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Functions861 in github.com/conservation-laws/ryujin

Methodcompute_bathymetry
source/shallow_water/initial_state_transient.h:92
Methodcompute_bathymetry
source/shallow_water/initial_state_three_bumps_dam_break.h:96
Methodcompute_bathymetry
source/shallow_water/initial_state_flow_over_bump.h:121
Methodcompute_bathymetry
source/shallow_water/initial_state_smooth_vortex.h:102
Methodcompute_bathymetry
source/shallow_water/initial_state_function.h:134
Methodcompute_bathymetry
source/shallow_water/initial_state_sloping_friction.h:85
Methodcompute_bathymetry
source/shallow_water/initial_state_paraboloid.h:138
Methodcompute_bathymetry
source/shallow_water/initial_state_hou_test.h:76
Methodcompute_chart_points
source/transfinite_interpolation.template.h:640
Methodcompute_diagonal
source/navier_stokes/parabolic_module_gmg_operators.h:305
Methodcompute_error
source/time_loop.template.h:717
Methodcompute_gap
source/euler/riemann_solver.template.h:216
Methodcompute_lambda
source/euler/riemann_solver.template.h:251
Methodcompute_lambda
source/shallow_water/riemann_solver.template.h:95
Methodcompute_lambda
source/euler_aeos/riemann_solver.template.h:543
Methodcompute_pstar
* Compute pstar using the quadratic_newton_step() */
source/euler/initial_state_exact_riemann_solution.h:428
Methodconstruct_boundary_map
source/offline_data.template.h:1402
Methodcopy_from_mg
source/navier_stokes/parabolic_module_gmg_operators.h:524
Methodcopy_to_mg
source/navier_stokes/parabolic_module_gmg_operators.h:499
Methodcrank_nicolson_step
* Given a reference to a previous state vector @p old_U at time @p * old_t and a time-step size @p tau perform an implicit Crank-Nicolson *
source/stub_parabolic_module.h:141
Methodcreate_coarse_triangulation
source/geometries/geometry_cylinder.h:253
Methodcreate_coarse_triangulation
source/geometries/geometry_rectangular_domain.h:132
Methodcreate_coarse_triangulation
source/geometries/geometry_airfoil.h:908
Methodcreate_coarse_triangulation
source/geometries/geometry_geotiff_profile.h:165
Methodcreate_coarse_triangulation
source/geometries/geometry_annulus.h:267
Methodcreate_coarse_triangulation
source/geometries/geometry_reader.h:42
Methodcreate_coarse_triangulation
source/geometries/geometry_wall.h:126
Methodcreate_coarse_triangulation
source/geometries/geometry_step.h:165
Methodcreate_coarse_triangulation
source/geometries/geometry_tank.h:159
Methodcreate_coarse_triangulation
source/geometries/geometry_two_tanks.h:194
Methodcreate_constraints_and_sparsity_pattern
source/offline_data.template.h:275
Methodcreate_dof_handlers
source/offline_data.template.h:101
Methodcreate_matrices
source/offline_data.template.h:543
Methodcreate_multigrid_data
source/offline_data.template.h:1328
Methodcreate_parameter_files
* Call create_parameter_files() for all registered equations. */
source/equation_dispatch.h:79
Methodcreate_partitioner_and_simd_sparsity
source/offline_data.template.h:447
Functioncreate_prm_files
source/equation_dispatch.h:202
Methodcstar_solution
source/euler/initial_state_exact_riemann_solution.h:362
Methoddf
source/euler/riemann_solver.template.h:48
MethoddfZofP
source/euler/initial_state_exact_riemann_solution.h:269
Methoddphi
source/euler/riemann_solver.template.h:99
Methoddphi
source/euler/initial_state_exact_riemann_solution.h:299
Methodenergy_cold
source/euler_aeos/equation_of_state_simple_macaw.h:149
Methodensure_simd_stride_consistency
source/offline_data.template.h:189
Methodeos_pressure
* For a given density \f$\rho\f$ and <i>specific</i> internal * energy \f$e\f$ return the pressure \f$p\f$. */
source/euler_aeos/hyperbolic_system.h:199
Methodeos_specific_internal_energy
* For a given density \f$\rho\f$ and pressure \f$p\f$ return the * <i>specific</i> internal energy \f$e\f$. */
source/euler_aeos/hyperbolic_system.h:219
Methodeos_speed_of_sound
* For a given density \f$\rho\f$ and <i>specific</i> internal * energy \f$e\f$ return the sound speed \f$a\f$. */
source/euler_aeos/hyperbolic_system.h:259
Methodeos_temperature
