/// <summary>
/// Instantiate Residence Node, with the given parameters. If no TiledArea is specified, a new TiledArea is created and added to the region. Default rotation is identity. See overload including rotation
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="residencePrefab"></param>
/// <param name="position"></param>
/// <param name="rotation"></param>
/// <param name="parentTiledArea"></param>
/// <param name="residenceName"></param>
/// <returns></returns>
public T CreateResidence <T>(GameObject residencePrefab, Vector3 position, Quaternion rotation, TiledArea parentTiledArea = null, string residenceName = "defaultResidence") where T : MonoBehaviour, INode, IResidence, IArea
{
GameObject newResidence = Instantiate(residencePrefab, position, rotation);
UtilityFunctions.PutObjectOnGround(newResidence.transform);
T residenceNode = newResidence.AddComponent <T>();
residenceNode.SetUp(residenceName);
residenceNode.transform.parent = transform;
residenceNode.SetUpResidence(this, new List <INode>());
// TODO: Generalise hut dimensions using data of the hut prefab itself
residenceNode.SetUpArea(residenceNode.transform, hutDimensions);
AddLink(residenceNode);
Residences.Add(residenceNode);
Areas.Add(residenceNode);
VillageData.SetHutCount(VillageData.HutCount + 1);
// If tiled area was not provided, then create a new one
if (parentTiledArea is null)
{
var newTiledArea = new TiledArea(residenceNode);
TiledAreas.Add(newTiledArea);
}
else
{
parentTiledArea.AddArea(residenceNode);
}
return(residenceNode);
}
public void HandleEventItem(EventItem item)
{
switch (item.Type)
{
case EEventItemType.LoginSuccess:
VillageData.DB_QueryPlayerVillageData();
break;
case EEventItemType.PlayerVillageDataLoaded:
PlayerVillageData = LastGetVillageData;
PlayerVillageData.BuildingDic = new Dictionary <int, BuildingData>();
foreach (BuildingData buildingData in LastGetBuildingDataList)
{
PlayerVillageData.BuildingDic.Add(buildingData.SlotID, buildingData);
}
PlayerBuildingDataList = LastGetBuildingDataList;
VillageComp.SetVillageTo(AVUser.CurrentUser, PlayerVillageData, PlayerBuildingDataList);
UIManager.Instance.ChangeScreen(EScreen.Build);
break;
case EEventItemType.BuildCommandOK:
PlayerVillageData.AddNewBuilding(LastCreatedBuilding);
VillageComp.BuildingGroupComp.AddNewBuilding(LastCreatedBuilding);
break;
case EEventItemType.MatchFound:
UIManager.Instance.UISearchPanel.SetMatch(LastMatchUser, LastMathVillage);
break;
case EEventItemType.EnemyBuildingLoaded:
StartFight();
break;
}
}
public static void DB_QueryPlayerVillageData()
{
AVQuery<AVObject> query=new AVQuery<AVObject>("Village").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
query.FirstAsync().ContinueWith(t =>{
AVObject villageObject = (t as Task<AVObject>).Result;
VillageData villageData = new VillageData();
villageData.UserID = villageObject.Get<string>("UserID");
villageData.Defence = villageObject.Get<int>("Defence");
villageData.Power = villageObject.Get<int>("Power");
villageData.Trick = villageObject.Get<int>("Trick");
villageData.Belief = villageObject.Get<int>("Belief");
villageData.BeliefAll = villageObject.Get<int>("BeliefAll");
GameManager.Instance.LastGetVillageData = villageData;
Debug.LogWarning(villageData.UserID);
AVQuery<AVObject> buildingQuery = new AVQuery<AVObject>("Building").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
buildingQuery.FindAsync().ContinueWith(t2=>{
List<BuildingData> buildingDataList = new List<BuildingData>();
foreach(AVObject buildingObject in (t2 as Task<IEnumerable<AVObject>>).Result)
{
BuildingData buildingData = new BuildingData();
buildingData.UserID = buildingObject.Get<string>("UserID");
buildingData.Type = (EBuildingType)buildingObject.Get<int>("Type");
buildingData.Level = buildingObject.Get<int>("Level");
buildingData.Value = buildingObject.Get<int>("Value");
buildingData.SlotID = buildingObject.Get<int>("SlotID");
buildingDataList.Add(buildingData);
}
