!set titb=Stat
!set keyw=
!set datm=20040125
!set prev=
!set next=
!set upbl=main
!set dat1=19000101
!set dat2=24000101


!if $wims_read_parm!=$empty
 !goto $wims_read_parm
!endif
!exit

:content

!read primitives.phtml 1, embed, definition, &nbsp; 

!set m_statistique=Entre crochets les valeurs à évaluer, ensuite les paramètres (voir l'outil statistique pour l'aide)


<p>

!set m_alea=Génération aléatoire de 100 nombres selon la loi	de paramètres les nombres qui suivent 100


<p>
<h3>arithmean</h3>

!readproc slib/stat/arithmean 1,4,5,6,7 
!set tmp0=$slib_out
!set m_arithmean=$(tmp0)


<p><pre class = "cc">  \def{text arithmean = slib(stat/arithmean 1,4,5,6,7)}
</pre><p>$m_arithmean
<div class = "aide">Les données sont sans poids, en sortie le deuxième nombre est le nombre de données.
</div>
 
!readproc slib/stat/arithmean 1,1;4,3;5,5;6,1;7,1 
!set tmp0=$slib_out
!set m_arithmean=$(tmp0)


<p><pre class = "cc">  \def{text arithmean = slib(stat/arithmean 1,1;4,3;5,5;6,1;7,1)}
</pre><p>$m_arithmean
<div class = "aide">
Ici, les données sont avec des poids, en sortie le deuxième nombre est le poids total. 
</div>

!set tmp=!trim 1,1	4,3	5,5	6,1	7,1 
!set m_A=!translate internal $	$ to ; in $tmp

<h3>arithmean</h3>

!readproc slib/stat/arithmean $m_A 
!set tmp0=$slib_out
!set m_arithmean=$(tmp0)


<p><pre class = "cc">
  \def{matrix A = 1,1
4,3
5,5
6,1
7,1}
  \def{text arithmean = slib(stat/arithmean $m_A}
</pre><p>$m_arithmean
<div class = "aide">
Idem mais les données sont entrées en matrice (nombre, poids). Mais vous devez d'abord avoir préalablement défini vos données comme une matrice. 
</div>
<p>
<h3>betacdf</h3>

!readproc slib/stat/betacdf [0.4,0.5,5],3,4 
!set tmp0=$slib_out
!set m_betacdf=$(tmp0)


<p><pre class = "cc">  \def{text betacdf = slib(stat/betacdf [0.4,0.5,5],3,4)}
</pre><p>$m_betacdf
<div class = "aide"><tt class = "c">cdf</tt> pour cumulative distribution function, <tt class = "c">pdf</tt> pour probability function, <tt class = "c">inv</tt> pour inverse (cumulative distribution function). Cela est valable pour toutes les fonctions de ce style-là. 
$m_statistique
</div>
<h3>betainv</h3>

!readproc slib/stat/betainv [0.4,0.5,0.5],3,4 
!set tmp0=$slib_out
!set m_betainv=$(tmp0)


<p><pre class = "cc">  \def{text betainv = slib(stat/betainv [0.4,0.5,0.5],3,4)}
</pre><p>$m_betainv
<div class = "aide">$m_statistique
</div>
<h3>betapdf</h3>

!readproc slib/stat/betapdf [0.4,0.5,0.9],3,4 
!set tmp0=$slib_out
!set m_betapdf=$(tmp0)


<p><pre class = "cc">  \def{text betapdf = slib(stat/betapdf [0.4,0.5,0.9],3,4)}
</pre><p>$m_betapdf
<div class = "aide">$m_statistique
</div>
<h3>binomial</h3>

!readproc slib/stat/binomial 100,10,0.1 
!set tmp0=$slib_out
!set m_binomial=$(tmp0)


<p><pre class = "cc">  \def{text binomial = slib(stat/binomial 100,10,0.1)}
</pre><p>$m_binomial
<div class = "aide">$m_alea
</div>
<h3>binomialcdf</h3>

!readproc slib/stat/binomialcdf [3,6,8],10,0.1 
!set tmp0=$slib_out
!set m_binomialcdf=$(tmp0)


<p><pre class = "cc">  \def{text binomialcdf = slib(stat/binomialcdf [3,6,8],10,0.1)}
</pre><p>$m_binomialcdf
<div class = "aide">$m_statistique
</div>
<h3>binomialinv</h3>

