Spherical Noh implosion problem, from Liska & Wendroff, section 4.5 (figure 4.7). More...
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Functions | |
| void | noh3d_oib (GridS *pGrid) |
| Sets boundary condition on right X1 boundary (oib) for noh3d test. | |
| void | noh3d_ojb (GridS *pGrid) |
| Sets boundary condition on right X2 boundary (ojb) for noh3d test. | |
| void | noh3d_okb (GridS *pGrid) |
| Sets boundary condition on right X3 boundary (okb) for noh3d test. | |
| void | problem (DomainS *pD) |
| Problem initial conditions, edited for each problem. | |
| void | problem_write_restart (MeshS *pM, FILE *fp) |
| Problem specific subroutine for use with writing restart files, Edited for each problem. | |
| void | problem_read_restart (MeshS *pM, FILE *fp) |
| Problem specific subroutine for use with reading restart files, Edited for each problem. | |
| ConsFun_t | get_usr_expr (const char *expr) |
| Sets pointer to expression for special output data. | |
| VOutFun_t | get_usr_out_fun (const char *name) |
| Returns a user defined output function pointer. | |
| void | Userwork_in_loop (MeshS *pM) |
| Problem work executed during each step in the main Athena loop, see main.c. | |
| void | Userwork_after_loop (MeshS *pM) |
| Problem work executed after the main Athena loop, see main.c Edited for each problem. | |
Detailed Description
Spherical Noh implosion problem, from Liska & Wendroff, section 4.5 (figure 4.7).
PURPOSE: Spherical Noh implosion problem, from Liska & Wendroff, section 4.5 (figure 4.7). Tests code on VERY strong shock, also sensitive to carbuncle instability.
PRIVATE FUNCTION PROTOTYPES:
- void noh3d_oib() - sets BCs on R-x1 boundary
- void noh3d_ojb() - sets BCs on R-x2 boundary
- void noh3d_okb() - sets BCs on R-x3 boundary
- void scat_plot() - makes scatter plot of density
REFERENCE: R. Liska & B. Wendroff, SIAM J. Sci. Comput., 25, 995 (2003)
Definition in file noh.c.
Function Documentation
| ConsFun_t get_usr_expr | ( | const char * | expr | ) |
| VOutFun_t get_usr_out_fun | ( | const char * | name | ) |
| void noh3d_oib | ( | GridS * | pGrid | ) |
Sets boundary condition on right X1 boundary (oib) for noh3d test.
Note quantities at this boundary are held fixed at the time-dependent upstream state
Definition at line 133 of file noh.c.
References cc_pos(), ConsS::d, d0, ConsS::E, Gamma, Gamma_1, GridS::ie, GridS::je, jl, GridS::js, ju, GridS::ke, kl, GridS::ks, ku, ConsS::M1, ConsS::M2, ConsS::M3, GridS::Nx, r, GridS::time, and GridS::U.
Referenced by problem().
| void noh3d_ojb | ( | GridS * | pGrid | ) |
Sets boundary condition on right X2 boundary (ojb) for noh3d test.
Note quantities at this boundary are held fixed at the time-dependent upstream state
Definition at line 184 of file noh.c.
References cc_pos(), ConsS::d, d0, ConsS::E, Gamma, Gamma_1, GridS::ie, il, GridS::is, iu, GridS::je, GridS::ke, kl, GridS::ks, ku, ConsS::M1, ConsS::M2, ConsS::M3, GridS::Nx, r, GridS::time, and GridS::U.
Referenced by problem().
| void noh3d_okb | ( | GridS * | pGrid | ) |
Sets boundary condition on right X3 boundary (okb) for noh3d test.
Note quantities at this boundary are held fixed at the time-dependent upstream state
Definition at line 235 of file noh.c.
References cc_pos(), ConsS::d, d0, ConsS::E, Gamma, Gamma_1, GridS::ie, il, GridS::is, iu, GridS::je, jl, GridS::js, ju, GridS::ke, ConsS::M1, ConsS::M2, ConsS::M3, r, GridS::time, and GridS::U.
Referenced by problem().
| void problem | ( | DomainS * | pD | ) |
Problem initial conditions, edited for each problem.
Definition at line 48 of file noh.c.
References bvals_mhd_fun(), cc_pos(), ConsS::d, ConsS::E, Gamma_1, DomainS::Grid, GridS::is, GridS::js, GridS::ks, ConsS::M1, ConsS::M2, ConsS::M3, noh3d_oib(), noh3d_ojb(), noh3d_okb(), GridS::Nx, r, right_x1, right_x2, right_x3, and GridS::U.
| void problem_read_restart | ( | MeshS * | pM, | |
| FILE * | fp | |||
| ) |
| void problem_write_restart | ( | MeshS * | pM, | |
| FILE * | fp | |||
| ) |
| void Userwork_after_loop | ( | MeshS * | pM | ) |
