/* Output something interesing when we can for route and trackpoints */
static void kml_output_description(const waypoint *pt)
{
char *alt_units;
double alt;
if (!trackdata) {
return;
}
alt = fmt_distance(pt->altitude, &alt_units);
kml_write_xml(1, "<description><![CDATA[\n");
kml_write_xml(1, "<table>\n");
TD("Longitude: %f", pt->longitude);
TD("Latitude: %f", pt->latitude);
if (pt->altitude != unknown_alt) TD2("Altitude: %.3f %s", alt, alt_units);
if (pt->heartrate) TD("Heart rate: %d", pt->heartrate);
if (pt->cadence) TD("Cadence: %d", pt->cadence);
/* Which unit is this temp in? C? F? K? */
if WAYPT_HAS(pt, temperature) TD("Temperature: %.1f", pt->temperature);
if WAYPT_HAS(pt, depth) {
char *depth_units;
double depth = fmt_distance(pt->depth, &depth_units);
TD2("Depth: %.1f %s", depth, depth_units);
}
void ROUND(int i, u32* d0, u32* d1, u32* d2, u32* d3,
u32 s0, u32 s1, u32 s2, u32 s3,
const u32 rk[/*44*/])
{
*d0 = TD0(s0) ^ TD1(s3) ^ TD2(s2) ^ TD3(s1) ^ rk[4 * i];
*d1 = TD0(s1) ^ TD1(s0) ^ TD2(s3) ^ TD3(s2) ^ rk[4 * i + 1];
*d2 = TD0(s2) ^ TD1(s1) ^ TD2(s0) ^ TD3(s3) ^ rk[4 * i + 2];
*d3 = TD0(s3) ^ TD1(s2) ^ TD2(s1) ^ TD3(s0) ^ rk[4 * i + 3];
}
void ROUND(int i, u32* d0, u32* d1, u32* d2, u32* d3,
u32 s0, u32 s1, u32 s2, u32 s3,
const u32 rk[/*44*/])
{
*d0 = TD0(s0) ^ TD1(s3) ^ TD2(s2) ^ TD3(s1) ^ rk[4 * i];
*d1 = TD0(s1) ^ TD1(s0) ^ TD2(s3) ^ TD3(s2) ^ rk[4 * i + 1];
*d2 = TD0(s2) ^ TD1(s1) ^ TD2(s0) ^ TD3(s3) ^ rk[4 * i + 2];
*d3 = TD0(s3) ^ TD1(s2) ^ TD2(s1) ^ TD3(s0) ^ rk[4 * i + 3];
/*
*d0 = TE0(s0) ^ TE1(s1) ^ TE2(s2) ^ TE3(s3) ^ rk[4 * i];
*d1 = TE0(s1) ^ TE1(s2) ^ TE2(s3) ^ TE3(s0) ^ rk[4 * i + 1];
*d2 = TE0(s2) ^ TE1(s3) ^ TE2(s0) ^ TE3(s1) ^ rk[4 * i + 2];
*d3 = TE0(s3) ^ TE1(s0) ^ TE2(s1) ^ TE3(s2) ^ rk[4 * i + 3];
*/
//printf("i=%d rk %#x,%#x,%#x,%#x\n",i,rk[4 * i], rk[4 * i + 1], rk[4 * i + 2], rk[4 * i + 3]);
//printf("d0 %d\n", *d0);
}
/*
* Output the track summary.
*/
static
void kml_output_trkdescription(const route_head *header, computed_trkdata *td)
{
char *max_alt_units;
double max_alt;
char *min_alt_units;
double min_alt;
char *distance_units;
double distance;
if (!td || !trackdata) {
return;
}
max_alt = fmt_distance(td->max_alt, &max_alt_units);
min_alt = fmt_distance(td->min_alt, &min_alt_units);
distance = fmt_distance(td->distance_meters, &distance_units);
kml_write_xml(0, "<Snippet/>\n");
kml_write_xml(1, "<description>\n");
kml_write_xml(1, "<![CDATA[<table>\n");
if (header->rte_desc) {
TD("<b>Description</b> %s", header->rte_desc);
}
TD2("<b>Distance</b> %.1f %s", distance, distance_units);
if (min_alt != unknown_alt) {
TD2("<b>Min Alt</b> %.3f %s", min_alt, min_alt_units);
}
if (max_alt != unknown_alt) {
TD2("<b>Max Alt</b> %.3f %s", max_alt, max_alt_units);
}
if (td->min_spd) {
char *spd_units;
double spd = fmt_speed(td->min_spd, &spd_units);
TD2("<b>Min Speed</b> %.1f %s", spd, spd_units);
}
if (td->max_spd) {
char *spd_units;
double spd = fmt_speed(td->max_spd, &spd_units);
TD2("<b>Max Speed</b> %.1f %s", spd, spd_units);
}
if (td->max_spd && td->start && td->end) {
char *spd_units;
time_t elapsed = td->end - td->start;
double spd = fmt_speed(td->distance_meters / elapsed, &spd_units);
if (spd > 1.0) {
TD2("<b>Avg Speed</b> %.1f %s", spd, spd_units);
}
}
if (td->avg_hrt) {
TD("<b>Avg Heart Rate</b> %.1f bpm", td->avg_hrt);
}
if (td->min_hrt < td->max_hrt) {
TD("<b>Min Heart Rate</b> %d bpm", td->min_hrt);
}
if (td->max_hrt) {
TD("<b>Max Heart Rate</b> %d bpm", td->max_hrt);
}
if (td->avg_cad) {
TD("<b>Avg Cadence</b> %.1f rpm", td->avg_cad);
}
if (td->max_cad) {
TD("<b>Max Cadence</b> %d rpm", td->max_cad);
}
if (td->start && td->end) {
char time_string[64];
xml_fill_in_time(time_string, td->start, 0, XML_LONG_TIME);
TD("<b>Start Time</b> %s ", time_string);
xml_fill_in_time(time_string, td->end, 0, XML_LONG_TIME);
TD("<b>End Time</b> %s ", time_string);
}
kml_write_xml(-1, "</table>]]>\n");
kml_write_xml(-1, "</description>\n");
/* We won't always have times. Garmin saved tracks, for example... */
if (td->start && td->end) {
char time_string[64];
kml_write_xml(1, "<TimeSpan>\n");
xml_fill_in_time(time_string, td->start, 0, XML_LONG_TIME);
kml_write_xml(0, "<begin>%s</begin>\n", time_string);
xml_fill_in_time(time_string, td->end, 0, XML_LONG_TIME);
kml_write_xml(0, "<end>%s</end>\n", time_string);
kml_write_xml(-1, "</TimeSpan>\n");
}
}
