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HyPar
1.0
Finite-Difference Hyperbolic-Parabolic PDE Solver on Cartesian Grids
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Files | |
| file | BCCleanup.c [code] |
| Function to clean up boundary-conditions related variables. | |
| file | BCDirichlet.c [code] |
| Dirichlet boundary conditions. | |
| file | BCExtrapolate.c [code] |
| Extrapolation boundary condition. | |
| file | BCInitialize.c [code] |
| Initialize boundary-conditions-related function pointers. | |
| file | BCIO.c [code] |
| I/O functions for boundary conditions that need to read in data. | |
| file | BCNoFlux.c [code] |
| No-flux boundary condition (specific to Numa2D and Numa3D). | |
| file | BCNoslipWall.c [code] |
| No-slip wall boundary conditions (can also handle moving walls) | |
| file | BCPeriodic.c [code] |
| Periodic boundary conditions. | |
| file | BCPeriodic_GPU.cu [code] |
| file | BCReflect.c [code] |
| Reflection boundary condition. | |
| file | BCSlipWall.c [code] |
| Slip-wall boundary conditions. | |
| file | BCSlipWall_GPU.cu [code] |
| file | BCSponge.c [code] |
| Sponge boundary condition. | |
| file | BCSubsonicAmbivalent.c [code] |
| Subsonic "ambivalent" boundary conditions (specific to Euler/Navier-Stokes systems) | |
| file | BCSubsonicInflow.c [code] |
| Subsonic inflow boundary conditions (specific to Euler/Navier-Stokes systems) | |
| file | BCSubsonicOutflow.c [code] |
| Subsonic outflow boundary conditions (specific to Euler/Navier-Stokes systems) | |
| file | BCSupersonicInflow.c [code] |
| Supersonic inflow boundary conditions (specific to Euler/Navier-Stokes systems) | |
| file | BCSupersonicOutflow.c [code] |
| Supersonic outflow boundary conditions (specific to Euler/Navier-Stokes systems) | |
| file | BCSWSlipWall.c [code] |
| Slip-wall boundary conditions for shallow water equations. | |
| file | BCThermalNoslipWall.c [code] |
| Thermal no-slip-wall boundary conditions. | |
| file | BCThermalSlipWall.c [code] |
| Thermal slip-wall boundary conditions. | |
| file | BCTurbulentSupersonicInflow.c [code] |
| Turbulent supersonic inflow boundary condition (specific to the 3D Navier-Stokes system). | |