GameManager.Instance.LastGetBuildingDataList = buildingDataList;
GameManager.Instance.EventQueue.Queue.Enqueue(new EventItem(){Type = EEventItemType.PlayerVillageDataLoaded});
});
});
}
/// <summary>
/// Function should be called upon creation. Sets up internal parameters, and then spawns the villagers and huts
/// </summary>
/// <param name="prefab"></param>
public void SetUpVillage(VillageData villageData)
{
Residences = new HashSet <IResidence>();
Areas = new HashSet <IArea>();
VillageData = villageData;
}
public void StartFight()
{
UIManager.Instance.ChangeScreen(EScreen.Fight);
VillageComp.SetVillageTo(LastMatchUser, VillageData.CreateFromAVObject(LastMathVillage), LastMatchBuildingDataList);
IsFighting = true;
HitCount = 0;
VillageComp.EnemyGroupComp.EnemyComp.Restart();
}
public static Village Load(VillageData data, Player p)
{
var v = new Village(p, new Guid(data.id));
v.setCityWalls(data.cityWall);
v.setVillageType(data.myKind);
return(v);
}
public static VillageData CreateFromAVObject(AVObject obj)
{
VillageData villageData = new VillageData();
villageData.UserID = obj.Get<string>("UserID");
villageData.Defence = obj.Get<int>("Defence");
villageData.Power = obj.Get<int>("Power");
villageData.Trick = obj.Get<int>("Trick");
villageData.Belief = obj.Get<int>("Belief");
villageData.BeliefAll = obj.Get<int>("BeliefAll");
return villageData;
}
public void SetVillageTo(AVUser user, VillageData villageData, List<BuildingData> buildingDataList)
{
CurUser = user;
CurVillageData = villageData;
CurBuildingDataList = buildingDataList;
if(user != AVUser.CurrentUser)
IsPlayerVillage = false;
BuildingGroupComp.ReloadAllBuildings(buildingDataList);
}
public static void SaveVillage(GlobalVariables villageSaver)
{
BinaryFormatter bf = new BinaryFormatter();
//Directory.CreateDirectory("/eggSaver");
FileStream stream = new FileStream(Application.persistentDataPath + "/villageSaver.sav", FileMode.Create);
VillageData data = new VillageData(villageSaver);
bf.Serialize(stream, data);
stream.Close();
}
public static VillageData CreateFromAVObject(AVObject obj)
{
VillageData villageData = new VillageData();
villageData.UserID = obj.Get <string>("UserID");
villageData.Defence = obj.Get <int>("Defence");
villageData.Power = obj.Get <int>("Power");
villageData.Trick = obj.Get <int>("Trick");
villageData.Belief = obj.Get <int>("Belief");
villageData.BeliefAll = obj.Get <int>("BeliefAll");
return(villageData);
}
public void SetVillageTo(AVUser user, VillageData villageData, List <BuildingData> buildingDataList)
{
CurUser = user;
CurVillageData = villageData;
CurBuildingDataList = buildingDataList;
if (user != AVUser.CurrentUser)
{
IsPlayerVillage = false;
}
BuildingGroupComp.ReloadAllBuildings(buildingDataList);
}
public void DoRegist(string userName, string password, string email)
{
AVUser user = new AVUser();
user.Username = userName;
user.Password = password;
user.Email = email;
user.SignUpAsync().ContinueWith(t => {
UID = user.ObjectId;
// 创建玩家的Village
VillageData.DB_CreateVillage();
});
}
/// <summary>
/// Instantiates a new object and assigns a VillageNode to that object. Sets up that VillageNode with parameters according to villageData.
/// </summary>
/// <param name="centerPosition"></param>
/// <param name="spawnRadius"></param>
/// <param name="name"></param>
/// <returns></returns>
private VillageNode CreateVillageNode(Vector3 centerPosition, VillageData villageData, string name = "Default Village")
{
var spawnRadius = villageData.maxRadius;
string newVillageName = name;
// Initialize new Village Center
GameObject newVillageObject = new GameObject(name: newVillageName);
var newVillageNode = newVillageObject.AddComponent <VillageNode>();
newVillageNode.SetUp(newVillageName);
newVillageNode.SetUpRegion(spawnRadius, centerPosition);
// Initializing Village for generation
newVillageNode.SetUpVillage(villageData);
return(newVillageNode);
}
/// <summary>
/// Generates a random instance of Village Data from the specified generator data.
