| 14 | | \subsection{Distribution} |
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| 15 | | |
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| 16 | | \begin{description} |
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| 17 | | |
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| 18 | | \item[Usage :] $Distribution(dist, name)$ |
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| 19 | | |
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| 20 | | \item[Arguments :] \strut |
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| 21 | | \begin{description} |
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| 22 | | \item $dist$ : a DistributionImplementation which is Beta, Exponential, Gamma, Geometric, Gumbel, Histogram, Logistic, LogNormal, |
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| 23 | | MultiNomial, Normal, Non Central Student, Poisson, Student, Triangular, TruncatedNormal, Weibull, UserDefined, |
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| 24 | | \item $name$ : a string to name the distribution |
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| 25 | | \end{description} |
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| 26 | | |
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| 27 | | \item[Value :] a Distribution |
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| 28 | | |
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| 29 | | \item[Some methods :] \strut |
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| 30 | | |
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| 31 | | \begin{description} |
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| 32 | | |
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| 33 | | \item $computeCDF$ |
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| 34 | | \begin{description} |
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| 35 | | \item[Usage :] \strut |
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| 36 | | \begin{description} |
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| 37 | | \item $computeCDF(value)$ |
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| 38 | | \item $computeCDF(x)$ |
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| 39 | | \item $computeCDF(sample)$ |
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| 40 | | \end{description} |
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| 41 | | \item[Arguments :] \strut |
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| 42 | | \begin{description} |
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| 43 | | \item $x$ : a NumericalScalar |
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| 44 | | \item $x$ : a NumericalPoint |
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| 45 | | \item $sample$ : a NumericalSample |
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| 46 | | \end{description} |
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| 47 | | \item[Value :] \strut |
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| 48 | | \begin{description} |
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| 49 | | \item while using the first usage, a NumericalScalar, the CDF (Cumulative Distribution Function) of dimension 1 value of the considered distribution at $value$ |
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| 50 | | \item while using the second usage, a NumericalPoint, the CDF (Cumulative Distribution Function) value of the considered distribution at the vector $x$ |
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| 51 | | \item while using the third usage, a NumericalSample, the CDF (Cumulative Distribution Function) values of the considered distribution at $sample$ |
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| 52 | | \end{description} |
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| 53 | | \end{description} |
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| 54 | | \bigskip |
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| 55 | | |
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| 56 | | \item $computeCDFGradient$ |
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| 57 | | \begin{description} |
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| 58 | | \item[Usage :] $computeCDFGradient(x)$ |
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| 59 | | \item[Arguments :] $x$ : a NumericalPoint |
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| 60 | | \item[Value :] a NumericalPoint object, the gradient of the distribution CDF, with respect to the parameters of the distribution, evaluated at point $x$ |
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| 61 | | \end{description} |
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| 62 | | \bigskip |
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| 63 | | |
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| 64 | | \item $computeDDF$ |
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| 65 | | \begin{description} |
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| 66 | | \item[Usage :] \strut |
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| 67 | | \begin{description} |
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| 68 | | \item $computeDDF(x)$ |
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| 69 | | \item $computeDDF(sample)$ |
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| 70 | | \end{description} |
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| 71 | | \item[Arguments :] \strut |
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| 72 | | \begin{description} |
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| 73 | | \item $x$ : a NumericalPoint |
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| 74 | | \item $sample$ : a NumericalSample |
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| 75 | | \end{description} |
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| 76 | | \item[Value :] \strut |
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| 77 | | \begin{description} |
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| 78 | | \item while using the first usage, a NumericalPoint value, the gradient of the PDF (Probability Distribution Function) of the considered distribution at $x$ (DDF = Derivative Density Function) |
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| 79 | | \item while using the second usage, a NumericalSample, the gradient of the PDF (Probability Distribution Function) of the considered distribution at $x$ (DDF = Derivative Density Function) |
