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Generation of Random Variates
Condividi 'Generation of Random Variates'
This code package provides a framework for generating random samples of univariate distribution functions. It has an Excel database that currently lists over 870 distributions, their parameters as well as references to source material. Using a GUI, users can select from any of these discrete or continuous distributions, specify parameter values and specify the number of samples desired. The program will graph the samples, the PDF/PMF, CDF and a histogram. These samples may also be saved to a user-named local file. The Excel database is readily extensible and a User Guide is included with the package.
Given that this is the author's first submission to Matlab Central as well as first attempt at a Matlab GUI and that there are just under 2000 files in this package, there are bound to be many bugs. The author welcomes any corrections, additions, comments or suggestions.
Cita come
James Huntley (2024). Generation of Random Variates (https://www.mathworks.com/matlabcentral/fileexchange/35008-generation-of-random-variates), MATLAB Central File Exchange. Recuperato .
Obbligatorio
Compatibilità della release di MATLAB
Compatibilità della piattaforma
Windows macOS LinuxCategorie
- AI and Statistics > Statistics and Machine Learning Toolbox > Probability Distributions > Continuous Distributions > Normal Distribution >
Riconoscimenti
Ispirato da: Special Functions math library, Gaussian Hypergeometric Function, erfz, SpecialFunctions.zip, Generalized Hypergeometric Function, Smooth Differentiation, Computation of Special Functions, Complex scaled complementary error function, Confluent hypergeometric function (Kummer function), Gauss Hypergeometric Function, Simpson's rule for numerical integration
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Crea script con codice, output e testo formattato in un unico documento eseguibile.
- absorp_cdf(n,q,mm,nn)
- absorp_pdf(n, q, mm, nn)
- adblexp_cdf(x, kappa)
- adblexp_pdf(x, kappa)
- addweib_cdf(x, a, b, c, d)
- addweib_pdf(x, a, b, c, d)
- ades_rnd(userin,p_value,nsamples)
- ahuja_cdf(x,mu,rho,phi)
- ahuja_pdf(x, mu, rho, phi)
- airy(k,z)
- airyzo(nt,kf,xa,xb,xc,xd)
- airy_cdf(x)
- airy_pdf(x)
- akimpe(A,N,NN)
- alpha_cdf(x, alpha, bet)
- alpha_pdf(x, alpha, bet)
- alphetamu_cdf(x, alpha, eta, mu)
- alphetamu_pdf(x, alpha, eta, mu)
- alphkapmu_cdf(x, alpha, kappa, mu)
- alphkapmu_pdf(x, alpha, kappa, mu)
- althadd_cdf(n,k,alpha,p)
- althadd_pdf(n, k, alpha, p)
- althmult_cdf(n,k,theta,p)
- althmult_pdf(n, k, theta, p)
- amoroso_cdf(x,a,alpha,bet,theta,xtrem)
- amoroso_pdf(x, a, alpha, bet, theta, xtrem)
- anglit_cdf(x)
- anglit_pdf(x)
- apd_cdf(x,alpha,lambda)
- apd_cdf(x,mu,sigma,p)
- apd_pdf(x, alpha, lambda)
- appell(a, b1, b2, c, x1, x2)
- arcsine_cdf(x)
- arcsine_pdf(x)
- arf_cdf(n, nn, k)
- arf_pdf(n, nn, k)
- ascfac_cdf(n,nn,c)
- ascfac_pdf(n,nn,c)
- AssociatedLaguerrePoly(n,k)
- asymlapl_cdf(x, alpha, bet, theta)
- asymlapl_pdf(x, alpha, bet, theta)
- asymsub_cdf(x, alpha, kappa, sigma, theta)
- asymsub_pdf(x, alpha, kappa, sigma, theta)
- asyncount_cdf(n,k,lambdat)
- asyncount_pdf(n, k, lambdat)
- azzal_cdf(x,lambda,xi)
- azzal_pdf(x, lambda, xi)
- bain_cdf(x,theta)
- bain_pdf(x, theta)
- banach_cdf(n,N)
- banach_pdf(n, N)
- bates_cdf(x, nn)
- bates_pdf(x, nn)
- beckman_cdf(x,m)
- beckman_pdf(x, m)
- benford_cdf(n)
- benford_pdf(n)
- benini_cdf(x, b, x0)
- benini_pdf(x, b, x0)
- benkt1_cdf(x, alpha, bet)
- benkt1_pdf(x, alpha, bet)
- benkt2_cdf(x, alpha, bet)
- benkt2_pdf(x, alpha, bet)
- besbirnsan_cdf(x,alpha,bet,r,q)
- besbirnsan_pdf(x, alpha, bet, r, q)
- bessel2_cdf(x,bet,lambda,theta)
- bessel2_pdf(x, bet, lambda, theta)
- bessel2_pdf(x, beta, lambda, theta)
- besseli(nu,z,scale)
- bessel_cdf(n, a, nu)
- bessel_pdf(n, a, nu)
- beta(z,w,v)
- beta1mix_cdf(x,nn,p,a,b)
- beta1mix_pdf.m
- beta1_cdf(x, a, b, p, q)
- beta1_pdf(x, a, b, p, q)
- beta2mix_cdf(x,nn,p,a,b)
- beta2mix_pdf(x, nn, p, a, b)
- beta2_cdf(x, b, p, q)
- beta2_pdf(x, b, p, q)
- beta4_cdf(x, alpha, bet, a, b)
- beta4_pdf(x, alpha, bet, a, b)
- betabin_cdf(n, alpha, bet, nn)
- betabin_pdf(n, alpha, bet, nn)
- betadiff_cdf(x,p1,q1,p2,q2)
- betadiff_pdf(x, p1, q1, p2, q2)
- betageom_cdf(n, alpha, bet)
- betageom_pdf(n, alpha, bet)
- betagum_cdf(x, a, b, mu, sigma)
- betagum_pdf(x, a, b, mu, sigma)
- betaln(z,w)
- betanorm_cdf(x,alpha,bet,mu,sigma)
- betanorm_pdf(x, alpha, bet, mu, sigma)
- betaprime_cdf(x,alpha,bet)
- betaprime_pdf(x, alpha, bet)
- betaprod2_pdf(x, p1, q1, p2, q2)
- betaprod_cdf(x,a,b,lambda,bet)
- betaprod_pdf(x, a, b, lambda, bet)
- betaratio_cdf(x,a,b,lambda,bet)
- betaratio_pdf.m
- betaspacy_cdf(x,a,b,e)
- betastacy_cdf(x,a,b,e)
- betastacy_pdf(x, a, b, e)
- betasum_cdf(x,p1,q1,p2,q2)
- betasum_pdf(x, p1, q1, p2, q2)
- betawarn_cdf(x, b, m, n, nu1, nu2)
- betawarn_pdf(x, b, m, n, nu1, nu2)
- beta_cdf(x, alpha, bet)
- beta_pdf(x, alpha, bet)
- betnegbin_cdf(n,alpha,bet,gam)
- betnegbin_pdf(n, alpha, bet, gam)
- betpascal(n,k,l,m)
- betpascal_pdf(n, k, l, m)
- bin1ordk_cdf(n,k,p,nn)
- bin1ordk_pdf(n, k, p, nn)
- bin2ordk_cdf(n,k,p,nn)
- bin2ordk_pdf(n, k, p, nn)
- bin3ordk_cdf(n,k,p,nn)
- bin3ordk_pdf(n, k, p, nn)
- binasin2_cdf(n,nn,alpha)
- binasin2_pdf(n, nn, alpha)
- binasin_cdf(n, nn)
- binasin_pdf(n, nn)
- binbet_cdf(n, nn, w, p)
- binbet_pdf(n, nn, w, p)
- binbinmix_cdf(n,N1,p1,N2,p2)
- binbinmix_pdf(n, N1, p1, N2, p2)
- binbin_cdf(n, k, m, p)
- binbin_pdf(n, k, m, p)
- binchisq_cdf(n,nn,c,md2)
- binchisq_pdf(nh, nn, c, sd2)
- binchi_cdf(n,nn,b,c,md2)
- binchi_pdf(nh,nn,b,c,md2)
- binerlang_cdf(n,nn,b,c,m)
- binerlang_pdf(nh,nn,b,c,m)
- binexp_cdf(n,nn,b,c)
- binexp_cdf(n,nn,b,c)
- binexp_pdf(nh,nn,b,c)
- bingengam_cdf(n,nn,a,b,c,p)
- bingengam_pdf(nh,nn,a,b,c,p)
- binhypmix_cdf(n, m, N1, Np, N2)
- binhypmix_pdf(n, m, N1, Np, N2)
- binmax_cdf(n,nn,b,c)
- binmax_pdf(nh,nn,b,c)
- binnegbin_cdf(n, p, m, P, k)
- binnegbin_pdf(n, p, m, P, k)
- binomdiff_cdf(n,N1,p1,N2,p2)
- binomdiff_pdf(n, N1, p1, N2, p2)
- binomhyp_cdf(n, p, N1, Np, N2)
- binomhyp_pdf(n, p, N1, Np, N2)
- binomial(n,d)
- binomial_cdf(x,n,p)
- binomial_coef(n, k)
- binomial_pdf(x,n,p)
- binomlog_cdf(n, p, N1, theta)
- binomlog_pdf(n, N1, p, theta)
- binomsum_cdf(n,N1,p1,N2,p2)
- binomsum_pdf(n, N1, p1, N2, p2)
- binomtri_cdf(n,nn,theta)
- binomtri_pdf(n, nn, theta)
- binpoismix_cdf(n, p, nk, theta)
- binpoismix_pdf(n, p, nk, theta)
- binpois_cdf(n, p, m, M)
- binpois_pdf(n, p, m, M)
- binray_pdf(nh,nn,b,c)
- bintrnorm_cdf(n,nn,c,b)