/// </summary>
/// <param name="generatorData"></param>
/// <returns></returns>
private VillageData GenerateVillageData(VillageGeneratorData generatorData, float maxRadius)
{
var newVillageData = new VillageData
{
HeadCount = villageGeneratorData.headCount.RandomSample(),
hutSpawnRange = generatorData.percentageHutSpawnRadius * (maxRadius / 100),
elderHutSpawnRange = generatorData.percentageElderHutSpawnRadius * (maxRadius / 100),
maxRadius = maxRadius,
villagersPerHut = generatorData.villagersPerHut,
villagerPrefab = generatorData.villagerPrefab,
elderHutPrefab = generatorData.elderHutPrefab,
hutPrefab = generatorData.hutPrefab
};
return(newVillageData);
}
private void GenerateWorldData()
{
int numberVillages = 5;
int numberDungeons = 10;
//Generate VillageLocations
for (int i = 0; i < numberVillages; i++)
{
VillageData d = new VillageData();
d.Loc = GenerateVillageChunkLocation();
wData.Villages.Add(d);
}
//Connect each village to a random village
for (int j = 0; j < wData.Villages.Count; j++)
{
wData.Villages[j].ConnectedVillageLoc = wData.Villages[Game.rng.Next(wData.Villages.Count)].Loc;
wData.Villages[j].VillageToVillage = new Ray(wData.Villages[j].Loc, wData.Villages[j].ConnectedVillageLoc);
for (int x = 0; x < wData.worldSize; x++)
{
for (int y = 0; y < wData.worldSize; y++)
{
Rectangle chunkRect = new Rectangle(x * wData.chunkSize, y * wData.chunkSize, wData.chunkSize, wData.chunkSize);
if (Ray.isIntersectingRect(wData.Villages[j].VillageToVillage, chunkRect))
{
if (wData.Villages[j].roadChunks == null)
{
wData.Villages[j].roadChunks = new List <Point>();
}
wData.Villages[j].roadChunks.Add(new Point(x, y));
}
}
}
}
for (int k = 0; k < numberDungeons; k++)
{
DungeonData d = new DungeonData();
d.DoorChunkLoc = GenerateDungeonLocation();
d.DoorLoc = new Point(d.DoorChunkLoc.X % 100, d.DoorChunkLoc.Y % 100);
d.seed = Game.rng.Next();
wData.Dungeons.Add(d);
}
}
public static List <bool> LoadDissolvedSeasons()
{
if (File.Exists(Application.persistentDataPath + "/villageSaver.sav"))
{
BinaryFormatter bf = new BinaryFormatter();
FileStream stream = new FileStream(Application.persistentDataPath + "/villageSaver.sav", FileMode.Open);
VillageData data = bf.Deserialize(stream) as VillageData;
stream.Close();
return(data.dissolvedSeasons);
}
else
{
Debug.LogWarning("FILE DOES NOT EXIST");
return(new List <bool>());
}
}
public void Load()
{
if (File.Exists(Application.persistentDataPath + "/playerInfo.dat") &&
File.Exists(Application.persistentDataPath + "/openWorldInfo.dat"))
{
BinaryFormatter bf = new BinaryFormatter();
FileStream file = File.Open(Application.persistentDataPath + "/playerInfo.dat", FileMode.Open);
playerData = (PlayerData)bf.Deserialize(file);
file.Close();
file = File.Open(Application.persistentDataPath + "/openWorldInfo.dat", FileMode.Open);
openWorldData = (OpenWorldData)bf.Deserialize(file);
file.Close();
file = File.Open(Application.persistentDataPath + "/villageInfo.dat", FileMode.Open);
villageData = (VillageData)bf.Deserialize(file);
file.Close();
}
}
/// <summary>
/// Extracts villages.
/// </summary>
/// <param name="content">Content to extract.</param>
/// <returns>Extracted village data.</returns>
public static VillageData[] Villages(string content)
{
string ownerName = GetMatch(content, "v owner name")
.Groups["name"].Value;
var mc = GetMatches(content, "v*");
var data = new VillageData[mc.Count];
for (int i = 0; i < mc.Count; i++)
{
var id = mc[i].Groups["id"].Value.AsInt();
var name = mc[i].Groups["name"].Value;
var pop = mc[i].Groups["pop"].Value.AsInt();
bool central = mc[i].Groups["central"].Success;
data[i++] = new VillageData(id, name, pop, ownerName, central);
}
return(data);
}
private void AddGroup(string group, VillageData villageData)
{
var groupData = GetGroupByVillage(villageData);
if (groupData != null)
{
if (!groupData.Names.Exists(x => x.Equals(group)))
{
_groupDataCoord[new Tuple <int, int>(villageData.X, villageData.Y)].Names.Add(group);
}
}
else
{
groupData = new GroupData( )
{
Village = villageData
};
groupData.Names.Add(group);
_groupDataCoord.Add(new Tuple <int, int>(villageData.X, villageData.Y), groupData);
}
}
/// <summary>
/// Decide how many huts are required in the traditional generation sequence.