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| 80 | | \end{description} |
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| 81 | | \end{description} |
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| 82 | | \bigskip |
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| 83 | | |
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| 84 | | \item $computePDF$ |
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| 85 | | \begin{description} |
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| 86 | | \item[Usage :] \strut |
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| 87 | | \begin{description} |
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| 88 | | \item $computePDF(value)$ |
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| 89 | | \item $computePDF(x)$ |
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| 90 | | \item $computePDF(sample)$ |
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| 91 | | \end{description} |
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| 92 | | \item[Arguments :] \strut |
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| 93 | | \begin{description} |
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| 94 | | \item $x$ : a NumericalPoint |
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| 95 | | \item $sample$ : a NumericalSample |
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| 96 | | \end{description} |
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| 97 | | \item[Value :] \strut |
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| 98 | | \begin{description} |
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| 99 | | \item while using the first usage, a NumericalScalar, the PDF (Cumulative Distribution Function) of dimension 1 value of the considered distribution at $value$ |
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| 100 | | \item while using the second usage, a NumericalPoint, the PDF (Cumulative Distribution Function) value of the considered distribution at the vector $x$ |
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| 101 | | \item while using the third usage, a NumericalSample, the PDF (Cumulative Distribution Function) values of the considered distribution at $sample$ |
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| 102 | | \end{description} |
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| 103 | | \end{description} |
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| 104 | | \bigskip |
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| 105 | | |
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| 106 | | \item $computePDFGradient$ |
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| 107 | | \begin{description} |
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| 108 | | \item[Usage :] $computePDFGradient(x)$ |
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| 109 | | \item[Arguments :] $x$ : a NumericalPoint |
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| 110 | | \item[Value :] a NumericalPoint object, the gradient of the distribution PDF, with respect to the parameters of the distribution, evaluated at point $x$ |
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| 111 | | \end{description} |
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| 112 | | \bigskip |
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| 113 | | |
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| 114 | | \item $computeQuantile$ |
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| 115 | | \begin{description} |
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| 116 | | \item[Usage :] $computeQuantile(x)$ |
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| 117 | | \item[Arguments :] $x$ : a real scalar $0\leq x \leq 1$ |
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| 118 | | \item[Value :] a NumericalPoint, the value of the $x-$ quantile |
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| 119 | | \end{description} |
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| 120 | | \bigskip |
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| 121 | | |
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| 122 | | \item $drawCDF$ |
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| 123 | | \begin{description} |
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| 124 | | \item[Usage :] \strut |
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| 125 | | \begin{description} |
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| 126 | | \item $drawCDF()$ |
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| 127 | | \item $drawCDF(min,max)$ |
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| 128 | | \item $drawCDF(min,max,pointNumber)$ |
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| 129 | | \item $drawCDF(vectMin,vectMax)$ |
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| 130 | | \item $drawCDF(vectMin,vectMax,vectPointNumber)$ |
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| 131 | | \end{description} |
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| 132 | | |
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| 133 | | \item[Arguments :] \strut |
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| 134 | | \begin{description} |
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| 135 | | \item $min$ and $max$ : real values with $min < max$, the range for the CDF curve of a distribution of dimension 1 |
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| 136 | | \item $pointNumber$ : an integer, the number of points to draw the CDF iso-curves of a distribution of dimension 1 |
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| 137 | | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension 2, respectively the left-bottom and ritgh-up corners of the square for the CDF iso-curves of a distribution of dimension 2 |
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| 138 | | \item $vectPointNumber$ : a NumericalPoint of dimension 2, the the number of points to draw the iso-curves of a distribution of dimension 2 on each direction |
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| 139 | | \end{description} |
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| 140 | | \item[Value :] a Graph, containing the elements of the curve or iso-curves of the CDF, depending on the dimension of the distribution (1 or 2) |
