Functions — github.com/conservation-laws/ryujin

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Functions861 in github.com/conservation-laws/ryujin

⨍ Functions 861◇ Types & classes 338

MethodVelocityMatrix

source/navier_stokes/parabolic_module_gmg_operators.h:170

source/geometries/geometry_wall.h:110

source/geometries/geometry_tank.h:137

Methodaccumulate

source/quantities.template.h:502

Methodaccumulate

source/euler_barotropic/limiter.h:296

Methodaccumulate

source/euler_barotropic/indicator.h:177

Methodaccumulate

source/scalar_conservation/limiter.h:282

Methodaccumulate

source/scalar_conservation/indicator.h:173

Methodaccumulate

source/euler/indicator.h:213

Methodaccumulate

source/shallow_water/limiter.h:311

Methodaccumulate

source/shallow_water/indicator.h:180

Methodaccumulate

source/euler_aeos/limiter.h:378

Methodaccumulate

source/euler_aeos/indicator.h:219

Methodaccumulate

* When looping over the sparsity row, add the contribution associated * with the neighboring state U_j. */

source/skeleton/limiter.h:159

Methodaccumulate

* When looping over the sparsity row, add the contribution associated * with the neighboring state U_j. */

source/skeleton/indicator.h:104

Methodadapt_mesh_and_transfer_state_vector

source/time_loop.template.h:681

Methodadd_tensor

source/multicomponent_vector.h:370

Functionall_below_diagonal

source/hyperbolic_module.template.h:236

source/euler_barotropic/indicator.h:207

source/scalar_conservation/indicator.h:196

source/shallow_water/indicator.h:205

source/euler_aeos/riemann_solver.template.h:84

source/euler_aeos/indicator.h:250

* Return the computed alpha_i value. */

source/skeleton/indicator.h:114

Methodapply_boundary_conditions

source/euler_barotropic/hyperbolic_system.h:866

Methodapply_boundary_conditions

source/scalar_conservation/hyperbolic_system.h:692

Methodapply_boundary_conditions

source/shallow_water/hyperbolic_system.h:936

Methodapply_boundary_conditions

source/euler_aeos/hyperbolic_system.h:1436

Methodapply_boundary_conditions

source/skeleton/hyperbolic_system.h:271

Methodapply_galilei_transform

source/euler_barotropic/hyperbolic_system.h:1079

Methodapply_galilei_transform

source/scalar_conservation/hyperbolic_system.h:498

Methodapply_galilei_transform

source/shallow_water/hyperbolic_system.h:1305

Methodapply_galilei_transform

source/euler_aeos/hyperbolic_system.h:1676

Methodapply_galilei_transform

source/skeleton/hyperbolic_system.h:410

Methodapply_local_operator

source/navier_stokes/parabolic_module_gmg_operators.h:408

Methodapply_local_operator

source/navier_stokes/parabolic_module_gmg_operators.h:753

Methodarray<double, 2> apply_inverse_transformation

* A simple GeoTIFF reader based on the GDAL library. See * https://gdal.org/index.html for details on GDAL and what image * formats it supports.

source/geotiff_reader.h:55

Functionassign_serial_tensor

source/simd.h:455

Methodbackward_euler_step

source/stub_parabolic_module.h:117

Methodbackward_euler_step

source/navier_stokes/parabolic_module.template.h:248

source/euler_barotropic/limiter.h:341

source/scalar_conservation/limiter.h:319

source/shallow_water/limiter.h:366

source/euler_aeos/limiter.h:467

* Return the computed bounds (with relaxation applied). */

source/skeleton/limiter.h:171

source/navier_stokes/parabolic_module_gmg_operators.h:454

source/euler_aeos/riemann_solver.template.h:50

source/selected_components_extractor.h:28

Methodcheck_error_code

source/euler_aeos/equation_of_state_sesame.h:165

Methodcheck_tables

source/euler_aeos/equation_of_state_sesame.h:184

Methodclear_statistics

source/quantities.template.h:344

source/geometries/geometry_airfoil.h:221

source/geometries/geometry_airfoil.h:247

source/geometries/geometry_geotiff_profile.h:59

Methodcollect_coupling_boundary_pairs

source/offline_data.template.h:1616

Methodcombine_bounds

source/euler_barotropic/limiter.h:237

Methodcombine_bounds

source/scalar_conservation/limiter.h:224

Methodcombine_bounds

source/shallow_water/limiter.h:251

Methodcombine_bounds

source/euler_aeos/limiter.h:289

Methodcombine_bounds

* Given two bounds bounds_left, bounds_right, this function computes * a larger, combined set of bounds that this is a (convex) superset

source/skeleton/limiter.h:108

source/euler_barotropic/riemann_solver.template.h:20

source/scalar_conservation/riemann_solver.template.h:23

source/scalar_conservation/initial_state_function.h:61

source/scalar_conservation/initial_state_uniform.h:41

source/euler/riemann_solver.template.h:405

source/euler/initial_state_becker_solution.h:193

source/euler/initial_state_rarefaction.h:114

source/euler/initial_state_shock_front.h:114

source/euler/initial_state_smooth_wave.h:66

Compute solution */

source/euler/initial_state_noh.h:73

source/euler/initial_state_four_state_contrast.h:101

source/euler/initial_state_function.h:96

source/euler/initial_state_contrast.h:69

source/euler/initial_state_uniform.h:58

source/euler/initial_state_icf_like.h:109

source/euler/initial_state_exact_riemann_solution.h:123

source/euler/initial_state_isentropic_vortex.h:55

source/euler/initial_state_radial_contrast.h:78

source/euler/initial_state_three_state_contrast.h:94

source/euler/initial_state_ramp_up.h:77

source/euler/initial_state_leblanc.h:48

source/euler/initial_state_astro_jet.h:78

source/shallow_water/riemann_solver.template.h:227

source/shallow_water/initial_state_circular_dam_break.h:50

source/shallow_water/initial_state_transient.h:68

source/shallow_water/initial_state_three_bumps_dam_break.h:64

source/shallow_water/initial_state_flow_over_bump.h:57

source/shallow_water/initial_state_soliton.h:45

source/shallow_water/initial_state_smooth_vortex.h:57

source/shallow_water/initial_state_geotiff.h:70

source/shallow_water/initial_state_function.h:90

source/shallow_water/initial_state_contrast.h:51

source/shallow_water/initial_state_uniform.h:47

source/shallow_water/initial_state_sloping_friction.h:55

source/shallow_water/initial_state_paraboloid.h:67

source/shallow_water/initial_state_ritter_dam_break.h:60

source/shallow_water/initial_state_hou_test.h:44

source/euler_aeos/riemann_solver.template.h:600

* For two given states U_i a U_j and a (normalized) "direction" n_ij * compute an estimation of an upper bound for lambda. */

source/skeleton/riemann_solver.h:81

source/skeleton/initial_state_uniform.h:41

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