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Ntrl_class = 720;
% can change effect strength here
effect_mean = 0.2;
% effect_mean = 0.1;
r = rng(999);
% stimulus values (ie 0: standard, 1: deviant)
y = [zeros(Ntrl_class,1); ones(Ntrl_class,1)];
% class 0 data: standard norml
x0 = randn(Ntrl_class,1);
% class 1 data: a small difference in mena

robince

#!/usr/bin/env python

import os
import sys
import time
from datetime import datetime


def set_folder_dates(root):
    for x in os.walk(root, topdown=False):

robince

#!/bin/bash
#
# This script is useful if:
#  - you have a manuscript that you want to upload to the arXiv,
#  - you are using biblatex, and
#  - you are using texlive2015 while arXiv is still on texlive2011
#
# Put this file in a directory containing the manuscript you want to
# upload to arXiv.org, and adapt the paths below.

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module class_ExtendArray
  implicit none
  private

  type, public :: ExtendArray
    integer(8) :: capacity
    integer(8) :: length
    real(8), pointer :: data(:)
    real(8), pointer :: buffer(:)

robince

#!/bin/bash

# check given path is an NFS mount
FSTYPE="$(df -P -T $1 | tail -n +2 | awk '{print $2}')"
# first three characters
FSTYPE=${FSTYPE:0:3}

if [ "$FSTYPE" = "nfs" ]
then
	RC=0

robince

function x = rebin(x_in,m)
% rebin(x, m) - rebin an integer sequence
%
% Rebin an already discretised sequence (eg of intger values) into m levels
%

x_flat = x_in(:);

% test for positive integer input
if any(mod(x_flat,1)) || (min(x_flat) < 0)

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module fbin 
  use iso_c_binding
  implicit none
contains
  subroutine eqpop_bin(X, Nb, Ntrl, Xout)
    ! ARG
    integer, intent(in) :: Nb, Ntrl
    real(c_double), intent(in) :: X(Ntrl)
    integer(c_int8_t), intent(out) :: Xout(Ntrl)
    ! LOC

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function d = numbase2dec(x,b)
%NUMBASE2DEC Convert base B numerical multivariate array to decimal integer.
%   NUMBASE2DEC(x,B) converts the multivarate array of base B into its 
%   univariate decimal (base 10) equivalent.
%
%   X should be M x Nt representing Nt different length-M base B words.
%
%   Example
%      numbase2dec([2; 1; 2],3) returns 23
%

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function x = numdec2base(d,b,m)
%NUMDEC2BASE Convert decimal univariate integer to base B multivariate vector.
%   NUMDEC2BASE(D,B,M) returns the representation of D as a length-M base-B
%   word.
%
%   Examples
%       numdec2base(23,3) returns [2;1;2]
%       numdec2base(23,3,5) returns [0;0;2;1;2]
%
%   See also NUMBASE2DEC

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function savefaststruct(filename, savestruct)
% savefaststruct: fast saves of large arrays to .mat files
%
% Matlab's 'save' command can be very slow when saving large arrays,
% because by default Matlab attempts to use compression. This function
% provides a much faster alternative, at the cost of larger files.
%
% 'savefaststruct' version saves variables from a structure
% this avoids the need for evalin which does not work inside
% parfor etc.