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| 141 | | \end{description} |
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| 142 | | |
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| 143 | | \bigskip |
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| 144 | | |
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| 145 | | \item $drawPDF$ |
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| 146 | | \begin{description} |
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| 147 | | \item[Usage :] \strut |
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| 148 | | \begin{description} |
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| 149 | | \item $drawPDF()$ |
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| 150 | | \item $drawPDF(min,max)$ |
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| 151 | | \item $drawPDF(min,max,pointNumber)$ |
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| 152 | | \item $drawPDF(vectMin,vectMax)$ |
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| 153 | | \item $drawPDF(vectMin,vectMax,vectPointNumber)$ |
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| 154 | | \end{description} |
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| 155 | | |
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| 156 | | \item[Arguments :] \strut |
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| 157 | | \begin{description} |
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| 158 | | \item $min$ and $max$ : real values with $min < max$, the range for the PDF curve of a distribution of dimension 1 |
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| 159 | | \item $pointNumber$ : an integer, the number of points to draw the PDF iso-curves of a distribution of dimension 1 |
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| 160 | | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension 2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension 2 |
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| 161 | | \item $vectPointNumber$ : a NumericalPoint of dimension 2, the number of points to draw the iso-curves of a distribution of dimension 2 on each direction |
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| 162 | | \end{description} |
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| 163 | | \item[Value :] a Graph, containing the elements of the curve or iso-curves of the PDF, depending on the dimension of the distribution (1 or 2) |
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| 164 | | \end{description} |
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| 165 | | |
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| 166 | | |
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| 167 | | \bigskip |
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| 168 | | |
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| 169 | | \item $drawMarginal1DCDF$ |
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| 170 | | \begin{description} |
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| 171 | | \item[Usage :] \strut |
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| 172 | | \begin{description} |
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| 173 | | \item $drawMarginal1DCDF(i, min,max,pointNumber)$ |
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| 174 | | \end{description} |
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| 175 | | |
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| 176 | | \item[Arguments :] \strut |
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| 177 | | \begin{description} |
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| 178 | | \item $i$ : an integer, the marginal we want to draw (Care : numerotation begins at 0) |
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| 179 | | \item $min$ and $max$ : real values with $min < max$, the range for the CDF curve of a distribution of dimension >1 |
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| 180 | | \item $pointNumber$ : an integer, the number of points to draw the CDF iso-curves of a distribution of dimension >1 |
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| 181 | | \end{description} |
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| 182 | | \item[Value :] a Graph, containing the elements of the curve of the CDF of the marginal i of the distribution of dimension >1 |
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| 183 | | \end{description} |
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| 184 | | |
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| 185 | | \bigskip |
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| 186 | | |
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| 187 | | \item $drawMarginal1DPDF$ |
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| 188 | | \begin{description} |
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| 189 | | \item[Usage :] \strut |
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| 190 | | \begin{description} |
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| 191 | | \item $drawMarginal1DPDF(i, min, max, pointNumber)$ |
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| 192 | | \end{description} |
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| 193 | | |
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| 194 | | \item[Arguments :] \strut |
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| 195 | | \begin{description} |
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| 196 | | \item $i$ : an integer, the marginal we want to draw (Care : numerotation begins at 0) |
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| 197 | | \item $min$ and $max$ : real values with $min < max$, the range for the PDF curve of a distribution of dimension >1 |
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| 198 | | \item $pointNumber$ : an integer, the number of points to draw the PDF iso-curves of a distribution of dimension >1 |
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| 199 | | \end{description} |
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| 200 | | \item[Value :] a Graph, containing the elements of the curve of the PDF of the marginal i of the distribution of dimension >1 |
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| 201 | | \end{description} |
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| 202 | | |
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| 203 | | \bigskip |
