📄 comp_idwiltiii.m
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function [coef2]=comp_idwiltiii(coef,a,M)%COMP_IDWILTIII Compute Inverse discrete Wilson transform type III.% % This is a computational routine. Do not call it% directly.% This program is free software: you can redistribute it and/or modify% it under the terms of the GNU General Public License as published by% the Free Software Foundation, either version 3 of the License, or% (at your option) any later version.% % This program is distributed in the hope that it will be useful,% but WITHOUT ANY WARRANTY; without even the implied warranty of% MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the% GNU General Public License for more details.% % You should have received a copy of the GNU General Public License% along with this program. If not, see <http://www.gnu.org/licenses/>.% Author : Peter SoendergaardN=size(coef,1)/M;W=size(coef,2);L=N*a;coef=reshape(coef,M,N,W);coef2=zeros(2*M,N,W);coef2(1:2:M,1:2:N,:) = exp(i*pi/4)/sqrt(2)*coef(1:2:M,1:2:N,:);coef2(2*M:-2:M+1,1:2:N,:) = exp(-i*pi/4)/sqrt(2)*coef(1:2:M,1:2:N,:);coef2(1:2:M,2:2:N,:) = exp(-i*pi/4)/sqrt(2)*coef(1:2:M,2:2:N,:);coef2(2*M:-2:M+1,2:2:N,:) = exp(i*pi/4)/sqrt(2)*coef(1:2:M,2:2:N,:);coef2(2:2:M,1:2:N,:) = exp(-i*pi/4)/sqrt(2)*coef(2:2:M,1:2:N,:);coef2(2*M-1:-2:M+1,1:2:N,:) = exp(i*pi/4)/sqrt(2)*coef(2:2:M,1:2:N,:); coef2(2:2:M,2:2:N,:) = exp(i*pi/4)/sqrt(2)*coef(2:2:M,2:2:N,:);coef2(2*M-1:-2:M+1,2:2:N,:) = exp(-i*pi/4)/sqrt(2)*coef(2:2:M,2:2:N,:);
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