comment-out rotate_bvecs section

doc/fdt_eddy.html

@@ -24,10 +24,10 @@ that will be used as a target to register all other volumes to. <br><br>
 <b>command line utility</b><br>
 <code>eddy_correct &#60;4dinput&#62; &#60;4doutput&#62; &#60;reference_no&#62;</code>
 
-<h3>Rotating the bvecs after eddy current correction</h3>
-Applying eddy current correction to diffusion data implies rotating (slightly) the data. In order to fit 
-a directional model to this data (e.g. DTIFIT or BEDPOSTX), you need to rotate the gradient orientations (bvecs) 
-using the rotations estimated by the eddy current correction. <br><br>
-The following command line utility allow you to do that (modified from a script written by Martin Kavec):
-<br><br>
-<code>rotate_bvecs &lt;4doutput&gt;.ecclog &lt;bvecs&gt;</code>
+<!-- <h3>Rotating the bvecs after eddy current correction</h3> -->
+<!-- Applying eddy current correction to diffusion data implies rotating (slightly) the data. In order to fit  -->
+<!-- a directional model to this data (e.g. DTIFIT or BEDPOSTX), you need to rotate the gradient orientations (bvecs)  -->
+<!-- using the rotations estimated by the eddy current correction. <br><br> -->
+<!-- The following command line utility allow you to do that (modified from a script written by Martin Kavec): -->
+<!-- <br><br> -->
+<!-- <code>rotate_bvecs &lt;4doutput&gt;.ecclog &lt;bvecs&gt;</code> -->