The predictFromGps function is now using rtc date if sat date is not available.

VERSION

-237
+238
\ No newline at end of file

lib/+artoa/+toa/predictFromGps.m

@@ -66,11 +66,22 @@ launchDateToa(2) = predictToa(pRfb.FLOAT.launchpos);
 
 for o = 1:gpsMeasurementCount
     currentGpsPosition = [gpsData(o, pRfb.SAT_FORMAT.lat_sat), gpsData(o, pRfb.SAT_FORMAT.lon_sat)];
-    gpsRafosDates(o) = artoa.convert.dmy2rd( ...
-        gpsData(o, pRfb.SAT_FORMAT.day_sat), ...
-        gpsData(o, pRfb.SAT_FORMAT.month_sat), ...
-        gpsData(o, pRfb.SAT_FORMAT.year_sat) ...
-    );
+    % check if sat date is available
+    if ~isnan(gpsData(o, pRfb.SAT_FORMAT.day_sat)) ...
+            & ~isnan(gpsData(o, pRfb.SAT_FORMAT.month_sat)) ...
+            & ~isnan(gpsData(o, pRfb.SAT_FORMAT.day_sat))
+        gpsRafosDates(o) = artoa.convert.dmy2rd( ...
+            gpsData(o, pRfb.SAT_FORMAT.day_sat), ...
+            gpsData(o, pRfb.SAT_FORMAT.month_sat), ...
+            gpsData(o, pRfb.SAT_FORMAT.year_sat) ...
+        );
+    else % get rtc date
+        gpsRafosDates(o) = artoa.convert.dmy2rd( ...
+            gpsData(o, pRfb.SAT_FORMAT.day_rtc), ...
+            gpsData(o, pRfb.SAT_FORMAT.month_rtc), ...
+            gpsData(o, pRfb.SAT_FORMAT.year_rtc) ...
+        );
+    end
     % calculate distance between sound source and gps
     
     predictedToa(o) = predictToa(currentGpsPosition);