Multiwfn forum

Thank you for help.

Now, I have managed to have GBW, OUT and JSON file in MultiWFN folder.
After starting MultiWFN, a pressed 18, 16, defined fragments, pressed enter to load OUT file. There was this report:

Found tddft3.out
Note: This file is recognized as an ORCA output file
There are  200 excited states, loading basic information...

Loading configuration coefficients...
tddft3.json was found in current folder, Multiwfn will load configuration coefficients from this file instead of from ORCA output file
Unfortunately, the present reference state is closed-shell, json file cannot be
  loaded
Still load from output file!

Warning: For TD task, ORCA does not print configuration coefficients to output file but only print corresponding contributions of each orbital pair, in this case Multiwfn determines configuration coefficients simply as square root of contribution values. However, this treatment is evidently inappropriate and the result is nonsense when de-excitation is significant (In this situation you have to use TDA-DFT instead)
If you really want to proceed, press ENTER button to continue
   IMPORTANT HINT: The perfect way of solving this issue is loading TD configuration coefficients from json file, see ORCA part of Section 3.21.A of Multiwfn manual for details

So there is something wrong: " Unfortunately, the present reference state is closed-shell, json file cannot be loaded"

I am studying organic radical with multiplicity 2.

My ORCA input was as follows:
!CAM-B3LYP D4 def2-TZVP def2/J RIJCOSX TightSCF defgrid3
!CPCM(acetonitrile)
!KeepDens
!KeepTransDensity
%tddft
nroots 200
tprint 1E-8
DoNTO true
TDA false
CPCMEQ true
Restart "tddft.gbw"
end

* xyzfile 0 2 geom.xyz

Please help, how to proceed.