public DiscreteSample(double[] samples)
{
_calculator = new SampleCalculator(this);
Volume = _calculator.CalculateVolume(samples);
VariationRange = _calculator.CalculateVariationRange(samples);
VariationScope = _calculator.CalculateVariationScope();
FrequencyRange = _calculator.CalculateFrequencyRange();
Average = _calculator.CalculateAverage();
Mode = _calculator.CalculateMode();
Median = _calculator.CalculateMedian();
Dispersion = _calculator.CalculateDispersion();
Asymmetry = _calculator.CalculateAsymmetry();
Excess = _calculator.CalculateExcess();
VariationCoefficient = _calculator.CalculateVariationCoefficient();
Writer = SampleWriterFactory.CreateSampleWriter(this);
}
public NonDiscreteSample(double[] samples)
{
_calculator = new NonDiscreteSampleCalculator(this);
Volume = _calculator.CalculateVolume(samples);
VariationRange = _calculator.CalculateVariationRange(samples);
VariationScope = _calculator.CalculateVariationScope();
IntervalAmount = _calculator.CalculateIntervalAmount();
IntervalStep = _calculator.CalculateIntervalStep();
FrequencyRange = _calculator.CalculateFrequencyRange();
Average = _calculator.CalculateAverage();
Mode = _calculator.CalculateMode();
Median = _calculator.CalculateMedian();
Dispersion = _calculator.CalculateDispersion();
GroupAverages = _calculator.CalculateGroupAverages();
GroupDispersions = _calculator.CalculateGroupDispersions();
AverageGroupDispersion = _calculator.CalculateAverageGroupDispersion();
InterGroupDispersion = _calculator.CalculateInterGroupDispersion();
DeterminationCoefficient = _calculator.CalculateDeterminationCoefficient();
Asymmetry = _calculator.CalculateAsymmetry();
Excess = _calculator.CalculateExcess();
VariationCoefficient = _calculator.CalculateVariationCoefficient();
Writer = SampleWriterFactory.CreateSampleWriter(this);
}