You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: palm_quickperms.m
    path of file: ./repos/CBIG/external_packages/matlab/non_default_packages/palm/palm-alpha109
    
    the code of the file until where you have to start completion: function varargout = palm_quickperms(varargin)
% Create a set of permutations that is left in the Octave/Matlab workspace
% for later use, or to be exported to other programs.
%
% [Pset,VG] = palm_quickperms(M,EB,P,EE,ISE,CMCx,CMCp)
%
% Inputs (to skip an argument, use an empty array, []):
% M       : Design matrix. It can be the full, unpartitioned design, or
%           if there are nuisance, simply the part that contains the EVs
%           of interest. This distinction is only relevant if there are
%           discrete EVs of interest and nuisance variables that are
%           continuous. You may consider a partitioning as in the
%           function palm_partition.m.
%           If you have no idea what to use, it is in general, it is in
%           general safe to use as M simply a vector (1:N)'.
%           You can also simply leave it empty ([]) if EB is supplied, and

    
function varargout = palm_quickperms(varargin)
% Create a set of permutations that is left in the Octave/Matlab workspace
% for later use, or to be exported to other programs.
%
% [Pset,VG] = palm_quickperms(M,EB,P,EE,ISE,CMCx,CMCp)
%
% Inputs (to skip an argument, use an empty array, []):
% M       : Design matrix. It can be the full, unpartitioned design, or
%           if there are nuisance, simply the part that contains the EVs
%           of interest. This distinction is only relevant if there are
%           discrete EVs of interest and nuisance variables that are
%           continuous. You may consider a partitioning as in the
%           function palm_partition.m.
%           If you have no idea what to use, it is in general, it is in
%           general safe to use as M simply a vector (1:N)'.
%           You can also simply leave it empty ([]) if EB is supplied, and
%           by default it will be (1:N)'. If an EB isn't supplied, you can
%           simply use N and by default it will be (1:N)'.
% EB      : Exchangeability blocks (can be multi-level). For freely
%           exchangeable data, use ones(N,1). You can also leave it
%           empty ([]) if a valid, non-empty M was supplied.
% P       : Desired number of permutations. The actual number may be
%           smaller if N is too small. Use 0 for exhaustive.
%           Default is 10000.
% EE      : True/False indicating whether to assume exchangeable errors,
%           which allow permutations.
% ISE     : True/False indicating whether to assume independ