uniso_status_t *uniso(const char *src, const char *dst, distro_filter_f filter,
uniso_progress_cb cb, void *cb_data) {
// Deal with directories.
if(file_type(src) == FILE_TYPE_DIR) {
return undir(src, dst, filter, cb, cb_data);
}
uniso_status_t *s = new_status();
struct archive *iso = uniso_open(s, src);
if(!iso)
return s;
uniso_progress_t total = count_in_iso(iso, filter);
archive_read_free(iso);
if(total == 0)
return s;
iso = uniso_open(s, src);
if(!iso)
return s;
if(extract_iso(s, iso, dst, filter, total, cb, cb_data))
s->finished = 1;
archive_read_free(iso);
return s;
}
void mainloop_batch(simulation_data *sim)
{
char filebase[100];
const char *extractvars[] = {"q", "xc", "radius", NULL};
double origin[] = {5., 5., 5.}, normal[] = {0., 0.707, 0.707};
double isos[] = {0.2, 0.5, 0.8};
double v0[] = {1.,1.,1.}, v1[] = {5., 1.5, 7.}, v2[] = {8., 2., 5.};
/* Explicitly load VisIt runtime functions and install callbacks. */
VisItInitializeRuntime();
SetupCallbacks(sim);
while(!sim->done)
{
/* Update the simulation data for this iteration.*/
simulation_data_update(sim);
/* Tell VisIt that some metadata changed.*/
VisItTimeStepChanged();
/* Make some extracts. */
sprintf(filebase, "slice3v_%04d", sim->cycle);
extract_slice_3v(filebase, v0, v1, v2, extractvars);
sprintf(filebase, "sliceON_%04d", sim->cycle);
extract_slice_origin_normal(filebase, origin, normal, extractvars);
sprintf(filebase, "sliceX_%04d", sim->cycle);
extract_slice(filebase, 0, 0.5, extractvars);
sprintf(filebase, "sliceY_%04d", sim->cycle);
extract_slice(filebase, 1, 2.5, extractvars);
sprintf(filebase, "sliceZ_%04d", sim->cycle);
extract_slice(filebase, 2, 5., extractvars);
sprintf(filebase, "iso_%04d", sim->cycle);
extract_iso(filebase, "q", isos, 3, extractvars);
simulation_advance(sim);
}
}