- bintrnorm_pdf(nh, nn, c, b)
- binunif_cdf(x,p,h)
- binunif_pdf(x, p, h)
- binweib_cdf(n,nn,b,c,p)
- binweib_pdf(nh,nn,b,c,p)
- biweib_cdf(x, s1, gam1, mu2, s2, gam2)
- biweib_pdf(x, s1, gam1, mu2, s2, gam2)
- bohman_cdf.m
- bohman_pdf.m
- borelherm_cdf(n, m, lambda, m1, lambda1)
- borelherm_pdf(n, m, lambda, m1, lambda1)
- borelt_cdf(n, r, theta)
- borelt_pdf(n, r, theta)
- borel_cdf(n, theta)
- borel_pdf(n, theta)
- bosein_cdf(n, b, c)
- bosein_pdf(n, b, c)
- bose_cdf(x,s,mu)
- bose_pdf(x,s,mu)
- boxcoxpe_cdf(x, mu, sigma, nu, tau)
- boxcoxpe_pdf(x, mu, sigma, nu, tau)
- boxcoxt_cdf(x, mu, sigma, nu, tau)
- boxcoxt_pdf(x, mu, sigma, nu, tau)
- boxcox_cdf(x,sigma,mu,nu)
- boxcox_pdf(x, sigma, mu, nu)
- bradf_cdf(x, bet)
- bradf_pdf(x, bet)
- britfrac_cdf(x, alpha, bet, r)
- britfrac_pdf(x, alpha, bet, r)
- burr10_cdf(x, r)
- burr10_pdf(x, r)
- burr11_cdf(x, r)
- burr11_pdf(x, r)
- burr12_cdf(x, a, c, k)
- burr12_pdf(x, a, c, k)
- burr2_cdf(x, r)
- burr2_pdf(x, r)
- burr3_cdf(x, a, b, p)
- burr3_pdf(x, a, b, p)
- burr4_cdf(x, c, r)
- burr4_pdf(x, c, r)
- burr5_cdf(x, k, r)
- burr5_pdf(x, k, r)
- burr6_cdf(x, k, r)
- burr6_pdf(x, k, r)
- burr7_cdf(x, r)
- burr7_pdf(x, r)
- burr8_cdf(x, r)
- burr8_pdf(x, r)
- burr9_cdf(x, k, r)
- burr9_pdf(x, k, r)
- burr_cdf(x, a, b, c, d)
- burr_pdf(x, a, b, c, d)
- cannibal_cdf(n, k, m)
- cannibal_pdf(n, k, m)
- cantor_cdf.m
- cardiod_cdf(x, mu, rho)
- cardiod_pdf(x, mu, rho)
- carlitz1(n, m, x)
- carlitz2(n, m, x)
- cascade2_pdf(n, d, p, r)
- cascade_cdf(n, d, p, r)
- cascade_pdf(n, d, p, r)
- caubirnsan_cdf(x,alpha,bet)
- caubirnsan_pdf(x, alpha, bet)
- cauchy_cdf(x, s, t)
- cauchy_pdf(x, s, t)
- ccc.m
- cdf3(x, di, pv, distrib, cv)
- cdf3d(x, di, pv, distrib, cv)
- cdf4d(x, di, pv, distrib, cv)
- cgama(x,y,kf)
- cgamma(z)
- cgamma_new.m
- champer4p_cdf.m
- champer4p_pdf.m
- champer_cdf(x, mu, theta)
- champer_pdf(x, mu, theta)
- chanegbin_cdf(n, p, pii)
- chanegbin_pdf(n, p, pii)
- chaudhry_cdf.m
- chaudhry_pdf.m
- chen_cdf(x, lambda, bet)
- chen_pdf(x, lambda, bet)
- chernoff_cdf(x)
- chernoff_pdf(x)
- chisqprod_cdf(x,nu1,nu2)
- chisqprod_pdf.m
- chisq_cdf(x, nu)
- chisq_pdf(x, nu)
- chi_cdf(x, nu)
- chi_pdf(x, nu)
- circline_cdf(x, R)
- circline_pdf(x, R)
- circnorm_cdf(x,k,theta)
- circnorm_pdf(x, k, theta)
- claplnorm_cdf(x,sigma,tsi,phi)
- claplnorm_pdf(x, sigma, tsi, phi)
- clusize_cdf(n, w, k)
- clusize_pdf(n, w, k)
- cmpdpois_cdf(n,lambda,mu)
- cmpdpois_pdf(n, lambda, mu)
- cnormlapl_cdf(x, sigma, theta, phi)
- comintpois_cdf(n,theta,lambda,rho)
- comintpois_pdf(n, theta, lambda, rho)
- comlapgam_cdf(x,alpha,bet,theta)
- comlapgam_pdf(x, alpha, bet, theta)
- compbeta_cdf(x, alpha, bet)
- compbeta_pdf(x, alpha, bet)
- complexerrorfunc(Z)
- compnorm_cdf(x,phi,sigma,theta,p)
- compnorm_pdf.m
- compoisok_cdf(n,k,alpha,c)
- compoisok_pdf(n, k, alpha, c)
- composition_cdf(n,N,K)
- composition_pdf(n, N, K)
- com_cdf(n, lambda, nu)
- com_pdf.m
- confluhyp_cdf(x,p,q,s)
- confluhyp_pdf(x, p, q, s)
- connegbin_cdf(n,k,P)
- connegbin_pdf(n, k, P)
- consul_cdf(n, m, p, k)
- consul_pdf(n, m, p, k)
- cosine_cdf(x)
- cosine_pdf(x)
- cox2_cdf(x,p,lambda1,lambda2)
- cox2_pdf(x, p, lambda1, lambda2)
- create_partition2.m
- create_partition3.m
- create_partitions.m
- crommelin_cdf(n, rho, D, nend, c, nq, q)
- crommelin_pdf(n, rho, D, nend, c, nq, q)
- czeled_cdf(x, mu, sigma, kappa)
- czeled_pdf(x, mu, sigma, kappa)
- d1salvia_cdf(n,alpha)
- d1salvia_pdf(n, alpha)
- daceybin_cdf(n,p,y)
- daceybin_pdf(n, p, y)
- daniels_cdf(x,n,r)
- daniels_pdf(x, n, r)
- davies_cdf(xv,p_value)
- dbinom_cdf(n,nn,pii,psi)
- dbinom_pdf(n, nn, pii, psi)
- dblgam_cdf(x, gam, mu, bet)
- dblgam_pdf(x, gam, mu, bet)
- dblncf_cdf(x,nu1,nu2,lambda1,lambda2)
- dblncf_pdf(x, nu1, nu2, lambda1, lambda2)
- dblnct_cdf(x, nu, delta, lambda)
- dblnct_pdf(x, nu, delta, lambda)
- dblnegbin_cdf(n, p, p1, m, nn)
- dblnegbin_pdf(n, p, p1, m, nn)
- dblpois2_cdf(n, lambda, mu)
- dblpois2_pdf(n, lambda, mu)
- dblpois_cdf(n,mu,psi,nmax)
- dblpois_pdf(n, mu, psi, nmax)
- dblray_cdf(x, mu, sigma)
- dblray_pdf(x, mu, sigma)
- dblweib_cdf(x,c,theta,phi)
- dblweib_pdf(x, c, theta, phi)
- dbparlogn_cdf(x, alpha, bet, nu, tau)
- dbparlogn_pdf(x, alpha, bet, nu, tau)
- dbpar_cdf(x, alpha, bet)
- dbpar_pdf(x, alpha, bet)
- dbtrinvgaus_cdf(x,lambda,mu,x1,x2)
- dbtrinvgaus_pdf(x, lambda, mu, x1, x2)
- dbtrlapl_cdf(x, P, Q)
- dbtrlapl_pdf(x, P, Q)
- dbtrlogis_cdf(x, P, Q, k)
- dbtrlogis_pdf(x, P, Q, k)
- dbtrnorm_cdf(x, mu, sigma, A, B)
- dbtrnorm_pdf(x, mu, sigma, A, B)
- delaport_cdf(n, alpha, bet, gamma)
- delaport_pdf(n, alpha, bet, gam)
- delfelix_cdf(n,lambda,nn)
- delfelix_pdf(n, lambda, nn)
- delgeeta_cdf(n,nn,bet,theta)
- delgeeta_pdf(n, nn, bet, theta)
- delkatz_cdf(n,b,bet,nn)
- delkatz_pdf(n, b, bet, nn)
- delotter_cdf(n,p,nn)
- delotter_pdf(n, p, nn)
- delsunil_cdf(n,p,m,nn)
- delsunil_pdf(n, p, m, nn)
- delteja_cdf(n,p,nn)
- delteja_pdf(n, p, nn)
- delved_cdf(n,p,m,nn)
- delved_pdf(n, p, m, nn)
- deranged_cdf(n, a)
- deranged_enum(n)
- deranged_pdf(n, a)
- devyld_cdf(x, s)
- devyld_pdf(x, s)
- dgx_cdf(n, mu, sigma)
- dgx_pdf(n, mu, sigma)
- dhillon_cdf(x, lambda, bet)
- dhillon_pdf(x, lambda, bet)
- digamma_cdf(n, a, c)
- digamma_pdf.m
- dipole_cdf(x, a, b)
- dipole_pdf(x, a, b)
- dirmultnom_cdf(n, a, b, c)
- dirmultnom_pdf(n, a, b, c)
- disades_rnd(userin,p_value,nsamples)
- disbesl_cdf(n,a,nu)
- disbesl_pdf(n, a, nu)
- diskline_cdf(x,R)
- diskline_pdf(x, R)
- dismaxent_cdf(n,q,lambda,nmin,nmax)
- dismaxent_pdf(n, q, lambda, nmin, nmax)
- disnbin_cdf(n, k, theta, r, nn)
- disnbin_pdf(n, k, theta, r, nn)
- disnorm_cdf(n, nmin, sigma, nmax)
- disnorm_pdf(n, nmin, sigma, nmax)
- dispar_cdf(n,rho)
- dispar_pdf(n, rho)
- dispear3_cdf(n,bet,eta,ups)
- dispear3_pdf(n, bet, eta, ups)
- dissurv_cdf(n,theta,bet)
- dissurv_pdf(n, theta, bet)
- distbeta_cdf(x,a2da1,d1,d2,m,p)
- distbeta_pdf.m
- distgam_cdf(x, a, d, m, p)
- distgam_pdf.m
- distribs()
- distribs30()
- distribs31(userin,iseed)
- distributions31(varargin)
- dist_cdf(n, nmin, m, a, b)
- dist_nex.m
- dist_pdf(n, nmin, m, a, b)
- disunifra_cdf(n,M,nn,q)
- disunifra_pdf(n, M, nn, q)
- disweib_cdf(n,q,c)
- disweib_pdf(n, q, c)
- dlinnik_cdf(n, gam, lambda, bet)
- dlinnik_pdf(klim, gam, lambda, bet)
- dncbet_cdf(x, a, b, lambda1, lambda2)
- dstable_cdf(n, gam, lambda)
- dstable_pdf(n, gam, lambda)
- dstable_pdf(n, gam, lambda)
- dtrbinom_cdf(n,nn,p,r1,r2)
- dtrbinom_pdf(n, nn, p, r1, r2)
- dtrpois_cdf(n,theta,r1,r2)
- dtrpois_pdf(n, theta, r1, r2)
- dtrunweib_cdf(x, c, xi0, alpha, U, L)
- dtrunweib_pdf(x, c, xi0, alpha, U, L)
