/// <summary>
/// Detach the active stage and enable the next one if present.
/// </summary>
private void DropStage()
{
// automatic staging when a preceeding stage runs out of fuel (engine still on)
if (multiStage.activeStage < multiStage.numStages)
{
// release stage as child, add to GravityEngine
GameObject spentStage = stages[multiStage.activeStage];
spentStage.transform.parent = null;
// add an NBody component,so GE can manage the stage
NBody nbody = spentStage.AddComponent <NBody>();
nbody.initialPos = spentStage.transform.position;
nbody.vel = shipNbody.vel;
// Add an atmosphere model, copy general values from rocket and then adjust
EarthAtmosphere stageAtmosphere = spentStage.AddComponent <EarthAtmosphere>();
stageAtmosphere.InitFrom(atmosphere, nbody);
stageAtmosphere.coeefDrag = multiStage.coeefDrag[multiStage.activeStage];
stageAtmosphere.crossSectionalArea = multiStage.crossSectionalArea[multiStage.activeStage];
stageAtmosphere.inertialMassKg = multiStage.massStageEmpty[multiStage.activeStage];
GravityEngine.Instance().AddBody(spentStage);
// activate the next stage
multiStage.NextStage();
multiStage.SetEngine(true);
GravityEngine.Instance().TrajectoryRestart();
DisplayManager.Instance().DisplayMessage("Staging");
}
else
{
multiStage.SetEngine(false);
DisplayManager.Instance().DisplayMessage("Engine Shutdown");
}
}
private void Update()
{
//ObjectsStorage.Ints.Satel1.transform.position = new Vector3((float)1.3 + (RadSlider.value / 1000 - 1), ObjectsStorage.Ints.Satel1.transform.position.y, ObjectsStorage.Ints.Satel1.transform.position.z);
//ObjectsStorage.Ints.Satel2.transform.position = new Vector3((float)1 - (RadSlider.value / 1000 - 1), 1 + (RadSlider.value / 1000 - 1), ObjectsStorage.Ints.Satel1.transform.position.z);
//ObjectsStorage.Ints.Satel3.transform.position = new Vector3(ObjectsStorage.Ints.Satel1.transform.position.x, (float)-1.4 - (RadSlider.value / 1000 + 1), ObjectsStorage.Ints.Satel1.transform.position.z);
//ObjectsStorage.Ints.Satel4.transform.position = new Vector3(ObjectsStorage.Ints.Satel1.transform.position.x, (float)1.5 + (RadSlider.value / 1000 - 1), ObjectsStorage.Ints.Satel1.transform.position.z);
float value = _radSlider.value;
value *= 20;
//if( Math.Abs( _previousRadiusValue - value ) < 0.001 )
//{
// return;
//}
if (Math.Abs(_previousRadiusValue - value) >= 0.001)
{
CameraRotator.MoveZ(_previousRadiusValue > value
? -value
: value
);
_previousRadiusValue = value;
}
PlanetConfigurator.SetRadius(value);
EarthAtmosphere.SetRadius(value);
UpdateRadiusText(_radSlider.value);
}
public void InitFrom(EarthAtmosphere atm, NBody nbody)
{
this.earth = atm.earth;
this.spaceship = nbody;
this.heightEarthSurface = atm.heightEarthSurface;
this.inertialMassKg = atm.inertialMassKg;
this.crossSectionalArea = atm.crossSectionalArea;
this.coeefDrag = atm.coeefDrag;
}