!readproc slib/stat/binomialinv[0.3 0.6,0.8],10,0.1 
!set tmp0=$slib_out
!set m_binomialinv=$(tmp0)


<p><pre class = "cc">  \def{text binomialinv = slib(stat/binomialinv[0.3,0.6,0.8],10,0.1)}
</pre><p>$m_binomialinv
<div class = "aide">$m_statistique
</div>
<h3>binomialpdf</h3>

!readproc slib/stat/binomialpdf [3,6,8],10,0.1  
!set tmp0=$slib_out
!set m_binomialpdf=$(tmp0)


<p><pre class = "cc">  \def{text binomialpdf = slib(stat/binomialpdf [3,6,8],10,0.1 )}
</pre><p>$m_binomialpdf
<div class = "aide">$m_statistique
</div>
<h3>cauchycdf</h3>

!readproc slib/stat/cauchycdf [2,4,7] ,3,4 
!set tmp0=$slib_out
!set m_cauchycdf=$(tmp0)


<p><pre class = "cc">  \def{text cauchycdf = slib(stat/cauchycdf [2,4,7] ,3,4)}
</pre><p>$m_cauchycdf
<div class = "aide">$m_statistique
</div>
<h3>cauchyinv</h3>

!readproc slib/stat/cauchyinv [0.2,0.4,0.7],,3,4  
!set tmp0=$slib_out
!set m_cauchyinv=$(tmp0)


<p><pre class = "cc">  \def{text cauchyinv = slib(stat/cauchyinv [0.2,0.4,0.7],3,4 )}
</pre><p>$m_cauchyinv
<div class = "aide">$m_statistique
</div>
<h3>cauchypdf</h3>

!readproc slib/stat/cauchypdf [2,4,7],3,4  
!set tmp0=$slib_out
!set m_cauchypdf=$(tmp0)


<p><pre class = "cc">  \def{text cauchypdf = slib(stat/cauchypdf [2,4,7],3,4 )}
</pre><p>$m_cauchypdf
<div class = "aide">$m_statistique
</div>
<h3>chi2cdf</h3>

!readproc slib/stat/chi2cdf [2,4,7] ,5 
!set tmp0=$slib_out
!set m_chi2cdf=$(tmp0)


<p><pre class = "cc">  \def{text chi2cdf = slib(stat/chi2cdf [2,4,7] ,5)}
</pre><p>$m_chi2cdf
<div class = "aide">$m_statistique
</div>
<h3>chi2inv</h3>

!readproc slib/stat/chi2inv [0.2,0.4,0.7] ,5 
!set tmp0=$slib_out
!set m_chi2inv=$(tmp0)


<p><pre class = "cc">  \def{text chi2inv = slib(stat/chi2inv [0.2,0.4,0.7] ,5)}
</pre><p>$m_chi2inv
<div class = "aide">$m_statistique
</div>
<h3>chi2pdf</h3>

!readproc slib/stat/chi2pdf [2,4,7] ,5 
!set tmp0=$slib_out
!set m_chi2pdf=$(tmp0)


<p><pre class = "cc">  \def{text chi2pdf = slib(stat/chi2pdf [2,4,7] ,5)}
</pre><p>$m_chi2pdf
<div class = "aide">$m_statistique
</div>
<h3>correlation</h3>

!readproc slib/stat/correlation 1,2,3;4,5,6  
!set tmp0=$slib_out
!set m_correlation=$(tmp0)


<p><pre class = "cc">  \def{text correlation = slib(stat/correlation 1,2,3;4,5,6 )}
</pre><p>$m_correlation
<div class = "aide">
</div>
<h3>covariance</h3>

!readproc slib/stat/covariance 1,2,3;4,5,6 
!set tmp0=$slib_out
!set m_covariance=$(tmp0)


<p><pre class = "cc">  \def{text covariance = slib(stat/covariance 1,2,3;4,5,6)}
</pre><p>$m_covariance
<div class = "aide">
</div>
<h3>deviation</h3>

!readproc slib/stat/deviation 1,2,3  
!set tmp0=$slib_out
!set m_deviation=$(tmp0)


