public RegularPlayer(Team team, ICoach coach, PointF startPoint, PolygonBorders borders, int playerNumber)
: base(team, coach)
{
m_startPosition = startPoint;
m_borders = borders;
PlayerNumber = playerNumber;
}
public List <Player> InitTeam(Team team, ICoach coach)
{
PolygonBorders leftUpBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, -34), new PointF(-1, -34), new PointF(-1, 1), new PointF(-40, 1), new PointF(-40, -10), new PointF(-52.5f, -10) });
PolygonBorders rightUpBorders = new PolygonBorders(new PointF[] { new PointF(-8, -34), new PointF(52.5f, -34), new PointF(52.5f, 1), new PointF(-8, 1) });
PolygonBorders leftDownBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, 34), new PointF(-1, 34), new PointF(-1, -1), new PointF(-40, -1), new PointF(-40, 10), new PointF(-52.5f, 10) });
PolygonBorders rightDownBorders = new PolygonBorders(new PointF[] { new PointF(-8, -1), new PointF(52.5f, -1), new PointF(52.5f, 34), new PointF(-8, 34) });
PolygonBorders goalKeeperBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, 10), new PointF(-40f, 10), new PointF(-40f, -10), new PointF(-52.5f, -10) });
var players = new List <Player>();
players.Add(new RegularAttacker(team, coach, new PointF(0, -10), rightUpBorders, 1));
players.Add(new RegularAttacker(team, coach, new PointF(0, 10), rightDownBorders, 2));
//players.Add(new RegularPlayer(team, coach, new PointF(-35, 13), leftDownBorders, 3));
//players.Add(new RegularPlayer(team, coach, new PointF(-35, -13), leftUpBorders, 4));
players.Add(new RegularDefender(team, coach, new PointF(-35, 10), leftDownBorders, 3));
players.Add(new RegularDefender(team, coach, new PointF(-35, -10), leftUpBorders, 4));
players.Add(new RegularGoalkeeper(team, coach, new PointF(-52.5f, 0), goalKeeperBorders, 5));
//var players = new List<Player>();
// for (int i = 1; i < 2 ;i++)
// players.Add(new RegularPlayer(team, coach, i));
return(players);
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new NirAttacker(team, coach));
return(players);
}
public DefenderExample(Team team, ICoach coach, PlayerSide side)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 30, 0);
m_PlayerSide = side;
m_PosOfLastKick = new PointF(-100, -100);
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new DefenderExample(team, coach));
players.Add(new AttackerExample(team, coach));
return(players);
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
//players.Add(new DefenderExample(team, coach));
//players.Add(new AttackerExample(team, coach));
//players.Add(new Goalkeeper(team, coach));
players.Add(new RegularPlayer(team, coach, 1));
players.Add(new Goalkeeper(team, coach));
return(players);
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new EnglandAttackerFront(team, coach));
players.Add(new EnglandAttackerBack(team, coach));
players.Add(new EnglandDefenderUp(team, coach));
players.Add(new EnglandDefenderDown(team, coach));
players.Add(new Goalkeeper(team, coach));
return(players);
}
public EnglandAttackerBack(Team team, ICoach coach)
: base(team, coach)
{
if (m_side == 'l')
{
m_startPosition = new PointF(35, -9);
}
else
{
m_startPosition = new PointF(-35, -9);
}
}
public List <Player> InitDefenders(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new BenchMarkPlayer(team, coach));
players.Add(new BenchMarkPlayer(team, coach));
players.Add(new BenchMarkPlayer(team, coach));
players.Add(new BenchMarkPlayer(team, coach));
players.Add(new Goalkeeper(team, coach));
return(players);
}
public List <Player> InitAttackers(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new DefenderExample(team, coach, Player.PlayerSide.RIGHT));
players.Add(new DefenderExample(team, coach, Player.PlayerSide.LEFT));
players.Add(new AttackerExample(team, coach, Player.PlayerSide.RIGHT));
players.Add(new AttackerExample(team, coach, Player.PlayerSide.LEFT));
players.Add(new Goalkeeper(team, coach));
return(players);
}
public Player(Team team, ICoach coach, bool IsGoalie = false)
{
m_coach = coach;
m_memory = new Memory();
m_team = team;
m_robot = new Robot(m_memory);
m_robot.Init(team.m_teamName, out m_side, out m_number, out m_playMode, IsGoalie);
Console.WriteLine("New Player - Team: " + m_team.m_teamName + " Side:" + m_side + " Num:" + m_number);
m_strategy = new Thread(new ThreadStart(play));
m_strategy.Start();
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new Goalkeeper(team, coach));
players.Add(new DefenderBottom(team, coach));
players.Add(new DefenderTop(team, coach));
// players.Add(new RightAttacker(team, coach));
players.Add(new AttackerExample2(team, coach));
players.Add(new RightAttacker(team, coach));
return(players);
}
public EnglandDefenderUp(Team team, ICoach coach)
: base(team, coach)