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| 204 | | |
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| 205 | | \item $drawMarginal2DCDF$ |
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| 206 | | \begin{description} |
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| 207 | | \item[Usage :] \strut |
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| 208 | | \begin{description} |
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| 209 | | \item $drawMarginal2DCDF(i, j, vectMin,vectMax,vectPointNumber)$ |
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| 210 | | \end{description} |
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| 211 | | |
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| 212 | | \item[Arguments :] \strut |
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| 213 | | \begin{description} |
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| 214 | | \item $i$ and $j$ : two integer, the marginal we want to draw (Care : numerotation begins at 0) |
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| 215 | | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension n>2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension n |
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| 216 | | \item $vectPointNumber$ : a NumericalPoint of dimension n>2, the number of points to draw the iso-curves of a distribution of dimension n on each direction |
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| 217 | | \end{description} |
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| 218 | | \item[Value :] a Graph, containing the elements of the iso-curve of the CDF of the marginals (i,j) of distribution of dimension n>2 |
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| 219 | | \end{description} |
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| 220 | | |
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| 221 | | \bigskip |
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| 222 | | |
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| 223 | | \item $drawMarginal2DPDF$ |
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| 224 | | \begin{description} |
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| 225 | | \item[Usage :] \strut |
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| 226 | | \begin{description} |
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| 227 | | \item $drawMarginal2DPDF(i, j, vectMin,vectMax,vectPointNumber)$ |
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| 228 | | \end{description} |
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| 229 | | |
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| 230 | | \item[Arguments :] \strut |
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| 231 | | \begin{description} |
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| 232 | | \item $i$ and $j$ : two integer, the marginal we want to draw (Care : numerotation begins at 0) |
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| 233 | | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension n>2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension n |
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| 234 | | \item $vectPointNumber$ : a NumericalPoint of dimension n>2, the number of points to draw the iso-curves of a distribution of dimension n on each direction |
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| 235 | | \end{description} |
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| 236 | | \item[Value :] a Graph, containing the elements of the iso-curve of the PDF of the marginals (i,j) of distribution of dimension n>2 |
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| 237 | | \end{description} |
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| 238 | | |
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| 239 | | \bigskip |
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| 240 | | |
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| 241 | | \item $getCopula$ |
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| 242 | | \begin{description} |
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| 243 | | \item[Usage :] $getCopula()$ |
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| 244 | | \item[Arguments :] no argument |
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| 245 | | \item[Value :] a Copula, the copula of the considered distribution which must be of type ComposedDistribution |
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| 246 | | \end{description} |
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| 247 | | \bigskip |
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| 248 | | |
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| 249 | | \item $getCovariance$ |
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| 250 | | \begin{description} |
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| 251 | | \item[Usage :] $getCovariance()$ |
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| 252 | | \item[Arguments :] no argument |
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| 253 | | \item[Value :] a CovarianceMatrix of the considered distribution (if the distribution is unidimensional, it is the variance) |
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| 254 | | \end{description} |
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| 255 | | \bigskip |
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| 256 | | |
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| 257 | | \item $getMarginal$ |
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| 258 | | \begin{description} |
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| 259 | | \item[Usage :] \strut |
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| 260 | | \begin{description} |
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| 261 | | \item $getMarginal(i)$ |
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| 262 | | \item $getMarginal(indices)$ |
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| 263 | | \end{description} |
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| 264 | | |
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| 265 | | |
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| 266 | | \item[Arguments :] \strut |
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| 267 | | \begin{description} |
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| 268 | | \item $i$ : an integer (i is lower or equal to the dimension of the considered distribution), with $0 \leq i$ |
