public void ValueTest()
{
LinearInterpolator target = new LinearInterpolator();
// Create the point to interpolate for
IPoint point = new Point1D(4, 0);
// Create the bounding points
List <IPoint> bounds = new List <IPoint> {
new Point1D(2, 5), new Point1D(6, 13)
};
// Set the expected value
double expected = 9;
// Interpolate and test result
double actual = target.Value(point, bounds);
Assert.AreEqual(expected, actual);
// Create the point to interpolate for
point = new Point1D(11, 0);
// Create the bounding points
bounds = new List <IPoint> {
new Point1D(10, 21), new Point1D(12, 25)
};
// Set the expected value
expected = 23;
// Interpolate and test result
actual = target.Value(point, bounds);
Assert.AreEqual(expected, actual);
// Create the point to interpolate for
point = new Point1D(11, 0);
// Create the bounding points
bounds = new List <IPoint> {
new Point1D(6, 13), new Point1D(13, 27)
};
// Set the expected value
expected = 23;
// Interpolate and test result
actual = target.Value(point, bounds);
Assert.AreEqual(expected, actual);
// Test boundary condition x<x1<x2
// Create the point to interpolate for
point = new Point1D(1, 0);
// Create the bounding points
bounds = new List <IPoint> {
new Point1D(2, 5), new Point1D(4, 9)
};
// Set the expected value
expected = 5.0d;
// Interpolate and test result
actual = target.Value(point, bounds);
Assert.AreEqual(expected, actual);
// Test boundary condition x1<x2<x
// Create the point to interpolate for
point = new Point1D(12);
// Create the bounding points
bounds = new List <IPoint> {
new Point1D(8, 17), new Point1D(10, 21)
};
// Set the expected value
expected = 21.0d;
// Interpolate and test result
actual = target.Value(point, bounds);
Assert.AreEqual(expected, actual);
}