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In the coming week, I plan to implement enhancements to the atomate2 / OpenMM features specifically through support for OPLS-based high-throughput pipelines. Any feedback or concern for overlap with existing efforts would be greatly appreciated:
1. Extend download_opls_xml to using BOSS v5.1 via Docker
Details mentioned here, to use BOSS v5.1 one requires a local install of the executable provided by the Jorgensen group. Given the number of dependencies to run the program (i.e., 32-bit compatible libraries), Docker images are suitable. I would defer to anyone who is more familiar with the licensing aspect of distributing code (here is the BOSS license: NonProfitLicense.pdf), but having a self-contained environment of ligpargen would seem easier than requiring users setting it up locally.
2. Implement Lennard-Jones OPLS combination rules via a Nonbonded flag
The CustomNonbondedForce in OpenMM implements the Lorentz-Berthelot combination rules to estimate sigma and epsilon parameters for 1-2, 1-3, and 1-4 interactions. However, correctly implementing the OPLS-AA geometric combination rules requires modification of the OpenMM system.
3. Add maker for conditional equilibration runs based on physical parameter
The text was updated successfully, but these errors were encountered:
In the coming week, I plan to implement enhancements to the atomate2 / OpenMM features specifically through support for OPLS-based high-throughput pipelines. Any feedback or concern for overlap with existing efforts would be greatly appreciated:
1. Extend
download_opls_xml
to using BOSS v5.1 via DockerDetails mentioned here, to use BOSS v5.1 one requires a local install of the executable provided by the Jorgensen group. Given the number of dependencies to run the program (i.e., 32-bit compatible libraries), Docker images are suitable. I would defer to anyone who is more familiar with the licensing aspect of distributing code (here is the BOSS license: NonProfitLicense.pdf), but having a self-contained environment of ligpargen would seem easier than requiring users setting it up locally.
2. Implement Lennard-Jones OPLS combination rules via a Nonbonded flag
The CustomNonbondedForce in OpenMM implements the Lorentz-Berthelot combination rules to estimate sigma and epsilon parameters for 1-2, 1-3, and 1-4 interactions. However, correctly implementing the OPLS-AA geometric combination rules requires modification of the OpenMM system.
3. Add maker for conditional equilibration runs based on physical parameter
The text was updated successfully, but these errors were encountered: