private bool IsFlightSituationChanged()
{
bool changed = false;
Vessel v = SoundtrackEditor.InitialLoadingComplete ? FlightGlobals.ActiveVessel : null;
if (v != null)
{
Enums.Selector inAtmosphere = v.atmDensity > 0 ? Enums.Selector.True : Enums.Selector.False;
if (SoundtrackEditor.CurrentSituation.inAtmosphere != inAtmosphere)
{
SoundtrackEditor.CurrentSituation.inAtmosphere = inAtmosphere;
if (MonitorInAtmosphere)
{
Utils.Log("In atmosphere changed");
changed = true;
}
}
// For surface velocity, orbital velocity and altitude, check if we crossed the monitored point going in either direction.
if (MonitorSurfaceVelocity)
{
if ((v.srf_velocity.magnitude > _maxSrfVel && v.srf_velocity.magnitude < _previousSrfVel) ||
(v.srf_velocity.magnitude < _maxSrfVel && v.srf_velocity.magnitude > _previousSrfVel))
{
changed = true;
}
if ((v.srf_velocity.magnitude > _minSrfVel && v.srf_velocity.magnitude < _previousSrfVel) ||
(v.srf_velocity.magnitude < _minSrfVel && v.srf_velocity.magnitude > _previousSrfVel))
{
changed = true;
}
_previousSrfVel = v.srf_velocity.magnitude;
}
if (MonitorOrbitalVelocity)
{
if ((v.obt_velocity.magnitude > _maxObtVel && v.obt_velocity.magnitude < _previousObtVel) ||
(v.obt_velocity.magnitude < _maxObtVel && v.obt_velocity.magnitude > _previousObtVel))
{
changed = true;
}
if ((v.obt_velocity.magnitude > _minObtVel && v.obt_velocity.magnitude < _previousObtVel) ||
(v.obt_velocity.magnitude < _minObtVel && v.obt_velocity.magnitude > _previousObtVel))
{
changed = true;
}
_previousObtVel = v.obt_velocity.magnitude;
}
if (MonitorAltitude)
{
if ((v.altitude > _maxAlt && v.altitude < _previousAlt) ||
(v.altitude < _maxAlt && v.altitude > _previousAlt))
{
changed = true;
}
if ((v.altitude > _minAlt && v.altitude < _previousAlt) ||
(v.altitude < _minAlt && v.altitude > _previousAlt))
{
changed = true;
}
_previousAlt = v.altitude;
}
if (MonitorNearestVessel)
{
Vessel newVessel = Utils.GetNearestVessel(_minVesselDist, _maxVesselDist, v);
if (newVessel != null && NearestVessel != newVessel)
{
NearestVessel = newVessel;
changed = true;
}
}
if (MonitorVesselState)
{
if (_previousVesselState != Enums.ConvertVesselState(v.state))
{
Utils.Log("Vessel state changed");
_previousVesselState = Enums.ConvertVesselState(v.state);
changed = true;
}
}
if (MonitorVesselType)
{
if (_previousVesselType != Enums.VesselTypetoCustomVesselType(v.vesselType))
{
Utils.Log("Vessel type changed");
_previousVesselType = Enums.VesselTypetoCustomVesselType(v.vesselType);
changed = true;
}
}
}
return(changed);
}
private void UpdateSituation()
{
bool changed = false;
// Throws exceptions before the initial loading screen is completed.
if (SoundtrackEditor.CurrentSituation.scene == Enums.Scenes.Flight)
{
Vessel v = SoundtrackEditor.InitialLoadingComplete ? FlightGlobals.ActiveVessel : null;
if (v != null)
{
Enums.Selector inAtmosphere = v.atmDensity > 0 ? Enums.Selector.True : Enums.Selector.False;
if (SoundtrackEditor.CurrentSituation.inAtmosphere != inAtmosphere)
{
SoundtrackEditor.CurrentSituation.inAtmosphere = inAtmosphere;
if (MonitorInAtmosphere)
{
Utils.Log("In atmosphere changed");
changed = true;
}
}
// For surface velocity, orbital velocity and altitude, check if we crossed the monitored point going in either direction.
