HydroGym-environments / Nozzle2D_fine /jxf_numerical_setup.json
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Adding data for shock vector control: Nozzle2D_fine
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{
"conservatives": {
"halo_cells": 4,
"time_integration": {
"integrator": "RK3",
"CFL": 0.6
},
"convective_fluxes": {
"convective_solver": "GODUNOV",
"godunov": {
"riemann_solver": "HLLC",
"signal_speed": "EINFELDT",
"reconstruction_stencil": "WENO5-Z-ADAP",
"reconstruction_variable": "CHAR-PRIMITIVE"
}
},
"positivity": {
"is_interpolation_limiter": true
},
"dissipative_fluxes": {
"reconstruction_stencil": "CENTRAL4-ADAP",
"derivative_stencil_center": "CENTRAL4-ADAP",
"derivative_stencil_face": "CENTRAL4-ADAP"
}
},
"levelset": {
"halo_cells": 2,
"model": "FLUID-SOLID",
"nozzle_geometry": {
"derivative_stencil_normal": "CENTRAL2"
},
"interface_flux": {
"interpolation_dh": 0.5,
"is_cell_based_computation": true
},
"extension": {
"primitives": {
"method": "ITERATIVE",
"iterative": {
"CFL": 0.5,
"steps": 5,
"is_jaxwhileloop": false,
"residual_threshold": 1e-14
},
"interpolation": {
"is_cell_based_computation": true
}
}
},
"mixing": {
"conservatives": {
"volume_fraction_threshold": 2e-1,
"mixing_targets": 2,
"is_cell_based_computation": true
}
}
},
"active_physics": {
"is_convective_flux": true,
"is_viscous_flux": false,
"is_heat_flux": false,
"is_volume_force": false,
"is_surface_tension": false
},
"precision": {
"is_double_precision_compute": true,
"is_double_precision_output": true
},
"output": {
"derivative_stencil": "CENTRAL4",
"is_xdmf": false,
"logging": {
"frequency": 1
}
}
}