You can use any file containing GTF information as input file for AIM topology analysis, including .wfn/.wfx/.fch/.mwfn/.molden/.gms format, see Section 2.5 for introduction of these files and beginning of Chapter 4 of Multiwfn manual on how to generate them.
]]>Thanks in advance
Regards
Louis-Charl
I see the method on page 374 in the new manual. However, when I try it then it eliminates the paths. i want to retain all the paths. Its the BCP that does not lie on these paths that I want to eliminate. How can I do that?
Thanks in advance
regards
Louis-Charl
I don't fully understand your meaning. If you simply want to delete specific CPs, you can enter "-4 Modify or export CPs" and then choose "2 Delete some CPs", there are different options used to delete unwanted CPs.
]]>Thank you for your response but how will I know the label of the atoms?
Regards
Louis-Charl
You can visualize atomic labels in main function 0 of Multiwfn, or visualize the system by third-part softwares such as GaussView, Chem3D, Avogadro and so on, all of them are able to show atomic indices. In addition, in VMD program you can press button 0 on your keyboard to enter query mode, then click the center of an atom, the index of the atom will be shown in console window of VMD, the "index" value plus 1 is the actual atomic index.
]]>Thanks in advance
regards
Louis-Charl
Regards
Louis-Charl
Regards
Louis-Charl
Section 4.2.6 of Multiwfn manual also illustrated this point.
]]>regards
Louis-Charl
Regards
Louis-Charl
Thanks in advance
Regards
Louis-Charl
proc labcpidx {cpidx {labsize 1.8} {offsetx -0.1} {offsety 0.0}} {
label delete Atoms all
color Labels Atoms blue
label textthickness 2.000000
label textsize $labsize
set sel [atomselect 0 "serial $cpidx"]
set k 0
foreach i [$sel list] {
label add Atoms 0/$i
label textformat Atoms $k { %1i }
label textoffset Atoms $k "$offsetx $offsety"
incr k
}
$sel delete
}
Regards
Louis-Charl
Regards
Louis-Charl