pele.potentials._lj_cpp

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# distutils: language = C++ # cython: language_level=3str

class pele.potentials._lj_cpp.LJ

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cdef class LJ(_pele.BasePotential):

define the python interface to the c++ LJ implementation

class pele.potentials._lj_cpp.LJCut

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cdef class LJCut(_pele.BasePotential):

define the python interface to the c++ LJ implementation

class pele.potentials._lj_cpp.LJCutCellLists

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cdef class LJCutCellLists(_pele.BasePotential):

define the python interface to the c++ LJ implementation

class pele.potentials._lj_cpp.LJFrozen

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cdef class LJFrozen(_pele.BasePotential):

Lennard Jones potential with frozen atoms

note: this should not really be used. It is preferable to just create the potential and wrap it manually with FrozenPotentialWrapper

class pele.potentials._lj_cpp.LJNeighborList

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cdef class LJNeighborList(_pele.BasePotential):

define the python interface to the c++ LJ implementation

class pele.potentials._lj_cpp.BLJCut

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cdef class BLJCut(_pele.BasePotential):

Binary Lennard-Jones with a cutoff

class pele.potentials._lj_cpp.LJCutAtomList

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cdef class LJCutAtomList(_pele.BasePotential):

define the python interface to the c++ implementation