- egb2_cdf(x,m,phi,p,q)
- egb2_pdf(x, m, phi, p, q)
- eggpol2_cdf(n, lambda, alpha)
- eggpol2_pdf(n, lambda, alpha)
- eggpolurn_cdf(n,N,m,s,u)
- eggpolurn_pdf(n, N, m, s, u)
- erdos_cdf(x)
- erdos_pdf(x)
- erf(x)
- erfc(x)
- erfz(zz)
- error2_cdf(x,delta,theta,phi)
- error2_pdf.m
- err_cdf(x,alpha)
- err_pdf(x,alpha)
- etakappa_cdf(x, kappa)
- etakappa_pdf(x, kappa)
- etamu_cdf(x,eta,mu)
- etamu_pdf(x, eta, mu)
- euler_cdf(n,eta,q)
- euler_pdf(n, eta, q)
- exbert1_cdf(n,nn,rho,p)
- exbert1_pdf(n, nn, rho, p)
- exbert2_cdf(n,nn,a,p)
- exbert2_pdf(n, nn, a, p)
- exbert3_cdf(n,nn,alpha,bet)
- exbert3_pdf(n, nn, alpha, bet)
- exbert4_cdf(n,nn,bet)
- exbert4_pdf(n, nn, bet)
- expexp_cdf(x,alpha,lambda)
- expexp_pdf(x, alpha, lambda)
- expfrechet_cdf(x, sigma, lambda, alpha)
- expfrechet_pdf(x, sigma, lambda, alpha)
- expgam_cdf(x, a, mu, alpha, bet, lambda)
- expgam_pdf(x, a, mu, alpha, bet, lambda)
- expgenbet_cdf(n, alpha, bet)
- expgenbet_pdf(n, alpha, bet)
- expgeom_cdf(x, c, s)
- expgeom_pdf(x, c, s)
- expinvgaus2_cdf.m
- expinvgaus2_pdf.m
- expinvgaus_cdf(x,lambda,gam,delta)
- expinvgaus_pdf(x, lambda, gam, delta)
- exppow_cdf(x, alpha, bet, mu)
- exppow_pdf(x, alpha, bet, mu)
- expweib_cdf(x, gam, theta, sigma)
- expweib_pdf(x, gam, theta, sigma)
- exp_cdf(x,mu)
- exp_pdf(x, mu)
- ext1ev_cdf(x, rho, mu, p)
- ext1ev_pdf(x, rho, mu, p)
- extherm_cdf(n,m,a1,am)
- extherm_pdf(n, m, a1, am)
- exthyper_cdf(n,n1,n2,p1,p2,m)
- exthyper_pdf(n, n1, n2, p1, p2, m)
- extlog_cdf(n,m,theta)
- extlog_pdf.m
- extnegbin_cdf(n, m, theta, bet)
- extnegbin_pdf.m
- extpower_cdf(x, theta, c, lambda, tsi)
- extpower_pdf(x, theta, c, lambda, tsi)
- extstir1c_cdf(n, k, theta, tau)
- extstir1c_pdf(n, k, theta, tau)
- extstir1f_cdf(n, nn, theta, tau)
- extstir1f_pdf(n, nn, theta, tau)
- extstir1l_cdf(n, k, theta, tau)
- extstir1l_pdf(n, k, theta, tau)
- extstir1w_cdf(n, k, theta, tau)
- extstir1w_pdf(n, k, theta, tau)
- extstir2c_cdf(n, k, m, tau)
- extstir2c_pdf(n, k, m, tau)
- extstir2f_cdf(n, nn, m, tau)
- extstir2f_pdf(n, nn, m, tau)
- extstir2l_cdf(n, k, theta, tau)
- extstir2l_pdf(n, k, theta, tau)
- extstir2w_cdf(n, k, m, tau)
- extstir2w_pdf(n, k, m, tau)
- factmult_cdf(n, sp1, nn, N)
- factmult_pdf.m
- factorial(n)
- factorial_cdf(n, nn)
- factorial_pdf(n, nn)
- famhist_cdf(n,nn,p,pp)
- famhist_pdf(n, nn, p, pp)
- fatlife_cdf(x, gam, mu, bet)
- fatlife_pdf(x, gam, mu, bet)
- felix_cdf(n,lambda)
- felix_pdf(n, lambda)
- fellpar_cdf(x, alpha, bet)
- fellpar_pdf(x, alpha, bet)
- fermdir_cdf(n, b, c)
- fermdir_pdf(n, b, c)
- fermi_cdf(x,s,mu)
- fermi_pdf(x,s,mu)
- ferreri_cdf(x, a, b, c, mu)
- ferreri_pdf.m
- findcmax(d_indx,distrib,p_value,c_indx)
- fisher_cdf(x,rho2,n,k)
- fisher_pdf(x, rho2, n, k)
- fishtip_cdf(x, a, omega, bet)
- fishtip_pdf(x, a, omega, bet)
- fleh1_cdf(x, a, b)
- fleh1_pdf(x, a, b)
- fleh2_cdf(x, a, c)
- fleh2_pdf(x, a, c)
- flehlew1_cdf(x,a,b)
- flimit_cdf.m
- flimit_pdf.m
- fmax_cdf.m
- fmax_pdf.m
- fmix_cdf(x,nn,p,nu1,nu2)
- fmix_pdf.m
- foldstud_cdf(x, nu)
- foldstud_pdf(x, nu)
- formel2_cdf(n,theta,q,k)
- formel2_pdf(n, theta, q, k)
- frechet_cdf(x, gamma, beta, mu)
- frechet_max_cdf(x, gam, bet, mu)
- frechet_max_pdf(x, gam, bet, mu)
- frechet_min_cdf(x, gam, bet, mu)
- frechet_min_pdf(x, gam, bet, mu)
- frechet_pdf(x, gamma, beta, mu)
- frechvbm_cdf(n, N, a, m)
- frechvbm_pdf(n, N, a, m)
- fstat_cdf(x, r, nmk)
- fstat_pdf(x, r, nmk)
- func(theta,a,b)
- fvp_cdf(x)
- fvp_pdf(x)
- f_cdf(x,v1,v2)
- f_pdf(x,v1,v2)
- gamaintg_rnd(userin,p_value,nsamples)
- gamma(x,a)
- gammaln(x)
- gamma_cdf_mat(x,a,m,b)
- gamma_pdf(x,a,m,b)
- gamprod_cdf(x,a1,a2)
- gamprod_pdf.m
- gamwarn_cdf(x, a, d, m, p, nn)
- gamwarn_pdf.m
- gandh_cdf(xv,p_value)
- gaus1_ppf(xv, p_value)
- gaus2_ppf(xv, p_value)
- gaushyp_cdf(x,p,q,r,lambda)
- gaushyp_pdf(x, p, q, r, lambda)
- gauskuz_cdf(n)
- gauskuz_pdf(n)
- gaus_cdf(x, m, sigma)
- gaus_pdf(x, m, sigma)
- gaus_ppf(xv, p_value)
- geeta_cdf(n, theta, m)
- geeta_pdf(n, theta, m)
- gegen_cdf(n, rho, delta, l)
- gegen_pdf(n, rho, delta, l)
- genbeta2_cdf(x, a, b, gam)
- genbeta2_pdf(x, a, b, gam)
- genbeta3p_cdf(x,a1,a2,lambda)
- genbeta3p_pdf.m
- genbeta4p_cdf(x, a, b, c, d)
- genbeta4p_pdf(x, a, b, c, d)
- genbeta_cdf(x,a,b,c,p,q)
- genbeta_pdf(x, a, b, c, p, q)
- genbinom_cdf(n,p,r,s)
- genbinom_pdf(n, p, s, r)
- gencauch2_cdf(x,lambda,k,h,theta)
- gencauch2_pdf(x, lambda, k, h, theta)
- gencauchy_cdf(x,a)
- gencauchy_pdf(x, a)
- generr_cdf(x, nu, mu, sigma)
- generr_pdf(x, nu, mu, sigma)
- geneuler_cdf(n,q,a,lambda)
- geneuler_pdf(n, q, a, lambda)
- genexp_cdf(x, lambda1, lambda12, s)
- genexp_pdf(x, lambda1, lambda12, s)
- genfishtip_cdf(x,a,omega,bet,n)
- genfishtip_pdf(x, a, omega, bet, n)
- genfrech_cdf(x, a, omega, nn, bet)
- genfrech_pdf(x, a, omega, nn, bet)
- genf_cdf(x,a, p, q)
- genf_pdf(x, a, p, q)
- gengam5p_cdf(x,t1,t2,t3,t4)
- gengam5p_cdf(x,t1,t2,t3,t4)
- gengam5p_pdf.m
- gengam_cdf(x, k, c, a, b)
- gengam_pdf(x, k, c, a, b)
- gengauss_cdf(x,mu,sigma,p)
- gengauss_pdf(x, mu, sigma, p)
- gengegen_cdf(n, alpha, bet, lambda, m)
- gengegen_pdf(n, alpha, bet, lambda, m)
- gengum_cdf(x, nn, lambda, u)
- gengum_pdf(x, nn, lambda, u)
- genherm(n, alpha, bet, m)
- genherm_cdf(n, alpha, bet, m)
- genherm_pdf(n, alpha, bet, m)
- genhlog_cdf(x, odk)
- genhlog_pdf(x, odk)
- genHyper(a,b,z,lnpfq,ix,nsigfig)
- genhypfac_cdf(n, N, a, m)
- genhypfac_pdf(n, N, a, m)
- genhyp_cdf(x, lambda, alpha, bet, delta, mu)
- genhyp_pdf(x, lambda, alpha, bet, delta, mu)
- geninvneghyp_cdf(n,r,a,b,c,t)
- geninvneghyp_pdf(n, r, a, b, c, t)
- geninvnorm_cdf(x,alpha,mu,tau)
- geninvnorm_pdf.m
- geninvtri_cdf(n,nn,p1,p2,p3,p4)
- geninvtri_pdf.m
- genk_cdf(x,alpha,eta,nu)
- genk_pdf(x, alpha, eta, nu)
- genlagkatz_cdf(n, bet, b, c)
- genlagkatz_pdf(n, bet, b, c)
- genlam_cdf(xv,p_value)
- genlapldif_cdf(x, mu, lambda, theta, phi)
- genlapldif_pdf(x, mu, lambda, theta, phi)
- genlaplsum_cdf(x, mu, lambda, theta, phi)
- genlaplsum_pdf(x, mu, lambda, theta, phi)
- genlog2_cdf(x, b)
- genlog2_pdf(x, b)
- genlog3_cdf(x,b)
- genlog3_pdf(x, b)
- genlog4_cdf(x,p,q)
- genlog4_pdf(x,p,q)
- genlog5_cdf(x, alpha)
- genlog5_pdf(x, alpha)
- genlogis_cdf(x, rho, mu, phi, theta)
- genlogis_pdf.m
- genlogn_cdf(x,tau,sigma,mu)
- genlogn_pdf.m
- genlogser_cdf(n, b, p)
- genlogser_pdf(n, b, p)
- genlog_cdf(x, alpha, mu, sigma)
- genlog_pdf(x, alpha, mu, sigma)
- genmarpol_cdf(n,rho,r,s,N)
- genmarpol_pdf.m
- genmax_cdf(x,alpha,bet,n)
- genmax_pdf(x, alpha, bet, n)
- genmuth_cdf(x, bet, loc, scale)
- genmuth_pdf(x, bet, loc, scale)
- gennakag_cdf(x,s,m,omega)