if (MonitorSurfaceVelocity)
{
if ((v.srf_velocity.magnitude > _maxSrfVel && v.srf_velocity.magnitude < _previousSrfVel) ||
(v.srf_velocity.magnitude < _maxSrfVel && v.srf_velocity.magnitude > _previousSrfVel))
{
changed = true;
}
if ((v.srf_velocity.magnitude > _minSrfVel && v.srf_velocity.magnitude < _previousSrfVel) ||
(v.srf_velocity.magnitude < _minSrfVel && v.srf_velocity.magnitude > _previousSrfVel))
{
changed = true;
}
_previousSrfVel = v.srf_velocity.magnitude;
}
if (MonitorOrbitalVelocity)
{
if ((v.obt_velocity.magnitude > _maxObtVel && v.obt_velocity.magnitude < _previousObtVel) ||
(v.obt_velocity.magnitude < _maxObtVel && v.obt_velocity.magnitude > _previousObtVel))
{
changed = true;
}
if ((v.obt_velocity.magnitude > _minObtVel && v.obt_velocity.magnitude < _previousObtVel) ||
(v.obt_velocity.magnitude < _minObtVel && v.obt_velocity.magnitude > _previousObtVel))
{
changed = true;
}
_previousObtVel = v.obt_velocity.magnitude;
}
if (MonitorAltitude)
{
if ((v.altitude > _maxAlt && v.altitude < _previousAlt) ||
(v.altitude < _maxAlt && v.altitude > _previousAlt))
{
changed = true;
}
if ((v.altitude > _minAlt && v.altitude < _previousAlt) ||
(v.altitude < _minAlt && v.altitude > _previousAlt))
{
changed = true;
}
_previousAlt = v.altitude;
}
if (MonitorNearestVessel)
{
Vessel newVessel = Utils.GetNearestVessel(_minVesselDist, _maxVesselDist, v);
if (newVessel != null && NearestVessel != newVessel)
{
NearestVessel = newVessel;
changed = true;
}
}
if (MonitorVesselState)
{
if (_previousVesselState != Enums.ConvertVesselState(v.state))
{
Utils.Log("Vessel state changed");
_previousVesselState = Enums.ConvertVesselState(v.state);
changed = true;
}
}
}
}
else if (SoundtrackEditor.CurrentSituation.scene == Enums.Scenes.SpaceCentre)
{
if (MonitorTimeOfDay)
{
if (_homeBody == null)
{
_homeBody = FlightGlobals.GetHomeBody();
}
double localTime = Sun.Instance.GetLocalTimeAtPosition(Utils.KscLatitude, Utils.KscLongitude, _homeBody);
Enums.TimesOfDay tod = Enums.TimeToTimeOfDay(localTime);
if (SoundtrackEditor.CurrentSituation.timeOfDay != tod)
{
SoundtrackEditor.CurrentSituation.timeOfDay = tod;
changed = true;
}
}
}
else
{
SoundtrackEditor.CurrentSituation.paused = Enums.Selector.False;
}
if (changed)
{
SoundtrackEditor.Instance.OnSituationChanged();
}
}
public bool CheckVesselDistance(Vessel v)
{
return(Utils.GetNearestVessel(minVesselDistance, maxVesselDistance, v) != null);
}
private void UpdateSituation()
{
bool changed = false;
// Throws exceptions before the initial loading screen is completed.
if (SoundtrackEditor.CurrentSituation.scene == Enums.Scenes.Flight)
{
Vessel v = SoundtrackEditor.InitialLoadingComplete ? FlightGlobals.ActiveVessel : null;
if (v != null)
{
Enums.Selector inAtmosphere = v.atmDensity > 0 ? Enums.Selector.True : Enums.Selector.False;
if (SoundtrackEditor.CurrentSituation.inAtmosphere != inAtmosphere)
{
SoundtrackEditor.CurrentSituation.inAtmosphere = inAtmosphere;
if (MonitorInAtmosphere)
{
Utils.Log("In atmosphere changed");
changed = true;
}
}
//FlightGlobals.currentMainBody.maxAtmosphereAltitude
if (MonitorSurfaceVelocity)
{
if (_maxSrfVel < v.srf_velocity.magnitude)
{
//Utils.Log("Above maximum surface velocity");
changed = true;
}
if (_minSrfVel > v.srf_velocity.magnitude)
{
//Utils.Log("Below minimum surface velocity");
changed = true;
}
}
if (MonitorOrbitalVelocity)
{
if (_maxObtVel < v.obt_velocity.magnitude)
{
//Utils.Log("Above maximum orbital velocity");
changed = true;
}
if (_minObtVel > v.obt_velocity.magnitude)
{
//Utils.Log("Below minimum orbital velocity");
changed = true;
}
}
if (MonitorAltitude)
{
if (_maxAlt < v.altitude)
{
//Utils.Log("Above maximum altitude");
changed = true;
}
if (_minAlt > v.altitude)
{
//Utils.Log("Below minimum altitude");
changed = true;
}
}
if (MonitorNearestVessel)
{
Vessel newVessel = Utils.GetNearestVessel(_minVesselDist, _maxVesselDist, v);
if (NearestVessel != newVessel)
{
NearestVessel = newVessel;
changed = true;
}
}
}
}
else if (SoundtrackEditor.CurrentSituation.scene == Enums.Scenes.SpaceCentre)
{
if (MonitorTimeOfDay)
{
if (_homeBody == null)
{
_homeBody = FlightGlobals.GetHomeBody();
}
double localTime = Sun.Instance.GetLocalTimeAtPosition(Utils.KscLatitude, Utils.KscLongitude, _homeBody);
Enums.TimesOfDay tod = Enums.TimeToTimeOfDay(localTime);
if (SoundtrackEditor.CurrentSituation.timeOfDay != tod)
{
SoundtrackEditor.CurrentSituation.timeOfDay = tod;
changed = true;
}
}
}
else
{
SoundtrackEditor.CurrentSituation.paused = Enums.Selector.False;
}
if (changed)
{
SoundtrackEditor.Instance.OnSituationChanged();
}
}