/// </summary>
/// <param name="villageData"></param>
/// <returns></returns>
private int DecideNumberOfHuts(VillageData villageData)
{
int headCount = villageData.HeadCount;
// At the minimum, if each hut is maximally cramped, what is the number of huts needed?
int minHutsNeeded = Mathf.CeilToInt((float)headCount / villageData.villagersPerHut.max);
// If min villagers per hut is 0, then huts can be left empty. Thus there is no maximum capacity configuration
if (villageData.villagersPerHut.min > 0)
{
// If a cap exists (that is, the number of huts cannot exceed a quantity)
int maxHutsNeeded = Mathf.CeilToInt((float)headCount / villageData.villagersPerHut.min);
// Return a random value between min and max
return(Random.Range(minHutsNeeded, maxHutsNeeded + 1));
}
else
{
// No cap on number of huts
// Return a exponentially distributed random value between min case and 1 for each villager case
float exponent = Random.Range(0f, 1f);
return(Mathf.RoundToInt(minHutsNeeded * Mathf.Pow(headCount / minHutsNeeded, exponent)));
}
}
public static void DB_QueryPlayerVillageData()
{
AVQuery <AVObject> query = new AVQuery <AVObject>("Village").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
query.FirstAsync().ContinueWith(t => {
AVObject villageObject = (t as Task <AVObject>).Result;
VillageData villageData = new VillageData();
villageData.UserID = villageObject.Get <string>("UserID");
villageData.Defence = villageObject.Get <int>("Defence");
villageData.Power = villageObject.Get <int>("Power");
villageData.Trick = villageObject.Get <int>("Trick");
villageData.Belief = villageObject.Get <int>("Belief");
villageData.BeliefAll = villageObject.Get <int>("BeliefAll");
GameManager.Instance.LastGetVillageData = villageData;
Debug.LogWarning(villageData.UserID);
AVQuery <AVObject> buildingQuery = new AVQuery <AVObject>("Building").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
buildingQuery.FindAsync().ContinueWith(t2 => {
List <BuildingData> buildingDataList = new List <BuildingData>();
foreach (AVObject buildingObject in (t2 as Task <IEnumerable <AVObject> >).Result)
{
BuildingData buildingData = new BuildingData();
buildingData.UserID = buildingObject.Get <string>("UserID");
buildingData.Type = (EBuildingType)buildingObject.Get <int>("Type");
buildingData.Level = buildingObject.Get <int>("Level");
buildingData.Value = buildingObject.Get <int>("Value");
buildingData.SlotID = buildingObject.Get <int>("SlotID");
buildingDataList.Add(buildingData);
}
GameManager.Instance.LastGetBuildingDataList = buildingDataList;
GameManager.Instance.EventQueue.Queue.Enqueue(new EventItem()
{
Type = EEventItemType.PlayerVillageDataLoaded
});
});
});
}
public static void SellPlot(VillageData villageData)
{
var scrapItems = new List <(string, int)> {
("tools", 3)
};
int sellPrice = villageData.AcreBuyPrice;
if (villageData.playerAcres > 0)
{
villageData.sellAcre();
// Getting back our sweet materials.
foreach (var scrap in scrapItems)
{
ItemObject scrapItem = Items.FindFirst(item => item.StringId.Equals(scrap.Item1));
Hero.MainHero.PartyBelongedTo.ItemRoster.AddToCounts(scrapItem, scrap.Item2);
}
GiveGoldAction.ApplyForSettlementToCharacter(Settlement.CurrentSettlement, Hero.MainHero, sellPrice);
}
else
{
InformationManager.DisplayMessage(new InformationMessage("You have no plots to sell."));
}
}
public void TestBattle()
{
// 初始化假玩家数据
PlayerVillageData = new VillageData(){UserID = "player_user_id", Defence = 0, Power = 0, Trick = 0, Belief = 0};
PlayerBuildingDataList.AddRange(new BuildingData[]{
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Altar, SlotID = 0, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Church, SlotID = 1, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Lib, SlotID = 2, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Tower, SlotID = 3, Level = 3, Sibling = 1},
});
// 计算玩家属性
RecalcPlayerProperties();
// 初始化假敌人数据
AVUser tempUser = new AVUser(){ObjectId = "enemy_user_id", Username = "******"};
OtherUserData = new UserData(tempUser);
OtherVillageData = new VillageData(){UserID = "enemy_user_id", Defence = 0, Power = 0, Trick = 0, Belief = 0};
OtherBuildingDataList = new List<BuildingData>();
OtherBuildingDataList.AddRange(new BuildingData[]{