- gennakag_pdf(x, s, m, omega)
- gennegbin_cdf(n, alphat, bet, m)
- gennegbin_pdf(n, alphat, bet, m)
- genneghyp_cdf(n,N,a,b,c,t)
- genneghyp_pdf(n, N, a, b, c, t)
- genneyman_cdf(n, alpha, bet, phi, lambda, nn)
- genneyman_pdf(n, alpha, bet, phi, lambda, nn)
- genormlap_rnd(userin,p_value,nsamples)
- genpar2_cdf(x,bet,xi,K)
- genpar2_pdf(x, bet, xi, K)
- genpar_cdf(x, gam, bet)
- genpar_pdf(x, gam, bet)
- genpears7_cdf(x,m,c,xi)
- genpears7_pdf(x, m, c, xi)
- genpoisdif_cdf(n,theta1,theta2,lambda)
- genpoisdif_pdf(n, theta1, theta2, lambda)
- genpoiss_cdf(n, theta, lambda)
- genpoiss_pdf(n, theta, lambda)
- genray_cdf(x, k, theta)
- genray_pdf(x, k, theta)
- gensech_cdf(x,rho,theta)
- gensech_pdf(x, rho, theta)
- genstud_cdf(x,sigma,k,p,theta)
- genstud_pdf(x, sigma, k, p, theta)
- gent2_cdf(x,p,q)
- gent2_pdf(x, p, q)
- gentopleo_cdf(x, alpha, bet, a, b)
- gentopleo_pdf(x, alpha, bet, a, b)
- gent_cdf(x,sigma,p,q)
- gent_pdf(x, sigma, p, q)
- genunif_cdf(x,k,c,h,a)
- genunif_pdf(x, k, c, h, a)
- genurn_cdf(n,nn,w,b,c)
- genurn_pdf(n, nn, w, b, c)
- genwar_cdf(n,a,b,alpha)
- genwar_pdf(n, a, b, alpha)
- genweib_cdf(x, a, omega, nn, bet)
- genweib_pdf(x, a, omega, nn, bet)
- genxval_cdf(x, gam, mu, sigma)
- genxval_pdf(x, gam, mu, sigma)
- genyule2_cdf(n, alpha, bet, gam)
- genyule2_pdf(n, alpha, bet, gam)
- genyule_cdf(n, lambda)
- genyule_pdf(n, lambda)
- gen_distrib(userin,rstart)
- gen_distrib2(userin,rstart)
- geometric_cdf(x,p)
- geometric_pdf(x,p)
- geomordk_cdf(n,k,p)
- geomordk_pdf(n, k, p)
- geompois_cdf(n, lambda, theta)
- geompois_pdf(n, lambda, theta)
- geoxexp_cdf(x, gam)
- geoxexp_pdf(x, gam)
- ggsd_cdf(n, alpha, bet)
- ggsd_pdf(n, alpha, bet)
- ghfd_cdf(n, theta, alpha, bet, m)
- ghfd_pdf(n, theta, alpha, bet, m)
- ghgb3_cdf(n, a, b, c)
- ghgb3_pdf(n, a, b, c)
- gig_cdf(x,a,b,p)
- gig_pdf(x, a, b, p)
- git8_cdf(n, nn, p, q)
- git8_pdf(n, nn, p, q)
- glostgame_cdf(n, p, j, a)
- glostgame_pdf(n, p, j, a)
- gmllim(p,b)
- gomper_cdf(x, c, b)
- gomper_pdf(x, c, b)
- good2_cdf(n,q,ups)
- good2_pdf(n, q, ups)
- good_cdf(n,q,eta)
- good_pdf(n, q, eta)
- grassia1_rnd(userin,p_value,nsamples)
- grassia2_rnd(userin,p_value,nsamples)
- greenwich_cdf(x, a, b)
- greenwich_pdf(x, a, b)
- gumbel_cdf(x,r)
- gumbel_pdf(x, r)
- gummax_cdf(x, bet, mu)
- gummax_pdf(x, bet, mu)
- gummin_cdf(x, bet, mu)
- gummin_pdf(x, bet, mu)
- gurland_cdf(n,k,alpha,bet,theta)
- gurland_pdf(n, k, alpha, bet, theta)
- gurwich_cdf(x, alpha, bet)
- gurwich_pdf(x, alpha, bet)
- haighthar_cdf(n,Z2)
- haighthar_pdf(n, Z2)
- haightz_cdf(n, alpha)
- haightz_pdf(n, alpha)
- haight_pdf(n, nn, alpha)
- haight_pdf(n, nn, alpha)
- halflog_cdf(x, sigma, mu)
- halflog_pdf(x, sigma, mu)
- hall_cdf(x,theta,gama)
- hall_pdf(x, theta, gama)
- hansmann_cdf(x,u2,u4,u6,u8)
- hansmann_pdf(x, u2, u4, u6, u8)
- hari_cdf(n, p)
- hari_pdf(n, p)
- harris_cdf(n, k, m)
- harris_pdf(n, k, m)
- hcauchy_cdf(x, sigma, mu)
- hcauchy_pdf(x, sigma, mu)
- headmtail_cdf(n, nn)
- headmtail_pdf(n, nn)
- heine_cdf(n,eta,q)
- heine_pdf(n, eta, q)
- hermite_cdf(n, alpha, bet)
- hermite_pdf(n, alpha, bet)
- hist(y,x)
- hjorth_cdf(x,m,s,f)
- hjorth_pdf(x,m,s,f)
- hnormal_cdf(x, sigma, mu)
- hnormal_pdf(x, sigma, mu)
- hofmann_cdf(n, a, p, c, t)
- hofmann_pdf(n, a, p, c, t)
- holla_cdf(n, mu, lambda)
- holla_pdf(n, mu, lambda)
- hoppe_cdf(n,N,a)
- hoppe_pdf(n, N, a)
- hosking_cdf(xv,p_value)
- hoskwal_cdf(x, c, k)
- hoskwal_pdf(x, c, k)
- hotel_cdf(x,n,rho)
- hotel_pdf(x, n, rho)
- hurwitz_cdf(n, eta, ups)
- hurwitz_pdf(n, eta, ups)
- hyblognorm_cdf(x, alpha, bet, gam)
- hyblognorm_pdf(x, alpha, bet, gam)
- hyge_cdf(x,m,k,n)
- hyge_pdf(x,m,k,n)
- hyperbola_cdf(x,alpha,bet)
- hyperbola_pdf(x, alpha, bet)
- hypergeometric2f1(a,b,c,x,n)
- hypergeometric2F1ODE(a,b,c,zSpan,relTol,absTolF,absTolFp)
- hyperlog_cdf(n, lambda, bet)
- hyperlog_pdf(n, lambda, bet)
- hyperpois_cdf(n, theta, lambda)
- hyperpois_pdf(n, theta, lambda)
- hypnegbin_cdf(n, q, r, theta, nmax)
- hypnegbin_pdf(n, q, r, theta, nmax)
- hypoexp_cdf(x, lambda, mu)
- hypoexp_pdf(x, lambda, mu)
- igsr_cdf(x, a, b, c, d, mu)
- igsr_pdf(x, a, b, c, d, mu)
- impinshyp2_pdf(n,N,k,D,p,pp)
- impinshyp_cdf(n,N,k,D,p,pp)
- impinshyp_pdf(n,N,k,D,p,pp)
- interrupt_cdf.m
- interrupt_pdf.m
- invabsorp_cdf(n,q,k,m)
- invabsorp_pdf(n,q,k,m)
- invbinom_cdf(n, nn, p)
- invbinom_pdf(n, nn, p)
- invbin_cdf(n, rho,lambda)
- invbin_pdf(n, rho, lambda)
- invchisq_cdf(x, nu)
- invchisq_pdf(x, nu)
- invchi_cdf(x,k)
- invchi_pdf(x, k)
- invexp_cdf(x, theta)
- invexp_pdf(x, theta)
- invfact_cdf(n, nn, c)
- invfact_pdf(n, nn, c)
- invgamma_cdf(x,alpha,beta)
- invgamma_pdf(x, alpha, bet)
- invgammix_cdf.m
- invgammix_pdf.m
- invgam_cdf(x,alpha,mu)
- invgam_pdf(x, alpha, mu)
- invgaus3p_cdf(x,mu,lambda,tsi)
- invgaus3p_pdf(x, mu, lambda, tsi)
- invgausmix_pdf(x, mu, sigma, p)
- invgaus_cdf(x, gam, mu)
- invgaus_pdf(x, gam, mu)
- invgauweib_cdf(x, p, lambda, mu, c, alpha)
- invgauweib_pdf(x, p, lambda, mu, c, alpha)
- invgengam_cdf(x,a,bet,p)
- invgengam_pdf(x, a, bet, p)
- invhyper_cdf(n,N,Np,k)
- invhyper_pdf(n,N,Np,k)
- invhypsin_cdf(x,mu,sigma,k,lambda)
- invhypsin_pdf(x, mu, sigma, k, lambda)
- invlomax_cdf(x,b,p)
- invlomax_pdf(x, b, p)
- invpar_cdf(x,r,theta)
- invpar_pdf(x, r, theta)
- invplogis_cdf(x,a,b)
- invplogis_pdf(x, a, b)
- invpois_cdf.m
- invpois_pdf(n,rho,theta)
- invpolegg_cdf(n, nn, a, b, s)
- invpolegg_pdf(n, nn, a, b, s)
- invpol_cdf(n,nn,s,b,w)
- invpol_pdf(n,nn,s,b,w)
- invray_cdf(x, theta)
- invray_pdf(x, theta)
- invtrinom_cdf(n, nn, p, q)
- invtrinom_pdf(n, nn, p, q)
- invweib_cdf(x, gam, mu, bet)
- invweib_pdf(x, gam, mu, bet)
- ipbern_cdf(n,ppi,rho)
- ipbern_pdf(n, ppi, rho)
- ipbinom_cdf(n,ppi,rho,N)
- ipbinom_pdf(n, ppi, rho, N)
- ipgeom_cdf(n,p,rho)
- ipgeom_pdf(n, p, rho)
- iplogser_cdf(n,ppi,rho)
- iplogser_pdf(n, ppi, rho)
- ipnegbin_cdf(n,ppi,rho,r)
- ipnegbin_pdf(n, ppi, rho, r)
- ippois_cdf(n,lambda,rho)
- ippois_pdf(n, lambda, rho)
- irwinhall_cdf.m
- irwinhall_pdf.m
- i_partition_next
- i_partition_next2
- johnsb_cdf(x, alpha1, alpha2)
- johnsb_pdf(x, alpha1, alpha2)
- johnsu_cdf(x, alpha1, alpha2)
- johnsu_pdf(x, alpha1, alpha2)
- jtb_rnd(userin,p_value,nsamples)
- jvp_cdf(x)
- jvp_pdf(x)
- kapbet_cdf(x, kappa, bet, theta)
- kapbet_pdf(x, kappa, bet, theta)
- kappa4p_cdf(x, h, k, tsi, alpha)
- kappa4p_pdf(x, h, k, tsi, alpha)
- kappamu_cdf(x,kappa,mu)
- kappamu_pdf(x, kappa, mu)
- katzk_cdf(n, alpha, bet)
- katzk_cdf(n, alpha, bet)
- katzk_pdf(n, alpha, bet)
- katz_cdf(n,b,bet)
- katz_pdf(n, b, bet)
- kdist_cdf(x, c, nu)
- kdist_pdf(x, c, nu)
- kempqbin_cdf(n, N, c, q)
