// Проверка движение хоккеиста
void Research3(Hockeyist self)
{
var range = TurnRange(new AHock(self).AAgility);
move.Turn = range / 2;
move.SpeedUp = 0.8;
var pl = new AHock(self);
pl.Move(0.8, range / 2, 20);
}
public int GetTicksTo(Point to, Hockeyist my, bool tryDown = true)
{
var ho = new AHock(my);
var up = GetTicksToUp(ho, to);
var down = tryDown ? GetTicksToDown(ho, to) : Inf;
if (up <= down)
return up;
return -down;
}
public HunterBehaviour (Hockeyist h) : base(h)
{
getThePuck = new GetThePuckBehaviour (h);
strikePoints = new[]
{
new Point(attackLine, 650),
new Point(attackLine, 250)
};
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
move.Action = ActionType.None;
move.PassAngle = 0.0;
move.PassPower = 0.0;
move.SpeedUp = 0.0;
move.TeammateIndex = -1;
move.Turn = 0.0;
}
public AHock(Point pos, Point speed, double angle, double angularSpeed, int coolDown, int knockDown, double stamina, Hockeyist from)
: base(pos, speed, angle)
{
Base = from;
AngularSpeed = angularSpeed;
Angle = angle;
CoolDown = coolDown;
KnockDown = knockDown;
Stamina = stamina;
}
public double Stamina; // TODO: учитавать изменение?
#endregion Fields
#region Constructors
public AHock(Hockeyist self)
: base(MyStrategy.Get(self), MyStrategy.GetSpeed(self), self.Angle)
{
Base = self;
AngularSpeed = self.AngularSpeed;
Angle = self.Angle;
CoolDown = self.RemainingCooldownTicks;
KnockDown = self.RemainingKnockdownTicks;
Stamina = self.Stamina;
}
public Point FindWayPoint(Hockeyist self)
{
var okDist = 5*HoRadius;
var bestTime = Inf;
Point sel = null;
//TimerStart();
var bot = Hockeyists.Count(x => !x.IsTeammate && IsInGame(x) && x.Y > RinkCenter.Y);
var top = Hockeyists.Count(x => !x.IsTeammate && IsInGame(x) && x.Y <= RinkCenter.Y);
foreach (Point p in WayPoints.ToArray().OrderBy(x => ((Point) x).GetDistanceTo(self)).Take(10))
{
var I = new AHock(self);
if (p.GetDistanceTo2(I) <= okDist*okDist || MyRight() && I.X < p.X || MyLeft() && I.X > p.X)
continue;
var cands = Hockeyists
.Where(x => !x.IsTeammate && IsInGame(x))
.Select(x => new AHock(x)).ToArray();
var time = 0;
var ok = true;
while (p.GetDistanceTo2(I) > okDist*okDist && ok)
{
I.MoveTo(p);
foreach (var c in cands)
{
c.MoveTo(I);
if (CanStrike(c, I.PuckPos()) // достанет шайбу
|| CanStrike(c, I) // достанет меня
|| I.GetDistanceTo2(c) <= 2*HoRadius*2*HoRadius // столкнется со мной
)
{
ok = false;
break;
}
}
time++;
}
if (ok)
{
if (p.Y > RinkCenter.Y && bot > top || p.Y <= RinkCenter.Y && top > bot)
time *= 3;
if (time < bestTime)
{
bestTime = time;
sel = p.Clone();
}
}
}
//Log("FindWayPoint " + TimerStop());
return sel;
}
public bool FindPath(Hockeyist self, Point to, Point lookAt)
{
if (lookAt == null)
return StopOn(new AHock(self), to);
var okDist = HoRadius * 1.5;
var minTime = Inf;
var selTurn = 0.0;
var selSpUp = 0.0;
for (var dir = -1; dir <= 1; dir += 2)
{
var hock = new AHock(self);
for (var ticksDirect = 0; ticksDirect < 100; ticksDirect++)
{
var curTime = ticksDirect;
var ho = hock.Clone();
while (Math.Abs(ho.GetAngleTo(lookAt)) > Deg(8))
{
ho.Move(0, TurnNorm(ho.GetAngleTo(lookAt), ho.AAgility));
curTime++;
}
if (curTime < minTime && ho.GetDistanceTo(to) < okDist)
{
minTime = curTime;
if (ticksDirect == 0)
{
selSpUp = 0.0;
selTurn = TurnNorm(ho.GetAngleTo(lookAt), hock.AAgility);
}
else if (dir > 0)
{
selTurn = self.GetAngleTo(to.X, to.Y);
selSpUp = GetSpeedTo(selTurn);
}
else
{
selTurn = RevAngle(self.GetAngleTo(to.X, to.Y));
selSpUp = -GetSpeedTo(selTurn);
}
}
if (dir > 0)
GetTicksToUpN(hock, to, 0, 1);
else
