public void HighPassSummingAggregator_Applys_Filter()
{
var aggregator = new PointsAggregator(_measurements, new HighPassFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(105, result.X); // add everything that that is > 2 together
Assert.Equal(15, result.Y);
}
public void SummingAggregation_Produces_Sum()
{
var aggregator = new PointsAggregator(_measurements, new EmptyFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(107, result.X); //sums up x and ys
Assert.Equal(30, result.Y);
}
public void AveragingAggregagtor_Produces_Average()
{
var aggregator = new PointsAggregator(_measurements, new EmptyFilter(), new AveragingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(35, result.X);
Assert.Equal(10, result.Y);
}
public void LowPassAveragingAggregator_Applys_Filter()
{
var aggregator = new PointsAggregator(_measurements, new LowPassFilter(), new AveragingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(3, result.X);
Assert.Equal(12, result.Y);
}
public void SummingAggregation_Produces_Sum()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new EmptyFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(107, result.X);
Assert.Equal(30, result.Y);
}
public void HighPassSummingAggregator_Applys_Filter()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new HighPassFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(105, result.X);
Assert.Equal(15, result.Y);
}
public void LowPassAveragingAggregator_Applys_Filter()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new LowPassFilter(), new AveragingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(3, result.X);
Assert.Equal(12, result.Y);
}
public void AveragingAggregagtor_Produces_Average()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new EmptyFilter(), new AveragingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(35, result.X);
Assert.Equal(10, result.Y);
}
public void SummingAggregation_Produces_Sum()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new EmptyFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(107, result.X);
Assert.Equal(30, result.Y);
}
public void HighPassSummingAggregator_Applys_Filter()
{
var aggregator = new Algorithm.Composition.PointsAggregator(_measurements, new HighPassFilter(), new SummingStrategy());
var result = aggregator.Aggregate();
Assert.Equal(105, result.X);
Assert.Equal(15, result.Y);
}
public Measurement Aggregate()
{
var aggregator = new PointsAggregator(_measurements, new HighPassFilter(), new SummingStrategy());
return(aggregator.Aggregate());
}
public HighPassSummingAggregator(IEnumerable <Measurement> measurements)
{
_pointsAggregator = new PointsAggregator(measurements, new HighPassFilter(), new SummingStrategy());
}
public HighPassSummingAggregator(Measurement[] measurements)
{
highPassSumming = new PointsAggregator(measurements, new HighPassFilter(), new SummingStrategy());
}