<p><pre class = "cc">  \def{text deviation = slib(stat/deviation 1,2,3 )}
</pre><p>$m_deviation
<div class = "aide">
</div>
<h3>effectif</h3>

!readproc slib/stat/effectif 1,2,3  
!set tmp0=$slib_out
!set m_effectif=$(tmp0)


<p><pre class = "cc">  \def{text effectif = slib(stat/effectif 1,2,3 )}
</pre><p>$m_effectif
 
!readproc slib/stat/effectif 1;4,2;1,3;3 
!set tmp0=$slib_out
!set m_effectif=$(tmp0)


 
!readproc slib/stat/effectif 1;4,2;1,3;3 
!set tmp0=$slib_out
!set m_effectif=$(tmp0)


</pre><p>$m_effectif
<div class = "aide">
</div>
<h3>expo</h3>

!readproc slib/stat/expo 100,5  
!set tmp0=$slib_out
!set m_expo=$(tmp0)


<p><pre class = "cc">  \def{text expo = slib(stat/expo 100,5 )}
</pre><p>$m_expo
<div class = "aide">$m_alea
</div>
<h3>exponentialcdf</h3>

!readproc slib/stat/exponentialcdf [2,4,7],5  
!set tmp0=$slib_out
!set m_exponentialcdf=$(tmp0)


<p><pre class = "cc">  \def{text exponentialcdf = slib(stat/exponentialcdf [2,4,7],5 )}
</pre><p>$m_exponentialcdf
<div class = "aide">$m_statistique
</div>
<h3>exponentialinv</h3>

!readproc slib/stat/exponentialinv [0.2,0.4,0.7] ,5 
!set tmp0=$slib_out
!set m_exponentialinv=$(tmp0)


<p><pre class = "cc">  \def{text exponentialinv = slib(stat/exponentialinv [0.2,0.4,0.7] ,5)}
</pre><p>$m_exponentialinv
<div class = "aide">$m_statistique
</div>
<h3>exponentialpdf</h3>

!readproc slib/stat/exponentialpdf [2,4,7] ,5 
!set tmp0=$slib_out
!set m_exponentialpdf=$(tmp0)


<p><pre class = "cc">  \def{text exponentialpdf = slib(stat/exponentialpdf [2,4,7] ,5)}
</pre><p>$m_exponentialpdf
<div class = "aide">$m_statistique
</div>
<h3>freq</h3>

!readproc slib/stat/freq  
!set tmp0=$slib_out
!set m_freq=$(tmp0)


<p><pre class = "cc">  \def{text freq = slib(stat/freq )}
</pre><p>$m_freq
<div class = "aide">
</div>
<h3>gammacdf</h3>

!readproc slib/stat/gammacdf [2,4,7] ,0.4,2 
!set tmp0=$slib_out
!set m_gammacdf=$(tmp0)


<p><pre class = "cc">  \def{text gammacdf = slib(stat/gammacdf [2,4,7] ,0.4,2)}
</pre><p>$m_gammacdf
<div class = "aide">$m_statistique
</div>
<h3>gammainv</h3>

!readproc slib/stat/gammainv [0.2,0.4,0.7] ,0.4,2 
!set tmp0=$slib_out
!set m_gammainv=$(tmp0)


<p><pre class = "cc">  \def{text gammainv = slib(stat/gammainv [0.2,0.4,0.7] ,0.4,2)}
</pre><p>$m_gammainv
<div class = "aide">$m_statistique
</div>
<h3>gammapdf</h3>

!readproc slib/stat/gammapdf [2,4,7] ,0.4,2 
!set tmp0=$slib_out
!set m_gammapdf=$(tmp0)


<p><pre class = "cc">  \def{text gammapdf = slib(stat/gammapdf [2,4,7] ,0.4,2)}
</pre><p>$m_gammapdf
<div class = "aide">$m_statistique
</div>
<h3>geomean</h3>

!readproc slib/stat/geomean [2,4,7] 
!set tmp0=$slib_out
!set m_geomean=$(tmp0)


<p><pre class = "cc">  \def{text geomean = slib(stat/geomean [2,4,7])}
</pre><p>$m_geomean
 
!readproc slib/stat/geomean [2;1,4;2,7;6] 
!set tmp0=$slib_out
!set m_geomean=$(tmp0)


 
!readproc slib/stat/geomean [2;1,4;2,7;6] 
!set tmp0=$slib_out
!set m_geomean=$(tmp0)


