Normally distributed random numbers and arrays

C Prototype

mxArray *mlfRandn(mxArray *n, ...);

C Syntax

#include "matlab.h"

mxArray *m, *n, *p, *A;         /* Input argument(s) */
mxArray *Y = NULL, *s = NULL;   /* Return value */

mlfAssign(&Y, mlfRandn(n,NULL));
mlfAssign(&Y, mlfRandn(m,n,NULL));
mlfAssign(&Y, mlfRandn(mlfHorzcat(m,n,NULL),NULL));
mlfAssign(&Y, mlfRandn(m,n,p,...,NULL));
mlfAssign(&Y, mlfRandn(mlfHorzcat(m,n,p,...,NULL),NULL));
mlfAssign(&Y, mlfRandn(mlfSize(NULL,A,NULL),NULL));
mlfAssign(&Y, mlfRandn(NULL));
mlfAssign(&s, mlfRandn(mxCreateString("state"),NULL));

MATLAB Syntax

Y = randn(n)
Y = randn(m,n)
Y = randn([m n])
Y = randn(m,n,p,...)
Y = randn([m n p...])
Y = randn(size(A))
randn
s = randn('state')

See Also

MATLAB randn     Calling Conventions