private void GPSA_BurstReceived(GpsAccess.NmeaBurst b)
{
if (logging)
{
if (logged == 0)
{
b.CalcZone(_currmeta.Zone);
if (TtUtils.FilterBurst(b, Values.Settings.DeviceOptions.Filter_WALK_FixType,
Values.Settings.DeviceOptions.Filter_WALK_DOP_TYPE,
Values.Settings.DeviceOptions.Filter_WALK_DOP_VALUE))
{
if (Values.Settings.DeviceOptions.Filter_Accuracy > 0)
{
if (CurrentNmea == null || TtUtils.BurstDistance(CurrentNmea, b) > Values.Settings.DeviceOptions.Filter_Accuracy)
{
CreateWalkPoint(b);
}
else
{
logged--; //try again next point
}
}
else
{
CreateWalkPoint(b);
}
}
else
{
logged--; //try again next point
}
}
if (logged >= Values.Settings.DeviceOptions.Filter_Frequency)
logged = 0;
else
logged++;
}
}
private void GPSA_BurstReceived(GpsAccess.NmeaBurst b)
{
if (checkMeta && b.IsValid)
{
if (b.CalcRealZone() != CurrMeta.Zone)
{
MessageBox.Show("The current UTM zone does not match the set metadata zone.",
"Zone mismatch", MessageBoxButtons.OK, MessageBoxIcon.Exclamation, MessageBoxDefaultButton.Button1);
}
checkMeta = false;
}
if (logging)
{
if (logged < Values.Settings.DeviceOptions.Take5NmeaAmount &&
(Values.Settings.DeviceOptions.IgnoreFirst ?
(Values.Settings.DeviceOptions.IgnoreFirstX - 1 < ignore) : true))
{
b.CalcZone(CurrMeta.Zone);
if (TtUtils.FilterBurst(b, Values.Settings.DeviceOptions.Filter_T5_FixType,
Values.Settings.DeviceOptions.Filter_T5_DOP_TYPE,
Values.Settings.DeviceOptions.Filter_T5_DOP_VALUE))
{
b._Used = true;
logged++;
}
else
{
b._Used = false;
}
CurrentNmea.Add(b);
this.GuiInvoke(()=> { progCapture.Value = logged; });
if (logged == Values.Settings.DeviceOptions.Take5NmeaAmount)
{
logging = false;
gpsInfoAdvCtrl.UtmRange = false;
CreateNewTake5Point();
}
if (Values.Settings.DeviceOptions.Take5FailTrigger &&
CurrentNmea.Count == Values.Settings.DeviceOptions.Take5NmeaAmount +
Values.Settings.DeviceOptions.Take5FailTriggerAmount)
{
logging = false;
gpsInfoAdvCtrl.UtmRange = false;
foreach (NmeaBurst burst in CurrentNmea)
{
burst._Used = true;
}
CreateNewTake5Point();
}
}
else
ignore++;
}
}