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| 269 | | \item $indices$ : a Indices, which regroup all the indices considered |
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| 270 | | \end{description} |
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| 271 | | |
|---|
| 272 | | \item[Value :] a Distribution, the distribution of an extracted vector of the initial distribution |
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| 273 | | \end{description} |
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| 274 | | \bigskip |
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| 275 | | |
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| 276 | | \item $getKurtosis$ |
|---|
| 277 | | \begin{description} |
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| 278 | | \item[Usage :] $getKurtosis()$ |
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| 279 | | \item[Arguments :] no argument |
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| 280 | | \item[Value :] a NumericalPoint, the value the kurtosis of each 1D marginal of the distribution |
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| 281 | | \end{description} |
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| 282 | | \bigskip |
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| 283 | | |
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| 284 | | \item $getMean$ |
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| 285 | | \begin{description} |
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| 286 | | \item[Usage :] $getMean()$ |
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| 287 | | \item[Arguments :] no argument |
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| 288 | | \item[Value :] a NumericalPoint, the value of the considered distribution mean |
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| 289 | | \end{description} |
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| 290 | | \bigskip |
|---|
| 291 | | |
|---|
| 292 | | \item $getNumericalSample$ |
|---|
| 293 | | \begin{description} |
|---|
| 294 | | \item[Usage :] $getNumericalSample(n)$ |
|---|
| 295 | | \item[Arguments :] $n$ : integer, the size of the sample |
|---|
| 296 | | \item[Value :] a NumericalSample representing $n$ realizations of the random variable with the considered distribution |
|---|
| 297 | | \end{description} |
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| 298 | | \bigskip |
|---|
| 299 | | |
|---|
| 300 | | \item $getParametersCollection$ |
|---|
| 301 | | \begin{description} |
|---|
| 302 | | \item[Usage :] $getParametersCollection()$ |
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| 303 | | \item[Arguments :] one |
|---|
| 304 | | \item[Value :] a NumericalPointCollection, the list of the parameters of the distribution |
|---|
| 305 | | |
|---|
| 306 | | \end{description} |
|---|
| 307 | | \bigskip |
|---|
| 308 | | |
|---|
| 309 | | |
|---|
| 310 | | \item $getRealization$ |
|---|
| 311 | | \begin{description} |
|---|
| 312 | | \item[Usage :] $getRealization()$ |
|---|
| 313 | | \item[Arguments :] no argument |
|---|
| 314 | | \item[Value :] a NumericalPoint, one realization of random variable with the considered distribution |
|---|
| 315 | | \end{description} |
|---|
| 316 | | \bigskip |
|---|
| 317 | | |
|---|
| 318 | | \item $getRoughness$ |
|---|
| 319 | | \begin{description} |
|---|
| 320 | | \item[Usage :] $getRoughness()$ |
|---|
| 321 | | \item[Arguments :] no argument |
|---|
| 322 | | \item[Value :] a NumericalScalar, the value $roughness(\vect{X}) = ||p||_{\mathcal{L}^2} = \sqrt{\int_\vect{x} p^2(\vect{x})d\vect{x}}$ |
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| 323 | | \end{description} |
|---|
| 324 | | \bigskip |
|---|
| 325 | | |
|---|
| 326 | | \item $getSkewness$ |
|---|
| 327 | | \begin{description} |
|---|
| 328 | | \item[Usage :] $getSkewness()$ |
|---|
| 329 | | \item[Arguments :] no argument |
|---|
| 330 | | \item[Value :] a NumericalPoint, the value the standard deviation of each 1D marginal of the distribution |
|---|
| 331 | | \end{description} |
|---|
| 332 | | \bigskip |
|---|
| 333 | | |
|---|
| 334 | | \item $getStandardDeviation$ |
|---|
| 335 | | \begin{description} |
|---|
| 336 | | \item[Usage :] $getStandardDeviation()$ |
|---|
| 337 | | \item[Arguments :] no argument |
|---|
| 338 | | \item[Value :] a NumericalPoint, the value the standard deviation of each 1D marginal of the distribution |
|---|
| 339 | | \end{description} |
|---|
| 340 | | \bigskip |
|---|
| 341 | | |
|---|
| 342 | | \item $getWeight$ |
|---|
| 343 | | \begin{description} |
|---|
| 344 | | \item[Usage :] $getWeight()$ |
|---|
| 345 | | \item[Arguments :] no argument |
|---|
| 346 | | \item[Value :] a NumericalScalar between 0 and 1, the weight of the considered distribution if used in a Mixture |
|---|
| 347 | | \end{description} |
|---|
| 348 | | \bigskip |
|---|
| 349 | | |
|---|
| 350 | | \item $hasEllipticalCopula$ |
|---|
| 351 | | \begin{description} |
|---|
| 352 | | \item[Usage :] $hasEllipticalCopula()$ |
|---|
| 353 | | \item[Arguments :] no argument |
|---|
| 354 | | \item[Value :] a boolean, it says if the considered distribution is elliptical |
|---|
| 355 | | \end{description} |
|---|
| 356 | | \bigskip |
|---|
| 357 | | |
|---|
| 358 | | \item $hasIndependentCopula$ |
|---|
| 359 | | \begin{description} |
|---|
| 360 | | \item[Usage :] $hasIndependentCopula()$ |
|---|
| 361 | | \item[Arguments :] no argument |
|---|
| 362 | | \item[Value :] a boolean which indicates wether the considered distribution is independent |
|---|
| 363 | | \end{description} |
|---|
| 364 | | \bigskip |
|---|
| 365 | | \item $isElliptical$ |
|---|
| 366 | | \begin{description} |
|---|
| 367 | | \item[Usage :] $isElliptical()$ |
|---|
| 368 | | \item[Arguments :] no argument |
|---|
| 369 | | \item[Value :] a boolean which indicates wether the considered distribution has an elliptical distribution |
|---|
| 370 | | \end{description} |
|---|
| 371 | | \bigskip |
|---|
| 372 | | |
|---|
| 373 | | \item $str$ |
|---|
| 374 | | \begin{description} |
|---|
| 375 | | \item[Usage :] $str()$ |
|---|
| 376 | | \item[Arguments :] no argument |
|---|
| 377 | | \item[Value :] a string describing the object |
|---|
| 378 | | \end{description} |
|---|
| 379 | | \bigskip |
|---|
| 380 | | |
|---|
| 381 | | \end{description} |
|---|
| 382 | | |
|---|
| | 14 | \subsection{Distribution} |
