@@ -483,6 +483,7 @@ <h2 id="toc-title">On this page</h2>
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< li > < a href ="#kimmdy.topology.atomic.Exclusion " id ="toc-kimmdy.topology.atomic.Exclusion " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.Exclusion "> Exclusion</ a > </ li >
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< li > < a href ="#kimmdy.topology.atomic.MultipleDihedralTypes " id ="toc-kimmdy.topology.atomic.MultipleDihedralTypes " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.MultipleDihedralTypes "> MultipleDihedralTypes</ a > </ li >
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< li > < a href ="#kimmdy.topology.atomic.MultipleDihedrals " id ="toc-kimmdy.topology.atomic.MultipleDihedrals " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.MultipleDihedrals "> MultipleDihedrals</ a > </ li >
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+ < li > < a href ="#kimmdy.topology.atomic.NonbondParamType " id ="toc-kimmdy.topology.atomic.NonbondParamType " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.NonbondParamType "> NonbondParamType</ a > </ li >
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< li > < a href ="#kimmdy.topology.atomic.Pair " id ="toc-kimmdy.topology.atomic.Pair " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.Pair "> Pair</ a > </ li >
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< li > < a href ="#kimmdy.topology.atomic.PositionRestraint " id ="toc-kimmdy.topology.atomic.PositionRestraint " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.PositionRestraint "> PositionRestraint</ a > </ li >
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< li > < a href ="#kimmdy.topology.atomic.ResidueAtomSpec " id ="toc-kimmdy.topology.atomic.ResidueAtomSpec " class ="nav-link " data-scroll-target ="#kimmdy.topology.atomic.ResidueAtomSpec "> ResidueAtomSpec</ a > </ li >
@@ -564,34 +565,38 @@ <h2 class="anchored" data-anchor-id="classes">Classes</h2>
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< td > Multiple < code > Dihedral</ code > s with the same ai, aj, ak, al</ td >
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</ tr >
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< tr class ="odd ">
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+ < td > < a href ="#kimmdy.topology.atomic.NonbondParamType "> NonbondParamType</ a > </ td >
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+ < td > Information about one nonbonded parameterize</ td >
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+ </ tr >
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+ < tr class ="even ">
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< td > < a href ="#kimmdy.topology.atomic.Pair "> Pair</ a > </ td >
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< td > Information about one pair</ td >
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</ tr >
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- < tr class ="even ">
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+ < tr class ="odd ">
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< td > < a href ="#kimmdy.topology.atomic.PositionRestraint "> PositionRestraint</ a > </ td >
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< td > Information about one position restraint.</ td >
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</ tr >
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- < tr class ="odd ">
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+ < tr class ="even ">
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< td > < a href ="#kimmdy.topology.atomic.ResidueAtomSpec "> ResidueAtomSpec</ a > </ td >
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< td > Information about one atom in a residue</ td >
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</ tr >
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- < tr class ="even ">
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+ < tr class ="odd ">
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< td > < a href ="#kimmdy.topology.atomic.ResidueBondSpec "> ResidueBondSpec</ a > </ td >
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< td > Information about one bond in a residue</ td >
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</ tr >
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- < tr class ="odd ">
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+ < tr class ="even ">
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< td > < a href ="#kimmdy.topology.atomic.ResidueImproperSpec "> ResidueImproperSpec</ a > </ td >
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< td > Information about one improper dihedral in a residue</ td >
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</ tr >
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- < tr class ="even ">
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+ < tr class ="odd ">
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< td > < a href ="#kimmdy.topology.atomic.ResidueProperSpec "> ResidueProperSpec</ a > </ td >
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< td > Information about one proper dihedral in a residue</ td >
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</ tr >
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- < tr class ="odd ">
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+ < tr class ="even ">
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< td > < a href ="#kimmdy.topology.atomic.ResidueType "> ResidueType</ a > </ td >
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< td > Information about one residuetype from aminoacids.rtp</ td >
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</ tr >
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- < tr class ="even ">
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+ < tr class ="odd ">
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< td > < a href ="#kimmdy.topology.atomic.Settle "> Settle</ a > </ td >
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< td > Information about one settles</ td >
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</ tr >
@@ -620,7 +625,7 @@ <h3 class="anchored" data-anchor-id="kimmdy.topology.atomic.Atom">Atom</h3>
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</ section >
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< section id ="kimmdy.topology.atomic.AtomType " class ="level3 ">
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< h3 class ="anchored " data-anchor-id ="kimmdy.topology.atomic.AtomType "> AtomType</ h3 >
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- < p > < code > topology.atomic.AtomType(self, type, id_sym, at_num , mass, charge, ptype, sigma, epsilon, id )</ code > </ p >
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+ < p > < code > topology.atomic.AtomType(self, type, id, id_sym , mass, charge, ptype, sigma, epsilon, at_num=None )</ code > </ p >
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< p > Information about one atom type</ p >
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< p > A class containing atom type information as in the atomtypes section of the forcefield.</ p >
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< p > From gromacs version of the amber* ff: ; name at.num mass charge ptype sigma epsilon</ p >
@@ -679,6 +684,13 @@ <h3 class="anchored" data-anchor-id="kimmdy.topology.atomic.MultipleDihedrals">M
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< p > < code > topology.atomic.MultipleDihedrals(self, ai, aj, ak, al, funct, dihedrals)</ code > </ p >
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< p > Multiple < code > Dihedral</ code > s with the same ai, aj, ak, al but different periodicities. funct should always be “9” when the length of dihedrals is > 1. The key of the dihedrals dict is the periodicity (c2).</ p >
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</ section >
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+ < section id ="kimmdy.topology.atomic.NonbondParamType " class ="level3 ">
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+ < h3 class ="anchored " data-anchor-id ="kimmdy.topology.atomic.NonbondParamType "> NonbondParamType</ h3 >
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+ < p > < code > topology.atomic.NonbondParamType(self, i, j, id, id_sym, funct, c0=None, c1=None, c2=None)</ code > </ p >
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+ < p > Information about one nonbonded parameterize</ p >
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+ < p > typical in coarse grained models. A class containing nonbonded information as in the nonbond_params section of the forcefield.</ p >
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+ < p > From gromacs: ; Lennard jones between beads ; i j funda sigma(nm) epsilon (kmol/mol) Where i and j are atomtypes</ p >
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+ </ section >
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< section id ="kimmdy.topology.atomic.Pair " class ="level3 ">
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< h3 class ="anchored " data-anchor-id ="kimmdy.topology.atomic.Pair "> Pair</ h3 >
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< p > < code > topology.atomic.Pair(self, ai, aj, funct, c0=None, c1=None, c2=None, c3=None)</ code > </ p >
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