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TYCHO
1.3.0
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TYCHO
1.3.0
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#include <stdio.h>#include <stdlib.h>#include <math.h>#include "variables_global.h"#include "prototypes.h"Go to the source code of this file.
Functions | |
| int | ppm_step (int i, int j, int k, int direction, int flag, int nmin, int nmax, double *a_coef, double *ai_coef, double *b_coef, double *bi_coef, double *c_coef, double *ci_coef, double *d_x, double *diffa, double *da, double *ar, double *pl, double *p6, double *rl, double *r6, double *u6, double *ul, double *vl, double *v6, double *wl, double *w6, double *el, double *e6, double *ql, double *q6, double *dp, double *du, double *dr, double *dv, double *dw, double *dq, double *de, double *scratch1, double *scratch2, double *scratch3, double *plft, double *prgh, double *ulft, double *urgh, double *rlft, double *rrgh, double *Cdtdx, double *fCdtdx, double *steep, double *flat, double **para, double *clft, double *crgh, double *plfti, double *prghi, double *pmid, double *pmold, double *wlft, double *wrgh, double *zlft, double *zrgh, double *umidl, double *umidr, double *umid, double *dm, double *dtbdm, double *upmid, double *xa1, double *xa2, double *xa3, double *vx_1D_old, double *dvol, double *dvol0, double *dvol1, double *delta, double *fluxr, double *fluxu, double *fluxv, double *fluxw, double *fluxe, double *fluxq, double *dm0, double *e_int_1D, double *rho_1D, double *pre_1D, double *eng_1D, double *vx_1D, double *vy_1D, double *vz_1D, double *marker_1D, double *pressure_solid_1D, double *dx0, double *xa0, double *xa, double *dx, int bound_checker, int lefter, double *rhodown, double *rhoup, double *rhofront, double *rhoback, double *vxdown, double *vxup, double *vxfront, double *vxback, double *vydown, double *vyup, double *vyfront, double *vyback, double *vzdown, double *vzup, double *vzfront, double *vzback, int viscosity_on_off, int dimension) |
| int ppm_step | ( | int | i, |
| int | j, | ||
| int | k, | ||
| int | direction, | ||
| int | flag, | ||
| int | nmin, | ||
| int | nmax, | ||
| double * | a_coef, | ||
| double * | ai_coef, | ||
| double * | b_coef, | ||
| double * | bi_coef, | ||
| double * | c_coef, | ||
| double * | ci_coef, | ||
| double * | d_x, | ||
| double * | diffa, | ||
| double * | da, | ||
| double * | ar, | ||
| double * | pl, | ||
| double * | p6, | ||
| double * | rl, | ||
| double * | r6, | ||
| double * | u6, | ||
| double * | ul, | ||
| double * | vl, | ||
| double * | v6, | ||
| double * | wl, | ||
| double * | w6, | ||
| double * | el, | ||
| double * | e6, | ||
| double * | ql, | ||
| double * | q6, | ||
| double * | dp, | ||
| double * | du, | ||
| double * | dr, | ||
| double * | dv, | ||
| double * | dw, | ||
| double * | dq, | ||
| double * | de, | ||
| double * | scratch1, | ||
| double * | scratch2, | ||
| double * | scratch3, | ||
| double * | plft, | ||
| double * | prgh, | ||
| double * | ulft, | ||
| double * | urgh, | ||
| double * | rlft, | ||
| double * | rrgh, | ||
| double * | Cdtdx, | ||
| double * | fCdtdx, | ||
| double * | steep, | ||
| double * | flat, | ||
| double ** | para, | ||
| double * | clft, | ||
| double * | crgh, | ||
| double * | plfti, | ||
| double * | prghi, | ||
| double * | pmid, | ||
| double * | pmold, | ||
| double * | wlft, | ||
| double * | wrgh, | ||
| double * | zlft, | ||
| double * | zrgh, | ||
| double * | umidl, | ||
| double * | umidr, | ||
| double * | umid, | ||
| double * | dm, | ||
| double * | dtbdm, | ||
| double * | upmid, | ||
| double * | xa1, | ||
| double * | xa2, | ||
| double * | xa3, | ||
| double * | vx_1D_old, | ||
| double * | dvol, | ||
| double * | dvol0, | ||
| double * | dvol1, | ||
| double * | delta, | ||
| double * | fluxr, | ||
| double * | fluxu, | ||
| double * | fluxv, | ||
| double * | fluxw, | ||
| double * | fluxe, | ||
| double * | fluxq, | ||
| double * | dm0, | ||
| double * | e_int_1D, | ||
| double * | rho_1D, | ||
| double * | pre_1D, | ||
| double * | eng_1D, | ||
| double * | vx_1D, | ||
| double * | vy_1D, | ||
| double * | vz_1D, | ||
| double * | marker_1D, | ||
| double * | pressure_solid_1D, | ||
| double * | dx0, | ||
| double * | xa0, | ||
| double * | xa, | ||
| double * | dx, | ||
| int | bound_checker, | ||
| int | lefter, | ||
| double * | rhodown, | ||
| double * | rhoup, | ||
| double * | rhofront, | ||
| double * | rhoback, | ||
| double * | vxdown, | ||
| double * | vxup, | ||
| double * | vxfront, | ||
| double * | vxback, | ||
| double * | vydown, | ||
| double * | vyup, | ||
| double * | vyfront, | ||
| double * | vyback, | ||
| double * | vzdown, | ||
| double * | vzup, | ||
| double * | vzfront, | ||
| double * | vzback, | ||
| int | viscosity_on_off, | ||
| int | dimension | ||
| ) |
The inner PPM Hydro scheme. First the relevant 1D distributions from the computational domain is given to this function. The scheme is as followed: First fill the ghost cells according to the defined boundary conditions. Solve the diffusion equation if needed. Calculate the parabolic function coefficients, then the volumes and the flatten coefficients due toe the steepness of the neighboring cells. Now the parabolic interpolated quantities are determined. The quantities at the interpolated points are given. The Riemann solver solves now the shock-tube problem. Then the hydrodynamic quantities are evolved and finally re-mapped on the computational grid.
Definition at line 24 of file ppm_step.c.
References advect(), advection, evolve(), flatten(), para_coef(), parabola(), remap(), riemann(), set_boundary(), states(), viscosity(), and volume().
Referenced by sweep_x(), sweep_y(), and sweep_z().
1.8.1.1