public void findNearPOIFromGpx(string trkFile, string poiFile)
{
try {
GpxResult res =
GpsData.findPoiNearGpxTracks(trkFile, poiFile);
if (res.GPX == null)
{
string msg = "Find Near POI to GPX tracks/routes failed" + NL
+ " " + res.Message;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, NL + msg));
return;
}
gpx poiNear = res.GPX;
string saveFileName = getSaveName(poiFile, ".foundnear");
if (saveFileName != null)
{
poiNear.Save(saveFileName);
string msg = "Find Near POI to GPX tracks/routes:" + NL
+ " Tracks/routes file=" + trkFile + NL
+ " POI file=" + poiFile + NL
+ " Output=" + saveFileName + NL
+ " " + res.Message;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, NL + msg));
}
else
{
return;
}
} catch (Exception ex) {
string msg = "Error finding Near POI from GPX";
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.EXC, msg, ex));
return;
}
}
public static void fixPolarGpx(string gpxFile, MainForm mainForm)
{
try {
GpxResult res =
GpsData.fixPolarGpx(gpxFile);
if (res.GPX == null)
{
Utils.errMsg("Fixing GPX failed:" + NL
+ "for " + Path.GetFileName(gpxFile) + NL
+ res.Message);
return;
}
if (res.Message.StartsWith("Unmodified"))
{
mainForm.gpxTxcCallback(NL + "Did not change " + gpxFile + NL);
return;
}
// Overwrite the existing file and restore the modified time
DateTime lastModifiedTime = File.GetLastWriteTime(gpxFile);
res.GPX.Save(gpxFile);
File.SetLastWriteTime(gpxFile, lastModifiedTime);
mainForm.gpxTxcCallback(NL + "Overwrote " + gpxFile + NL
+ res.Message);
} catch (Exception ex) {
Utils.excMsg("Error fixing Gpx for " + gpxFile, ex);
return;
}
}
public void fixPolarGpx(string gpxFile, bool silent)
{
try {
GpxResult res =
GpsData.fixPolarGpx(gpxFile);
if (res.GPX == null)
{
string msg = "Fix Polar Access GPX: Fixing GPX failed:" + NL
+ "for " + Path.GetFileName(gpxFile) + NL
+ res.Message;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.ERR, msg));
return;
}
if (res.Message.StartsWith("Unmodified"))
{
string msg = "Fix Polar Access GPX: No changes to" +
" be made in " + gpxFile;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, NL + msg));
return;
}
if (silent)
{
// Overwrite the existing file and restore the modified time
DateTime lastModifiedTime = File.GetLastWriteTime(gpxFile);
res.GPX.Save(gpxFile);
File.SetLastWriteTime(gpxFile, lastModifiedTime);
string msg = "Fix Polar Access GPX: Overwrote "
+ gpxFile + NL + res.Message;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, NL + msg));
}
else
{
string saveFileName = getSaveName(gpxFile, ".fixed");
if (saveFileName != null)
{
res.GPX.Save(saveFileName);
string msg = "Fix Polar Access GPX: Changed times in "
+ gpxFile + NL
+ " Output is " + saveFileName
+ NL + " " + res.Message;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, NL + msg));
}
else
{
string msg = "Fix Polar Access GPX: Failed to change "
+ "times in " + gpxFile + NL;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.MSG, msg));
}
}
} catch (Exception ex) {
string msg = "Fix Polar Access GPX: Error fixing Gpx for "
+ gpxFile;
raiseGpxTcxEvent(new GpxTcxEventArgs(EventType.EXC, msg, ex));
return;
}
}