static void save_cylinder_info(FILE *f, struct dive *dive)
{
int i;
for (i = 0; i < MAX_CYLINDERS; i++) {
cylinder_t *cylinder = dive->cylinder+i;
int volume = cylinder->type.size.mliter;
const char *description = cylinder->type.description;
int o2 = cylinder->gasmix.o2.permille;
int he = cylinder->gasmix.he.permille;
int start = cylinder->start.mbar;
int end = cylinder->end.mbar;
/* No cylinder information at all? */
if (!o2 && !volume && !start && !end)
return;
fprintf(f, " <cylinder");
if (volume)
show_milli(f, " size='", volume, " l", "'");
show_pressure(f, cylinder->type.workingpressure, " workpressure='", "'");
if (description && *description)
fprintf(f, " description='%s'", description);
if (o2) {
fprintf(f, " o2='%u.%u%%'", FRACTION(o2, 10));
if (he)
fprintf(f, " he='%u.%u%%'", FRACTION(he, 10));
}
show_pressure(f, cylinder->start, " start='", "'");
show_pressure(f, cylinder->end, " end='", "'");
fprintf(f, " />\n");
}
}
static void save_cylinder_info(FILE *f, struct dive *dive)
{
int i, nr;
nr = nr_cylinders(dive);
for (i = 0; i < nr; i++) {
cylinder_t *cylinder = dive->cylinder+i;
int volume = cylinder->type.size.mliter;
const char *description = cylinder->type.description;
int o2 = cylinder->gasmix.o2.permille;
int he = cylinder->gasmix.he.permille;
fprintf(f, " <cylinder");
if (volume)
show_milli(f, " size='", volume, " l", "'");
show_pressure(f, cylinder->type.workingpressure, " workpressure='", "'");
if (description && *description)
fprintf(f, " description='%s'", description);
if (o2) {
fprintf(f, " o2='%u.%u%%'", FRACTION(o2, 10));
if (he)
fprintf(f, " he='%u.%u%%'", FRACTION(he, 10));
}
show_pressure(f, cylinder->start, " start='", "'");
show_pressure(f, cylinder->end, " end='", "'");
fprintf(f, " />\n");
}
}
static void save_overview(FILE *f, struct dive *dive)
{
show_depth(f, dive->maxdepth, " <maxdepth>", "</maxdepth>\n");
show_depth(f, dive->meandepth, " <meandepth>", "</meandepth>\n");
show_temperature(f, dive->airtemp, " <airtemp>", "</airtemp>\n");
show_temperature(f, dive->watertemp, " <watertemp>", "</watertemp>\n");
show_duration(f, dive->duration, " <duration>", "</duration>\n");
show_duration(f, dive->surfacetime, " <surfacetime>", "</surfacetime>\n");
show_pressure(f, dive->beginning_pressure, " <cylinderstartpressure>", "</cylinderstartpressure>\n");
show_pressure(f, dive->end_pressure, " <cylinderendpressure>", "</cylinderendpressure>\n");
show_utf8(f, dive->location, " <location>","</location>\n");
show_utf8(f, dive->notes, " <notes>","</notes>\n");
}
static void save_airpressure(FILE *f, struct dive *dive)
{
if (!dive->surface_pressure.mbar)
return;
fputs(" <surface", f);
show_pressure(f, dive->surface_pressure, " pressure='", "'");
fputs(" />\n", f);
}
static void save_sample(FILE *f, struct sample *sample)
{
fprintf(f, " <sample time='%u:%02u min'", FRACTION(sample->time.seconds,60));
show_milli(f, " depth='", sample->depth.mm, " m", "'");
show_temperature(f, sample->temperature, " temp='", "'");
show_pressure(f, sample->cylinderpressure, " pressure='", "'");
if (sample->cylinderindex)
fprintf(f, " cylinderindex='%d'", sample->cylinderindex);
fprintf(f, " />\n");
}
