r->lu.y=c->y;
}
- /* [Proj:][Ð]DMM.ss[S][S]... N/S [D][D]DMM.ss[S][S]... E/W */
- /* [Proj:][-][D]D.d[d]... [-][D][D]D.d[d]... */
- /* [Proj:][-]0xX [-]0xX */
-/*
- * Currently supported:
- * [Proj:]-0xX [-]0xX
- * - where Proj can be mg/garmin, defaults to mg
- * [Proj:][D][D]Dmm.ss[S][S] N/S [D][D]DMM.ss[S][S]... E/W
- * [Proj:][-][D]D.d[d]... [-][D][D]D.d[d]
- * - where Proj can be geo
+/**
+ * Parses \c char \a *c_str and writes back the coordinates to \c coord \a *c_ret. Uses \c projection \a pro if no projection is given in \c char \a *c_str.
+ * The format for \a *c_str can be:
+ * \li [Proj:]-0xX [-]0xX
+ * - where Proj can be mg/garmin, defaults to mg
+ * \li [Proj:][D][D]Dmm.ss[S][S] N/S [D][D]DMM.ss[S][S]... E/W
+ * \li [Proj:][-][D]D.d[d]... [-][D][D]D.d[d]
+ * - where Proj can be geo
+ *
+ * @param *c_str String to be parsed
+ * @param pro Projection of the string
+ * @param *pc_ret Where the \a pcoord should get stored
+ * @returns The lenght of the parsed string
*/
int
goto out;
}
}
- if (! s)
- return 0;
+ if (! s) {
+ ret=0;
+ goto out;
+ }
while (*s == ' ') {
s++;
}
char ns, ew;
dbg(1,"str='%s'\n", str);
args=sscanf(str, "%lf %c %lf %c%n", &lat, &ns, &lng, &ew, &ret);
+ dbg(1,"args=%d\n", args);
+ dbg(1,"lat=%f %c lon=%f %c\n", lat, ns, lng, ew);
if (args < 4)
goto out;
+ dbg(1,"projection=%d str_pro=%d projection_none=%d\n", pro, str_pro, projection_none);
if (str_pro == projection_none) {
g.lat=floor(lat/100);
lat-=g.lat*100;
g.lat=-g.lat;
if (ew == 'w' || ew == 'W')
g.lng=-g.lng;
+ dbg(1,"transform_from_geo(%f,%f)",g.lat,g.lng);
transform_from_geo(pro, &g, c_ret);
+ dbg(1,"result 0x%x,0x%x\n", c_ret->x,c_ret->y);
}
dbg(3,"str='%s' x=%f ns=%c y=%f ew=%c c=%d\n", str, lng, ns, lat, ew, ret);
dbg(3,"rest='%s'\n", str+ret);
ret+=str-c_str;
if (debug) {
printf("args=%d\n", args);
- printf("ret=%d delta=%d ret_str='%s'\n", ret, str-c_str, c_str+ret);
+ printf("ret=%d delta=%d ret_str='%s'\n", ret, GPOINTER_TO_INT(str-c_str), c_str+ret);
}
out:
if (proj)
return ret;
}
+/**
+ * A wrapper for pcoord_parse that also return the projection
+ * @param *c_str String to be parsed
+ * @param pro Projection of the string
+ * @param *pc_ret Where the \a pcoord should get stored
+ * @returns The lenght of the parsed string
+ */
+
+int
+pcoord_parse(const char *c_str, enum projection pro, struct pcoord *pc_ret)
+{
+ struct coord c;
+ int ret;
+ ret = coord_parse(c_str, pro, &c);
+ pc_ret->x = c.x;
+ pc_ret->y = c.y;
+ pc_ret->pro = pro;
+ return ret;
+}
+
void
coord_print(enum projection pro, struct coord *c, FILE *out) {
unsigned int x;
y = c->y;
}
fprintf( out, "%s: %s0x%x %s0x%x\n",
- projection_to_name( pro ),
+ projection_to_name( pro , NULL),
sign_x, x,
sign_y, y );
return;
}
+/**
+ * @brief Converts a lat/lon into a text formatted text string.
+ * @param lat The latitude
+ * @param lng The longitude
+ * @param fmt The format to use.
+ * @li DEGREES=>(45.5000N 100.9000S)
+ * @li DEGREES_MINUTES=>(45 30.))00N 100 120.54.0000S)
+ * @li DEGREES_MINUTES_SECONDS=>(4530.0000N 12054.0000S)
+ *
+ *
+ * @param buffer A buffer large enough to hold the output + a terminating NULL (26 bytes)
+ * @param size The size of the buffer
+ *
+ */
+void coord_format(float lat,float lng, enum coord_format fmt, char * buffer, int size)
+{
+
+ char lat_c='N';
+ char lng_c='E';
+ float lat_deg,lat_min,lat_sec;
+ float lng_deg,lng_min,lng_sec;
+
+ if (lng < 0) {
+ lng=-lng;
+ lng_c='W';
+ }
+ if (lat < 0) {
+ lat=-lat;
+ lat_c='S';
+ }
+ lat_deg=lat;
+ lat_min=(lat-floor(lat_deg))*60;
+ lat_sec=fmod(lat*3600,60);
+ lng_deg=lng;
+ lng_min=(lng-floor(lng_deg))*60;
+ lng_sec=fmod(lng*3600,60);
+ switch(fmt)
+ {
+
+ case DEGREES_DECIMAL:
+ snprintf(buffer,size,"%02.6f%c %03.7f%c",lat,lat_c,lng,lng_c);
+ break;
+ case DEGREES_MINUTES:
+ snprintf(buffer,size,"%02.0f %07.4f%c %03.0f %07.4f%c",floor(lat_deg),lat_min , lat_c, floor(lng), lng_min, lng_c);
+ break;
+ case DEGREES_MINUTES_SECONDS:
+ snprintf(buffer,size,"%02.0f%07.4f%c %03.0f%07.4f%c",floor(lat), fmod(lat*60,60), lat_c, floor(lng), fmod(lng*60,60), lng_c);
+ break;
+
+
+ }
+
+}
+
+unsigned int
+coord_hash(const void *key)
+{
+ const struct coord *c=key;
+ return c->x^c->y;
+}
+
+int
+coord_equal(const void *a, const void *b)
+{
+ const struct coord *c_a=a;
+ const struct coord *c_b=b;
+ if (c_a->x == c_b->x && c_a->y == c_b->y)
+ return TRUE;
+ return FALSE;
+}
/** @} */
projects / navit-package / blobdiff