private void routePlayerToTurret(TeamInformation ti, Turret turret)
{
ti.playerObjective = turret;
List<GridObjectInterface> neighbouringObjects = this.spatialGrid.checkNeighbouringBlocks(turret);
Node closeWaypointToTurret = null;
foreach (GridObjectInterface obj in neighbouringObjects)
if (obj is Node && (obj.Position - ti.playerObjective.Position).Length() <= GridDataCollection.MAX_CAPTURE_DISTANCE)
{
closeWaypointToTurret = obj as Node;
break;
}
neighbouringObjects = this.spatialGrid.checkNeighbouringBlocks(ti.teamPlayer);
Node closeWaypointToPlayer = null;
float minDist = 0;
foreach (GridObjectInterface obj in neighbouringObjects)
if (obj is Node)
{
float dist = (obj.Position - ti.teamPlayer.Position).Length();
if (closeWaypointToPlayer == null || minDist > dist)
{
closeWaypointToPlayer = obj as Node;
minDist = dist;
}
}
if (!(closeWaypointToTurret == null || closeWaypointToPlayer == null))
navComputer.setNewPathForRegisteredObject(ti.teamPlayer, closeWaypointToPlayer, closeWaypointToTurret);
else
{
List<Node> path = new List<Node>();
path.Add(new Node(ti.playerObjective.Position + Vector3.Normalize(Matrix.CreateFromQuaternion(ti.playerObjective.rotation).Forward) *
(ti.playerObjective.getGreatestLength + ti.teamPlayer.getGreatestLength) * LINE_OF_SIGHT_CLOSE_DIST_MULTIPLYER, -1));
navComputer.objectPaths[ti.teamPlayer].remainingPath = path;
}
}
public void registerTurretOnTeam(Turret turret, Team team)
{
if (team == Team.neutral)
return;
foreach (TeamInformation ti in infoOnTeams)
if (ti.teamId == team)
{
ti.ownedTurrets.Add(turret);
return;
}
}