|---|
| | 15 | |
|---|
| | 16 | \begin{description} |
|---|
| | 17 | |
|---|
| | 18 | \item[Usage :] $Distribution(dist, name)$ |
|---|
| | 19 | |
|---|
| | 20 | \item[Arguments :] \strut |
|---|
| | 21 | \begin{description} |
|---|
| | 22 | \item $dist$ : a DistributionImplementation which is Beta, Exponential, Gamma, Geometric, Gumbel, Histogram, Logistic, LogNormal, |
|---|
| | 23 | MultiNomial, Normal, Non Central Student, Poisson, Student, Triangular, TruncatedNormal, Weibull, UserDefined, |
|---|
| | 24 | \item $name$ : a string to name the distribution |
|---|
| | 25 | \end{description} |
|---|
| | 26 | |
|---|
| | 27 | \item[Value :] a Distribution |
|---|
| | 28 | |
|---|
| | 29 | \item[Some methods :] \strut |
|---|
| | 30 | |
|---|
| | 31 | \begin{description} |
|---|
| | 32 | |
|---|
| | 33 | \item $computeCDF$ |
|---|
| | 34 | \begin{description} |
|---|
| | 35 | \item[Usage :] \strut |
|---|
| | 36 | \begin{description} |
|---|
| | 37 | \item $computeCDF(value)$ |
|---|
| | 38 | \item $computeCDF(x)$ |
|---|
| | 39 | \item $computeCDF(sample)$ |
|---|
| | 40 | \end{description} |
|---|
| | 41 | \item[Arguments :] \strut |
|---|
| | 42 | \begin{description} |
|---|
| | 43 | \item $x$ : a NumericalScalar |
|---|
| | 44 | \item $x$ : a NumericalPoint |
|---|
| | 45 | \item $sample$ : a NumericalSample |
|---|
| | 46 | \end{description} |
|---|
| | 47 | \item[Value :] \strut |
|---|
| | 48 | \begin{description} |
|---|
| | 49 | \item while using the first usage, a NumericalScalar, the CDF (Cumulative Distribution Function) of dimension 1 value of the considered distribution at $value$ |
|---|
| | 50 | \item while using the second usage, a NumericalPoint, the CDF (Cumulative Distribution Function) value of the considered distribution at the vector $x$ |
|---|
| | 51 | \item while using the third usage, a NumericalSample, the CDF (Cumulative Distribution Function) values of the considered distribution at $sample$ |
|---|
| | 52 | \end{description} |
|---|
| | 53 | \end{description} |
|---|
| | 54 | \bigskip |
|---|
| | 55 | |
|---|
| | 56 | \item $computeCDFGradient$ |
|---|
| | 57 | \begin{description} |
|---|
| | 58 | \item[Usage :] $computeCDFGradient(x)$ |
|---|
| | 59 | \item[Arguments :] $x$ : a NumericalPoint |
|---|
| | 60 | \item[Value :] a NumericalPoint object, the gradient of the distribution CDF, with respect to the parameters of the distribution, evaluated at point $x$ |
|---|
| | 61 | \end{description} |
|---|
| | 62 | \bigskip |
|---|
| | 63 | |
|---|
| | 64 | \item $computeDDF$ |
|---|
| | 65 | \begin{description} |
|---|
| | 66 | \item[Usage :] \strut |
|---|
| | 67 | \begin{description} |
|---|
| | 68 | \item $computeDDF(x)$ |
|---|
| | 69 | \item $computeDDF(sample)$ |
|---|
| | 70 | \end{description} |
|---|
| | 71 | \item[Arguments :] \strut |
|---|
| | 72 | \begin{description} |
|---|
| | 73 | \item $x$ : a NumericalPoint |
|---|
| | 74 | \item $sample$ : a NumericalSample |
|---|
| | 75 | \end{description} |
|---|
| | 76 | \item[Value :] \strut |
|---|
| | 77 | \begin{description} |
|---|
| | 78 | \item while using the first usage, a NumericalPoint value, the gradient of the PDF (Probability Distribution Function) of the considered distribution at $x$ (DDF = Derivative Density Function) |
|---|
| | 79 | \item while using the second usage, a NumericalSample, the gradient of the PDF (Probability Distribution Function) of the considered distribution at $x$ (DDF = Derivative Density Function) |
|---|
| | 80 | \end{description} |
|---|
| | 81 | \end{description} |
|---|
| | 82 | \bigskip |
|---|
| | 83 | |
|---|
| | 84 | \item $computePDF$ |
|---|
| | 85 | \begin{description} |
|---|
| | 86 | \item[Usage :] \strut |
|---|
| | 87 | \begin{description} |
|---|
| | 88 | \item $computePDF(value)$ |
|---|
| | 89 | \item $computePDF(x)$ |
|---|
| | 90 | \item $computePDF(sample)$ |
|---|
| | 91 | \end{description} |
|---|
| | 92 | \item[Arguments :] \strut |
|---|
| | 93 | \begin{description} |
|---|
| | 94 | \item $x$ : a NumericalPoint |
|---|
| | 95 | \item $sample$ : a NumericalSample |
|---|
| | 96 | \end{description} |
|---|
| | 97 | \item[Value :] \strut |
|---|
| | 98 | \begin{description} |
|---|
| | 99 | \item while using the first usage, a NumericalScalar, the PDF (Cumulative Distribution Function) of dimension 1 value of the considered distribution at $value$ |
|---|
| | 100 | \item while using the second usage, a NumericalPoint, the PDF (Cumulative Distribution Function) value of the considered distribution at the vector $x$ |
|---|
| | 101 | \item while using the third usage, a NumericalSample, the PDF (Cumulative Distribution Function) values of the considered distribution at $sample$ |
|---|
| | 102 | \end{description} |
|---|
| | 103 | \end{description} |
|---|
| | 104 | \bigskip |
|---|
| | 105 | |
|---|
| | 106 | \item $computePDFGradient$ |
|---|
| | 107 | \begin{description} |
|---|
| | 108 | \item[Usage :] $computePDFGradient(x)$ |
|---|
| | 109 | \item[Arguments :] $x$ : a NumericalPoint |
|---|
| | 110 | \item[Value :] a NumericalPoint object, the gradient of the distribution PDF, with respect to the parameters of the distribution, evaluated at point $x$ |
|---|
| | 111 | \end{description} |
|---|
| | 112 | \bigskip |
|---|
| | 113 | |
|---|
| | 114 | \item $computeQuantile$ |
|---|
| | 115 | \begin{description} |
|---|
| | 116 | \item[Usage :] $computeQuantile(x)$ |
|---|
| | 117 | \item[Arguments :] $x$ : a real scalar $0\leq x \leq 1$ |
|---|
| | 118 | \item[Value :] a NumericalPoint, the value of the $x-$ quantile |
|---|
| | 119 | \end{description} |
|---|
| | 120 | \bigskip |
|---|
| | 121 | |
|---|
| | 122 | \item $drawCDF$ |
|---|
| | 123 | \begin{description} |
|---|
| | 124 | \item[Usage :] \strut |
|---|
| | 125 | \begin{description} |
|---|
| | 126 | \item $drawCDF()$ |
|---|
| | 127 | \item $drawCDF(min,max)$ |
|---|
| | 128 | \item $drawCDF(min,max,pointNumber)$ |
|---|
| | 129 | \item $drawCDF(vectMin,vectMax)$ |
|---|
| | 130 | \item $drawCDF(vectMin,vectMax,vectPointNumber)$ |
|---|
| | 131 | \end{description} |
|---|
| | 132 | |
|---|
| | 133 | \item[Arguments :] \strut |
|---|
| | 134 | \begin{description} |
|---|
| | 135 | \item $min$ and $max$ : real values with $min < max$, the range for the CDF curve of a distribution of dimension 1 |
|---|
| | 136 | \item $pointNumber$ : an integer, the number of points to draw the CDF iso-curves of a distribution of dimension 1 |
|---|
