def test_ncmaps(): for name in list(ref.keys()): assert len(pars[name].cmappars) == ref[name]['ncmaps']
def test_nimpropers(): for name in list(ref.keys()): assert len(pars[name].improperpars) == ref[name]['nimpropers']
def test_nnonbonding(): for name in list(ref.keys()): assert len(pars[name].nonbonding) == ref[name]['nnonbonding']
def test_nangles(): for name in list(ref.keys()): assert len(pars[name].anglepars) == ref[name]['nangles']
def test_dihedrals(): for name in list(ref.keys()): ndih = sum([len(v) for v in list(pars[name].dihedralpars._data.values())]) assert ndih == ref[name]['ndihedrals']
from pytopol import charmmpar from config import par_files as ref # set up the charmmpars pars = {} for name in list(ref.keys()): path = ref[name]['path'] pars[name] = charmmpar.CharmmPar(path) def test_nbonds(): for name in list(ref.keys()): assert len(pars[name].bondpars) == ref[name]['nbonds'] def test_nangles(): for name in list(ref.keys()): assert len(pars[name].anglepars) == ref[name]['nangles'] def test_dihedrals(): for name in list(ref.keys()): ndih = sum([len(v) for v in list(pars[name].dihedralpars._data.values())]) assert ndih == ref[name]['ndihedrals'] def test_nimpropers(): for name in list(ref.keys()): assert len(pars[name].improperpars) == ref[name]['nimpropers'] def test_nnonbonding(): for name in list(ref.keys()):
def test_nbonds(): for name in list(ref.keys()): assert len(pars[name].bondpars) == ref[name]['nbonds']
def test_dihedrals(): for name in list(ref.keys()): ndih = sum( [len(v) for v in list(pars[name].dihedralpars._data.values())]) assert ndih == ref[name]['ndihedrals']
from pytopol import charmmpar from config import par_files as ref # set up the charmmpars pars = {} for name in list(ref.keys()): path = ref[name]['path'] pars[name] = charmmpar.CharmmPar(path) def test_nbonds(): for name in list(ref.keys()): assert len(pars[name].bondpars) == ref[name]['nbonds'] def test_nangles(): for name in list(ref.keys()): assert len(pars[name].anglepars) == ref[name]['nangles'] def test_dihedrals(): for name in list(ref.keys()): ndih = sum( [len(v) for v in list(pars[name].dihedralpars._data.values())]) assert ndih == ref[name]['ndihedrals'] def test_nimpropers(): for name in list(ref.keys()): assert len(pars[name].improperpars) == ref[name]['nimpropers']