</pre><p>$m_geomean
<div class = "aide">
</div>
<h3>geometriccdf</h3>

!readproc slib/stat/geometriccdf [2,4,7] ,0.4 
!set tmp0=$slib_out
!set m_geometriccdf=$(tmp0)


<p><pre class = "cc">  \def{text geometriccdf = slib(stat/geometriccdf [2,4,7] ,0.4)}
</pre><p>$m_geometriccdf
<div class = "aide">$m_statistique
</div>
<h3>geometricinv</h3>

!readproc slib/stat/geometricinv [0.2,0.4,0.7] ,0.4 
!set tmp0=$slib_out
!set m_geometricinv=$(tmp0)


<p><pre class = "cc">  \def{text geometricinv = slib(stat/geometricinv [0.2,0.4,0.7] ,0.4)}
</pre><p>$m_geometricinv
<div class = "aide">$m_statistique
</div>
<h3>geometricpdf</h3>

!readproc slib/stat/geometricpdf [2,4,7] ,0.4 
!set tmp0=$slib_out
!set m_geometricpdf=$(tmp0)


<p><pre class = "cc">  \def{text geometricpdf = slib(stat/geometricpdf [2,4,7] ,0.4)}
</pre><p>$m_geometricpdf
<div class = "aide">$m_statistique
</div>
<h3>harmonic</h3>

!readproc slib/stat/harmonic  
!set tmp0=$slib_out
!set m_harmonic=$(tmp0)


<p><pre class = "cc">  \def{text harmonic = slib(stat/harmonic )}
</pre><p>$m_harmonic
<div class = "aide">
</div>
<h3>histo</h3>

!readproc slib/stat/histo  
!set tmp0=$slib_out
!set m_histo=$(tmp0)


<p><pre class = "cc">  \def{text histo = slib(stat/histo )}
</pre><p>$m_histo
<div class = "aide">
</div>
<h3>hypergeometriccdf</h3>

!readproc slib/stat/hypergeometriccdf [2,4,7],10,5,7  
!set tmp0=$slib_out
!set m_hypergeometriccdf=$(tmp0)


<p><pre class = "cc">  \def{text hypergeometriccdf = slib(stat/hypergeometriccdf [2,4,7],10,5,7 )}
</pre><p>$m_hypergeometriccdf
<div class = "aide">$m_statistique
</div>
<h3>hypergeometricinv</h3>

!readproc slib/stat/hypergeometricinv [0.2,0.4,0.7] ,10,5,7 
!set tmp0=$slib_out
!set m_hypergeometricinv=$(tmp0)


<p><pre class = "cc">  \def{text hypergeometricinv = slib(stat/hypergeometricinv [0.2,0.4,0.7] ,10,5,7)}
</pre><p>$m_hypergeometricinv
<div class = "aide">$m_statistique
</div>
<h3>hypergeometricpdf</h3>

!readproc slib/stat/hypergeometricpdf [2,4,7],10,5,7  
!set tmp0=$slib_out
!set m_hypergeometricpdf=$(tmp0)


<p><pre class = "cc">  \def{text hypergeometricpdf = slib(stat/hypergeometricpdf [2,4,7],10,5,7 )}
</pre><p>$m_hypergeometricpdf
<div class = "aide">$m_statistique
</div>
<h3>linearcong</h3>

!readproc slib/stat/linearcong  
!set tmp0=$slib_out
!set m_linearcong=$(tmp0)


<p><pre class = "cc">  \def{text linearcong = slib(stat/linearcong )}
</pre><p>$m_linearcong
<div class = "aide">
</div>
<h3>lognormalcdf</h3>

!readproc slib/stat/lognormalcdf [2,4,7] ,3,4 
!set tmp0=$slib_out
!set m_lognormalcdf=$(tmp0)


<p><pre class = "cc">  \def{text lognormalcdf = slib(stat/lognormalcdf [2,4,7] ,3,4)}
</pre><p>$m_lognormalcdf
<div class = "aide">$m_statistique
</div>
<h3>lognormalinv</h3>

!readproc slib/stat/lognormalinv [0.2,0.4,0.7] ,3,4 
!set tmp0=$slib_out
!set m_lognormalinv=$(tmp0)


