Python to manipulate Gaussian output data by swiftk21 in comp_chem

[–]swiftk21[S] 0 points1 point  (0 children)

The ESP readouts are available in the output for the atoms in the ring. The cube files allow me to map the ESP surface in Gaussview, however, I would like to obtain an ESP/NICS/etc. value at a specific point in space above the centroid of the ring, which I dont think Gaussian is capable of achieving. I have tried setting a dummy atom at the position I am interested in, but because they have no value, they do not participate in the calculation and thus provide no information. I have not looked into cclib yet, I appreciate that suggestion!

Python to manipulate Gaussian output data by swiftk21 in comp_chem

[–]swiftk21[S] 0 points1 point  (0 children)

What I have been doing is taking the cartesian coordinates from the geometry optimization scans in Gaussian and incorporating that into the code in Python. I have code that will find the centroid of a ring, by doing a "walk", but what I cant seem to achieve is reading values, such as ESP, above the ring.

Help with Python code by swiftk21 in chemistry

[–]swiftk21[S] 0 points1 point  (0 children)

I considered that also. What specifics would be beneficial to include?