ryujin
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source
euler
description.h
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//
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// SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception
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// Copyright (C) 2023 - 2024 by the ryujin authors
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//
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#pragma once
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#include "../stub_solver.h"
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#include "
hyperbolic_system.h
"
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#include "
indicator.h
"
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#include "
limiter.h
"
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#include "
parabolic_system.h
"
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#include "
riemann_solver.h
"
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namespace
ryujin
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{
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namespace
Euler
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{
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struct
Description
{
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using
HyperbolicSystem
=
Euler::HyperbolicSystem
;
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template
<
int
dim,
typename
Number =
double
>
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using
HyperbolicSystemView
=
Euler::HyperbolicSystemView<dim, Number>
;
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using
ParabolicSystem
=
Euler::ParabolicSystem
;
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template
<
int
dim,
typename
Number =
double
>
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using
ParabolicSolver
=
ryujin::StubSolver<Description, dim, Number>
;
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template
<
int
dim,
typename
Number =
double
>
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using
Indicator
=
Euler::Indicator<dim, Number>
;
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template
<
int
dim,
typename
Number =
double
>
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using
Limiter
=
Euler::Limiter<dim, Number>
;
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template
<
int
dim,
typename
Number =
double
>
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using
RiemannSolver
=
Euler::RiemannSolver<dim, Number>
;
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};
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}
// namespace Euler
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}
// namespace ryujin
ryujin::Euler::HyperbolicSystemView
Definition:
hyperbolic_system.h:105
ryujin::Euler::HyperbolicSystem
Definition:
hyperbolic_system.h:40
ryujin::Euler::Indicator
Definition:
indicator.h:82
ryujin::Euler::Limiter
Definition:
limiter.h:97
ryujin::Euler::ParabolicSystem
Definition:
parabolic_system.h:24
ryujin::Euler::RiemannSolver
Definition:
riemann_solver.h:61
ryujin::StubSolver
Definition:
stub_solver.h:32
ryujin::NavierStokes::HyperbolicSystem
Euler::HyperbolicSystem HyperbolicSystem
Definition:
parabolic_solver_gmg_operators.h:30
ryujin
Definition:
convenience_macros.h:16
hyperbolic_system.h
indicator.h
limiter.h
parabolic_system.h
riemann_solver.h
ryujin::Euler::Description
Definition:
description.h:31
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