLowstValuesFloat()
{
var imf = new FloatMedianFilter(12, 3);
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(3, 7));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(2, 9));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 6));
imf.Add(new Core.Models.Drawing.Point2D <float>(5, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
Assert.AreEqual(8, imf.Filtered.X);
Assert.AreEqual(12, imf.Filtered.Y);
}
public void ShouldThrowOutThreeHightestValuesFloat()
{
var imf = new FloatMedianFilter(12, 3);
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 99));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(32, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 16));
imf.Add(new Core.Models.Drawing.Point2D <float>(34, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(89, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 42));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
Assert.AreEqual(8, imf.Filtered.X);
Assert.AreEqual(12, imf.Filtered.Y);
}
public void ShouldAverageMiddle6ValuesFloat()
{
var imf = new FloatMedianFilter(12);
/* Add twelve of same items, should return same value back as average */
imf.Add(new Core.Models.Drawing.Point2D <float>(6, 10));
imf.Add(new Core.Models.Drawing.Point2D <float>(3, 8));
imf.Add(new Core.Models.Drawing.Point2D <float>(10, 14));
imf.Add(new Core.Models.Drawing.Point2D <float>(14, 21));
imf.Add(new Core.Models.Drawing.Point2D <float>(10, 14));
imf.Add(new Core.Models.Drawing.Point2D <float>(5, 44));
imf.Add(new Core.Models.Drawing.Point2D <float>(44, 9));
imf.Add(new Core.Models.Drawing.Point2D <float>(10, 10));
imf.Add(new Core.Models.Drawing.Point2D <float>(6, 32));
imf.Add(new Core.Models.Drawing.Point2D <float>(32, 14));
imf.Add(new Core.Models.Drawing.Point2D <float>(2, 10));
imf.Add(new Core.Models.Drawing.Point2D <float>(6, 10));
Assert.AreEqual(8, imf.Filtered.X);
Assert.AreEqual(12, imf.Filtered.Y);
}
public void FitlerSizeValueShouldReturnAverageOfNMedianValuesFloat()
{
var imf = new FloatMedianFilter(12);
/* Add twelve of same items, should return same value back as average */
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
imf.Add(new Core.Models.Drawing.Point2D <float>(8, 12));
Assert.AreEqual(8, imf.Filtered.X);
Assert.AreEqual(12, imf.Filtered.Y);
}
public void NullValueTestFloat()
{
var imf = new FloatMedianFilter();
Assert.IsNull(imf.Filtered);
}
