diff --git a/distribution/getFunDependencies.m b/distribution/getFunDependencies.m
deleted file mode 100644
index d678fe6..0000000
--- a/distribution/getFunDependencies.m
+++ /dev/null
@@ -1,103 +0,0 @@
-function [depList, toolboxes] = getFunDependencies(funList, varargin)
-%GETFUNDEPENDENCIES list dependencies and required toolboxes of the input m-files
-% 
-% SYNOPSIS depList = getFunDependencies(funList)
-%          [depList,toolboxes] = getFunDependencies(funList)
-%          [depList,toolboxes] = getFunDependencies(funList, excludefilter)
-% 
-% Returns a cell array with the paths of every m file which the input list
-% of m files calls / depends on, including object classes, but excluding
-% those functions which are provided by mathworks - toolbox functions,
-% built-in matlab functions etc. The matlab function depfun will return
-% toolboxes in a recursive search, so this function is used to find
-% non-toolbox functions which are required.
-% Additionally returns the matlab toolboxes required to run these dependencies. 
-% 
-% Input:
-% 
-%   funList - a string or a cell array of strings containing the names of
-%   the files whose dependencies should be listed.
-% 
-%   excludefilters - a string or cell array of regular expressions to
-%   exclude from the dependency search. Default: empty cell array.
-%
-%   allMex - a logical. If true, then all versions of any  mex binaries
-%   will be returned (any files with *.mex* in the filename, so long as
-%   they are in the same folder as the binary for the current platform).
-%   Default is false (only mex binaries for current platform are returned).
-%
-% Output:
-% 
-%   depList - A cell array of strings containing the full path of the
-%   dependencies of the input, excluding the matlab functions.
-%
-%   toolBoxes - A cell array of character strings containing the name of
-%   the matlab toolboxes which the depList depends on.
-
-% Hunter Elliott,  June 2010
-% Sebastien Besson, July 2011
-% Based on depfun_notoolbox.m and toolboxesUsed.m
-
-% Input check
-if ischar(funList), funList={funList}; end
-ip = inputParser;
-ip.addRequired('funList', @iscell);
-ip.addOptional('excludefilters', {}, @(x) ischar(x) || iscell(x));
-ip.addOptional('allMex', false, @islogical);
-ip.parse(funList, varargin{:});
-if ischar(ip.Results.excludefilters)
-    excludefilters = {'toolbox', ip.Results.excludefilters};
-else
-    excludefilters = [{'toolbox'},ip.Results.excludefilters{:}];
-end
-
-% Get the initial set of file dependencies
-filesList=cellfun(@which,funList(:),'UniformOutput',false);
-depList={};
-
-% Construct anonymous functions for filtering files
-filter = @(f, l) cellfun(@(x)(isempty(regexp(x,f,'once'))), l);
-
-while true
-    %Find dependencies of current list
-    newFiles = depfun(filesList{:},'-toponly','-quiet');
-        
-    % Filter new found files using regular expression
-    for i = 1:numel(excludefilters)
-        newFiles = newFiles(filter(excludefilters{i}, newFiles));
-    end
-    
-    % Update the dependencies file list
-    nFiles=numel(depList);
-    filesList = setdiff(newFiles,depList);
-    depList = unique(vertcat(depList,newFiles));
-    
-    % Break if no new file or the same set of files is found
-    if isempty(newFiles) || nFiles==numel(depList), break; end
-end
-
-% Matlab toolbox files are named '*/toolbox/name_of_toolbox/*'
-allDepFiles = depfun(depList{:},'-toponly','-quiet');
-toolboxToken = ['toolbox' regexptranslate('escape',filesep) '(\w+)' regexptranslate('escape',filesep)];
-foundTokens=regexp(allDepFiles,toolboxToken,'tokens','once');
-tb_namespaces = unique(vertcat(foundTokens{:}));
-
-% Remove the "toolboxes" that come with MATLAB by default
-v = cellfun(@ver, tb_namespaces, 'UniformOutput', false);
-v = v(~cellfun(@isempty, v));
-tb_names = cellfun(@(x) x.Name, v, 'UniformOutput', false);
-toolboxes = tb_names(~cellfun(@isempty, tb_names));
-
-if ip.Results.allMex
-    %Find any mex binaries.
-    mexInd = cellfun(@(x)(strfind(x,'.mex')),depList,'Unif',0);
-    isMex = find(~cellfun(@isempty,mexInd))';
-    mexFuns = {};
-    for j = isMex
-        %And find any other mex files in same directory
-        newBins = dir([depList{j}(1:mexInd{j}+3) '*']);
-        mexFuns = [mexFuns arrayfun(@(x)(which(newBins(x).name)),1:numel(newBins),'Unif',0)];               
-    end
-    depList(isMex) = [];%Remove duplicates
-    depList = vertcat(depList,mexFuns(:));%Add all binaries
-end