public static UIElement Shape(this ObjectCategory self)
{
Canvas shape;
switch (self)
{
case ObjectCategory.ThunderstruckTree: shape = new Thunderstruck(); break;
case ObjectCategory.HarvestableTree: shape = new Tree(false); break;
case ObjectCategory.FruitedTree: shape = new Tree(true); break;
//case ObjectCategory.Uprootable: shape = new Up(); break;
case ObjectCategory.ScarecrowGarden: shape = new Garden(); break;
case ObjectCategory.SmallHousing: shape = new SmallHouse(); break;
case ObjectCategory.Farmhouse: shape = new Farmhouse(); break;
case ObjectCategory.LargeHousing: shape = new LargeHouse(); break;
case ObjectCategory.HarvestablePlant: shape = new Leaf(); break;
case ObjectCategory.ScarecrowFarm: shape = new Farm(); break;
case ObjectCategory.HousingWorkbench: shape = new HousingWorkbench(); break;
case ObjectCategory.FriendlyPlayer: shape = new PlayerShape(true); break;
case ObjectCategory.EnemyPlayer: shape = new PlayerShape(false); break;
case ObjectCategory.FriendlyClipper: shape = new Clipper(true); break;
case ObjectCategory.EnemyClipper: shape = new Clipper(false); break;
case ObjectCategory.FriendlyMerchantShip: shape = new MerchantShip(true); break;
case ObjectCategory.EnemyMerchantShip: shape = new MerchantShip(false); break;
case ObjectCategory.FriendlyFishingBoat: shape = new FishingShip(true); break;
case ObjectCategory.EnemyFishingBoat: shape = new FishingShip(false); break;
case ObjectCategory.FriendlyGalleon: shape = new Galleon(true); break;
case ObjectCategory.EnemyGalleon: shape = new Galleon(false); break;
case ObjectCategory.FriendlyNPC: shape = new NpcShape(true); break;
case ObjectCategory.TradePack: shape = new TradePack(); break;
case ObjectCategory.Treasure: shape = new Treasure(); break;
case ObjectCategory.FishSchool: shape = new Fish(); break;
case ObjectCategory.EnemyNPC: shape = new NpcShape(false); break;
default:
Ellipse dot = DrawSimpleDot();
dot.Fill = self.Color();
return dot;
}
//need to flip the shape because our canvas is inverted (due to game coordinate system)
return Flip(shape);
}
/// <summary>
/// Attacks the target ship. The attack is instantaneous, because you don't actually have to get near
/// the target, your cannons have a very long range.
/// The success of your attack depends the number of cannons you have, the number of shields the target has,
/// and the distance between you (cannons become less effective over long distances).
/// If your attack succeeds, your crew uses shuttles to bring in as much loot from the target ship as they
/// can fit in your cargo hold. You cannot take money from the target and their ship can continue its journey.
/// If your attack fails, then the target cannot shoot back (because his shields are overloaded and interfere
/// with his targeting computer), so you get away unharmed, but you lost time while others were busy making profit!
/// </summary>
public static async Task <string> RaidAsync(MerchantShip target)
{
try
{
await client.RaidAsync(CommandedShip, target.TransponderCode);
return(string.Empty);
}
catch (Exception ex)
{
return(ex.Message);
}
}
public void Setup(HexGrid hexGrid, SetupData setupData, WorldController worldController)
{
CreateWater(setupData);
CreateMap(hexGrid, setupData, worldController);
//Add temporary ship to do pathfinding and finding harbors
MerchantShip setupShip = Instantiate(merchantShip.gameObject).GetComponent <MerchantShip>();
hexGrid.AddUnit(setupShip, worldController.HarborCells[0], false);
for (int i = 0; i < worldController.MerchantRoutes.Length; i++)
{
int tries = 0;
//Find harbors for route
HexCell startHarbor = Utility.ReturnRandomElementWithCondition(worldController.HarborCells, (h) => h.Unit != null);
setupShip.Location = startHarbor;
int numberOfHarbors = Random.Range(setupData.routeMinStops, setupData.routeMaxStops + 1);
List <HexCell> harbors = new List <HexCell>(numberOfHarbors);
harbors.Add(startHarbor);
for (int j = 1; j < numberOfHarbors; j++)
{
HexCell foundHarbor = worldController.GetRandomHarborWithinRange(setupShip, setupData.routeMinLength, setupData.routeMaxLength);
if (foundHarbor == null)
{
break;
}
harbors.Add(foundHarbor);
}
if (harbors.Count < 2)
{
Debug.Log("Did not find enough harbors to add to route, trying with a differnt start harbor");
i--;
tries++;
if (tries < setupData.routes * 2)
{
break;
}
else
{
continue;
}
}
//Create route between harbors
worldController.MerchantRoutes[i] = new Route(harbors.ToArray());
}
//Remove Temporary Ship
hexGrid.RemoveUnit(setupShip);
}
//Creates an AI controlled merchant player with a ship and adds it to controllers
private void CreateMerchantPlayer(Route route)
{
MerchantShip newShip = Instantiate(merchantShip);
newShip.transform.SetParent(shipParent);
newShip.Setup(route);
//Delegates
newShip.OnShipBoarded += worldUIView.OpenBoardingView;
newShip.OnShipInspected += worldUIView.OpenInspectView;
hexGrid.AddUnit(newShip, route.GetSpawnableLocation(), HexDirectionExtension.ReturnRandomDirection(), false);
Player newMerchantPlayer = new Player(newShip, null, false);
MapTurnSystem.instance.AddPlayerToTurnOrder(newMerchantPlayer);
}
