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I also noticed that the system produced by the protein_ligand example has a net charge of 3 (this is also reported by GROMPP):
>>> import openmm >>> >>> nbforce = openmm_system.getForces()[0] >>> charge = 0 * openmm.unit.elementary_charge >>> for i in range(nbforce.getNumParticles()): ... charge += nbforce.getParticleParameters(i)[0] >>> charge Quantity(value=2.9999999198778937, unit=elementary charge)
Originally posted by @Yoshanuikabundi in #1119 (review)
The text was updated successfully, but these errors were encountered:
mattwthompson
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Originally posted by @Yoshanuikabundi in #1119 (review)
The text was updated successfully, but these errors were encountered: