AxisymmetricSource.hpp File Reference

#include "AxisymmetricGeometry.hpp"
#include "GasState.hpp"
#include "NavierStokesFlux.hpp"

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Namespaces
namespace	Theseus

Functions
template<typename GasT >
MFEM_HOST_DEVICE bool	Theseus::AddAxisymmetricEulerSourceAwayFromAxis (const GasT &gas, const mfem::real_t *state, mfem::real_t radius, mfem::real_t *state_rate)
template<typename GasT >
MFEM_HOST_DEVICE void	Theseus::AddAxisymmetricEulerSourceAtAxis (const GasT &gas, const mfem::real_t *state, mfem::real_t radial_momentum_derivative, mfem::real_t *state_rate)
template<typename GasT >
MFEM_HOST_DEVICE bool	Theseus::AddAxisymmetricViscousSourceAwayFromAxis (const GasT &gas, const mfem::real_t *state, const mfem::real_t *dprim_x, const mfem::real_t *dprim_y, const mfem::real_t *dprim_z, mfem::real_t radius, mfem::real_t *state_rate)
template<typename ContextT >
MFEM_HOST_DEVICE mfem::real_t	Theseus::RadialViscousFluxDerivative (const ContextT &ctx, const mfem::real_t *element_state, const mfem::real_t *element_gradprim_x, const mfem::real_t *element_gradprim_y, const mfem::real_t *element_gradprim_z, const mfem::real_t *element_radius, const mfem::real_t *element_jacobian, const mfem::real_t *element_metric, int point, int equation)
template<typename ContextT >
MFEM_HOST_DEVICE void	Theseus::AddAxisymmetricViscousSourceAtAxis (const ContextT &ctx, const mfem::real_t *element_state, const mfem::real_t *element_gradprim_x, const mfem::real_t *element_gradprim_y, const mfem::real_t *element_gradprim_z, const mfem::real_t *element_radius, const mfem::real_t *element_jacobian, const mfem::real_t *element_metric, int point, mfem::real_t *state_rate)
template<typename ContextT >
MFEM_HOST_DEVICE mfem::real_t	Theseus::RadialMomentumDerivative (const ContextT &ctx, const mfem::real_t *element_state, const mfem::real_t *element_jacobian, const mfem::real_t *element_metric, int point)
template<typename ContextT >
MFEM_HOST_DEVICE void	Theseus::AddAxisymmetricEulerElementSource (const ContextT &ctx, const mfem::real_t *element_state, const mfem::real_t *element_radius, const mfem::real_t *element_jacobian, const mfem::real_t *element_metric, mfem::real_t *element_rate)
template<typename GasT >
MFEM_HOST_DEVICE bool	Theseus::ProjectAxisPrimitiveGradientDirection (const GasT &gas, mfem::real_t radius, int derivative_direction, mfem::real_t *dprim)