<table cellspacing="0" cellpadding="0" border="0" ><tr><td valign="top" style="font: inherit;">Hi All<br><br>I am trying to generate fully relativistic pseudopotential for Cr. It runs gives the output, but following message is printed repeatedly. <br> WARNING! Expected number of nodes: 0= 1- 0- 1, number of nodes found: 4.<br> Setting wfc to zero for this iteration.<br> (This warning will only be printed once per wavefunction)<br><br> Zero norm: self consistency problem; state: 1 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 2 (l= 1, j=0.5)<br> Zero norm: self consistency problem; state: 3 (l= 1, j=1.5)<br> Zero norm: self
consistency problem; state: 4 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 1 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 2 (l= 1, j=0.5)<br> Zero norm: self consistency problem; state: 3 (l= 1, j=1.5)<br> Zero norm: self consistency problem; state: 4 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 1 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 2 (l= 1, j=0.5)<br> Zero norm: self consistency problem; state: 3 (l= 1, j=1.5)<br> Zero norm: self consistency problem; state: 4 (l= 0,
j=0.5)<br> Zero norm: self consistency problem; state: 1 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 2 (l= 1, j=0.5)<br> Zero norm: self consistency problem; state: 3 (l= 1, j=1.5)<br> Zero norm: self consistency problem; state: 4 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 1 (l= 0, j=0.5)<br> Zero norm: self consistency problem; state: 2 (l= 1, j=0.5)<br><br>While searching I learned that even if this message is displayed and the self-consistency is achieved that means there is no problem. The pseudopotential plot is also found to be incorrect. What can I do now? <br>Padmaja Patnaik<br>
Research Scholar<br>
Dept of Physics<br>
IIT Bombay<br>
Mumbai, India</td></tr></table>