- kempqbin_pdf(n, N, c, q)
- kempton_cdf(n, b, p, q, N)
- kempton_pdf(n, b, p, q, N)
- kennedy_cdf(x)
- kennedy_pdf(x)
- kies_cdf(x, a, b, bet1, bet2, lambda)
- kies_pdf(x, a, b, bet1, bet2, lambda)
- koenker_cdf(x, a, b)
- koenker_pdf(x, a, b)
- kolmcdf(x)
- kolmpdf(x)
- kotzbirnsan_cdf(x,alpha,bet,q,r,s)
- kotzbirnsan_pdf(x, alpha, bet, q, r, s)
- kotz_cdf(x, q, r, s)
- kotz_pdf(x, q, r, s)
- kprime_cdf(x,alpha,bet,N)
- kprime_pdf(x, alpha, bet, N)
- kumar4_cdf(x, alpha, bet, a, b)
- kumar4_pdf(x, alpha, bet, a, b)
- kumar_cdf(x, a, b)
- kumar_pdf(x, a, b)
- KummerComplex(a,b,z)
- KummerU(a, b, z)
- kummer_cdf(x,alpha,bet,gamm,delta)
- kummer_pdf(x, alpha, bet, gamm, delta)
- kuzmin_cdf(n)
- kuzmin_pdf(n)
- kzero_cdf(x,N)
- kzero_pdf(x, N)
- lagbeta_cdf(x, n, alpha, bet, r)
- lagbeta_pdf(x, n, alpha, bet, r)
- lagbinom_cdf(n, theta, nn, m)
- lagbinom_pdf(n, theta, nn, m)
- lagkatz1_cdf(n, bet, b)
- lagkatz1_pdf(n, bet, b)
- lagkatz2_cdf(n, bet, b)
- lagkatz2_pdf(n, bet, b)
- lagkatz_cdf(n, bet, b)
- lagkatz_pdf(n, bet, b)
- laglog_cdf(n, bet, c)
- laglog_pdf(n, bet, c)
- lagpois_cdf(n, theta, alpha)
- lagpois_pdf(n, theta, alpha)
- LaguerreGen.m
- LaguerrePoly(n)
- laguerre_cdf(k, N0, M, E)
- laguerre_pdf(n, N0, M, E)
- laha_cdf(x)
- laha_pdf(x)
- lambdamu_cdf(x,lambda,mu)
- lambdamu_pdf(x, lambda, mu)
- landau(x,lambda)
- landau_cdf(lambda)
- landau_pdf(lambda)
- laplace_cdf(x,sigma,mu)
- laplace_pdf(x,sigma,mu)
- lapldiff_cdf(x,s1,s2)
- lapldiff_pdf(x, s1, s2)
- laplmsum_cdf(x,n)
- laplmsum_pdf(x, n)
- laplprod_cdf(x, s1, s2)
- laplprod_pdf(x, s1, s2)
- laplsum_cdf(x,s1,s2)
- laplsum_pdf(x, s1, s2)
- lapnormmix_cdf(x, tsi, sigma, alpha, bet)
- lapnormmix_pdf(x, tsi, sigma, alpha, bet)
- laval_cdf(n, nn, c, b)
- laval_pdf(n, nn, b)
- lcointoss_cdf(n, nn)
- lcointoss_pdf(n, nn)
- leakurn_cdf(n, p, b, c)
- leakurn_pdf(n, p, b, c)
- leftpois_cdf(n, theta, r1)
- leftpois_pdf(n, theta, r1)
- leipnik_cdf(x,lambda, mu)
- leipnik_pdf(x, lambda, mu)
- lerch
- lerch2(a, b, c)
- lerch_cdf(n, z, s, ups)
- lerch_pdf(n, z, s, ups)
- levy2_cdf(x, a, c)
- levy2_pdf(x, a, c)
- levy_cdf(x, gam, delta)
- levy_pdf(x, gam, delta)
- libnov_cdf(x,a,b,lambda)
- libnov_pdf(x, a, b, lambda)
- lifetest_cdf(n,m,nn,r)
- lifetest_pdf(n, m, nn, r)
- limpolya_cdf(x,a,c,d,bet,r)
- limpolya_pdf(x, a, c, d, bet, r)
- lindley_cdf(n, theta)
- lindley_pdf(n, theta)
- lineonorm_cdf(x,sigma)
- lineonorm_pdf(x, sigma)
- linexp_cdf(x,lambda,ups)
- linexp_pdf(x, lambda, ups)
- linfail_cdf(x,theta)
- linfail_pdf(x, theta)
- linfunbin_cdf(n, p, m, nn)
- linfunbin_pdf(n, p, m, nn)
- linfunpois_cdf(n, lambda, theta)
- linfunpois_pdf(n, lambda, theta)
- linnegbin_cdf(n, p, m, nn)
- linnegbin_pdf(n, p, m, nn)
- linnik_rnd(userin,p_value,nsamples)
- ljubo_cdf(x, k, alpha, bet, a)
- ljubo_pdf(x, k, alpha, bet, a)
- lmstat_cdf(x, r, nn, k)
- lmstat_pdf(x, r, nn, k)
- logbeta_cdf(x, alpha, bet, c, d)
- logbeta_pdf(x, alpha, bet, c, d)
- logbin_cdf(n,p,m)
- logbin_pdf(n, p, m)
- logbirnsan_cdf(x,alpha,bet)
- logbirnsan_pdf(x, alpha, bet)
- logcauchy_cdf(x,sigma,mu)
- logcauchy_pdf(x, sigma, mu)
- logdblexp_cdf(x, alpha, bet, mu)
- logdblexp_pdf(x, alpha, beta, mu)
- loggamma_cdf(x, gam, mu, sigma)
- loggamma_pdf(x, gam, mu, sigma)
- logisexp_cdf(x, bet, mu, alpha)
- logisexp_pdf(x, bet, mu, alpha)
- logistic_cdf(x, sigma, mu)
- logistic_pdf(x, sigma, mu)
- logitnorm_cdf(x, sigma, mu)
- logitnorm_pdf(x, sigma, mu)
- loglapl_cdf(x, alpha, bet, delta)
- loglapl_pdf(x, alpha, bet, delta)
- loglogistic_cdf(x, delta)
- loglogistic_pdf(x, delta)
- lognegbint_cdf(n,p,k)
- lognegbint_pdf(n, p, k)
- lognegbin_cdf(n,p,m)
- lognegbin_pdf(n, p, m)
- lognormb_cdf(x, B, sigsq, mu)
- lognormb_pdf(x, B, sigsq, mu)
- lognorme_cdf(x, sigma, mu)
- lognorme_pdf(x, sigma, mu)
- logn_cdf(x,mu,sigma)
- logn_pdf(x,mu,sigma)
- logpears3_cdf(x,lambda,bet,epsilon)
- logpears3_pdf(x, lambda, bet, epsilon)
- logpoismix_cdf(n,bet,theta)
- logpoismix_pdf(n, bet, theta)
- logpoist_cdf(n,p,lambda)
- logpoist_pdf(n, p, lambda)
- logpois_cdf(n,p,lambda)
- logpois_pdf(n, p, lambda)
- logsech_cdf(x,a,b)
- logsech_pdf(x, a, b)
- logseries_cdf(x,a)
- logseries_pdf(x,theta)
- logskewt_cdf(x,nu,lambda,sigma)
- logskewt_pdf(x, nu, lambda, sigma)
- logsknor_cdf(x,lambda,sigma)
- logsknor_pdf(x, lambda, sigma)
- logt_cdf(x,mu,r,sigma)
- logt_pdf(x, mu, r, sigma)
- logweib_cdf(x, bet, mu)
- logweib_pdf(x, bet, mu)
- logzeropois_cdf(n, omega, lambda, phi)
- logzeropois_pdf(n, omega, lambda, phi)
- logzeros_cdf(n, omega, theta)
- logzeros_pdf(n, omega, theta)
- logzero_pdf(n, theta, k)
- log_cdf(n,p)
- log_pdf(n, p)
- lorentz_cdf(x)
- lorentz_pdf(x)
- lospowgm_cdf(x, nn, a)
- lospowgm_pdf(x, nn, a)
- lospowprod_cdf(x, nn, m, a)
- lospowprod_pdf(x, nn, m, a)
- lospowrat_cdf(x, nn, m, a)
- lospowrat_pdf(x, nn, m, a)
- lostgame_cdf(n, p, r)
- lostgame_pdf(n, p, r)
- lrstat_cdf(x, r, nn, k)
- lrstat_pdf(x, r, nn, k)
- lsuccess_cdf(n, p, nn)
- lsuccess_pdf(n, p, nn)
- madow_cdf(x,n,r)
- madow_pdf(x, n, r)
- makeham2_cdf(x,a,b,c)
- makeham2_pdf(x, a, b, c)
- makeham_cdf(x, eta, zet)
- makeham_pdf(x, eta, zet)
- malik1_cdf(x,a,n,k)
- malik1_pdf(x, a, n, k)
- malik2_cdf(x,a,n,k)
- malik3_cdf(x,a,n,k)
- malik3_pdf(x, a, n, k)
- malik4_cdf(x,a,p,k)
- malik4_pdf(x, a, p, k)
- malikf_cdf(x,a,b,nu1,nu2)
- malikf_pdf(x, a, b, nu1, nu2)
- mallowsY_cdf(x,omega)
- mallowsY_pdf(x, omega)
- mandel_cdf(n, NN, q, s)
- mandel_pdf(n, NN, q, s)
- mapairy_cdf(x)
- mapairy_pdf(x)
- match_cdf(n, nn)
- match_pdf(n, nn)
- maxbol_cdf(n, b, c)
- maxbol_pdf(n, b, c)
- maxnegbin_cdf(n, c, p)
- maxnegbin_pdf(n, c, p)
- maxwell_cdf(x,a)
- maxwell_pdf(x,a)
- mbbefd_cdf(x, b, g)
- mbbefd_pdf(x, b, g)
- mbbinbet_cdf(n, nn, w, p, m)
- mbbinbet_pdf(n, nn, w, p, m)
- mccullagh1_cdf(x,n,theta)
- mccullagh1_pdf(x, n, theta)
- mccullagh2_cdf(x,n,theta)
- mccullagh2_pdf(x, n, theta)
- mccull_cdf(x,theta,nu)
- mccull_pdf(x, theta, nu)
- mchamper_cdf(x, alpha, c, M)
- mchamper_pdf(x, alpha, c, M)
- mckay1_cdf(x,a,b,c)
- mckay1_pdf(x, a, b, c)
- mckay2_cdf(x,a,b,c)
- mckay2_pdf(x, a, b, c)
- mcleish_cdf(x,alpha,a)
- mcleish_pdf(x, alpha, a)
- md1_cdf(n, rho)
- md1_pdf(n, rho)
- meixner_cdf(x, a, b, d, m)
- meixner_pdf(x, a, b, d, m)
- mhygfx.m
- minnegbin_cdf(n, m, p)
- minnegbin_pdf(n, m, p)
- mitlef_rnd(userin,p_value,nsamples)
- mixbint_cdf(x,nn,p,nu)
- mixbint_pdf(x, nn, p, nu)
- mixinvgaus_cdf(x,mu,sigma,p)
- mixinvgaus_pdf(x, mu, sigma, p)
- mixpoislog_cdf(n,a)
- mixpoislog_pdf(n, a)
- mixpois_cdf(n,lambda,mu,bet)
- mixpois_pdf(n,lambda,mu,bet)
- modbinom1_cdf(n,nn,m,p)