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Altar, SlotID = 0, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Church, SlotID = 1, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Lib, SlotID = 2, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Tower, SlotID = 3, Level = 3, Sibling = 1},
});
// 计算敌人属性
RecalcPlayerProperties();
// 初始化敌人场景
SceneManager.Instance.SwitchScene(ESceneMode.Battle);
// 启动战斗UI
UIManager.Instance.ChangeScreen(EScreen.Fight);
// 开启战斗状态
SceneManager.Instance.SceneComp_Battle.StartFight();
// -- 此处强切一次状态
SceneManager.Instance.SceneComp_Battle.BattleState = EBattleState.BattleOn;
}
// TODO 将测试战斗转换为单机关卡
public void TestBattleInitial()
{
/*
// 初始化假玩家数据
PlayerUserData = new AVUser(){ObjectId = "player_user_id", Username = "******"};
PlayerVillageData = new VillageData(){UserID = "player_user_id", Defence = 0, Power = 0, Trick = 0, Belief = 0};
PlayerBuildingDataList = new List<BuildingData>();
PlayerBuildingDataList.AddRange(new BuildingData[]{
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Altar, SlotID = 0, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Church, SlotID = 1, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Lib, SlotID = 2, Level = 3, Sibling = 1},
new BuildingData(){UserID = "player_user_id", Type = EBuildingType.Tower, SlotID = 3, Level = 3, Sibling = 1},
});
// 计算玩家属性
RecalcAllPlayerProperty();
*/
// 初始化假敌人数据
AVUser tempUser = new AVUser(){ObjectId = "enemy_user_id", Username = "******"};
OtherUserData = new UserData(tempUser);
OtherVillageData = new VillageData(){UserID = "enemy_user_id", Defence = 0, Power = 0, Trick = 0, Belief = 0};
OtherBuildingDataList = new List<BuildingData>();
OtherBuildingDataList.AddRange(new BuildingData[]{
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Altar, SlotID = 0, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Church, SlotID = 1, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Lib, SlotID = 2, Level = 3, Sibling = 1},
new BuildingData(){UserID = "enemy_user_id", Type = EBuildingType.Tower, SlotID = 3, Level = 3, Sibling = 1},
});
// 计算敌人属性
RecalcPlayerProperties();
// 初始化敌人场景
SceneManager.Instance.SwitchScene(ESceneMode.Visit);
}
// 获取特定玩家信息
public void NetGetOtherByID(string objectID, Action callback)
{
GameManager.Instance.AsyncBeginWait();
var query = new AVQuery<AVObject>("Village").WhereEqualTo("UserID", objectID);
query.FindAsync().ContinueWith(t=>{
List<AVObject> objList = new List<AVObject>();
objList.AddRange((t as Task<IEnumerable<AVObject>>).Result);
if(objList.Count > 0)
{
AVObject villageObject = objList[0];
VillageData villageData = new VillageData();
villageData.AVObject = villageObject;
AVQuery<AVObject> buildingQuery = new AVQuery<AVObject>("Building").WhereEqualTo("UserID", villageData.UserID);
buildingQuery.FindAsync().ContinueWith(t2=>{
List<BuildingData> buildingDataList = new List<BuildingData>();
foreach(AVObject buildingObject in (t2 as Task<IEnumerable<AVObject>>).Result)
{
BuildingData buildingData = new BuildingData();
buildingData.AVObject = buildingObject;
buildingDataList.Add(buildingData);
}
GameManager.Instance.AsyncEndWait(()=>{
OtherVillageData = villageData;
OtherVillageData.BuildingDataList = buildingDataList;
if(callback != null)
callback();
});
});
}
});
}
// 网络-获取随机玩家
public void NetGetRandomOther(Action callback)
{
GameManager.Instance.AsyncBeginWait();
var query = new AVQuery<AVObject>("Village").WhereNotEqualTo("UserID", AVUser.CurrentUser.ObjectId);
Debug.Log("开始查找敌人村落");
query.FindAsync().ContinueWith(t=>{
List<AVObject> objList = new List<AVObject>();
objList.AddRange((t as Task<IEnumerable<AVObject>>).Result);
if(objList.Count > 0)
{
var rand = new System.Random();
int r = rand.Next(objList.Count);
AVObject villageObject = objList[r];
VillageData villageData = new VillageData();
villageData.AVObject = villageObject;
Debug.Log("开始查找敌人建筑");
AVQuery<AVObject> buildingQuery = new AVQuery<AVObject>("Building").WhereEqualTo("UserID", villageData.UserID);
buildingQuery.FindAsync().ContinueWith(t2=>{
List<BuildingData> buildingDataList = new List<BuildingData>();
foreach(AVObject buildingObject in (t2 as Task<IEnumerable<AVObject>>).Result)
{
BuildingData buildingData = new BuildingData();
buildingData.AVObject = buildingObject;
buildingDataList.Add(buildingData);
}
Debug.Log("找到敌人建筑");
GameManager.Instance.AsyncEndWait(()=>{
OtherVillageData = villageData;
OtherVillageData.BuildingDataList = buildingDataList;
if(callback != null)
callback();
});
});
}
});
}
// 网络-获取玩家村落信息
