// function is called from the retrieval of information from the simconnect and in this case stores it in the database based
// on prefrences
public void UseData(MSFS2020_SimConnectIntergration.SimPlaneDataStructure simPlaneData)
{
if (AutomaticLoggingCB.Checked == true)
{
// if user wanted automatic logging and ground speed is > LoggingThresholdGroundVelTB and they hadn't stoppeed logging before manaually then turn logging on and write aircraft to start flight
if (simPlaneData.ground_velocity >= Convert.ToInt32(LoggingThresholdGroundVelTB.Text))
{
if ((bLoggingEnabled == false) && (bStoppedLoggingDueToSpeed == true))
{
StartLoggingBtn.PerformClick();
bStartedLoggingDueToSpeed = true;
}
}
else
{
if (bLoggingEnabled == true)
{
// if ground speed is < LoggingThresholdGroundVelTB and user wanted automatic logging and logging was on due to speed then turn it off
if (bStartedLoggingDueToSpeed == true)
{
StopLoggingAction();
}
}
bStoppedLoggingDueToSpeed = true;
}
}
if (bLoggingEnabled == true)
{
// if we don't have flight header information then ask for it and don't write out this data point
if (nCurrentFlightID == 0)
{
simConnectIntegration.GetSimEnvInfo();
}
else
{
System.TimeSpan tsDiffRecords = DateTime.Now - dtLastDataRecord;
// if altitude above ground is greater or equal threshold and it has been threshold amount of time or
// altitude is below threshold
if (((simPlaneData.altitude_above_ground >= Convert.ToInt32(ThresholdMinAltTB.Text)) &&
(tsDiffRecords.TotalSeconds >= Convert.ToDouble(ThresholdLogWriteFreqTB.Text))) ||
(simPlaneData.altitude_above_ground < Convert.ToInt32(ThresholdMinAltTB.Text)))
{
int FlightSampleID;
FlightSampleID = FlightPathDB.WriteFlightPoint(nCurrentFlightID, simPlaneData.latitude, simPlaneData.longitude, simPlaneData.altitude);
FlightPathDB.WriteFlightPointDetails(FlightSampleID, simPlaneData.altitude_above_ground, simPlaneData.engine1rpm, simPlaneData.engine2rpm, simPlaneData.engine3rpm,
simPlaneData.engine4rpm, simPlaneData.lightsmask, simPlaneData.ground_velocity, simPlaneData.plane_pitch, simPlaneData.plane_bank, simPlaneData.plane_heading_true,
simPlaneData.plane_heading_magnetic, simPlaneData.plane_airspeed_indicated, simPlaneData.airspeed_true, simPlaneData.vertical_speed,
simPlaneData.heading_indicator, simPlaneData.flaps_handle_position, simPlaneData.spoilers_handle_position,
simPlaneData.gear_handle_position, simPlaneData.ambient_wind_velocity, simPlaneData.ambient_wind_direction, simPlaneData.ambient_temperature,
simPlaneData.stall_warning, simPlaneData.overspeed_warning, simPlaneData.is_gear_retractable, simPlaneData.spoiler_available, simPlaneData.sim_on_ground);
dtLastDataRecord = DateTime.Now;
}
flightPlan.AddFlightPlanWaypoint(new FlightWaypointData(simPlaneData.gps_wp_prev_latitude, simPlaneData.gps_wp_prev_longitude, simPlaneData.gps_wp_prev_altitude, simPlaneData.gps_wp_prev_id),
new FlightWaypointData(simPlaneData.gps_wp_next_latitude, simPlaneData.gps_wp_next_longitude, simPlaneData.gps_wp_next_altitude, simPlaneData.gps_wp_next_id),
simPlaneData.gps_flight_plan_wp_index, simPlaneData.gps_flight_plan_wp_count);
}
}
}