X-Git-Url: https://bilbo.iut-bm.univ-fcomte.fr/and/gitweb/these_gilles.git/blobdiff_plain/5efa829cb4570828a242e2baced8b215ea6029d5..6933b340c2bae6a25a33f2bb9a26c91bda0c171c:/THESE/codes/wave/allcode/denoising_dtdwt.m

diff --git a/THESE/codes/wave/allcode/denoising_dtdwt.m b/THESE/codes/wave/allcode/denoising_dtdwt.m
index 73377df..c750313 100644
--- a/THESE/codes/wave/allcode/denoising_dtdwt.m
+++ b/THESE/codes/wave/allcode/denoising_dtdwt.m
@@ -24,8 +24,8 @@ load nor_dualtree    % run normaliz_coefcalc_dual_tree to generate this mat file
 
 % Forward dual-tree DWT
 % Either FSfarras or AntonB function can be used to compute the stage 1 filters  
-%[Faf, Fsf] = FSfarras;
-[Faf, Fsf] = AntonB;
+[Faf, Fsf] = FSfarras;
+%[Faf, Fsf] = AntonB;
 [af, sf] = dualfilt1;
 W = cplxdual2D(x, J, Faf, af);
 W = normcoef(W,J,nor);
@@ -77,4 +77,4 @@ y = icplxdual2D(W, J, Fsf, sf);
 
 % Extract the image
 ind = 2^(J-1)+1:2^(J-1)+L;
-y = y(ind,ind);
\ No newline at end of file
+y = y(ind,ind);