<p><pre class = "cc">  \def{text lognormalinv = slib(stat/lognormalinv [0.2,0.4,0.7] ,3,4)}
</pre><p>$m_lognormalinv
<div class = "aide">$m_statistique
</div>
<h3>lognormalpdf</h3>

!readproc slib/stat/lognormalpdf [2,4,7] ,3,4 
!set tmp0=$slib_out
!set m_lognormalpdf=$(tmp0)


<p><pre class = "cc">  \def{text lognormalpdf = slib(stat/lognormalpdf [2,4,7] ,3,4)}
</pre><p>$m_lognormalpdf
<div class = "aide">$m_statistique
</div>
<h3>median</h3>

!readproc slib/stat/median  
!set tmp0=$slib_out
!set m_median=$(tmp0)


<p><pre class = "cc">  \def{text median = slib(stat/median )}
</pre><p>$m_median
<div class = "aide">
</div>
<h3>multinomial</h3>

!readproc slib/stat/multinomial  
!set tmp0=$slib_out
!set m_multinomial=$(tmp0)


<p><pre class = "cc">  \def{text multinomial = slib(stat/multinomial )}
</pre><p>$m_multinomial
<div class = "aide">$m_alea
</div>
<h3>normal</h3>

!readproc slib/stat/normal 100,0,1 
!set tmp0=$slib_out
!set m_normal=$(tmp0)


<p><pre class = "cc">  \def{text normal = slib(stat/normal 0,1)}
</pre><p>$m_normal
<div class = "aide">$m_alea
</div>
<h3>normalcdf</h3>

!readproc slib/stat/normalcdf [2,4,7], 0,1  
!set tmp0=$slib_out
!set m_normalcdf=$(tmp0)


<p><pre class = "cc">  \def{text normalcdf = slib(stat/normalcdf [2,4,7], 0,1 )}
</pre><p>$m_normalcdf
<div class = "aide">$m_statistique
</div>
<h3>normalinv</h3>

!readproc slib/stat/normalinv [0.2,0.4,0.7], 0,1 
!set tmp0=$slib_out
!set m_normalinv=$(tmp0)


<p><pre class = "cc">  \def{text normalinv = slib(stat/normalinv [0.2,0.4,0.7], 0,1)}
</pre><p>$m_normalinv
<div class = "aide">$m_statistique
</div>
<h3>normalpdf</h3>

!readproc slib/stat/normalpdf [2,4,7] , 0,1 
!set tmp0=$slib_out
!set m_normalpdf=$(tmp0)


<p><pre class = "cc">  \def{text normalpdf = slib(stat/normalpdf [2,4,7] , 0,1)}
</pre><p>$m_normalpdf
<div class = "aide">$m_statistique
</div>
<h3>poisson</h3>

!readproc slib/stat/poisson 100, 6.1  
!set tmp0=$slib_out
!set m_poisson=$(tmp0)


<p><pre class = "cc">  \def{text poisson = slib(stat/poisson 100, 6.1 )}
</pre><p>$m_poisson
<div class = "aide">$m_alea
</div>
<h3>poissoncdf</h3>

!readproc slib/stat/poissoncdf [2,4,7],6.1  
!set tmp0=$slib_out
!set m_poissoncdf=$(tmp0)


<p><pre class = "cc">  \def{text poissoncdf = slib(stat/poissoncdf [2,4,7],6.1 )}
</pre><p>$m_poissoncdf
<div class = "aide">$m_statistique
</div>
<h3>poissoninv</h3>

!readproc slib/stat/poissoninv [0.2,0.4,0.7],6.1  
!set tmp0=$slib_out
!set m_poissoninv=$(tmp0)


<p><pre class = "cc">  \def{text poissoninv = slib(stat/poissoninv [0.2,0.4,0.7],6.1 )}
</pre><p>$m_poissoninv
<div class = "aide">$m_statistique
</div>
<h3>poissonpdf</h3>

!readproc slib/stat/poissonpdf [2,4,7] ,6.1 
!set tmp0=$slib_out
!set m_poissonpdf=$(tmp0)


<p><pre class = "cc">  \def{text poissonpdf = slib(stat/poissonpdf [2,4,7] ,6.1)}
</pre><p>$m_poissonpdf
<div class = "aide">$m_statistique
</div>
<h3>prod</h3>

