public static void ComponentDeleteAddTest()
{
LogScene();
Console.WriteLine("\n\n\n删除组件...\n\n\n");
Console.WriteLine("\n\n\n重命名对象0...\n\n\n");
Component com = Scene.GetGameObjects()[0].Components[0];//删除Transform
Scene.GetGameObjects()[0].Name = "CSharp Renamed Object";
Object.Destory(com);
LogScene();
Console.WriteLine("\n\n\n创建组件...");
Transform newcom = new Transform();
Console.WriteLine("添加组件...\n\n\n");
newcom.Position = new Vec3(9f, 9f, 9f);
newcom.Rotation = new Vec3(90f, 180f, 270f);
newcom.Scale = new Vec3(1.1f, 1.1f, 1.1f);
Scene.GetGameObjects()[0].AddComponent(newcom);//添加新的Transform
LogScene();
TTT t = new TTT();
Scene.GetGameObjects()[0].AddComponent(t);
LogScene();
//序列化
Serializer.Serialize(Scene.GetMainScene());
Console.ReadLine();
}
public Board(int dim, bool singlePlayer, ICallBack player, TTT server)
{
this.dim = dim;
this.singlePlayer = singlePlayer;
this.server = server;
initBoard();
moveCount = 0;
gameEnded = false;
player1 = player;
if (singlePlayer)
{
rand = new Random();
}
game = new Game();
game.BoardSize = dim;
game.Player1 = server.getPlayerData(player).Id;
game.StartTime = DateTime.Now;
game.Moves = ""; // simple array
if (singlePlayer)
{
game.Player2 = 1;
}
waitingForPlayer2 = !singlePlayer;
}
private void Search6_Timeline()
{
if (!TTT.HasSeed)
{
FormUtil.Error("Please Calibrate Timeline");
return;
}
var timeline = TTT.gettimeline();
int min = Math.Max((int)Frame_min.Value, timeline.Startingframe + 2);
int max = (int)TimeSpan.Value * 60 + min;
timeline.Maxframe = max;
timeline.Generate(ForMainForm: true);
int listlength = timeline.TinyLength;
// Prepare
var rng = new MersenneTwister(Seed.Value);
for (int i = 0; i < min; i++)
{
rng.Next();
}
getsetting(rng);
Frame.standard = (int)(TargetFrame.Value - min);
for (int i = 0; i < listlength; i++)
{
var tinyframe = timeline.results[i];
if (tinyframe.unhitable)
{
continue;
}
if (tinyframe.framemax < min)
{
continue;
}
RNGPool.TinySynced = tinyframe.sync == true; // For stationary
for (int j = tinyframe.framemin + 2; j <= tinyframe.framemax; j += 2, RNGPool.AddNext(rng), RNGPool.AddNext(rng))
{
while (j < min)
{
j += 2;
}
RNGPool.tinystatus = tinyframe.tinystate.Clone();
RNGPool.tinystatus.Currentframe = j;
RNGResult result = RNGPool.Generate6();
if (!filter.CheckResult(result))
{
continue;
}
Frames.Add(new Frame(result, frame: j, time: j - min));
Frames.Last()._tinystate = new PRNGState(tinyframe.tinystate.Status);
if (Frames.Count > MAX_RESULTS_NUM)
{
return;
}
}
}
}
private void Search6_Timeline()
{
if (!TTT.HasSeed)
{
Error("Please Calibrate Timeline");
return;
}
RNGPool.timeline = TTT.gettimeline();
int min = Math.Max((int)Frame_min.Value, RNGPool.timeline.Startingframe + 2);
int max = (int)TimeSpan.Value * 60 + min;
RNGPool.timeline.Maxframe = max;
RNGPool.timeline.Generate(Method == 0); // Consider Stationary delay
int listlength = RNGPool.timeline.TinyLength;
// Prepare