| | 137 | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension 2, respectively the left-bottom and ritgh-up corners of the square for the CDF iso-curves of a distribution of dimension 2 |
|---|
| | 138 | \item $vectPointNumber$ : a NumericalPoint of dimension 2, the the number of points to draw the iso-curves of a distribution of dimension 2 on each direction |
|---|
| | 139 | \end{description} |
|---|
| | 140 | \item[Value :] a Graph, containing the elements of the curve or iso-curves of the CDF, depending on the dimension of the distribution (1 or 2) |
|---|
| | 141 | \end{description} |
|---|
| | 142 | |
|---|
| | 143 | \bigskip |
|---|
| | 144 | |
|---|
| | 145 | \item $drawPDF$ |
|---|
| | 146 | \begin{description} |
|---|
| | 147 | \item[Usage :] \strut |
|---|
| | 148 | \begin{description} |
|---|
| | 149 | \item $drawPDF()$ |
|---|
| | 150 | \item $drawPDF(min,max)$ |
|---|
| | 151 | \item $drawPDF(min,max,pointNumber)$ |
|---|
| | 152 | \item $drawPDF(vectMin,vectMax)$ |
|---|
| | 153 | \item $drawPDF(vectMin,vectMax,vectPointNumber)$ |
|---|
| | 154 | \end{description} |
|---|
| | 155 | |
|---|
| | 156 | \item[Arguments :] \strut |
|---|
| | 157 | \begin{description} |
|---|
| | 158 | \item $min$ and $max$ : real values with $min < max$, the range for the PDF curve of a distribution of dimension 1 |
|---|
| | 159 | \item $pointNumber$ : an integer, the number of points to draw the PDF iso-curves of a distribution of dimension 1 |
|---|
| | 160 | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension 2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension 2 |
|---|
| | 161 | \item $vectPointNumber$ : a NumericalPoint of dimension 2, the number of points to draw the iso-curves of a distribution of dimension 2 on each direction |
|---|
| | 162 | \end{description} |
|---|
| | 163 | \item[Value :] a Graph, containing the elements of the curve or iso-curves of the PDF, depending on the dimension of the distribution (1 or 2) |
|---|
| | 164 | \end{description} |
|---|
| | 165 | |
|---|
| | 166 | |
|---|
| | 167 | \bigskip |
|---|
| | 168 | |
|---|
| | 169 | \item $drawMarginal1DCDF$ |
|---|
| | 170 | \begin{description} |
|---|
| | 171 | \item[Usage :] \strut |
|---|
| | 172 | \begin{description} |
|---|
| | 173 | \item $drawMarginal1DCDF(i, min,max,pointNumber)$ |
|---|
| | 174 | \end{description} |
|---|
| | 175 | |
|---|
| | 176 | \item[Arguments :] \strut |
|---|
| | 177 | \begin{description} |
|---|
| | 178 | \item $i$ : an integer, the marginal we want to draw (Care : numerotation begins at 0) |
|---|
| | 179 | \item $min$ and $max$ : real values with $min < max$, the range for the CDF curve of a distribution of dimension >1 |
|---|
| | 180 | \item $pointNumber$ : an integer, the number of points to draw the CDF iso-curves of a distribution of dimension >1 |
|---|
| | 181 | \end{description} |
|---|
| | 182 | \item[Value :] a Graph, containing the elements of the curve of the CDF of the marginal i of the distribution of dimension >1 |
|---|
| | 183 | \end{description} |
|---|
| | 184 | |
|---|
| | 185 | \bigskip |
|---|
| | 186 | |
|---|
| | 187 | \item $drawMarginal1DPDF$ |
|---|
| | 188 | \begin{description} |
|---|
| | 189 | \item[Usage :] \strut |
|---|
| | 190 | \begin{description} |
|---|
| | 191 | \item $drawMarginal1DPDF(i, min, max, pointNumber)$ |
|---|
| | 192 | \end{description} |
|---|
| | 193 | |
|---|
| | 194 | \item[Arguments :] \strut |
|---|
| | 195 | \begin{description} |
|---|
| | 196 | \item $i$ : an integer, the marginal we want to draw (Care : numerotation begins at 0) |
|---|
| | 197 | \item $min$ and $max$ : real values with $min < max$, the range for the PDF curve of a distribution of dimension >1 |
|---|
| | 198 | \item $pointNumber$ : an integer, the number of points to draw the PDF iso-curves of a distribution of dimension >1 |
|---|
| | 199 | \end{description} |
|---|
| | 200 | \item[Value :] a Graph, containing the elements of the curve of the PDF of the marginal i of the distribution of dimension >1 |
|---|
| | 201 | \end{description} |
|---|
| | 202 | |
|---|
| | 203 | \bigskip |
|---|
| | 204 | |
|---|
| | 205 | \item $drawMarginal2DCDF$ |
|---|
| | 206 | \begin{description} |
|---|
| | 207 | \item[Usage :] \strut |
|---|
| | 208 | \begin{description} |
|---|
| | 209 | \item $drawMarginal2DCDF(i, j, vectMin,vectMax,vectPointNumber)$ |
|---|
| | 210 | \end{description} |
|---|
| | 211 | |
|---|
| | 212 | \item[Arguments :] \strut |
|---|
| | 213 | \begin{description} |
|---|
| | 214 | \item $i$ and $j$ : two integer, the marginal we want to draw (Care : numerotation begins at 0) |
|---|
| | 215 | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension n>2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension n |
|---|
| | 216 | \item $vectPointNumber$ : a NumericalPoint of dimension n>2, the number of points to draw the iso-curves of a distribution of dimension n on each direction |
|---|
| | 217 | \end{description} |
|---|
| | 218 | \item[Value :] a Graph, containing the elements of the iso-curve of the CDF of the marginals (i,j) of distribution of dimension n>2 |
|---|
| | 219 | \end{description} |
|---|
| | 220 | |
|---|
| | 221 | \bigskip |
|---|
| | 222 | |
|---|
| | 223 | \item $drawMarginal2DPDF$ |
|---|
| | 224 | \begin{description} |
|---|
| | 225 | \item[Usage :] \strut |
|---|
| | 226 | \begin{description} |
|---|
| | 227 | \item $drawMarginal2DPDF(i, j, vectMin,vectMax,vectPointNumber)$ |
|---|
| | 228 | \end{description} |
|---|
| | 229 | |
|---|
| | 230 | \item[Arguments :] \strut |
|---|
| | 231 | \begin{description} |
|---|
| | 232 | \item $i$ and $j$ : two integer, the marginal we want to draw (Care : numerotation begins at 0) |
|---|
| | 233 | \item $vectMin$ and $vectMax$ : two NumericalPoint of dimension n>2, respectively the left-bottom and ritgh-up corners of the square for the PDF iso-curves of a distribution of dimension n |
|---|
| | 234 | \item $vectPointNumber$ : a NumericalPoint of dimension n>2, the number of points to draw the iso-curves of a distribution of dimension n on each direction |
|---|
| | 235 | \end{description} |
|---|
| | 236 | \item[Value :] a Graph, containing the elements of the iso-curve of the PDF of the marginals (i,j) of distribution of dimension n>2 |
|---|
| | 237 | \end{description} |
|---|
| | 238 | |
|---|
| | 239 | \bigskip |
|---|
| | 240 | |
|---|
| | 241 | \item $getCopula$ |
|---|
| | 242 | \begin{description} |
|---|
| | 243 | \item[Usage :] $getCopula()$ |
|---|
