public static ToRadians ( this sample, double length ) : double | ||
sample | this | The sample to be transformed. |
length | double | The maximum possible sample value (such as 24 for hour data). |
return | double |
/// <summary> /// Computes the circular quartiles of the given circular samples. /// The minimum possible value for a sample must be zero and the maximum must /// be indicated in the parameter <paramref name="length"/>. /// </summary> /// /// <param name="samples">A double array containing the circular samples.</param> /// <param name="length">The maximum possible value of the samples.</param> /// <param name="range">The sample quartiles, as an out parameter.</param> /// <param name="median">The median value of the <paramref name="samples"/>, if already known.</param> /// <param name="wrap"> /// Whether range values should be wrapped to be contained in the circle. If /// set to false, range values could be returned outside the [+pi;-pi] range. /// </param> /// <param name="type">The quartile definition that should be used. See <see cref="QuantileMethod"/> for datails.</param> /// /// <returns>The median of the given samples.</returns> /// public static double Quartiles(double[] samples, double length, out DoubleRange range, double median, bool wrap = true, QuantileMethod type = QuantileMethod.Default) { double angleMedian = Circular.ToRadians(median, length); double q2 = Quartiles(ToRadians(samples, length), out range, angleMedian, wrap, type: type); range.Min = ToCircular(range.Min, length, wrap); range.Max = ToCircular(range.Max, length, wrap); return(ToCircular(q2, length)); }
/// <summary> /// Computes the circular quartiles of the given circular samples. /// The minimum possible value for a sample must be zero and the maximum must /// be indicated in the parameter <paramref name="length"/>. /// </summary> /// /// <param name="samples">A double array containing the circular samples.</param> /// <param name="length">The maximum possible value of the samples.</param> /// <param name="q1">The first quartile, as an out parameter.</param> /// <param name="q3">The third quartile, as an out parameter.</param> /// <param name="median">The median value of the <paramref name="samples"/>, if already known.</param> /// <param name="wrap"> /// Whether range values should be wrapped to be contained in the circle. If /// set to false, range values could be returned outside the [+pi;-pi] range. /// </param> /// <param name="type">The quartile definition that should be used. See <see cref="QuantileMethod"/> for datails.</param> /// /// <returns>The median of the given samples.</returns> /// public static double Quartiles(double[] samples, double length, out double q1, out double q3, double median, bool wrap = true, QuantileMethod type = QuantileMethod.Default) { double angleMedian = Circular.ToRadians(median, length); double q2 = Quartiles(ToRadians(samples, length), out q1, out q3, angleMedian, wrap, type: type); q1 = ToCircular(q1, length, wrap); q3 = ToCircular(q3, length, wrap); return(ToCircular(q2, length)); }