{
if (m_side == 'l')
{
m_startPosition.X = -25;
m_startPosition.Y = -10;
}
else
{
m_startPosition.X = 25;
m_startPosition.Y = -10;
}
}
public EnglandDefenderDown(Team team, ICoach coach)
: base(team, coach)
{
if (m_side == 'l')
{
m_startPosition.X = -32;
m_startPosition.Y = 10;
}
else
{
m_startPosition.X = 32;
m_startPosition.Y = 10;
}
}
public List <Player> InitTeam(Team team, ICoach coach)
{
var players = new List <Player>();
players.Add(new Goalkeeper(team, coach));
players.Add(new LowerAttackerExample(team, coach));
players.Add(new UpperAttackerExample(team, coach));
players.Add(new UpperDefender(team, coach));
players.Add(new LowerDefender(team, coach));
//players.Add(new Dummy(team, coach));
return(players);
}
public Goalkeeper(Team team, ICoach coach)
{
m_coach = coach;
m_memory = new Memory();
m_team = team;
m_robot = new Robot(m_memory);
// (init TeamName[(version VerNum)] [(goalie)])
m_robot.Init(team.m_teamName, out m_side, out m_number, out m_playMode, "(init " + m_team.m_teamName + " (version 6) (goalie)");
Console.WriteLine("New Player - Team: " + m_team.m_teamName + " Side:" + m_side + " Num:" + m_number);
m_strategy = new Thread(new ThreadStart(play));
m_strategy.Start();
}
public virtual void init(Team team, ICoach coach)
{
m_coach = coach;
m_memory = new Memory();
m_team = team;
m_robot = new Robot(m_memory);
m_robot.Init(team.m_teamName, out m_side, out m_number, out m_playMode);
Console.WriteLine("New Player - Team: " + m_team.m_teamName + " Side:" + m_side + " Num:" + m_number);
m_strategy = new Thread(new ThreadStart(play));
m_strategy.Start();
m_robot.HalfTimeEvent += HalfTimeEvent;
m_robot.kick_off_l_event += kick_off_l_event;
m_robot.kick_off_r_event += kick_off_r_event;
}
public Player(Team team, ICoach coach, bool isGoalie = false)
{
m_coach = coach;
m_memory = new Memory();
m_team = team;
m_robot = new Robot(m_memory);
RandomGenerator = new Random();
var teamName = isGoalie ? m_team.m_teamName + " (version 6) (goalie)" : m_team.m_teamName;
m_robot.Init(teamName, out m_side, out m_number, out m_playMode);
//Console.WriteLine("New Player - Team: " + m_team.m_teamName + " Side:" + m_side + " Num:" + m_number);
m_strategy = new Thread(play);
m_strategy.Start();
}
public List <Player> InitTeam(Team team, ICoach coach)
{
PolygonBorders leftUpBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, -34), new PointF(1, -34), new PointF(1, 7), new PointF(-52.5f, 7) });
PolygonBorders rightUpBorders = new PolygonBorders(new PointF[] { new PointF(-1, -34), new PointF(52.5f, -34), new PointF(52.5f, 7), new PointF(-1, 7) });
PolygonBorders leftDownBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, -7), new PointF(1, -7), new PointF(1, 34), new PointF(-52.5f, 34) });
PolygonBorders rightDownBorders = new PolygonBorders(new PointF[] { new PointF(-1, -7), new PointF(52.5f, -7), new PointF(52.5f, 34), new PointF(-1, 34) });
//PolygonBorders goalKeeperBorders = new PolygonBorders(new PointF[] { new PointF(-52.5f, 7), new PointF(-47.5f, 7), new PointF(-47.5f, -7), new PointF(-52.5f, -7) });
var players = new List <Player>();
players.Add(new RegularPlayer(team, coach, new PointF(-26, -17), leftUpBorders, 1));
players.Add(new RegularPlayer(team, coach, new PointF(26, -17), rightUpBorders, 2));
players.Add(new RegularPlayer(team, coach, new PointF(-26, 17), leftDownBorders, 3));
players.Add(new RegularPlayer(team, coach, new PointF(26, 17), rightDownBorders, 4));
//players.Add(new RegularPlayer(team, coach, new PointF(-52.5f, 0), goalKeeperBorders, 5));
//var players = new List<Player>();
// for (int i = 1; i < 2 ;i++)
// players.Add(new RegularPlayer(team, coach, i));
return(players);
}
public CentralDefender(Team team, ICoach coach)
: base(team, coach)
{
}
public RegularPlayer(Team team, ICoach coach, int playerNumber) : base(team, coach)
{
PlayerNumber = playerNumber;
m_startPosition = new PointF(playerNumber * 5, playerNumber * 5);
stuckCounter = 0;
}
public EnglandAttackerDown(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 10, 0);
}
public AttackerExample(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 10, 0);
}
public LowerAttackerExample(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * -1, 15);
}
public CentralDefenderRight(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 30, 10);
}
public Goalkeeper(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 10, 0);
}
public LeftWingBack(Team team, ICoach coach)
: base(team, coach)
{
}
public Player(Team team, ICoach coach)
{
init(team, coach);
}
public FullBack(Team team, ICoach coach)
: base(team, coach)
{
}
public DefenderExample(Team team, ICoach coach)
: base(team, coach)
{
m_startPosition = new PointF(m_sideFactor * 30, 0);
}
