o_rexp

number of output columns (default to <code>n</code>)

This function wraps a call to the standard Octave
 function <code>rande</code>, which is redefined by
 <code>RcppOctave</code> to call the R base function
 <code><a href="/link/rexp?package=RcppOctave&version=0.9.5&to=stats" rd-options="stats" data-mini-rdoc="stats::rexp">rexp</a></code>. This enables to exactly
 reproduce stochastic computations in R and Octave,
 without changing the original Octave/Matlab code. See
 <code><a href="/link/o_runif?package=RcppOctave&version=0.9.5" rd-options="" data-mini-rdoc="RcppOctave::o_runif">o_runif</a></code> for more details.

Direct interface to Octave. The primary goal is to
        facilitate the port of Matlab/Octave scripts to R. The package
        enables to call any Octave functions from R and as well as
        browsing their documentation, passing variables between R and
        Octave, using R core RNGs in Octave, which ensures that
        stochastic computations are also reproducible.

Renaud Gaujoux

RcppOctave

Seamless Interface to Octave -- and Matlab

o_rexp function

<sexpr>[results=rd,stage=render]{RcppOctave::o_help(rande,
 format='rd')} [Generated from
 Octave-<sexpr>RcppOctave::o_version()</sexpr> on
 <sexpr>Sys.time()</sexpr>]</sexpr>
<examples># Draw random exponential values (in vector form)
set.seed(123)
o_rexp(1)
o_rexp(1, 10)# Draw random normal values (in matrix form)
set.seed(123)
o_rexp(2)
o_rexp(2, 5)</examples>
<seealso>rexp Other orandom: <code><a href="/link/o_rgamma?package=RcppOctave&version=0.9.5" rd-options="" data-mini-rdoc="RcppOctave::o_rgamma">o_rgamma</a></code>,
 <code><a href="/link/o_rnorm?package=RcppOctave&version=0.9.5" rd-options="" data-mini-rdoc="RcppOctave::o_rnorm">o_rnorm</a></code>, <code><a href="/link/o_runif?package=RcppOctave&version=0.9.5" rd-options="" data-mini-rdoc="RcppOctave::o_runif">o_runif</a></code></seealso>

o_rexp: Drawing from R Exponential Distribution in Octave

Description

Usage

Arguments

Octave Documentation for <em>rande</em>