| | 244 | \item[Arguments :] no argument |
|---|
| | 245 | \item[Value :] a Copula, the copula of the considered distribution which must be of type ComposedDistribution |
|---|
| | 246 | \end{description} |
|---|
| | 247 | \bigskip |
|---|
| | 248 | |
|---|
| | 249 | \item $getCovariance$ |
|---|
| | 250 | \begin{description} |
|---|
| | 251 | \item[Usage :] $getCovariance()$ |
|---|
| | 252 | \item[Arguments :] no argument |
|---|
| | 253 | \item[Value :] a CovarianceMatrix of the considered distribution (if the distribution is unidimensional, it is the variance) |
|---|
| | 254 | \end{description} |
|---|
| | 255 | \bigskip |
|---|
| | 256 | |
|---|
| | 257 | \item $getMarginal$ |
|---|
| | 258 | \begin{description} |
|---|
| | 259 | \item[Usage :] \strut |
|---|
| | 260 | \begin{description} |
|---|
| | 261 | \item $getMarginal(i)$ |
|---|
| | 262 | \item $getMarginal(indices)$ |
|---|
| | 263 | \end{description} |
|---|
| | 264 | |
|---|
| | 265 | |
|---|
| | 266 | \item[Arguments :] \strut |
|---|
| | 267 | \begin{description} |
|---|
| | 268 | \item $i$ : an integer (i is lower or equal to the dimension of the considered distribution), with $0 \leq i$ |
|---|
| | 269 | \item $indices$ : a Indices, which regroup all the indices considered |
|---|
| | 270 | \end{description} |
|---|
| | 271 | |
|---|
| | 272 | \item[Value :] a Distribution, the distribution of an extracted vector of the initial distribution |
|---|
| | 273 | \end{description} |
|---|
| | 274 | \bigskip |
|---|
| | 275 | |
|---|
| | 276 | \item $getKurtosis$ |
|---|
| | 277 | \begin{description} |
|---|
| | 278 | \item[Usage :] $getKurtosis()$ |
|---|
| | 279 | \item[Arguments :] no argument |
|---|
| | 280 | \item[Value :] a NumericalPoint, the value the kurtosis of each 1D marginal of the distribution |
|---|
| | 281 | \end{description} |
|---|
| | 282 | \bigskip |
|---|
| | 283 | |
|---|
| | 284 | \item $getMean$ |
|---|
| | 285 | \begin{description} |
|---|
| | 286 | \item[Usage :] $getMean()$ |
|---|
| | 287 | \item[Arguments :] no argument |
|---|
| | 288 | \item[Value :] a NumericalPoint, the value of the considered distribution mean |
|---|
| | 289 | \end{description} |
|---|
| | 290 | \bigskip |
|---|
| | 291 | |
|---|
| | 292 | \item $getNumericalSample$ |
|---|
| | 293 | \begin{description} |
|---|
| | 294 | \item[Usage :] $getNumericalSample(n)$ |
|---|
| | 295 | \item[Arguments :] $n$ : integer, the size of the sample |
|---|
| | 296 | \item[Value :] a NumericalSample representing $n$ realizations of the random variable with the considered distribution |
|---|
| | 297 | \end{description} |
|---|
| | 298 | \bigskip |
|---|
| | 299 | |
|---|
| | 300 | \item $getParametersCollection$ |
|---|
| | 301 | \begin{description} |
|---|
| | 302 | \item[Usage :] $getParametersCollection()$ |
|---|
| | 303 | \item[Arguments :] one |
|---|
| | 304 | \item[Value :] a NumericalPointCollection, the list of the parameters of the distribution |
|---|
| | 305 | |
|---|
| | 306 | \end{description} |
|---|
| | 307 | \bigskip |
|---|
| | 308 | |
|---|
| | 309 | |
|---|
| | 310 | \item $getRealization$ |
|---|
| | 311 | \begin{description} |
|---|
| | 312 | \item[Usage :] $getRealization()$ |
|---|
| | 313 | \item[Arguments :] no argument |
|---|
| | 314 | \item[Value :] a NumericalPoint, one realization of random variable with the considered distribution |
|---|
| | 315 | \end{description} |
|---|
| | 316 | \bigskip |
|---|
| | 317 | |
|---|
| | 318 | \item $getRoughness$ |
|---|
| | 319 | \begin{description} |
|---|
| | 320 | \item[Usage :] $getRoughness()$ |
|---|
| | 321 | \item[Arguments :] no argument |
|---|
| | 322 | \item[Value :] a NumericalScalar, the value $roughness(\vect{X}) = ||p||_{\mathcal{L}^2} = \sqrt{\int_\vect{x} p^2(\vect{x})d\vect{x}}$ |
|---|
| | 323 | \end{description} |
|---|
| | 324 | \bigskip |
|---|
| | 325 | |
|---|
| | 326 | \item $getSkewness$ |
|---|
| | 327 | \begin{description} |
|---|
| | 328 | \item[Usage :] $getSkewness()$ |
|---|
| | 329 | \item[Arguments :] no argument |
|---|
| | 330 | \item[Value :] a NumericalPoint, the value the standard deviation of each 1D marginal of the distribution |
|---|
| | 331 | \end{description} |
|---|
| | 332 | \bigskip |
|---|
| | 333 | |
|---|
| | 334 | \item $getStandardDeviation$ |
|---|
| | 335 | \begin{description} |
|---|
| | 336 | \item[Usage :] $getStandardDeviation()$ |
|---|
| | 337 | \item[Arguments :] no argument |
|---|
| | 338 | \item[Value :] a NumericalPoint, the value the standard deviation of each 1D marginal of the distribution |
|---|
| | 339 | \end{description} |
|---|
| | 340 | \bigskip |
|---|
| | 341 | |
|---|
| | 342 | \item $getWeight$ |
|---|
| | 343 | \begin{description} |
|---|
| | 344 | \item[Usage :] $getWeight()$ |
|---|
| | 345 | \item[Arguments :] no argument |
|---|
| | 346 | \item[Value :] a NumericalScalar between 0 and 1, the weight of the considered distribution if used in a Mixture |
|---|
| | 347 | \end{description} |
|---|
| | 348 | \bigskip |
|---|
| | 349 | |
|---|
| | 350 | \item $hasEllipticalCopula$ |
|---|
| | 351 | \begin{description} |
|---|
| | 352 | \item[Usage :] $hasEllipticalCopula()$ |
|---|
| | 353 | \item[Arguments :] no argument |
|---|
| | 354 | \item[Value :] a boolean, it says if the considered distribution is elliptical |
|---|
| | 355 | \end{description} |
|---|
| | 356 | \bigskip |
|---|
| | 357 | |
|---|
| | 358 | \item $hasIndependentCopula$ |
|---|
| | 359 | \begin{description} |
|---|
| | 360 | \item[Usage :] $hasIndependentCopula()$ |
|---|
| | 361 | \item[Arguments :] no argument |
|---|
| | 362 | \item[Value :] a boolean which indicates wether the considered distribution is independent |
|---|
| | 363 | \end{description} |
|---|
| | 364 | \bigskip |
|---|
| | 365 | \item $isElliptical$ |
|---|
| | 366 | \begin{description} |
|---|
| | 367 | \item[Usage :] $isElliptical()$ |
|---|
| | 368 | \item[Arguments :] no argument |
|---|
| | 369 | \item[Value :] a boolean which indicates wether the considered distribution has an elliptical distribution |
|---|
| | 370 | \end{description} |
|---|
| | 371 | \bigskip |
|---|
| | 372 | |
|---|
| | 373 | \item $str$ |
|---|
| | 374 | \begin{description} |
|---|
| | 375 | \item[Usage :] $str()$ |
|---|
| | 376 | \item[Arguments :] no argument |
|---|
| | 377 | \item[Value :] a string describing the object |
|---|
| | 378 | \end{description} |
|---|
| | 379 | \bigskip |
|---|
| | 380 | |
|---|
| | 381 | \end{description} |
|---|
| | 382 | |
|---|