!readproc slib/stat/prod  
!set tmp0=$slib_out
!set m_prod=$(tmp0)


<p><pre class = "cc">  \def{text prod = slib(stat/prod )}
</pre><p>$m_prod
<div class = "aide">
</div>
<h3>quadratic</h3>

!readproc slib/stat/quadratic  
!set tmp0=$slib_out
!set m_quadratic=$(tmp0)


<p><pre class = "cc">  \def{text quadratic = slib(stat/quadratic )}
</pre><p>$m_quadratic
<div class = "aide">
</div>
<h3>random</h3>

!readproc slib/stat/random 100 
!set tmp0=$slib_out
!set m_random=$(tmp0)


<p><pre class = "cc">  \def{text random = slib(stat/random 100)}
</pre><p>$m_random
<div class = "aide">$m_alea
</div>
<h3>range</h3>

!readproc slib/stat/range 1,2,6,3,9 
!set tmp0=$slib_out
!set m_range=$(tmp0)


<p><pre class = "cc">  \def{text range = slib(stat/range 1,2,6,3,9)}
</pre><p>$m_range
<div class = "aide">
</div>
<h3>studentcdf</h3>

!readproc slib/stat/studentcdf [2,4,7],5  
!set tmp0=$slib_out
!set m_studentcdf=$(tmp0)


<p><pre class = "cc">  \def{text studentcdf = slib(stat/studentcdf [2,4,7],5 )}
</pre><p>$m_studentcdf
<div class = "aide">$m_statistique
</div>
<h3>studentinv</h3>

!readproc slib/stat/studentinv [0.2,0.4,0.7] ,5 
!set tmp0=$slib_out
!set m_studentinv=$(tmp0)


<p><pre class = "cc">  \def{text studentinv = slib(stat/studentinv [0.2,0.4,0.7] ,5)}
</pre><p>$m_studentinv
<div class = "aide">$m_statistique
</div>
<h3>studentpdf</h3>

!readproc slib/stat/studentpdf [2,4,7],5  
!set tmp0=$slib_out
!set m_studentpdf=$(tmp0)


<p><pre class = "cc">  \def{text studentpdf = slib(stat/studentpdf [2,4,7],5 )}
</pre><p>$m_studentpdf
<div class = "aide">$m_statistique
</div>
<h3>sum</h3>

!readproc slib/stat/sum 1,3;2,4;4,7 
!set tmp0=$slib_out
!set m_sum=$(tmp0)


<p><pre class = "cc">  \def{text sum = slib(stat/sum 1,3;2,4;4,7)}
</pre><p>$m_sum
<div class = "aide">Sommes de nombres affectés de poids. On peut aussi l'appliquer à une matrice, à condition de l'avoir défini avant comme <tt class = "c">matrix</tt>. 
</div>
<h3>variance</h3>

!readproc slib/stat/variance 1,3;2,4;4,7 
!set tmp0=$slib_out
!set m_variance=$(tmp0)


<p><pre class = "cc">  \def{text variance = slib(stat/variance 1,3;2,4;4,7)}
</pre><p>$m_variance
<div class = "aide">
</div>
<h3>weibullcdf</h3>

!readproc slib/stat/weibullcdf [2,4,7] ,6,8 
!set tmp0=$slib_out
!set m_weibullcdf=$(tmp0)


<p><pre class = "cc">  \def{text weibullcdf = slib(stat/weibullcdf [2,4,7] ,6,8)}
</pre><p>$m_weibullcdf
<div class = "aide">$m_statistique
</div>
<h3>weibullinv</h3>

!readproc slib/stat/weibullinv [0.2,0.4,0.7],6,8  
!set tmp0=$slib_out
!set m_weibullinv=$(tmp0)


<p><pre class = "cc">  \def{text weibullinv = slib(stat/weibullinv [0.2,0.4,0.7],6,8 )}
</pre><p>$m_weibullinv
<div class = "aide">$m_statistique
</div>
<h3>weibullpdf</h3>

!readproc slib/stat/weibullpdf [2,4,7],6,8 
!set tmp0=$slib_out
!set m_weibullpdf=$(tmp0)


<p><pre class = "cc">  \def{text weibullpdf = slib(stat/weibullpdf [2,4,7],6,8)}
</pre><p>$m_weibullpdf