- modbinom1_pdf(n, nn, m, p)
- modfelix_cdf(n, lambda, theta)
- modfelix_pdf(n, lambda, theta)
- modhans_cdf(x,u2,u4,u6,u8)
- modhans_pdf(x, u2, u4, u6, u8)
- modnorm_cdf(x,a,sigma)
- modnorm_pdf(x, a, sigma)
- modpert_cdf(x, gam, mo, a, b)
- modpert_pdf(x, gam, mo, a, b)
- modpois1_cdf(n,lambda,k)
- modpois1_pdf(n, lambda, k)
- modstev_cdf(n,b,c,s)
- modstev_pdf(n, b, c, s)
- modved_cdf(n, p, m, nn)
- modved_pdf(n, p, m, nn)
- modweib_cdf(x, c, p, A, B)
- modweib_pdf(x, c, p, A, B)
- morse_cdf(n,lambda,q)
- morse_pdf(n, lambda, q)
- moyal_cdf(x, mu, sigma)
- moyal_pdf(x, mu, sigma)
- mrgenbeta_cdf(x, a, b, p, q)
- mrgenbeta_pdf(x, a, b, p, q)
- multinom_cdf(n, sp1, nn, N)
- multinom_pdf.m
- multout_cdf(x,xmin,psi0,xmax)
- multout_pdf(x, xmin, psi0, xmax)
- mxgenbet_cdf(x, p, q, a, b, c)
- mxgenbet_pdf(x, p, q, a, b, c)
- mxm1_cdf(n, rho, alpha)
- mxm1_pdf(n, rho, alpha)
- nadarajah_cdf(x, a, b, c, d)
- nadarajah_pdf(x, a, b, c, d)
- nakagami_cdf(x, a, b, c)
- nakagami_pdf(x, a, b, c)
- nakaq_cdf(x,sigma,q)
- nakaq_pdf(x, sigma, q)
- nandi_cdf(n,a,s,z)
- nandi_pdf(n, a, s, z)
- naor_cdf(n, nn)
- naor_pdf(n, nn)
- narayana_cdf(n, k)
- narayana_pdf(n, nn)
- nbinbet_cdf(n, nn, w, r)
- nbinbet_pdf(n, nn, w, r)
- nbinnbin_cdf(n, Q, QQ, k, M)
- nbinnbin_pdf(n, Q, QQ, k, M)
- nbinomtri_cdf(n, theta, alpha)
- nbinomtri_pdf(n, theta, alpha)
- nbinordk_cdf(n,k,p,r,b)
- nbinordk_pdf(n, k, p, r, b)
- nbinpois_cdf(n, Q, k, M)
- nbinpois_pdf(n, Q, k, M)
- nbin_cdf(x,r,p)
- nbin_pdf(x,r,p)
- ncbet1_cdf(x, a, b, lambda)
- ncbet2_cdf(x, a, b, lambda)
- ncbet2_pdf(x, a, b, lambda)
- ncchisqpr_cdf(x,lambd1,lambd2,nu1,nu2)
- ncchisqpr_pdf(x, lambda1, lambda2, nu1, nu2)
- ncchisqra_cdf(x,lambd1,lambd2,nu1,nu2)
- ncchisqra_pdf(x, lambda1, lambda2, nu1, nu2)
- ncgamma_cdf(x,alpha,theta)
- ncgamma_pdf(x, alpha, theta)
- ncnegbin_cdf(n,a,lambda,ups)
- ncnegbin_pdf(n, a, lambda, ups)
- nc_beta_cdf(x, p, q, lambda)
- nc_beta_pdf(x, p, q, lambda)
- nc_chisq_cdf(x, n, s, sigma)
- nc_chisq_pdf(x, n, s, sigma)
- nc_f_cdf(x,nu1,nu2,delta)
- nc_f_pdf(x,nu1,nu2,delta)
- nc_t_cdf(x,nu,delta)
- nc_t_pdf(x,v,delta)
- negbin1_cdf(n, lambda, P)
- negbin1_pdf(n, lambda, P)
- negbin2_cdf(n, alpha, lambda)
- negbin2_pdf(n, alpha, lambda)
- negbinbin_cdf(n, q, Q, k, nn)
- negbinbin_pdf(n, q, Q, k, nn)
- negbindel_cdf(i, m, p, k)
- negbindel_pdf(n, m, p, k)
- negfacmulti_cdf(n,sp1,k,N)
- negfacmulti_pdf.m
- neghyper2_pdf(n, v, w, nn)
- neghyper_cdf(n,N,a,b)
- neghyper_pdf(n, N, a, b)
- negmulti_cdf(n,sp1,k,nn,p)
- negmulti_pdf.m
- neg_cdf(x,lambda,gam)
- neg_pdf(x, lambda, gam)
- nexceed_cdf(n,m,r,nn)
- nexceed_pdf(n, m, r, nn)
- neyman_cdf(n, m1, m2)
- neyman_pdf(n, m1, m2)
- neypois_cdf(n, lambda, phi, rho)
- neypois_pdf(n, lambda, phi, rho)
- nfctrnbin_cdf(n, k, theta, nn)
- nfctrnbin_cdf(n, k, theta, nn)
- nfctrnbin_pdf(n, k, theta, nn)
- nggsd_cdf(n, alpha, bet, jj, nmin, nmax)
- nggsd_pdf(n, alpha, bet, jj, nmin, nmax)
- nig_cdf(x,alpha,bet,mu, delta)
- nig_pdf(x, alpha, bet, mu, delta)
- norgam_cdf(x,lambda,alpha,bet,mu)
- norgam_pdf(x, lambda, alpha, bet, mu)
- normexpt_cdf(x, mu, sigma, k1, k2)
- normexpt_pdf(x, mu, sigma, k1, k2)
- normlapl_cdf(x,alpha,bet,sigma,mu)
- normlapl_pdf(x, alpha, bet, sigma, mu)
- normmom_cdf(x, alpha)
- normmom_pdf(x, alpha)
- norm_cdf(x,mu,sigma)
- norrecgam_cdf(x, lambda, alpha, delta, mu)
- norrecgam_pdf(x, lambda, alpha, delta, mu)
- nsuccess_cdf(n,p,k,nn)
- nsuccess_pdf(n, p, k, nn)
- occupy0_cdf(n,c,b)
- occupy0_pdf(n, c, b)
- occupy_cdf(n,c,b)
- occupy_pdf(n, c, b)
- ogive_cdf(x,nn,a,b)
- ogive_pdf(x, nn, a, b)
- okcorral_cdf(n, nn, m)
- okcorral_pdf(n, nn, m)
- otter_cdf(n,p)
- otter_pdf(n, p)
- overunder_cdf(n, lambda, q)
- overunder_pdf(n, lambda, q)
- p7birnsan_cdf(x,alpha,bet,q,r)
- p7birnsan_pdf(x, alpha, bet, q, r)
- parabolic_cdf(x, a, b)
- parabolic_pdf(x, a, b)
- pareto2_cdf(x, gamma, k)
- pareto2_pdf(x, gamma, k)
- pareto3_cdf(x, a, b, C)
- pareto3_pdf(x, a, b, C)
- pareto4_cdf(x, mu, alpha, gam, sigma)
- pareto4_pdf(x, mu, alpha, gam, sigma)
- pareto_cdf(x, gamma, k)
- pareto_pdf(x, gamma, k)
- parlogis_cdf(x,a,b)
- parlogis_pdf.m
- parlognor_cdf(x, alpha, bet, nu, tau)
- parlognor_cdf(x,alpha, bet, nu, tau)
- parlognor_pdf(x, alpha, bet, nu, tau)
- parnprod1_cdf(x,nn,k,a)
- parnprod1_pdf(x, nn, k, a)
- parnprod2_cdf(x,nn,a,k)
- parnprod2_pdf(x, nn, a, k)
- parratio_cdf(x, a1, a2, k1, k2)
- parratio_pdf(x, a1, a2, k1, k2)
- partition(n)
- partitioni8(n)
- paspois_cdf(n,mu,a,c)
- paspois_pdf(n, mu, a, c)
- pdf3(x, di, pv, distrib, cv)
- pdf3d(x, di, pv, distrib, cv)
- pdf4d(x, di, pv, distrib, cv)
- pear7lapld_cdf(x, a)
- pear7laplp_cdf(x, a)
- pearson12_cdf(x,a,b,c)
- pearson12_pdf(x, a, b, c)
- pearson1_cdf(x,a,b,c,d)
- pearson1_pdf(x, a, b, c, d)
- pearson2_cdf(x,a,b)
- pearson2_pdf(x, a, b)
- pearson3_cdf(x,lambda,bet,epsilon)
- pearson3_pdf(x, lambda, beta, epsilon)
- pearson4_cdf(x, m, nu, a, lambda)
- pearson4_cdf(x, m, nu, a, lambda)
- pearson4_pdf(x, m, nu, a, lambda)
- pearson5_cdf(x,a,b,c)
- pearson5_pdf(x, a, b, c)
- pearson6_cdf(x,a,b)
- pearson6_pdf(x, a, b)
- pearson7_cdf(x,m,MM)
- pearson7_pdf(x, m, MM)
- pearson8_cdf(x, a, b)
- pearson8_pdf(x, a, b)
- pearson9_cdf(x, a, b)
- pearson9_pdf(x, a, b)
- pebl_cdf(n,omega)
- pebl_pdf(n, omega)
- perksym_cdf(x,a)
- perksym_pdf(x, a)
- pert_cdf(x, mo, a, b)
- pert_pdf(x, mo, a, b)
- pfq(a,b,z,d)
- phani_cdf(x, a, b, bet, lambda)
- phani_pdf(x, a, b, bet, lambda)
- pigam_cdf(n,mu,alpha)
- pigam_pdf(n, mu, alpha)
- pig_cdf(n, alpha, theta)
- pig_pdf(n, alpha, theta)
- planck_cdf(x,A,B)
- planck_pdf(x,A,B)
- poisbesl_int_cdf(n,a,b,t,p)
- poisbesl_int_pdf(n, a, b, t, p)
- poisbeta2_cdf(n,m,nu)
- poisbeta2_pdf(n, m, nu)
- poisbet_cdf(n,phi,a,b)
- poisbet_pdf(n, phi, a, b)
- poisbin2_cdf(n,lambda,q,nn,nmax)
- poisbin2_pdf(n, lambda, q, nn, nmax)
- poisbinmix_cdf(n,phi,q,nn)
- poisbinmix_pdf(n, phi, q, nn)
- poisbin_cdf(n,theta,q,nn)
- poisbin_pdf(n, theta, q, nn)
- poischi_int_cdf(n,b,t,p)
- poischi_int_pdf(n, b, t, p)
- poisdiff_cdf(n,lambda1,lambda2)
- poisdiff_pdf(n, lambda1, lambda2)
- poisdlog_cdf(n, alpha, rho)
- poisdlog_pdf(n, alpha, rho)
- poisf_cdf(n,k1,k2)
- poisf_pdf(n, k1, k2)
- poisgam_cdf(x,b,n,p)
- poisgam_int_cdf(n,b,t,p)
- poisgam_int_pdf(n, b, t, p)
- poisgam_pdf(x, b, n, p)
- poisgengam_int_cdf(n,a,b,t,p)
- poisgengam_int_pdf(n, a, b, t, p)
- poishyper_cdf(n, N, Np, nn, phi)
- poishyper_pdf(n, N, Np, nn, phi)
- poiskatz_cdf(n,lambda,alpha,bet,nmax)
- poiskatz_pdf(n, lambda, alpha, bet, nmax)
- poislgn_cdf(n, mu, sigma)
- poislgn_pdf(n, mu, sigma)
- poislind_cdf(n,alpha)
