public void is_jitter_smooth()
{
var test = new JitterDetection();
JitterDetection.Threshold = 5;
for (var i = 0; i < 20; i++)
{
test.IsJitter(5);
}
test.IsJitter(4);
test.IsJitter(2);
test.IsJitter(3);
test.IsJitter(7);
test.IsJitter(1);
test.IsJitter(6);
test.IsJitter(2);
test.IsJitter(1);
test.IsJitter(9);
test.IsJitter(19);
test.IsJitter(2);
test.IsJitter(5);
test.IsJitter(40);
Assert.True(test.IsJitter(40));
Assert.False(test.IsJitter(40));
Assert.False(test.IsJitter(500));
for (var i = 0; i < 40; i++)
{
test.IsJitter(501);
}
Assert.True(test.IsJitter(500));
}
public void calculate_average_position()
{
var list = new int[4];
JitterDetection.CalculateAveragePosition(list, list.Length, 6);
JitterDetection.CalculateAveragePosition(list, list.Length, 7);
JitterDetection.CalculateAveragePosition(list, list.Length, 8);
var avg = JitterDetection.CalculateAveragePosition(list, list.Length, 9);
Assert.Equal(7, avg);
}
public void push_latest_value_roll_off()
{
var list = new int[4];
JitterDetection.CalculateAveragePosition(list, list.Length, 5);
JitterDetection.CalculateAveragePosition(list, list.Length, 6);
JitterDetection.CalculateAveragePosition(list, list.Length, 7);
JitterDetection.CalculateAveragePosition(list, list.Length, 8);
Assert.Equal(8, list[0]);
Assert.Equal(7, list[1]);
Assert.Equal(6, list[2]);
Assert.Equal(5, list[3]);
JitterDetection.CalculateAveragePosition(list, list.Length, 9);
Assert.Equal(9, list[0]);
Assert.Equal(8, list[1]);
Assert.Equal(7, list[2]);
Assert.Equal(6, list[3]);
}