* For a given density \f$\rho\f$ and specific internal energy \f$e\f$ * return the temperature \f$T\f$. */
source/euler_aeos/hyperbolic_system.h:239
Methodexpand_state
source/euler_barotropic/hyperbolic_system.h:1013
Methodexpand_state
source/euler_aeos/hyperbolic_system.h:1592
Methodexpansion_solution
source/euler/initial_state_exact_riemann_solution.h:388
Methodf
source/euler/riemann_solver.template.h:20
Methodf
source/shallow_water/riemann_solver.template.h:26
Methodf
source/euler_aeos/riemann_solver.template.h:414
MethodfZofP
source/euler/initial_state_exact_riemann_solution.h:244
Functionfixed_power
source/simd.h:139
Methodflux_contribution
source/euler_barotropic/hyperbolic_system.h:973
Methodflux_contribution
source/scalar_conservation/hyperbolic_system.h:798
Methodflux_contribution
source/shallow_water/hyperbolic_system.h:1077
Methodflux_contribution
source/euler_aeos/hyperbolic_system.h:1552
Methodflux_contribution
* Given a state @p U_i and an index @p i compute flux contributions. * * Intended usage: * ``` * Indicator<dim, Number> in
source/skeleton/hyperbolic_system.h:305
Methodflux_divergence
source/euler_barotropic/hyperbolic_system.h:1001
Methodflux_divergence
source/scalar_conservation/hyperbolic_system.h:830
Methodflux_divergence
source/shallow_water/hyperbolic_system.h:1103
Methodflux_divergence
source/euler_aeos/hyperbolic_system.h:1580
Methodflux_divergence
* Given flux contributions @p flux_i and @p flux_j compute the flux * <code>(-f(U_i) - f(U_j)</code> */
source/skeleton/hyperbolic_system.h:327
Methodfrom_initial_state
source/euler_barotropic/hyperbolic_system.h:1035
Methodfrom_initial_state
source/euler_aeos/hyperbolic_system.h:1615
Methodfrom_primitive_state
source/euler_barotropic/hyperbolic_system.h:1045
Methodfrom_primitive_state
source/euler/hyperbolic_system.h:1262
Methodfrom_primitive_state
source/euler_aeos/hyperbolic_system.h:1632
Methodfully_relax_bounds
source/euler_barotropic/limiter.h:248
Methodfully_relax_bounds
source/scalar_conservation/limiter.h:235
Methodfully_relax_bounds
source/shallow_water/limiter.h:265
Methodfully_relax_bounds
source/euler_aeos/limiter.h:303
Methodfully_relax_bounds
* This function applies a relaxation to a given a (strict) bound @p * bounds using a non dimensionalized measure @p hd (that should * sc
source/skeleton/limiter.h:119
Methodg
source/shallow_water/hyperbolic_system.h:1029
Methodgamma_minus_one_over_gamma_plus_one
source/euler/hyperbolic_system.h:184
Functiongenerate_iterators
source/simd.h:82
Functiongenerate_iterators_impl
source/simd.h:61
Functionget_entry
source/simd.h:245
Methodget_new_point
source/geometries/geometry_airfoil.h:252
Methodget_new_points
source/transfinite_interpolation.template.h:911
Methodget_tensor
source/multicomponent_vector.h:253
Methodgradient
source/scalar_conservation/flux_burgers.h:38
Methodgradient
source/scalar_conservation/flux_function.h:81
Methodhigh_order_flux_divergence
source/euler_barotropic/hyperbolic_system.h:572
Methodhigh_order_flux_divergence
source/scalar_conservation/hyperbolic_system.h:428
Methodhigh_order_flux_divergence
source/euler/hyperbolic_system.h:576
Methodhigh_order_flux_divergence
source/euler_aeos/hyperbolic_system.h:715
Methodhigh_order_flux_divergence
source/skeleton/hyperbolic_system.h:340
Methodinitial_precomputations
source/shallow_water/initial_state_transient.h:81
Methodinitial_precomputations
source/shallow_water/initial_state_three_bumps_dam_break.h:85
Methodinitial_precomputations
source/shallow_water/initial_state_flow_over_bump.h:110
Methodinitial_precomputations
source/shallow_water/initial_state_smooth_vortex.h:91
Methodinitial_precomputations
source/shallow_water/initial_state_geotiff.h:86
Methodinitial_precomputations
source/shallow_water/initial_state_function.h:113
Methodinitial_precomputations
source/shallow_water/initial_state_sloping_friction.h:74
Methodinitial_precomputations
source/shallow_water/initial_state_paraboloid.h:127
Methodinitial_precomputations
source/shallow_water/initial_state_hou_test.h:64
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