- poislind_pdf(n, alpha)
- poislog_cdf(n,lambda,phi)
- poislog_pdf(n, lambda, phi)
- poislomax_cdf(n,c,nn)
- poislomax_pdf(n, c, nn)
- poismix_cdf(n,lambda,alpha,m,nn)
- poismix_pdf(n, lambda, alpha, m, nn)
- poisnbin_cdf(n,p,P,m,k)
- poisnbin_pdf(n, theta, P, k)
- poisordk_cdf(n,k,lambda)
- poisordk_pdf(n, k, lambda)
- poispar_cdf(n,mu,alpha,bet)
- poispar_pdf(n, mu, alpha, bet)
- poispas_cdf(n,theta,Q,k,nmax)
- poispas_pdf(n, theta, P, k, nmax)
- poispear1_int_cdf(n,a,b,t,p,q,nmax)
- poispear1_int_pdf(n, a, b, t, p, q, nmax)
- poispear3_int_cdf(n,a,b,t,p)
- poispear3_int_pdf(n,a,b,t,c)
- poispear6_int_cdf(n,a,b,t,c,d,nmax)
- poispear6_int_pdf(n, a, b, t, c, d, nmax)
- poispois_cdf(n, lambda, theta)
- poispois_pdf(n, lambda, theta)
- poispoly_cdf(n,theta,a)
- poispoly_pdf(n, theta, a)
- poisshpar_cdf(x,mu,n,alpha)
- poisshpar_pdf(x, mu, n, alpha)
- poiss_cdf(x,lambda)
- poiss_pdf(x,lambda)
- poistgam_cdf(n,a,b,p,t)
- poistgam_pdf(n, a, b, p, t)
- poistnorm_cdf(n,mu,sigma,nn)
- poistnorm_pdf(n, mu, sigma, nn)
- polyaurn_cdf(n,nn,w,b,c)
- polyaurn_pdf(n, nn, w, b, c)
- polya_cdf(x,bet,lambda,theta)
- polya_pdf(x, bet, lambda, theta)
- polyfit2w(x,y,z,w,n,m)
- polyval2d(c,x,y)
- poshyper_cdf(n,nn,N, Np)
- poshyper_pdf(n, nn, N, Np)
- powertail_cdf(x, theta, gam, N)
- powertail_pdf(x, theta, gam, N)
- power_cdf(x, c, b)
- power_pdf(x, c, b)
- powexp_cdf(x,mu,sigma,nu)
- powexp_pdf(x, mu, sigma, nu)
- powlognorm_cdf(x, p, sigma, loc, scale)
- powlognorm_pdf(x, p, sigma, loc, scale)
- pownorm_cdf(x, p, mu, sigma)
- pownorm_pdf(x, p, mu, sigma)
- pp1(y,p,xj,jx)
- psi(z)
- psin(n,z)
- ptad_cdf(x, theta, gam, N)
- ptad_pdf(x, theta, gam, N)
- qb3_cdf(n,p,phi,nn)
- qb3_pdf(n, p, phi, nn)
- qb4_cdf(n,p,phi,nn)
- qb4_pdf(n, p, phi, nn)
- qbaildaum_pdf(n, a, q)
- qbetageom_cdf(n,rho,u,m)
- qbetageom_pdf(n, rho, u, m)
- qbinom1_cdf(n,theta,lambda,nn)
- qbinom1_pdf(n, theta, lambda, nn)
- qbinom22_cdf(n,phi,rho,nn)
- qbinom22_pdf(n, phi, rho, nn)
- qbinom2_cdf(n,theta,lambda,nn)
- qbinom2_pdf(n, theta, lambda, nn)
- qbinomial_cdf(n, nn, q, theta)
- qbinomial_coef(x, k, q)
- qbinomial_pdf(n, nn, q, theta)
- qb_cdf(n,p,s,t,phi,nn)
- qb_pdf(n, p, s, t, phi, nn)
- qccviii_cdf(n, c, q, nn)
- qccviii_pdf(n, c, q, nn)
- qccvii_cdf(n, eta, q, b)
- qccvii_pdf(n, eta, q, b)
- qchuvan_cdf(n,c,q,tsi)
- qchuvan_pdf(n, c, q, tsi)
- qcontag_cdf(n,N,m,s,u,q)
- qcontag_pdf(n, N, m, s, u, q)
- qdefbinom_cdf(n,q,m,tau)
- qdefbinom_pdf(n, q, m, tau)
- qdisunifr_cdf(n,M,nn,q)
- qdisunifr_pdf(n, M, nn, q)
- qhyper1_cdf(n, s, r, m, nn)
- qhyper1_pdf(n, s, r, m, nn)
- qhyper2_cdf(n, s, r, m, nn)
- qhyper2_pdf(n, s, r, m, nn)
- qnarayana_cdf(n,q,k,nmax)
- qnarayana_pdf(n, q, k, nmax)
- qnegbinom_cdf(n, nn, q, theta)
- qnegbinom_pdf(n, k, q, theta)
- qnorm_pdf(n, N, m, s, u, q)
- qpascal_cdf(n, nn, q, theta)
- qpascal_pdf(n, nn, q, theta)
- quasibin1_cdf(n, m, p, phi)
- quasibin1_pdf(n, m, p, phi)
- qunif_cdf(n,M,q)
- qunif_pdf(n, M, q)
- raisdcos_cdf(x, mu, s)
- raisdcos_pdf(x, mu, s)
- range_cdf(x)
- range_pdf(x)
- rayleigh_cdf(x, sigma)
- rayleigh_pdf(x, sigma)
- recip_cdf(x, b)
- recip_pdf(x, b)
- rectbint_cdf(n,nn,p,m)
- rectbint_pdf(n, nn, p, m)
- rectbin_cdf(n,nn,p,m)
- rectbin_pdf(n, nn, p, m)
- rectline_cdf(x,w,h)
- rectline_pdf(x, w, h)
- rectnegbin_cdf(n,nn,p,k)
- rectnegbin_pdf(n, nn, p, k)
- rectpoist_cdf(n,nn,lambda)
- rectpoist_pdf(n, nn, lambda)
- rectpois_cdf(n,nn,lambda)
- rectpois_pdf(n, nn, lambda)
- reflgam_cdf(x,alpha,bet,gam)
- reflgam_pdf(x, alpha, bet, gam)
- reflpow_cdf(x, a, b, c)
- reflpow_pdf(x, a, b, c)
- relbw_cdf(x, M, Gamm)
- relbw_pdf(x, M, Gamm)
- revgum_cdf(x, mu, sigma)
- revgum_pdf(x, mu, sigma)
- rgentopleon_cdf(x, alpha, bet, a, b)
- rgentopleon_pdf(x, alpha, bet, a, b)
- rgp_cdf(n,a,alpha)
- rgp_pdf(n, a, alpha)
- rician_cdf(x, m, sigma)
- rician_pdf(x, m, sigma)
- riffshuf_cdf(n,a,nn)
- riffshuf_pdf(n, a, nn)
- rig_cdf(x,alpha,bet,delta)
- rig_pdf(x, alpha, bet, delta)
- rinvgaus_cdf(x, gamma, mu)
- rinvgaus_pdf(x, gamma, mu)
- rosin_cdf(x,q,D)
- rosin_pdf(x, q, D)
- rtpois_cdf(n, n0, n1)
- rtpois_cdf(n, theta, r2)
- rtpois_pdf(n, theta, r2)
- rtrunray_cdf(x, sigma, D)
- rtrunray_pdf(x, sigma, D)
- runs_pdf(n, n0, n1)
- rutherford_cdf(n,c,p,nn)
- rutherford_pdf(n, c, p, nn)
- rwalkrng_cdf(x, argt)
- r_cdf(x, nn)
- r_pdf(x, nn)
- sbgsd_cdf(n, alpha)
- sbgsd_pdf(n, alpha)
- scalchisq_cdf(x,k,sigma)
- scalchisq_pdf(x, k, sigma)
- scalchi_cdf(x,k,sigma)
- scalchi_pdf(x, k, sigma)
- scbirnsan_cdf(x,alpha,bet)
- scbirnsan_pdf(x, alpha, bet)
- schmeis_cdf(xv,p_value)
- schmeis_rnd(p_value,nsamples)
- scinvchisq_cdf(x,k,theta)
- scinvchisq_pdf(x, k, sigma)
- scinvchi_cdf(x,k,theta)
- scinvchi_pdf(x, k, sigma)
- sech_cdf(x, a, b)
- sech_pdf(x, a, b)
- semicir_cdf(x)
- semicir_pdf(x)
- sged_cdf(x, mu, sigma, k, lambda)
- sged_pdf(x, mu, sigma, k, lambda)
- shenton_cdf(n, nn, p, m)
- shenton_pdf(n, nn, p, m)
- shftexp_cdf(x, a, theta)
- shftexp_pdf(x, a, theta)
- shftpar_cdf(x, alpha, mu)
- shftpar_pdf(x, alpha, mu)
- shiftgomp_cdf(x, b, eta)
- shiftgomp_pdf(x, b, eta)
- shlogzero_cdf(n, theta, k)
- shlogzero_pdf(n, theta, k)
- shrician_cdf(x,b0,m,omega)
- shrician_pdf(x, b0, m, omega)
- shsk1_cdf(n, a, p, theta)
- shsk1_pdf(n, a, p, theta)
- shsk2_cdf(n, a, b, theta)
- shsk2_pdf(n, a, b, theta)
- sibuya_cdf(n, gamma)
- sibuya_pdf(n, gama)
- sichel_cdf(n, nu, theta, bet)
- sichel_pdf(n, nu, theta, bet)
- simon_cdf(n, alpha)
- simon_pdf(n, alpha)
- simpbin_cdf(n, nn, mu, sigma)
- simpbin_pdf(n, nn, mu, sigma)
- simplex_cdf(x,sigma, mu)
- simplex_pdf(x, sigma, mu)
- simps(x,y,dim)
- singhm_cdf(x, a, b, q)
- singhm_pdf(x, a, b, q)
- singh_cdf(n, a, alpha)
- singh_pdf(n, a, alpha)
- sinhnorm_cdf(x,alpha,gam,sigma)
- sinhnorm_pdf(x, alpha, gam, sigma)
- skellam_cdf(n, mu1, mu2)
- skellam_pdf(n, mu1, mu2)
- skewgent_cdf(x, mu, sigma, n, k, lambda)
- skewgent_pdf(x, mu, sigma, n, k, lambda)
- skewlapl_cdf(x, alpha, bet, mu)
- skewlapl_cdf(x, alpha, bet, mu)
- skewlapl_pdf(x, alpha, bet, mu)
- skewlapl_quad_pdf(x, alpha, bet, mu)
- skewnorm_cdf(x,lambda)
- skewnorm_pdf(x, lambda)
- skewpe_cdf(x, mu, sigma, nu, lambda)
- skewpe_pdf(x, mu, sigma, nu, lambda)
- skewt_cdf(x, nu, lambda)
- skewt_pdf(x, nu, lambda)
- slash_cdf(x)
- slash_pdf(x)
- smooth_diff(n)
- snvg_cdf(x,delta,c,lambda)
- snvg_pdf(x, delta, c, lambda)
- sobolevqr_cdf(x, p, q, r)
- sobolevqr_pdf(x, p, q, r)
- specocc_cdf(n, l, b, c)
- specocc_pdf(n, l, b, c)
- sqline_cdf(x)
- sqline_pdf(x)
- stable_rand(U, p_value)
- stable_rand(U, p_value)
- stable_rnd(userin,p_value,nsamples)
- stacy_cdf(x,alpha,bet,theta,xtrem)
