When duplicate molecules exist, downloading Boltzmann average descriptors results in the sum of both molecule's descriptors being downloaded as a single molecule.
Downloading the global descriptors of these as Boltzmann average gives a single molecule where the descriptors are the sum of both molecules rather than an averaged value. For example: number_of_atoms is 44, not 22, E is -584.151 the sum of -291.95 and -292.2.
Please feel free to correct me if my usage is wrong or this is expected functionality. Fantastic work by the way!
When duplicate molecules exist, downloading Boltzmann average descriptors results in the sum of both molecule's descriptors being downloaded as a single molecule.
For example, a search for triethylamine SMILES: CCN(CC)CC results in two molecules: https://autoqchem.org/?tag=ALL&solvent=ALL&functional=ALL&basis_set=ALL&substructure=&smiles=CCN%28CC%29CC
Downloading the global descriptors of these as Boltzmann average gives a single molecule where the descriptors are the sum of both molecules rather than an averaged value. For example: number_of_atoms is 44, not 22, E is -584.151 the sum of -291.95 and -292.2.
Please feel free to correct me if my usage is wrong or this is expected functionality. Fantastic work by the way!