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Long-timescale dynamics: aKMC, NEB, parallel replica
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EMT_parms.h
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/*
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** This file is part of eOn.
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**
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** SPDX-License-Identifier: BSD-3-Clause
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**
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** Copyright (c) 2010--present, eOn Development Team
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** All rights reserved.
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**
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** Repo:
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** https://github.com/TheochemUI/eOn
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*/
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#pragma once
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// all information for the EMT potential
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// the number of different spicies that will be used in simulation
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int
const
EMT_NumType
= 1;
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// int const EMT_NumType = 2;
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// array where number of elements should corresponds to EMT_NumType
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// the value of element [0] correspond to the number of atoms of the first type
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// the value of element [1] correspond to the number of atoms of the second type
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// and so on
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int
const
EMT_NumAtomPerType
[] = {1300};
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// int const EMT_NumAtomPerType[] = {1470, 1};
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// array where number of elements should corresponds to EMT_NumType
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// the value of element [0] correspond to the atomic number of the atoms of the
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// first type the value of element [1] correspond to the atomic number of the
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// atoms of the second type and so on the last type is the type of atoms that
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// eventually will be deposited!
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int
const
EMT_AtomType
[] = {29};
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// int const EMT_AtomType[] = {12,1};
EMT_AtomType
int const EMT_AtomType[]
Definition
EMT_parms.h:32
EMT_NumAtomPerType
int const EMT_NumAtomPerType[]
Definition
EMT_parms.h:24
EMT_NumType
int const EMT_NumType
Definition
EMT_parms.h:17
include
eon
potentials
EMT
Cu
EMT_parms.h
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