void Update()
{
if (spawnedIn && setCourse && Vector2.Distance(transform.position, destination) < 2) //If shuttle arrived
{
arrivedAtStation = true;
GameManager.Instance.shuttleArrived = true;
setCourse = false;
mm.SetPosition(destination);
mm.StopMovement();
mm.RotateTo(Orientation.Right); //Rotate shuttle correctly so doors are facing correctly
mm.ChangeDir(Orientation.Left); //Reverse into station evac doors.
StartCoroutine(ReverseIntoStation(mm));
}
if (arrivedAtStation && !departed)
{
waitAtStationTime += Time.deltaTime;
if (waitAtStationTime > 60f)
{
DepartStation();
}
}
if (departed && !roundEnded)
{
departingFlightTime += Time.deltaTime;
if (departingFlightTime > 60f)
{
roundEnded = true;
GameManager.Instance.RoundEnd();
}
}
}
void Update()
{
if (GameManager.Instance.GetRoundTime <= 150f && spawnedIn == false && setCourse == false) // Warp close to station 2.5 mins before round ends
{
SpawnNearStation();
setCourse = true;
}
if (spawnedIn && setCourse && Vector2.Distance(transform.position, destination) < 2) //If shuttle arrived
{
arrivedAtStation = true;
GameManager.Instance.shuttleArrived = true;
setCourse = false;
mm.SetPosition(destination);
mm.StopMovement();
mm.RotateTo(Orientation.Right); //Rotate shuttle correctly so doors are facing correctly
mm.ChangeDir(Orientation.Left); //Reverse into station evac doors.
StartCoroutine(ReverseIntoStation(mm));
}
if (GameManager.Instance.GetRoundTime <= 30f && arrivedAtStation == true) // Depart the shuttle
{
mm.ChangeDir(Orientation.Right);
mm.StartMovement();
}
}
public void LandShuttleOnGround(Vector3 teleportCoordinate)
{
matrixMove.IsForceStopped = true;
matrixMove.StopMovement();
//Maybe change collision type?
//matrixMove.matrixColliderType =
matrixMove.SetPosition(teleportCoordinate);
}
IEnumerator ProcessSpaceBody(MatrixMove mm)
{
bool validPos = false;
while (!validPos)
{
Vector3 proposedPosition = RandomPositionInSolarSystem();
bool failedChecks = false;
//Make sure it is away from the middle of space matrix
if (Vector3.Distance(proposedPosition,
MatrixManager.Instance.spaceMatrix.transform.parent.transform.position) <
minDistanceBetweenSpaceBodies)
{
failedChecks = true;
}
for (int i = 0; i < SpaceBodies.Count; i++)
{
if (Vector3.Distance(proposedPosition, SpaceBodies[i].transform.position) < minDistanceBetweenSpaceBodies)
{
failedChecks = true;
}
}
if (!failedChecks)
{
validPos = true;
mm.SetPosition(proposedPosition);
SpaceBodies.Add(mm);
}
yield return(YieldHelper.EndOfFrame);
}
yield return(YieldHelper.EndOfFrame);
isProcessingSpaceBody = false;
}
private void Update()
{
if (!CustomNetworkManager.Instance._isServer)
{
return;
}
if (moving && Vector2.Distance(transform.position, destination) < 2) //arrived to dest
{
moving = false;
mm.SetPosition(destination);
mm.StopMovement();
mm.SteerTo(Orientation.Up);
if (CargoManager.Instance.ShuttleStatus == ShuttleStatus.OnRouteStation)
{
mm.ChangeFlyingDirection(Orientation.Down);
StartCoroutine(ReverseIntoStation());
}
}
if (CargoManager.Instance.CurrentFlyTime <= 0f &&
CargoManager.Instance.ShuttleStatus == ShuttleStatus.OnRouteCentcom)
{
UnloadCargo();
CargoManager.Instance.OnShuttleArrival();
}
}
public void SpawnNearStation()
{
//Makes sure asteroids don't spawn at/inside station
Vector2 clampVal = Random.insideUnitCircle * asteroidDistance;
if (clampVal.x > 0)
{
clampVal.x = Mathf.Clamp(clampVal.x, distanceFromStation, asteroidDistance);
}
else
{
clampVal.x = Mathf.Clamp(clampVal.x, -distanceFromStation, -asteroidDistance);
}
mm.SetPosition(clampVal);
}
IEnumerator ProcessSpaceBody(MatrixMove mm)
{
if (SceneManager.GetActiveScene().name == "BoxStationV1")
{
minDistanceBetweenSpaceBodies = 200f;
}
//Change this for larger maps to avoid asteroid spawning on station.