var rng = new MersenneTwister(Seed.Value);
for (int i = 0; i < min; i++)
{
rng.Next();
}
getsetting(rng);
for (int i = 0; i < listlength; i++)
{
var tinyframe = RNGPool.timeline.results[i];
if (tinyframe.unhitable)
{
continue;
}
if (tinyframe.framemax < min)
{
continue;
}
for (int j = tinyframe.framemin + 2; j <= tinyframe.framemax; j += 2, RNGPool.AddNext(rng), RNGPool.AddNext(rng))
{
while (j < min)
{
j += 2;
}
RNGPool.tinystatus = (TinyStatus)tinyframe.tinystate.DeepCopy();
RNGPool.tinystatus.Currentframe = j;
RNGResult result = RNGPool.Generate6();
if (!filter.CheckResult(result))
{
continue;
}
Frames.Add(new Frame(result, frame: j, time: j - min));
Frames.Last()._tinystate = new PRNGState(tinyframe.state);
if (Frames.Count > 100000)
{
return;
}
}
}
}
private void Start()
{
End.SetActive(false);
game = new TTT();
//minimaxSearch = MinimaxSearch<State, int, int>.createFor(game);
alphabetaSearch = AlphaBetaSearch <StateTTT, int, int> .createFor(game);
CurrentState = game.getInitialState();
CheckisTerminal();
}
private void Start()
{
TTT game = new TTT();
MinimaxSearch <StateTTT, int, int> minimaxSearch = MinimaxSearch <StateTTT, int, int> .createFor(game);
AlphaBetaSearch <StateTTT, int, int> alphabetaSearch = AlphaBetaSearch <StateTTT, int, int> .createFor(game);
StateTTT state = game.getInitialState();
int action1 = -100000;
int action2 = -100000;
action1 = minimaxSearch.makeDecision(state);
action2 = alphabetaSearch.makeDecision(state);
Debug.Log("Chosen action is " + action1 + " and node minimax " + minimaxSearch.getMetrics());
Debug.Log("Chosen action is " + action2 + " and node alphabeta " + alphabetaSearch.getMetrics());
}
public Board(int dim, bool singlePlayer, ICallBack player, TTT server)
{
this.dim = dim;
this.singlePlayer = singlePlayer;
this.server = server;
initBoard();
moveCount = 0;
gameEnded = false;
player1 = player;
if (singlePlayer)
rand = new Random();
game = new Game();
game.BoardSize = dim;
game.Player1 = server.getPlayerData(player).Id;
game.StartTime = DateTime.Now;
game.Moves = ""; // simple array
if (singlePlayer)
game.Player2 = 1;
waitingForPlayer2 = !singlePlayer;
}
public string RabbitMQDemo()
{
TTT name = null;
//注册AMQP接受事件
Core.Instance.AMQPReceive(".NETTest", (consumer) =>
{
consumer.Received += (ch, ea) =>
{
byte[] body = ea.Body;
name = body.SystemDeserializer <TTT>();
};
return(consumer);
});
Core.Instance.AMQPSend(".NETTest", ".NETTest", "1", new TTT("测试").SystemSerializer());
while (name == null)
{
}
return(name.Text);
}
public void TeleportTargetSelect()
{
ToBeChecked.Clear();
ValidTargets.Clear();
TargetLocations.Clear();
PossibleTeleportDestinations.Clear();
if (Grid == null)
{
Grid = GetComponent <Pathfinding>().Grid;
}
foreach (GameObject T in GetComponent <Pathfinding>().CurrentLocation.GetComponent <Tile>().Adjacent)
{
ToBeChecked.Add(T);
}
foreach (GameObject T in ToBeChecked)
{
if (T.GetComponent <Pathnode>().CurrentOccupant != null)
{
