Lines Matching refs:flux
38 …x, PetscInt m, const PetscScalar *uL, const PetscScalar *uR, PetscScalar *flux, PetscReal *maxspee… in PhysicsRiemann_Advect() argument
45 flux[0] = PetscMax(0, speed) * uL[0] + PetscMin(0, speed) * uR[0]; in PhysicsRiemann_Advect()
279 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunction_2WaySplit()
281 for (j = 0; j < dof; j++) f[(i - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
284 for (j = 0; j < dof; j++) f[i * dof + j] += ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
291 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunction_2WaySplit()
293 for (j = 0; j < dof; j++) f[(i - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
296 for (j = 0; j < dof; j++) f[i * dof + j] += ctx->flux[j] / hxf; in FVRHSFunction_2WaySplit()
303 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunction_2WaySplit()
305 for (j = 0; j < dof; j++) f[(i - 1) * dof + j] -= ctx->flux[j] / hxf; in FVRHSFunction_2WaySplit()
308 for (j = 0; j < dof; j++) f[i * dof + j] += ctx->flux[j] / hxf; in FVRHSFunction_2WaySplit()
315 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunction_2WaySplit()
317 for (j = 0; j < dof; j++) f[(i - 1) * dof + j] -= ctx->flux[j] / hxf; in FVRHSFunction_2WaySplit()
320 for (j = 0; j < dof; j++) f[i * dof + j] += ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
327 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunction_2WaySplit()
330 for (j = 0; j < dof; j++) f[(i - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
333 for (j = 0; j < dof; j++) f[i * dof + j] += ctx->flux[j] / hxs; in FVRHSFunction_2WaySplit()
429 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslow_2WaySplit()
432 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
435 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
444 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslow_2WaySplit()
446 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
454 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslow_2WaySplit()
456 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
465 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslow_2WaySplit()
467 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
470 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslow_2WaySplit()
556 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
558 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
567 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
569 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
572 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
581 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
583 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
591 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
593 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
602 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
604 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
607 for (j = 0; j < dof; j++) f[islow * dof + j] += ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
616 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionslowbuffer_2WaySplit()
618 for (j = 0; j < dof; j++) f[(islow - 1) * dof + j] -= ctx->flux[j] / hxs; in FVRHSFunctionslowbuffer_2WaySplit()
701 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionfast_2WaySplit()
703 for (j = 0; j < dof; j++) f[ifast * dof + j] += ctx->flux[j] / hxf; in FVRHSFunctionfast_2WaySplit()
712 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionfast_2WaySplit()
714 for (j = 0; j < dof; j++) f[(ifast - 1) * dof + j] -= ctx->flux[j] / hxf; in FVRHSFunctionfast_2WaySplit()
717 for (j = 0; j < dof; j++) f[ifast * dof + j] += ctx->flux[j] / hxf; in FVRHSFunctionfast_2WaySplit()
726 PetscCall((*ctx->physics2.riemann2)(ctx->physics2.user, dof, uL, uR, ctx->flux, &maxspeed)); in FVRHSFunctionfast_2WaySplit()
728 for (j = 0; j < dof; j++) f[(ifast - 1) * dof + j] -= ctx->flux[j] / hxf; in FVRHSFunctionfast_2WaySplit()
817 PetscCall(PetscMalloc3(2 * dof, &ctx.uLR, dof, &ctx.flux, dof, &ctx.speeds)); in main()
969 PetscCall(PetscFree3(ctx.uLR, ctx.flux, ctx.speeds)); in main()