diff --git a/Doc/INPUT_CP b/Doc/INPUT_CP
index cb145f847..65e1d0ecd 100644
--- a/Doc/INPUT_CP
+++ b/Doc/INPUT_CP
@@ -783,7 +783,7 @@ nsteps         INTEGER ( default = 20 )
 tolw           REAL ( default = 1.D-8 )
                Convergence criterion for localization.
 
-adapt          LOGICAL ( default = .FALSE. )
+adapt          LOGICAL ( default = .TRUE. )
                Whether to adapt the damping parameter dynamically.
 
 calwf          INTEGER ( default = 3 )
diff --git a/Doc/INPUT_WFDD b/Doc/INPUT_WFDD
new file mode 100644
index 000000000..f240dc4bf
--- /dev/null
+++ b/Doc/INPUT_WFDD
@@ -0,0 +1,64 @@
+!=========================================================================!
+!		            README.WANNIER				  !
+!					Author: Manu Sharma	          !
+!					msharma@alumni.Princeton.EDU	  !
+!=========================================================================!
+!                       INPUT FORMAT FOR WFDD.X                           !
+!=========================================================================!
+! This code was originally written by Yudong Wu and later modified by     !
+! Manu Sharma. This is intended to be a post-processing code and the      !
+! search for the appropriate Unitary transformation can be done using not !
+! only damped-dynamics, but  also Steepest descent and conjugate gradient !
+! algorithms. The advantage                                               !
+! is that SD/CG can serve as benchmarks to make sure that the DD is       !
+! converging to the correct values (in deciding the parameters Q and DT   !
+! for the DD). The disadvantage is that SD/CG schemes are slower than     !
+! the DD. It is useful however, before using DD in production runs, to    !
+! make sure that the parameters (Q and DT) give the same answer as the SD !
+! or CG. This code requires as input, the overlap matrix. This can be     !
+! calculated from the CP code by setting CALWF to 2 in the &WANNIER       !
+! namelist (The defaukt value is 3, for Wannier dynamics. This option     !
+! outputs the overlap matrix to unit 38, and wfdd.x reads it from the same!
+! file.  								  !
+! In addition to that, you need an input file of the following form.      !
+!									  !
+!									  !
+! 1       0.3    0.5    100  10       CGORDD  WFDT MAXWFDT  NIT  NSD      !    
+! 1500 5.0  0.3 .true.  100  1.0d-8   Q   DT   FRIC  ADAPT  NSTEPS   TOLW !
+! .true.                              RESTART				  !
+!									  !
+! CGORDD : Whether to do SD/CG optimization of damped dynamics            !
+!          Can take the values 1 or 2. 1 means SD/CG and 2 means DD       !
+! WFDT   : Used when GCORDD=1. This is the step length you take in the    !
+!          direction of steepest descent.                                 !
+! MAXWFDT: Used when CGORDD=1. This is the maximum step length you take   !
+!          in the direction if steepest descent. if WFDT or MAXWFDT are   !
+!          large, the calculation will not converge. The code uses the    !
+!          parabolic approximation to estimate the appropriate step length!
+!          and if it is less than WFDT, then WFDT is taken as the step    !
+!          length and if more than MAXWFDT then MAXWFDT is taken as the   !
+!          Step length.                                                   !
+! NIT    : Used when CGORDD=1. This is the maxumum number of iterations   !
+!          to do.							  !
+! NSD    : Used whdn CGORDD=1. This is the number of Steepest descent     !
+!          steps to do. If NSD = NIT then it is a pure SD optimization    !
+!          If NSD < NIT, then the code first does NSD Steepest descent    !
+!          steps and then NIT-NSD Conjugate gradient steps.               !
+! RESTART: Use this option to continue a SD/CG/DD optimization. This      !
+!          option reads the Unitray transform from fort.39, written at the!
+!          end of the last run and continues from there.                  !
+!									  !
+! The other  are used for the Damped dynamics and are  defined            !
+! in the INPUT_CP file in the Doc/ directory under NAMELIST &WANNIER.     !
+!								  	  !
+! The program may be compiled by make wfdd.x and then run as follows      !
+!       ./wfdd.x < [input-filename] > [output-filename] &                 !
+! The output file will contain the inverse spread (which is the functional!
+! that is actually maximized in the code rather than minimizing the       !
+! spread) at each step of the optimization.                               !
+!  									  !
+!                                                      Manu Sharma        !
+!                                                      February 14th,2006 !
+!=========================================================================!
+!      COPYRIGHT MANU SHARMA/YUDONG WU/NICOLA MARZARI/ROBERTO CAR	  !
+!=========================================================================!
diff --git a/Doc/refman.tex b/Doc/refman.tex
index 3b4926418..8a0a0c52e 100644
--- a/Doc/refman.tex
+++ b/Doc/refman.tex
@@ -30,7 +30,7 @@
 
 \subsection{Who should read this guide (and who should {\em write} it)}
 
-The intended audience of this guide is everybody who wants to:
+The audience of this guide is everybody who wants to:
 \begin{itemize}
   \item know how Quantum-ESPRESSO works, including its internals
   \item modify/customize/add/extend/improve/clean up Quantum-ESPRESSO