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src
NumericalAlgorithms
DiscontinuousGalerkin
Formulation.hpp
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// Distributed under the MIT License.
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// See LICENSE.txt for details.
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#pragma once
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#include <
iosfwd
>
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namespace
dg
{
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/*!
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* \ingroup DiscontinuousGalerkinGroup
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* \brief The DG formulation to use
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*
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* - The `StrongInertial` formulation is also known as the integrate then
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* transform formulation. The "Inertial" part of the name refers to the fact
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* that the integration is done over the physical/inertial coordinates, while
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* the "strong" part refers to the fact that the boundary correction terms are
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* zero if the solution is continuous at the interfaces.
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* See \cite Teukolsky2015ega for an overview.
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* - The `WeakInertial` formulation is also known as the integrate then
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* transform formulation. The "Inertial" part of the name refers to the fact
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* that the integration is done over the physical/inertial coordinates, while
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* the "weak" part refers to the fact that the boundary correction terms are
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* non-zero even if the solution is continuous at the interfaces.
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* See \cite Teukolsky2015ega for an overview.
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*/
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enum class
Formulation
{ StrongInertial, WeakInertial };
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std::ostream
& operator<<(
std::ostream
& os,
Formulation
t) noexcept;
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}
// namespace dg
iosfwd
dg
Functionality related to discontinuous Galerkin schemes.
Definition:
ComputeNonconservativeBoundaryFluxes.hpp:23
std::ostream
dg::Formulation
Formulation
The DG formulation to use.
Definition:
Formulation.hpp:26
© Copyright 2017 - 2020
SXS Collaboration
,
Distributed under the
MIT License