else
{
minDistanceBetweenSpaceBodies = 200f;
}
bool validPos = false;
while (!validPos)
{
Vector3 proposedPosition = RandomPositionInSolarSystem();
bool failedChecks =
Vector3.Distance(proposedPosition, MatrixManager.Instance.spaceMatrix.transform.parent.transform.position) <
minDistanceBetweenSpaceBodies;
//Make sure it is away from the middle of space matrix
for (int i = 0; i < SpaceBodies.Count; i++)
{
if (Vector3.Distance(proposedPosition, SpaceBodies[i].transform.position) < minDistanceBetweenSpaceBodies)
{
failedChecks = true;
}
}
if (!failedChecks)
{
validPos = true;
mm.SetPosition(proposedPosition);
SpaceBodies.Add(mm);
}
yield return(WaitFor.EndOfFrame);
}
yield return(WaitFor.EndOfFrame);
isProcessingSpaceBody = false;
}
IEnumerator ProcessSpaceBody(MatrixMove mm)
{
if (SceneManager.GetActiveScene().name == "BoxStationV1")
{
minDistanceBetweenSpaceBodies = 200f;
}
//Change this for larger maps to avoid asteroid spawning on station.
else
{
minDistanceBetweenSpaceBodies = 200f;
}
//Fills list of Vectors all along shuttle path
var beginning = GameManager.Instance.PrimaryEscapeShuttle.stationTeleportLocation;
var target = GameManager.Instance.PrimaryEscapeShuttle.stationDockingLocation;
var distance = (int)Vector2.Distance(beginning, target);
if (!EscapeShuttlePathGenerated) //Only generated once
{
EscapeShuttlePath.Add(beginning); //Adds original vector
for (int i = 0; i < (distance / 50); i++)
{
beginning = Vector2.MoveTowards(beginning, target, 50); //Vector 50 distance apart from prev vector
EscapeShuttlePath.Add(beginning);
}
EscapeShuttlePathGenerated = true;
}
bool validPos = false;
while (!validPos)
{
Vector3 proposedPosition = RandomPositionInSolarSystem();
bool failedChecks =
Vector3.Distance(proposedPosition, MatrixManager.Instance.spaceMatrix.transform.parent.transform.position) <
minDistanceBetweenSpaceBodies;
//Make sure it is away from the middle of space matrix
//Checks whether position is near (100 distance) any of the shuttle path vectors
foreach (var vectors in EscapeShuttlePath)
{
if (Vector3.Distance(proposedPosition, vectors) < 100)
{
failedChecks = true;
}
}
//Checks whether the other spacebodies are near
for (int i = 0; i < SpaceBodies.Count; i++)
{
if (Vector3.Distance(proposedPosition, SpaceBodies[i].transform.position) < minDistanceBetweenSpaceBodies)
{
failedChecks = true;
}
}
if (!failedChecks)
{
validPos = true;
mm.SetPosition(proposedPosition);
SpaceBodies.Add(mm);
}
yield return(WaitFor.EndOfFrame);
}
yield return(WaitFor.EndOfFrame);
isProcessingSpaceBody = false;
}