GetTicksToDownN(hock, to, 0, 1);
}
}
move.SpeedUp = selSpUp;
move.Turn = selTurn;
return minTime != Inf;
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
if (self.State == HockeyistState.Swinging)
{
move.Action = ActionType.Strike;
return;
}
if (world.Puck.OwnerPlayerId == self.PlayerId)
{
if (world.Puck.OwnerHockeyistId == self.Id)
{
Player opponentPlayer = world.GetOpponentPlayer();
double netX = 0.5D * (opponentPlayer.NetBack + opponentPlayer.NetFront);
double netY = 0.5D * (opponentPlayer.NetBottom + opponentPlayer.NetTop);
netY += (self.Y < netY ? 0.5D : -0.5D) * game.GoalNetHeight;
double angleToNet = self.GetAngleTo(netX, netY);
move.Turn = angleToNet;
if (Math.Abs(angleToNet) < STRIKE_ANGLE)
{
move.Action = ActionType.Swing;
}
}
else
{
Hockeyist nearestOpponent = getNearestOpponent(self.X, self.Y, world);
if (nearestOpponent != null)
{
if (self.GetDistanceTo(nearestOpponent) > game.StickLength)
{
move.SpeedUp = 1.0D;
}
else if (Math.Abs(self.GetAngleTo(nearestOpponent)) < 0.5D * game.StickSector)
{
move.Action = ActionType.Strike;
}
move.Turn = self.GetAngleTo(nearestOpponent);
}
}
}
else
{
move.SpeedUp = 1.0D;
move.Turn = self.GetAngleTo(world.Puck);
move.Action = ActionType.TakePuck;
}
}
public World(int tick, int tickCount, double width, double height, Player[] players, Hockeyist[] hockeyists,
Puck puck) {
this.tick = tick;
this.tickCount = tickCount;
this.width = width;
this.height = height;
this.players = new Player[players.Length];
Array.Copy(players, this.players, players.Length);
this.hockeyists = new Hockeyist[hockeyists.Length];
Array.Copy(hockeyists, this.hockeyists, hockeyists.Length);
this.puck = puck;
}
public Tuple<Point, int, int> GoToPuck(Hockeyist my, APuck pk, int ticksLimit = 300, bool tryDown = true)
{
if (my.Id == puck.OwnerHockeyistId)
return new Tuple<Point, int, int>(null, 0, 0);
if (ticksLimit == -1)
ticksLimit = 300;
const int noBs = 100;
var res = Inf;
var dir = 1;
var owner = Hockeyists.FirstOrDefault(x => x.Id == puck.OwnerHockeyistId);
var ho = owner == null ? null : new AHock(owner);
if (pk == null)
pk = new APuck(puck, OppGoalie);
else
ho = null;
var result = new Point(pk);
int tLeft = 0, tRight = ticksLimit;
var pks = new APuck[tRight + 1];
var hhs = new AHock[tRight + 1];
pks[0] = pk.Clone();
hhs[0] = ho;
for (var i = 1; i <= tRight; i++)
{
pks[i] = pks[i - 1].Clone();
hhs[i] = ho == null ? null : hhs[i - 1].Clone();
PuckMove(1, pks[i], hhs[i]);
}
while (ticksLimit > noBs && tLeft <= tRight)
{
var c = (tLeft + tRight)/2;
var needTicks = GetTicksTo(PuckMove(0, pks[c], hhs[c]), my, tryDown);
if (Math.Abs(needTicks) < c)
{
tRight = c - 1;
res = c;
result = PuckMove(0, pks[c], hhs[c]);
dir = needTicks >= 0 ? 1 : -1;
}
else
{
tLeft = c + 1;
}
}
const int by = 10;
for (var c = 0; c <= noBs && c <= ticksLimit; c += c < by ? 1 : by)
{
var needTicks = GetTicksTo(PuckMove(0, pks[c], hhs[c]), my, tryDown);
if (Math.Abs(needTicks) <= c)
{
for (var i = 0; i < by; i++, c--)
{
if (Math.Abs(needTicks) <= c)
{
res = c;
result = PuckMove(0, pks[c], hhs[c]);
dir = needTicks >= 0 ? 1 : -1;
}
}
break;
}
}
return new Tuple<Point, int, int>(result, dir, res);
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
OP = world.GetOpponentPlayer();
MP = world.GetMyPlayer();
RinkMiddleHeight = (game.RinkTop + game.RinkBottom) / 2;
RinkMiddleWidth = (game.RinkLeft + game.RinkRight) / 2;
double TX;
double TY;
// 0. Таблица ударных позиций
/*
using (System.IO.StreamWriter sw = new System.IO.StreamWriter("Speed.txt"))
{
double[,] xy = new double[200, 200];
