[CP2K-user] [CP2K:17595] CEO_OPT TDDFT

yan huang huangtingyanyi at gmail.com
Sat Sep 3 09:52:09 UTC 2022



Dear Anna,

Thank you very much for your reply! Recently, I calculated the structure of 
excited states for my system. Because of the large system, I used the PBE 
functional instead of the hybrid functional. But I found excited stated 
forces reach the maximun number of iterations, did't converge. I want to 
konw how to increase the  the maximun number of iterations (default : 100)? 

the inp file、out file and xyz file have been attatced.


      92        PCG       F         0.13E-01      0.0000000422     1245.73
       93        PCG       F         0.39E-01      0.0000000362     1259.35
       94        PCG       F         0.37E-01      0.0000000446     1272.88
       95        PCG       F         0.24E-01      0.0000000310     1286.32
       96        PCG       F         0.47E-01      0.0000000218     1299.98
       97        PCG       F         0.44E-01      0.0000000422     1313.46
       98        PCG       F         0.11E-01      0.0000000248     1327.00
       99        PCG       F         0.40E-01      0.0000000205     1340.44
      100        PCG       F         0.23E-01      0.0000000206     1353.98
  The linear solver didn't converge! Maximum number of iterations reached.
  DEBUG:: Pz*dT                       0.02698408      0.01755403     
 0.08408835
  DEBUG:: Pz*dHppl                   -0.00172389     -0.00192144     
-0.00758440
  DEBUG:: Pz*dHppnl                   0.00203508      0.00898434     
 0.03836144
  DEBUG:: Force Pz*dHcore          0.02729528      0.02461693     
 0.11486539
  DEBUG:: Pz*dVhxc                   -0.05201569     -0.05475358     
-0.22575630
  DEBUG:: Vh(rhoz)*dncore            -0.08077092     -0.03255382     
-0.27401921
  DEBUG:: Pin*dK*rhoz                 0.09644318      0.04774496     
 0.32286211
  DEBUG:: Force Pin*V(rhoz)       -0.03634344     -0.03956245     
-0.17691341
  DEBUG:: Wz*dS                      -0.00842473      0.00079797     
-0.00826806
  DEBUG:: Response Force          -0.01747288     -0.01414755     
-0.07031609
  DEBUG:: Total Force             -0.01747288     -0.01414755     
-0.07031609

 

Best regards

 

Yan Huang

在2022年8月29日星期一 UTC+8 05:44:39<hehn... at gmail.com> 写道:

> Dear Yan,
>
> please excuse the late reply. Yes, the structure of the state that is 
> optimized is printed in the xyz file. 
>
> Best regards
>
> Anna
>   
>
> Am Sa., 27. Aug. 2022 um 06:14 Uhr schrieb yan huang <huangti... at gmail.com
> >:
>
>> Dear Anna,
>>
>>   Thank you very much for you reply! I run the example for the CP2K and 
>> get the opt-pos-1.xyz file.  I want to know if the  opt-pos-1.xyz  is 
>> the excited-state structure?
>> the inp file、out file and xyz file have been attatced.
>>
>> best regards,
>>
>> Yan
>>
>> 在2022年8月25日星期四 UTC+8 19:05:15<hehn... at gmail.com> 写道:
>>
>>> Dear Yan,
>>>
>>> you should add the EXCITED_STATES section in the DFT section, specifying 
>>> the state to be optimized, and in the PROPERTIES section you can define the 
>>> kernel to be used. I would recommend to use an ADMM-approximated hybrid 
>>> functional kernel for high accuracy. 
>>> For more details have a look at the tutorial on the CP2K website, 
>>> https://www.cp2k.org/howto:tddft. Also you can find further exemplary 
>>> input files of corresponding publications on the Materials Cloud platform, 
>>> https://archive.materialscloud.org/record/2022.81.
>>>
>>> Let me know in case of further questions,
>>>
>>> best regards,
>>>
>>> Anna
>>>
>>> Am Do., 25. Aug. 2022 um 11:46 Uhr schrieb yan huang <
>>> huangti... at gmail.com>:
>>>
>>>> Dear all,
>>>>
>>>> Now I want to get the first excited state structure,  should I add the 
>>>> following lines in cp2k 9.1?
>>>>
>>>>    &EXCITED_STATES
>>>>      STATE 1
>>>>      XC_KERNEL_METHOD BEST_AVAILABLE
>>>>    &END EXCITED_STATES
>>>>
>>>> Thanks & regards
>>>> Best,
>>>> Yan
>>>>
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