* A class signalling that a correction step is required for the update. * This is meant to be a truly exceptional situation, for example where *

* Create struct with default test values. Test values can be modified to * accomodate specific EOS. */

* Controls the spatial mesh adaptation strategy. * * @ingroup Mesh */

* An enum class for setting the finite element ansatz. * * @ingroup Mesh */

* A small abstract base class to group configuration options for a * barotropic equation of state. * * @ingroup EulerEquations */

* Controls the bias of the fast_pow() functions. */

* An enum of type dealii::types::boundary_id that provides an mnemonic * for prescribing different boundary conditions on faces. * * @note In

* A generic flux description parsed from a user-provided string * * @ingroup ScalarConservation */

* Controls the chosen invariant domain / CFL recovery strategy. * * @ingroup TimeLoop */

* A cubic spline class implemented as a thin wrapper around the GSL * spline library functions. * * Usage: * @code * std::vector<double

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* This struct contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approximat

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* A struct that contains all equation specific classes describing the * chosen hyperbolic system, the indicator, the limiter and * (approxim

* Dispatcher class that calls into the right TimeLoop depending on what * has been set in the parameter file. * * When starting up the ryujin

* A small abstract base class to group configuration options for an * equation of state. * * @ingroup EulerEquations */

* A small abstract base class to group configuration options for the * flux. * * This function derives directly from dealii::Function<1

* A user-specified equation of state for the barotropic Euler equations. * * The specific internal energy, pressure and speed of sound have

* A generic flux description parsed from a user-provided string * * @ingroup ScalarConservation */

* A user-specified equation of state * * @ingroup EulerEquations */

* The compressible Euler equations of gas dynamics. Specialized * implementation for a subclass of barotropic equations of state where * the

* A scalar conservation equation for a state \f$u\f$ with a user * specified flux \f$f(u)\f$. * * @ingroup ScalarConservationEquations

* The compressible Euler equations of gas dynamics. Specialized * implementation for a polytropic gas equation. * * We have a (2 + dim)

* Description of a @p dim dimensional hyperbolic conservation law * modeling the shallow water equations. * * We have a (1 + dim) dimen

* The compressible Euler equations of gas dynamics. Generalized * implementation with a modified approximate Riemann solver for * finding ma

* Description of a hyperbolic conservation law. * * @ingroup SkeletonEquations */

* An enum controlling the behavior on detection of an invariant domain * or CFL violation. Such a case might occur for either aggressive CFL * n