void Start()
{
shipElements = GetComponent <GravityElements>();
encounters = GetComponent <Encounters>();
spriteRenderer = GetComponentInChildren <SpriteRenderer>(true);
lineDrawer = GetComponentInChildren <LineDrawer>();
perigeeIcons = new List <GameObject>();
apogeeIcons = new List <GameObject>();
updateEncounters();
}
// Use this for initialization
protected void Start()
{
//First time setup
gravityElements = GetComponent <GravityElements>();
gravityElements.MassiveBody = findInfluencingCelestialBody(transform.position, gravityElements.velocity, null);
gravityElements.TimeStep = GlobalElements.timeStep;
gravityElements.Position = transform.position - gravityElements.MassiveBody.transform.position;
sphereChangeImmunity = 0;
calculateInitialOrbitalElements(gravityElements.Position, gravityElements.velocity);
shipPatchedConics = GetComponent <ShipPatchedConics>();
}
// Use this for initialization
void Start()
{
node = null;
shipElements = GetComponent <GravityElements>();
ship = GetComponent <ShipGravityBehavior>();
lineDrawer = GetComponentInChildren <LineDrawer>();
patchedConics = GetComponent <ShipPatchedConics>();
currentMassiveBody = shipElements.massiveBody;
hoverDistanceTolerance = 1f;
hovering = false;
lastTrueAnomaly = shipElements.TrueAnomaly;
thrustVector = new Vector2(0, 0);
}
// Use this for initialization
void Start()
{
massiveBodyElements = GetComponent <MassiveBodyElements>();
switch (massiveBodyElements.massiveBodyType)
{
case MassiveBodyType.Black_Hole:
massiveBodyElements.SphereOfInfluence = double.PositiveInfinity;
break;
default:
gravityElements = GetComponent <GravityElements>();
massiveBodyElements.SphereOfInfluence = calculateSphereOfInfluence(gravityElements.SemiMajorAxis,
massiveBodyElements.mass, gravityElements.MassiveBody.GetComponent <MassiveBodyElements>().mass);
break;
}
}
private void copyGravityElementsComponent(GravityElements gravElements)
{
this.velocity = gravElements.velocity;
this.massiveBody = gravElements.massiveBody;
this.gravitationalType = gravElements.gravitationalType;
this.altitude = gravElements.Altitude;
this.speed = gravElements.Speed;
this.velocityAngle = gravElements.VelocityAngle;
this.orbitType = gravElements.OrbitType;
this.mu = gravElements.Mu;
this.position = gravElements.Position;
this.apogee = gravElements.Apogee;
this.perigee = gravElements.Perigee;
this.center = gravElements.Center;
this.altitudeOfPerigee = gravElements.AltitudeOfPerigee;
this.angularMomentum = gravElements.AngularMomentum;
this.semiMajorAxis = gravElements.SemiMajorAxis;
this.semiLatusRectum = gravElements.SemiLatusRectum;
this.eccentricity = gravElements.Eccentricity;
this.eccentricityMagnitude = gravElements.EccentricityMagnitude;
this.eccentricAnomaly = gravElements.EccentricAnomaly;
this.trueAnomaly = gravElements.TrueAnomaly;
this.meanAnomaly = gravElements.MeanAnomaly;
this.anomalyAtEpoch = gravElements.AnomalyAtEpoch;
this.mechanicalEnergy = gravElements.MechanicalEnergy;
this.time = gravElements.Time;
this.timeStep = gravElements.TimeStep;
this.timeAtEpoch = gravElements.TimeAtEpoch;
this.clockwise = gravElements.Clockwise;
this.towardsPerigee = gravElements.TowardsPerigee;
this.globalTransformationVector = gravElements.GlobalTransformationVector;
this.globalRotationAngle = gravElements.GlobalRotationAngle;
}
// Use this for initialization
void Start()
{
gravElements = GetComponentInChildren <GravityElements>();
lineDrawer = Camera.main.GetComponent <LineDrawer>();
massiveElements = GetComponent <MassiveBodyElements>();
switch (gravElements.gravitationalType)
{
case GravitationalType.black_hole:
patchedConicsColor = Color.black;
break;
case GravitationalType.star:
patchedConicsColor = Color.yellow;
break;
case GravitationalType.planet:
patchedConicsColor = Color.blue;
break;
}
}
public GravityElementsClass(Vector2 velocity, Vector2 position, GravityElements gravElements)
{
copyGravityElementsComponent(gravElements);
this.velocity = velocity;
this.position = position;
}
