function [W] = dwt2vector(WJ, VJ, att)% dwt2vector -- Convert DWT coefficient cell array to vector representation.%%****f* wmtsa.dwt.dwt/dwt2vector%% NAME%   dwt2vector -- Convert DWT coefficient cell array to vector representation.%% SYNOPSIS%   [W] = dwt2vector(WJ, VJ, att)%% INPUTS%   * WJ         --  DWT wavelet coefficents %                    (cell array of length J0 of NJ(:,1) x NChan matrices).%   * VJ         --  DWT scaling coefficents %                    (cell array of length J0 of NJ(:,2) x NChan matrices).%   * att        --  structure containing DWT transform attributes.%% OUTPUTS%   * W          -- vector of DWT coefficients.%                   (vector or cell array of vectors).% SIDE EFFECTS%%% DESCRIPTION%%% USAGE%%% WARNINGS%%% ERRORS%%% EXAMPLE%%% NOTES%%% BUGS%%% TODO%%% ALGORITHM%%% REFERENCES%%% SEE ALSO%%% TOOLBOX%%% CATEGORY%%% AUTHOR%   Charlie Cornish%% CREATION DATE%%% COPYRIGHT%   (c) 2005 Charles R. Cornish%% MATLAB VERSION%   7.0%% CREDITS%%% REVISION%   $Revision: 612 $%%***%   $Id: dwt2vector.m 612 2005-10-28 21:42:24Z ccornish $%% Set Defaults  usage_str = ['[W] = ', mfilename, '(WJ, VJ, att)'];  %% Check arguments.error(nargerr(mfilename, nargin, [3:3], nargout, [0:1], 1, usage_str, 'struct'));W = {};NChan    = att.NChan;J0       = att.J0;NX       = att.NX;NW       = att.NW;boundary = att.Boundary;for (ic = 1:NChan)  WC = [];  for (j = 1:J0)    WC = [WC; WJ{j,ic}];  end  WC = [WC; VJ{J0,ic}];  W{ic} = WC;  end  return