if (T.GetComponent <Pathnode>().CurrentOccupant.GetComponent <Unit>().Owner == GetComponent <Unit>().Owner)
{
ValidTargets.Add(T.GetComponent <Pathnode>().CurrentOccupant);
TargetLocations.Add(T);
}
}
}
foreach (Transform TTT in Grid)
{
if (TargetLocations.Contains(TTT.gameObject) == false)
{
TTT.GetComponent <Pathnode>().Fade();
}
}
}
public async Task UpdateTile(MouseState mouseState, Player player)
{
var s2w = TTT.ScreenToWorld(mouseState.Position.ToVector2());
var rect = new Rectangle((int)s2w.X, (int)s2w.Y, 1, 1);
var tile = TTT.Map.Tiles.FirstOrDefault(x => rect.Intersects(x.SpriteRectangle));
if (tile != null && tile.Player == Player.None)
{
TTT.Map.Tiles.Remove(tile);
await tile.Update(player);
TTT.Map.Tiles.Add(tile);
await eventService.IsGameOver(TTT.Map);
if (player == Player.Human)
{
TTT.Turn = Player.Computer;
}
else
{
TTT.Turn = Player.Human;
}
}
}
internal Boolean ProcessToken(ref TimeSpanToken tok, ref TimeSpanResult result) {
if (tok.ttt == TTT.NumOverflow) {
result.SetFailure(ParseFailureKind.Overflow, "Overflow_TimeSpanElementTooLarge", null);
return false;
}
if (tok.ttt != TTT.Sep && tok.ttt != TTT.Num) {
// Some unknown token or a repeat token type in the input
result.SetFailure(ParseFailureKind.Format, "Format_BadTimeSpan", null);
return false;
}
switch (tok.ttt) {
case TTT.Sep:
if (!AddSep(tok.sep, ref result)) return false;
break;
case TTT.Num:
if (tokenCount == 0) {
if (!AddSep(String.Empty, ref result)) return false;
}
if (!AddNum(tok, ref result)) return false;
break;
default:
break;
}
lastSeenTTT = tok.ttt;
Debug.Assert(tokenCount == (SepCount + NumCount), "tokenCount == (SepCount + NumCount)");
return true;
}
public string NetSocketCoreDemo()
{
//1.初始化服务端网络通讯模块
NetSocketCore server = new NetSocketCore("127.0.0.1", 9000);
//2.监听端口
server.LinkBind();
//3.初始化客户端网络通讯模块
NetSocketCore client = new NetSocketCore("127.0.0.1", 9000);
//4.连接服务端
Socket socket = client.Connect();
//5.往服务端发送消息
TTT ttt = new TTT("Hello mytest!");
client.Send(ttt.SystemSerializer);
NetSocketCore client2 = new NetSocketCore("127.0.0.1", 9000);
Socket socket2 = client2.Connect();
ttt = new TTT("Hello mytest2!");
client2.Send(ttt.SystemSerializer);
NetSocketCore client3 = new NetSocketCore("127.0.0.1", 9000);
Socket socket3 = client3.Connect();
ttt = new TTT("Hello mytest3!");
client3.Send(ttt.SystemSerializer);
NetSocketCore client4 = new NetSocketCore("127.0.0.1", 9000);
Socket socket4 = client4.Connect();
ttt = new TTT("Hello mytest4!");
client4.Send(ttt.SystemSerializer);
NetSocketCore client5 = new NetSocketCore("127.0.0.1", 9000);
Socket socket5 = client5.Connect();
ttt = new TTT("Hello mytest5!");
client5.Send(ttt.SystemSerializer);
NetSocketCore client6 = new NetSocketCore("127.0.0.1", 9000);
Socket socket6 = client6.Connect();
ttt = new TTT("Hello mytest6!");
client6.Send(ttt.SystemSerializer);
string result = "";
//服务端接受客户端传送的数据
Task.Run(async() =>
{