public void NetQueryPlayerVillageData(Action callback = null)
{
GameManager.Instance.AsyncBeginWait();
AVQuery<AVObject> query=new AVQuery<AVObject>("Village").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
query.FirstAsync().ContinueWith(t =>{
AVObject villageObject = (t as Task<AVObject>).Result;
VillageData villageData = new VillageData();
villageData.AVObject = villageObject;
AVQuery<AVObject> buildingQuery = new AVQuery<AVObject>("Building").WhereEqualTo("UserID", AVUser.CurrentUser.ObjectId);
buildingQuery.FindAsync().ContinueWith(t2=>{
List<BuildingData> buildingDataList = new List<BuildingData>();
foreach(AVObject buildingObject in (t2 as Task<IEnumerable<AVObject>>).Result)
{
BuildingData buildingData = new BuildingData();
buildingData.AVObject = buildingObject;
buildingDataList.Add(buildingData);
}
GameManager.Instance.AsyncEndWait(()=>{
PlayerManager.Instance.PlayerVillageData = villageData;
PlayerManager.Instance.PlayerVillageData.BuildingDataList = new List<BuildingData>();
PlayerManager.Instance.PlayerVillageData.BuildingDataList = buildingDataList;
if(callback != null)
callback();
});
});
});
}
public VillagePropertyMenuViewModel(ref VillageData acreProperties)
{
this._villageData = acreProperties;
}
IEnumerator GenerateVillages(ChunkData chunkData)
{
float maxVillageDistance = ProceduralTerrain.Current.TerrainHouseData.MaxDistanceOfVillage;
int minHousesPerVillage = ProceduralTerrain.Current.TerrainHouseData.MaxHousesPerVillage;
int maxHousesPerVillage = ProceduralTerrain.Current.TerrainHouseData.MinHousesPerVillage;
//List to store individual villages
List <VillageData> villageList = new List <VillageData>();
//List to store objects that need deleting
List <VillageData> villagesToDelete = new List <VillageData>();
//Go through house, check through all other houses, if within maxVillageDistance, add them to village
foreach (VillageHouseData house1 in chunkData.VillageHouseList)
{
//If already has a village, move to next house
if (house1.Village != null)
{
continue;
}
foreach (VillageHouseData house2 in chunkData.VillageHouseList)
{
//Make sure not comparing to self
if (house1 == house2)
{
continue;
}
//House2 should not already have a village
if (house2.Village != null)
{
continue;
}
//If house1 doesnt have a village, create one
if (house1.Village == null)
{
VillageData thisVillage = new VillageData();
thisVillage.AddHouse(house1);
villageList.Add(thisVillage);
}
//If distance been house1 and house2 is less than the max village distance
if (Vector3.Distance(house1.transform.position, house2.transform.position) < maxVillageDistance)
{
//Assign house2 to village
house1.Village.AddHouse(house2);
}
}
}
//Assign village list to chunk
chunkData.VillageList = villageList;
//If village has less than required houses, delete it
foreach (VillageData village in chunkData.VillageList)
{
if (village.VillageSize < minHousesPerVillage)
{
villagesToDelete.Add(village);
}
}
for (int i = 0; i < villagesToDelete.Count; i++)
{
villageList.Remove(villagesToDelete[i]);
villagesToDelete[i].DestroyVillage();
}
villagesToDelete.Clear();
//Get middle point of villages
Vector3 center = Vector3.zero;
foreach (VillageData village in chunkData.VillageList)
{
foreach (VillageHouseData house in village.VillageHouses)
{
center += house.transform.position;
}
//Find average of all house positions
center /= village.VillageSize;
village.CenterPosition = center;
}
//If village has more than max number of houses, reduce amount of houses by removing the houses furthest from the center
foreach (VillageData village in chunkData.VillageList)
{
//Keep removing houses until there is less than the max amount
while (village.VillageSize > maxHousesPerVillage)
{
VillageHouseData furthestHouse = village.VillageHouses[0];
float furthestDistance = float.MinValue;
foreach (VillageHouseData house in village.VillageHouses)
{
if (Vector3.Distance(house.transform.position, village.CenterPosition) > furthestDistance)
{
furthestDistance = Vector3.Distance(house.transform.position, village.CenterPosition);
furthestHouse = house;
}
}
village.RemoveHouse(furthestHouse);
}
}
//Find closest house to middle point of village and replace it
foreach (VillageData village in chunkData.VillageList)
{
//Initialise
VillageHouseData closestHouse = village.VillageHouses[0];
float closestDistance = float.MaxValue;
foreach (VillageHouseData house in village.VillageHouses)
