/// <summary>
/// Breaks the orbit. Must be in orbit to be called.
/// </summary>
private void BreakOrbit() {
_currentOrIntendedOrbitSlot.BreakOrbit(this);
_currentOrIntendedOrbitSlot = null;
_isInOrbit = false;
}
private void InitializeShipOrbitSlot() {
float innerOrbitRadius = Radius * TempGameValues.KeepoutRadiusMultiplier;
float outerOrbitRadius = innerOrbitRadius + TempGameValues.ShipOrbitSlotDepth;
ShipOrbitSlot = new ShipOrbitSlot(innerOrbitRadius, outerOrbitRadius, this);
}
/// <summary>
/// Assesses whether this ship should attempt to assume orbit around the helm's current destination target.
/// The helm's autopilot should no longer be engaged as this method should only be called upon arrival.
/// </summary>
/// <returns><c>true</c> if the ship should initiate the process of assuming orbit.</returns>
private bool AssessWhetherToAssumeOrbit() {
//D.Log("{0}.AssessWhetherToAssumeOrbit() called.", FullName);
D.Assert(!_isInOrbit);
D.Assert(!_helm.IsAutoPilotEngaged, "{0}'s autopilot is still engaged.".Inject(FullName));
var objectToOrbit = _helm.DestinationInfo.Target as IShipOrbitable;
if (objectToOrbit != null) {
var baseCmdObjectToOrbit = objectToOrbit as AUnitBaseCmdModel;
if (baseCmdObjectToOrbit != null) {
if (Owner.IsEnemyOf(baseCmdObjectToOrbit.Owner)) {
return false;
}
}
_currentOrIntendedOrbitSlot = objectToOrbit.ShipOrbitSlot;
D.Log("{0} should begin to assume orbit around {1}.", FullName, objectToOrbit.FullName);
return true;
}
return false;
}