result += "\n" + await Task.Run(async() =>
{
foreach (var pair in server.SocketsMap)
{
result += "\n" + await Task.Run(() =>
{
byte[] bb = new byte[NetSocketCore.ByteSize];
pair.Value.Receive(bb);
TTT tt = bb.SystemDeserializer <TTT>();
return(tt.Text);
});
Console.WriteLine(result);
}
return(result);
});
});
Thread.Sleep(10000);
return(result);
}
internal void Init(DateTimeFormatInfo dtfi) {
Debug.Assert(dtfi != null);
lastSeenTTT = TTT.None;
tokenCount = 0;
SepCount = 0;
NumCount = 0;
literals = new String[MaxLiteralTokens];
numbers = new TimeSpanToken[MaxNumericTokens];
m_fullPosPattern = dtfi.FullTimeSpanPositivePattern;
m_fullNegPattern = dtfi.FullTimeSpanNegativePattern;
m_posLocInit = false;
m_negLocInit = false;
}
public TimeSpanToken(int leadingZeroes, int number) {
ttt = TTT.Num;
num = number;
zeroes = leadingZeroes;
sep = null;
}
internal String sep; // Store the literal that we are parsing (if any)
public TimeSpanToken(int number) {
ttt = TTT.Num;
num = number;
zeroes = 0;
sep = null;
}
static void Main(string[] args)
{
Profiler.Init();
Console.WriteLine("Hello World!");
TTT tt = new TTT();
tt.tt1 = 1;
tt.tt2 = 2;
tt.tt3 = 3;
tt.tt4 = 4;
FlatBuffer buffer = new FlatBuffer(2);
CircularBuffer circularBuffer = new CircularBuffer();
buffer.Wirte <TTT>(tt);
circularBuffer.Enqueue <TTT>(tt);
tt.tt1 = 5;
tt.tt2 = 6;
tt.tt3 = 7;
tt.tt4 = 8;
buffer.Wirte <TTT>(tt);
circularBuffer.Enqueue <TTT>(tt);
tt.tt1 = 0;
tt.tt2 = 0;
tt.tt3 = 0;
tt.tt4 = 0;
buffer.Read <TTT>(out tt);
tt.tt1 = 0;
tt.tt2 = 0;
tt.tt3 = 0;
tt.tt4 = 0;
circularBuffer.Dequeue <TTT>(out tt);
tt.tt1 = 0;
tt.tt2 = 0;
tt.tt3 = 0;
tt.tt4 = 0;
buffer.Read <TTT>(out tt);
tt.tt1 = 0;
tt.tt2 = 0;
tt.tt3 = 0;
tt.tt4 = 0;
circularBuffer.Dequeue <TTT>(out tt);
Profiler.Fin();
}
public void GenerateMovementOptions()
{
ToCheck.Clear();
Checked.Clear();
CanMoveTo.Clear();
foreach (Transform node in Grid)
{
node.GetComponent <Pathnode>().SetMPRequired(1);
TileType tileType = node.GetComponent <Tile>().GetTile();
if (tileType == TileType.grass)
{
node.GetComponent <Pathnode>().SetMPRequired(Grass);
}
if (tileType == TileType.forest)
{
node.GetComponent <Pathnode>().SetMPRequired(Forest);
}
if (tileType == TileType.water)
{
node.GetComponent <Pathnode>().SetMPRequired(Water);
}
if (tileType == TileType.hills)
{
node.GetComponent <Pathnode>().SetMPRequired(Hills);
}
if (tileType == TileType.castle)
{
node.GetComponent <Pathnode>().SetMPRequired(Castle);
}
if (tileType == TileType.sand)
{
node.GetComponent <Pathnode>().SetMPRequired(Sand);
}
}
//Debug.Log("calculating movement");
CurrentLocation.GetComponent <Pathnode>().MPRemain = MovePoints;
ToCheck.Add(CurrentLocation);
CanMoveTo.Add(CurrentLocation);
FindAvailableTiles(CurrentLocation);
foreach (GameObject T in ToCheck.ToArray())
{
FindAvailableTiles(T);
}
foreach (Transform TTT in Grid)
{
if (CanMoveTo.Contains(TTT.gameObject) == false)
{
TTT.GetComponent <Pathnode>().Fade();
}
}
}
