protected BallSetBase(ITableInternal table)
{
m_Table = table;
m_Balls = new List <IBallInternal>();
m_CueBalls = new List <IBallInternal>();
m_BallSteps = new Dictionary <IBallInternal, BallStepInfo>();
}
public void Visit(ITableInternal <TElement> table)
{
if (Content.ContainsKey(JsonProperties.Table))
{
var pile = (JObject)Content[JsonProperties.Table];
Load(pile, table);
}
}
public void Visit(ITableInternal <TElement> table)
{
if (Deck.Options.Table.Enabled)
{
var obj = new JObject();
Serialize(obj, table);
Content.Add(JsonProperties.Table, obj);
}
}
public TriangleBallSet(ITableInternal table) : base(table)
{
//add cue ball
var cueBallLocation = m_Table.CueBallLocations.FirstOrDefault() ?? new Coordinates(-m_Table.Width / 4.0, 0);
var cueBall = AddBall(new BallGraphicsData(null, Color.White, false, 0.5), c_PhysicsData, cueBallLocation);
m_CueBalls.Add(cueBall as IBallInternal);
//add other balls
var ballLocation = m_Table.BallLocations.FirstOrDefault() ?? new Coordinates(m_Table.Width / 4.0, 0);
foreach (var data in c_GraphicsData.Zip(c_BallPositionOffsets, (gd, off) => new { GraphicsData = gd, Position = Coordinates.Add(ballLocation, off) }))
{
AddBall(data.GraphicsData, c_PhysicsData, data.Position);
}
}
public GameManager(IGame game, ITableInternal table, IBallSetInternal ballSet, Players players)
{
m_GetScore = () => game.GetScore(table, ballSet);
m_IsOver = () => game.IsOver(ballSet);
m_HasWin = () => game.HasWin(ballSet);
m_BallSet = ballSet;
m_Players = players;
m_Players.ShotDataReady += m_BallSet.HitBall;
var balls = m_BallSet.Balls.Except(m_BallSet.CueBalls);
InGameBallCount = balls.Count();
foreach (IBallInternal b in balls)
{
b.RemovedFromGame += () => InGameBallCount--;
}
}
public Ball(BallGraphicsData graphicsData, BallPhysicsData physicsData, ITableInternal table, Coordinates startPosition)
{
m_GraphicsData = graphicsData;
m_PhysicsData = physicsData;
m_Table = table;
m_BallInterface = this;
m_InGame = true;
m_Position = startPosition;
m_Velocity = Coordinates.Zero;
m_DrawingOffset = new Coordinates(m_Table.Width / 2, m_Table.Height / 2);
Coordinates.MakeReadonly(m_DrawingOffset);
m_BallDrawingOffset = new Coordinates(m_PhysicsData.Radius, m_PhysicsData.Radius);
Coordinates.MakeReadonly(m_BallDrawingOffset);
m_StripedRadius = (int)Math.Ceiling(m_PhysicsData.Radius * m_GraphicsData.StripedRadiusCoefficient);
m_StripedDiameter = 2 * m_StripedRadius;
m_StripedDrawingOffset = new Coordinates(m_StripedRadius, m_StripedRadius);
Coordinates.MakeReadonly(m_StripedDrawingOffset);
m_DirectionUpdated = false;
}
public ComponentManager(IGame game, IGameMetadata gameMetadata, ExportFactory <IBrain, IBrainMetadata> brainFactory)
{
m_EvolutionLock = new object();
m_Game = game;
m_GameMetadata = gameMetadata;
m_Table = TableFactory.GetTable(gameMetadata.Table);
m_ValidGames = new List <GameManager>();
//load accessory functions from brain assembly
new CompositionContainer(new TypeCatalog(brainFactory.Metadata.BrainType)).ComposeParts(this);
m_Population = brainFactory.Metadata.Population;
m_MaxShot = 0;
m_MaxBalls = 0;
m_ShotCount = 1;
m_BallCount = null;
m_PlayingGamesCount = m_Population;
m_BestScore = null;
PlayWinner = false;
Initialize((pop, play) => brainFactory.CreateExport().Value);
}