- stacy_pdf(x, alpha, bet, theta, xtrem)
- stevens_cdf(n, b, c)
- stevens_pdf(n, b, c)
- steyn2p_cdf(n,c,theta)
- steyn2p_pdf(n, c, theta)
- stirling1
- stirling1_cdf(n, nn, theta)
- stirling1_pdf(n, nn, theta)
- stirling2
- strchexp_cdf(x,bet,theta,xtrem)
- strchexp_pdf(x, bet, theta, xtrem)
- strctasin_cdf(n,alpha,p)
- strctasin_pdf(n, alpha, p)
- strunpear7_cdf(x, A, m, MM, gam)
- strunpear7_pdf(x, A, m, MM, gam)
- stsd1_cdf(x,mu,sigma,d)
- stsd1_pdf(x, mu, sigma, d)
- stsd2_cdf(x, k)
- stsd2_pdf(x, k)
- stsd3_cdf(x, k)
- stsd3_pdf(x, k)
- stsp_cdf(x,theta,n)
- stsp_pdf(x, theta, n)
- stutgenwar_cdf(n,k,a,c,m)
- stutgenwar_pdf(n, k, a, c, m)
- stutpois_cdf(n,k,lambda)
- stutpois_pdf(n, k, lambda)
- subbgeom_cdf(n,q)
- subbgeom_pdf(n, q)
- sudha_cdf(n, lambda)
- sudha_pdf(n, lambda)
- sunil_cdf(n,p,m)
- sunil_pdf(n, p, m)
- surf_plot.m
- survivor_cdf(n,a,b,nn)
- survivor_pdf(n, a, b, nn)
- sz_cdf(x, n)
- sz_pdf(x, n)
- t3_cdf(x)
- t3_pdf(x)
- tadikab_cdf(xv,p_value)
- tadikab_rnd(p_value,nsamples)
- tadikal_cdf(xv,p_value)
- tadikal_rnd(p_value,nsamples)
- tadikau_cdf(xv,p_value)
- tadikau_rnd(p_value,nsamples)
- takacs_cdf(n, P, mu)
- takacs_pdf(n, P, mu)
- tapareto_cdf(x, a, bet, theta)
- tapareto_pdf(x, a, bet, theta)
- tardon2_cdf(x,a,b,lambda)
- tardon2_pdf(x, a, b, lambda)
- tbirnsan_cdf(x,alpha,bet,nu)
- tbirnsan_pdf(x, alpha, bet, nu)
- tdexp_cdf(x,lambda,a,b)
- tdexp_cdf(x,mu,lambda,a,b)
- tdexp_pdf(x, lambda, a, b)
- tdiff_cdf(x, nu)
- tdiff_pdf(x, nu)
- teja_cdf(n,p)
- teja_pdf(n, p)
- test_weibexp(x, lambda, c, tau)
- thomas_cdf(n, m, alpha)
- thomas_pdf(n, m, lambda)
- tmakeham_cdf(x, theta, Q1, P1)
- tmakeham_pdf(x, theta, Q1, P1)
- tmix_cdf(x,nn,p,nu)
- tmix_pdf.m
- topleon_cdf(x, bet, a, b)
- topleon_pdf(x, bet, a, b)
- toranzo_cdf(x, a, b, c)
- toranzo_pdf(x, a, b, c)
- tpnorm_cdf(x,tsi,sigma1,sigma2)
- tpnorm_pdf(x, sigma1, sigma2, tsi)
- transbet2_cdf(x,a,p,q)
- transbet2_pdf(x, a, p, q)
- transbet_cdf(x,alpha,bet,c,mu)
- transbet_pdf(x, alpha, bet, c, mu)
- transgam_cdf(x,alpha,mu,c)
- transgam_pdf(x, alpha, mu, c)
- trap_cdf(x, a, b, c, d)
- trap_pdf(x, a, b, c, d)
- trgenhlog_cdf(x,k,p)
- trgenhlog_pdf(x, k, p)
- trgenpois_cdf(n, theta, lambda, m)
- trgenpois_pdf(n, theta, lambda, m)
- trggsd_cdf(n, alpha, bet)
- trggsd_pdf(n, alpha, bet)
- triang_cdf(x, a, b, c)
- triang_pdf(x, a, b, c)
- trigamma_cdf(n, c)
- trigamma_pdf.m
- trnegbin_cdf(n,Q,k)
- trnegbin_pdf(n, Q, k)
- trunbur_cdf(x, alpha, lambda, theta, P, Q)
- trunbur_pdf(x, alpha, lambda, theta, P, Q)
- truncauchy_cdf(x, a, b, mu, sigma)
- truncauchy_pdf(x, a, b, mu, sigma)
- truncbeta_cdf(x, a, b, c)
- truncbeta_pdf(x, a, b, c)
- truncig_cdf(x,lambda,mu,x1,x2)
- truncig_pdf(x, lambda, mu, x1, x2)
- trundexp_cdf(x, mu, lambda, k)
- trundexp_pdf(x, mu, lambda, k)
- trunexp_cdf(x, b, lambda)
- trunexp_pdf(x, b, lambda)
- trunexval_cdf(x,a)
- trunexval_pdf(x, a)
- trungama_cdf(x,alpha,bet,m)
- trungama_pdf(x, alpha, bet, m)
- trungaus_cdf(x, a, b, mu, sigma)
- trungaus_pdf(x, a, b, mu, sigma)
- trungeom_cdf(n, alpha, K)
- trungeom_pdf(n, alpha, K)
- trungom_cdf(x, bet, gam, Q1, P1)
- trungom_pdf(x, bet, gam, Q1, P1)
- trunlerch_cdf(n, a, b, z, s, ups)
- trunlerch_pdf(n, a, b, z, s, ups)
- trunlogn_cdf(x,mu,sigma,xc,bet,k)
- trunlogn_pdf(x, mu, sigma, xc, bet, k)
- trunpar2_cdf(x, alpha, T)
- trunpar2_pdf(x, alpha, T)
- trunpar3_cdf(x, a, ups, L, U)
- trunpar3_pdf(x, a, ups, L, U)
- trunpar_cdf(x, alpha, gam, nu)
- trunpar_pdf(x, alpha, gam, nu)
- trunpear6_cdf(x, bet)
- trunpear6_pdf(x, bet)
- trunpois_cdf(n, m, nn, lambda)
- trunpois_pdf(n, m, nn, lambda)
- trunray_cdf(x, b, c)
- trunray_pdf(x, b, c)
- trunvoda_cdf(x,theta,k,xt)
- trunvoda_pdf(x, theta, k, xt)
- trunweib_cdf(x, a, b, c)
- trunweib_pdf(x, a, b, c)
- tsallis_cdf(x,bet,q)
- tsallis_pdf(x, bet, q)
- tsogive_cdf(x,nn,theta,a,b)
- tsogive_pdf(x, nn, theta, a, b)
- tspower_cdf(x, nn, theta)
- tspower_pdf(x, nn, theta)
- tsslope_cdf(x, alpha, theta, a, b)
- tsslope_pdf(x, alpha, theta, a, b)
- twdp_cdf(x,sigma,v1,v2)
- twdp_pdf(x, sigma, v1, v2)
- tweedie_cdf(x,lambda,alpha,tau)
- tweedie_pdf(x, lambda, alpha, tau)
- tweedpois_cdf(n,alpha,delta,theta,nn)
- tweedpois_pdf(n, alpha, delta, theta, nn)
- t_cdf(x,v)
- t_pdf(x,v)
- umix_cdf(x,nn,p,a)
- umix_pdf.m
- uniprod_cdf(x, n)
- uniprod_pdf(x, n)
- unisum_cdf(x, n)
- unisum_pdf(x, n)
- uquad_cdf(x, a, b)
- uquad_pdf(x, a, b)
- vanhout_cdf(n, a, b, pa, pb)
- vanhout_pdf(n, a, b, pa, pb)
- vargam_cdf(x,mu,alpha,bet,lambda)
- vargam_pdf(x, mu, alpha, bet, lambda)
- ved_cdf(n,p,m)
- ved_pdf(n, p, m)
- voda_cdf(x,theta,k)
- voda_pdf(x, theta, k)
- voigt_cdf(x,gama,sigma)
- voigt_pdf(x, gama, sigma)
- volodin_cdf.m
- volodin_pdf.m
- vonmises_cdf(x, kappa, mu)
- vonmises_pdf(x, kappa, mu)
- waittime_cdf(n, p, k, nn)
- waittime_pdf(n, p, k, nn)
- wak5_cdf(xv,p_value)
- waldstat_cdf(x, r, nn, k)
- waldstat_pdf(x, r, nn, k)
- wallen_cdf(n,nn,m,N,omega)
- wallen_pdf(n,nn,m,N,omega)
- waring_cdf(n, c, a)
- waring_pdf(n, c, a)
- wcauchy_cdf(x, p, mu)
- wcauchy_pdf(x, p, mu)
- weibrice_cdf(x,c,A)
- weibrice_pdf(x, c, A)
- weib_cdf(x,a,b)
- weib_pdf(x,a,b)
- wexp_cdf(x, lambda)
- wexp_pdf(x, lambda)
- wgenpois_cdf(n,a,z)
- wgenpois_pdf(n, a, z)
- wghtpois_cdf(n,alpha,r,a)
- wghtstir1_cdf(n,theta,nn)
- wilhil_cdf(x,alpha,theta)
- wilhil_pdf(x, alpha, theta)
- wirelength_cdf(x, a)
- wirelength_pdf(x, a)
- wlaplace_cdf(x, lambda, kappa)
- wlaplace_pdf(x, lambda, kappa)
- wrgp_cdf(n,a,s,alpha)
- wrgp_pdf(n, a, s, alpha)
- wtconsul_cdf(n, p, m)
- wtconsul_pdf(n, p, m)
- wtdelnegbin_cdf(n, p, m, nn)
- wtdelnegbin_pdf(n, p, m, nn)
- wtdeltbin_cdf(n, p, m, nn)
- wtdeltbin_pdf(n, p, m, nn)
- wtdeltpois_cdf(n, p, m, nn)
- wtdeltpois_pdf(n, lambda, nn)
- wtgeom_cdf(n, p)
- wtgeom_pdf(n, p)
- xie_cdf(x, alpha, bet, lambda)
- xie_pdf(x, alpha, bet, lambda)
- xlsread1(file,sheet,range,mode,customFun)
- yulesim_cdf(n, rho, alpha)
- yulesim_pdf(n, rho, alpha)
- yule_cdf(n, p)
- yule_pdf(n, p)
- zeta_cdf(n, alpha)
- zeta_pdf(n, alpha)
- zipf4_cdf(n,sigma,gam,alpha)
- zipf4_pdf(n, sigma, gam, alpha)
- zipfman_cdf(n,q,nn,s)
- zipfman_pdf(n, q, nn, s)
- zip_cdf(n, omega, lambda)
- zip_pdf(n, omega, lambda)
- ztbin_cdf(n, nn, p)
- ztbin_pdf(n, nn, p)
- ztgengeg_cdf(n, alpha, bet, lambda, m)
- ztgengeg_pdf(n, alpha, bet, lambda, m)
- ztpoissum_cdf(n, nn, m, lambda)
- ztpoissum_pdf(n, nn, m, lambda)
- ztpois_pdf(n, theta)
- z_cdf(x,alpha,bet,sigma,mu)
- z_pdf(x, alpha, bet, sigma, mu)
Versione | Pubblicato | Note della release | |
---|---|---|---|
1.0.0.0 |
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