{
if (Vector3.Distance(house.transform.position, village.CenterPosition) < closestDistance)
{
closestDistance = Vector3.Distance(house.transform.position, village.CenterPosition);
closestHouse = house;
}
}
//Set center position for vilalge for this chunk
village.LocalChunkCenterPosition = closestHouse.ChunkLocalPosition;
//Delete closest house
village.RemoveHouse(closestHouse);
//Spawn village center prefab at location of closest house
GameObject newCenter = Instantiate(ProceduralTerrain.Current.TerrainHouseData.VillageCenterPrefab.ObjectPrefab, closestHouse.transform.position, Quaternion.identity, closestHouse.transform.parent);
village.VillageCenter = newCenter;
chunkData.VillageCenterList.Add(newCenter);
//Parent objects
GameObject villageParent = new GameObject();
villageParent.transform.SetParent(village.VillageCenter.transform.parent);
villageParent.name = "Village";
foreach (VillageHouseData house in village.VillageHouses)
{
house.transform.SetParent(villageParent.transform);
}
village.VillageCenter.transform.SetParent(villageParent.transform);
}
//Rotate houses to face village center
foreach (VillageData village in chunkData.VillageList)
{
foreach (VillageHouseData house in village.VillageHouses)
{
house.transform.LookAt(village.VillageCenter.transform);
//Make house flat, rather than tilted
house.transform.localEulerAngles = new Vector3(0, house.transform.localEulerAngles.y, house.transform.localEulerAngles.z);
}
}
//Make sure trees arent placed in village area
int clearAreaRadius = ProceduralTerrain.Current.TerrainHouseData.ClearAreaRadiusAroundBuildings;
foreach (VillageData village in chunkData.VillageList)
{
bool hasClearedAroundCenter = false;
foreach (VillageHouseData house in village.VillageHouses)
{
Vector2 centerPosition = house.ChunkLocalPosition;
//If the area around the village center hasnt been cleared yet, clear it
if (!hasClearedAroundCenter)
{
centerPosition = village.LocalChunkCenterPosition;
PreventSpawningInArea(chunkData, centerPosition, clearAreaRadius);
//Set centerPosition back to this houses position
centerPosition = house.ChunkLocalPosition;
}
//Prevent spawning of trees around this house
PreventSpawningInArea(chunkData, centerPosition, clearAreaRadius);
}
}
yield return(null);
}
/// <summary>
/// Extracts villages.
/// </summary>
/// <param name="content">Content to extract.</param>
/// <returns>Extracted village data.</returns>
public static VillageData[] Villages(string content)
{
string ownerName = GetMatch(content, "v owner name")
.Groups["name"].Value;
var mc = GetMatches(content, "v*");
var data = new VillageData[mc.Count];
for (int i = 0; i < mc.Count; i++)
{
var id = mc[i].Groups["id"].Value.AsInt();
var name = mc[i].Groups["name"].Value;
var pop = mc[i].Groups["pop"].Value.AsInt();
bool central = mc[i].Groups["central"].Success;
data[i++] = new VillageData(id, name, pop, ownerName, central);
}
return data;
}
public VillagePropertyScreen(ref VillageData acreProperties)
{
this._acreProperties = acreProperties;
}
public void AssignVillage(VillageData village)
{
Village = village;
}
public static void BuyPlot(VillageData villageData)
{
EntrepreneurCampaignBehaviour entrepreneur = Campaign.Current.GetCampaignBehavior <EntrepreneurCampaignBehaviour>();
Dictionary <string, int> itemRequirements = new Dictionary <string, int>();
itemRequirements.Add("tools", 5);
itemRequirements.Add("hardwood", 5);
Dictionary <string, int> missingRequirements = new Dictionary <string, int>();
missingRequirements.Add("tools", 5);
missingRequirements.Add("hardwood", 5);
Dictionary <ItemRosterElement, int> itemsToRemove = new Dictionary <ItemRosterElement, int>();
foreach (KeyValuePair <string, int> requirement in itemRequirements)
{
IEnumerable <ItemRosterElement> items = Hero.MainHero.PartyBelongedTo.ItemRoster.AsQueryable().Where(item => item.Amount >= requirement.Value && item.EquipmentElement.Item.StringId.Equals(requirement.Key));
if (items.Count() != 0)
{
int currentAmount = items.First().Amount;
itemsToRemove.Add(items.First(), currentAmount - requirement.Value);
missingRequirements.Remove(requirement.Key);
}
}
if (missingRequirements.Count == 0)
{
int buyPrice = villageData.AcreSellPrice;
if (villageData.AvailableAcres > 0)
{
if (Hero.MainHero.Gold >= buyPrice)
{
villageData.buyAcre();
foreach (var item in itemsToRemove)
{
// Remove whole stack.
Hero.MainHero.PartyBelongedTo.ItemRoster.Remove(item.Key);
// Add the difference.
Hero.MainHero.PartyBelongedTo.ItemRoster.AddToCounts(item.Key.EquipmentElement.Item, item.Value);
}
GiveGoldAction.ApplyForCharacterToSettlement(Hero.MainHero, Settlement.CurrentSettlement, buyPrice);
}
else
{
InformationManager.DisplayMessage(new InformationMessage("You dont have enouph gold to buy this plot."));
}
}
else
{
InformationManager.DisplayMessage(new InformationMessage("There are no plots acres to buy."));
}
}
else
{
foreach (KeyValuePair <string, int> requirement in missingRequirements)
{
InformationManager.DisplayMessage(new InformationMessage(($"You are missing {requirement.Value} items of {requirement.Key}.")));
}
}
}
// 从AVObject拷贝数据
public static VillageData CreateFromAVObject(AVObject obj)
{
VillageData villageData = new VillageData();
villageData.AVObject = obj;
return villageData;
}
private List <Vector3> CreateVillageCenters(VillageGeneratorData villageGeneratorData, int villageCount)
{
List <Vector3> villagePositions = new List <Vector3>();
// TODO: Generalise spawnpoint bounds
float lowerSpawnBoundX = 0 - chunkSize / 2;
// When the time comes to add vertical scaling, this will have to change based on a separate vertical bound
float lowerSpawnBoundY = 0;
float lowerSpawnBoundZ = 0 - chunkSize / 2;
// TODO: Generalise spawnpoint bounds
float upperSpawnBoundX = 0 + chunkSize / 2;
// When the time comes to add vertical scaling, this will have to change based on a separate vertical bound
float upperSpawnBoundY = 0;
float upperSpawnBoundZ = 0 + chunkSize / 2;
Vector3 lowerBounds = new Vector3(lowerSpawnBoundX, lowerSpawnBoundY, lowerSpawnBoundZ);
Vector3 upperBounds = new Vector3(upperSpawnBoundX, upperSpawnBoundY, upperSpawnBoundZ);
// Loop over each village, generate a center for it
for (int idx = 0; idx < villageCount; idx++)
{
float newVillageRadius = villageGeneratorData.spawnRadius.RandomSample();
Vector3 spawnPosition = UtilityFunctions.GetRandomVector3(lowerBounds, upperBounds);
// Create Temp Area with the above parameters
var tempArea = new TempRegion(RegionType.circle, newVillageRadius, spawnPosition);
// Check for any collisions
if (IsCircularRegionFree(tempArea))
{
string newVillageName = $"{villageGeneratorData.villageName}.{idx}";
// Initialize new Village Center
GameObject newVillageObject = new GameObject(name: newVillageName);
var newVillageNode = newVillageObject.AddComponent <VillageNode>();
// Find new head count
int newVillagerCount = villageGeneratorData.headCount.RandomSample();
newVillageNode.SetUp(newVillageName);
newVillageNode.SetUpRegion(newVillageRadius, spawnPosition);
var newVillageData = new VillageData
{
HeadCount = newVillagerCount,
// huts will be grown as per necessity in the VillageNode script
hutSpawnRange = villageGeneratorData.percentageHutSpawnRadius * (newVillageRadius / 100),
villagersPerHut = villageGeneratorData.villagersPerHut,
villagerPrefab = villageGeneratorData.villagerPrefab,
elderHutPrefab = villageGeneratorData.elderHutPrefab,
hutPrefab = villageGeneratorData.hutPrefab
};
newVillageNode.SetUpVillage(newVillageData);
newVillageNode.BeginGenerationProcess();
villagePositions.Add(newVillageNode.CenterPosition);
Regions.Add(newVillageNode);
AddLink(newVillageNode);
}
}
return(villagePositions);
}
public GroupData GetGroupByVillage(VillageData villageData) => _groupDataCoord.TryGetValue(new Tuple <int, int>(villageData.X, villageData.Y), out var group) ? group : null;
