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I ran into a reaction class that should be easy enough to implement but does not seem to be implemented at the moment:
C/C=C/C>>C/C=C\C
E/Z-isomerisation by double bond rotation. I am sure with the current framework that I can work around it, but the reaction optimiser should perhaps learn that?
All the best,
Florian
The text was updated successfully, but these errors were encountered:
Those kind of reactions weren't the initial target but definitely could be included, with a modest amount of effort. I don't have time to work on this right now but hopefully in the reasonably near future!
Well, I am not planning to touch a single quantum chemical input file
anymore manually now that I have set up my group to work with autodE, so I
will find the workarounds to do just about anything within the Python
framework:D
Tom Young ***@***.***> schrieb am Sa., 3. Sep. 2022, 18:15:
Hi – thanks for the suggestion 😄
Those kind of reactions weren't the initial target but definitely could be
included, with a modest amount of effort. I don't have time to work on this
right now but hopefully in the reasonably near future!
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Hello again,
I ran into a reaction class that should be easy enough to implement but does not seem to be implemented at the moment:
C/C=C/C>>C/C=C\C
E/Z-isomerisation by double bond rotation. I am sure with the current framework that I can work around it, but the reaction optimiser should perhaps learn that?
All the best,
Florian
The text was updated successfully, but these errors were encountered: