macro_pka_results Command Help
Command: $SCHRODINGER/utilities/macro_pka_results
usage: macro_pka_results [-h] [-jobname JOBNAME]
[-use_jaccard]
[-training_data <training.mae> | -ml_model <dir_path>]
[-pH <X>]
[-gather_results <dir> [<dir> ...]]
[-pka_erg_window <X>]
[-max_active_atoms <N>]
[-image_size <X>]
[-use_cluster_fitting]
[-split_stereoisomers]
[-get_pk50s]
[-nconf_average <N>]
Utility script to call the post-processing in a macro-pKa workflow.
This script assumes a set of protonated and deprotated tautomers and
conformers have been prepared in appropriately named files of
the form charge_*.mae, where the index refers to the total charge
relative to the input structure referenced in the input file.
The structures will be used as-is without further geometry optimization
or QM calculations in the following steps:
(1) Read single-point QM energies for pKa thermodynamic cycle.
(2) Process energies using pKa-on-the-fly algorithm to get micro-pKa's.
(3) Combine micro-pKa's into final macro-pKa and tautomer populations.
options:
-h, --help show this help message and exit
-jobname JOBNAME name of job, e.g. to name output files
-use_jaccard Disable using Ligand-ML machine-learning model, use
Jaccard similarity for the empirical corrections.
-training_data <training.mae>
Custom .mae file for empirical training data.
-ml_model <dir_path> Custom model directory for Ligand-ML empirical
corrections.
-pH <X> pH for tautomer populations.
-gather_results <dir> [<dir> ...]
Search and collect results from one or more sub-
directories.
-pka_erg_window <X> Energy window cut-off per pKa charge-pair in kcal/mol.
-max_active_atoms <N>
Maximum number of active atoms considered when
evaluating micro-pKa tautomer pairs.
-image_size <X> Scale factor to expand tautomer image size
(default=30).
-use_cluster_fitting use of cluster fitting method for the empirical
corrections.
-split_stereoisomers separate stereoisomers when calculating final
populations.
-get_pk50s compute pK50 values and assign them to input
structure.
-nconf_average <N> number of conformers to include per species in the
generation of micro-pKa's from nano-pKa's