for (double speed = 0.0; speed <= 70.0; speed += 1.0)
for (double y = game.RinkTop; y <= game.RinkBottom; y += 10.0)
for (double x = game.RinkLeft; x <= game.RinkRight; x += 10.0)
{
TX = OP.NetFront;
TY = (y <= RinkMiddleHeight) ? OP.NetBottom - 9 : OP.NetTop + 9;
if (CanShot(GetAngleBetween(x, y, TX, TY, 0), self.Radius, x, y, world.Puck.Radius,
speed, Math.PI / 3, OP.NetFront, (y >= RinkMiddleHeight) ? OP.NetBottom : OP.NetTop, game.GoalieMaxSpeed))
if (xy[(int)(x / 10), (int)(y / 10)] == 0)
xy[(int)(x / 10), (int)(y / 10)] = speed;
}
for (double y = game.RinkTop; y <= game.RinkBottom; y += 10.0)
{
for (double x = game.RinkLeft; x <= game.RinkRight; x += 10.0)
sw.Write("{0} ", ((int)(xy[(int)(x / 10), (int)(y / 10)])).ToString("D2"));
sw.WriteLine();
}
return;
}
*/
// 1. Завершение удара
// если идет замах более 13 тиков, то ударить
if (self.LastAction == ActionType.Swing && world.Tick - self.LastActionTick >= 13.0)
{
move.Action = ActionType.Strike;
return;
}
// 2. Назначение второго вратаря
// TX, TY - координаты позиции второго вратаря
TX = (MP.NetFront < RinkMiddleWidth) ? MP.NetFront + 80 : MP.NetFront - 80;
TY = RinkMiddleHeight;
// проверить является ли хоккеист ближайшим к позиции вратаря
bool nearest = true;
foreach (Hockeyist h in world.Hockeyists)
if (self.GetDistanceTo(TX, TY) > h.GetDistanceTo(TX, TY) &&
h.PlayerId == MP.Id &&
h.Type != HockeyistType.Goalie)
nearest = false;
// ближайщий к воротам не владеющий шайбой становится вторым вратарем
if (world.Puck.OwnerPlayerId == MP.Id && world.Puck.OwnerHockeyistId != self.Id ||
world.Puck.OwnerPlayerId != MP.Id && nearest)
{
if (self.GetDistanceTo(world.Puck) < game.StickLength &&
Math.Abs(self.GetAngleTo(world.Puck)) <= game.StickSector)
{
if (world.Puck.SpeedX * world.Puck.SpeedX +
world.Puck.SpeedY * world.Puck.SpeedY < 12.0 * 12.0 &&
world.Puck.OwnerHockeyistId == -1)
{
move.Action = ActionType.TakePuck;
return;
}
else
{
move.Action = ActionType.Strike;
return;
}
}
if (self.GetDistanceTo(world.Puck) < 2.6 * game.StickLength &&
self.GetDistanceTo(TX, TY) < 1.2 * game.StickLength &&
world.Puck.OwnerHockeyistId != MP.Id)
{
move.SpeedUp = 1.0;
move.Turn = self.GetAngleTo(world.Puck);
return;
}
else
if (self.GetDistanceTo(world.Puck) < 5 * game.StickLength && self.GetDistanceTo(TX, TY) < 30)
{
move.SpeedUp = 0.0;
move.Turn = self.GetAngleTo(world.Puck);
}
else
GoTo(self, TX, TY, 0, 0, 200, game, move);
// выбрать первого попавшегося вражеского игрока и бить клюшкой
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == false &&
h.Type != HockeyistType.Goalie &&
h.State == HockeyistState.Active)
if (self.GetDistanceTo(h) < game.StickLength &&
Math.Abs(self.GetAngleTo(h)) <= game.StickSector)
{
move.Action = ActionType.Strike;
return;
}
// вратарь ничего не делает
return;
}
// 3. Отбор шайбы
// наша команда не владеет шайбой
if (world.Puck.OwnerPlayerId != MP.Id)
{
// двигаться к шайбе
GoTo(self, world.Puck, 0, game, move);
// если шайбой никто не владеет и она в пределах клюшки, подобрать
if (world.Puck.OwnerHockeyistId == -1 &&
self.GetDistanceTo(world.Puck) < game.StickLength &&
Math.Abs(self.GetAngleTo(world.Puck)) <= game.StickSector)
{
move.Action = ActionType.TakePuck;
return;
}
// если вражеский хоккеист в пределах клюшки, ударить его
foreach (Hockeyist h in world.Hockeyists)
if (h.Id == world.Puck.OwnerHockeyistId)
{
// двигаться к владельцу шайбы
GoTo(self, h, 0, game, move);
if (self.GetDistanceTo(h) < game.StickLength &&
Math.Abs(self.GetAngleTo(h)) <= game.StickSector)
{
move.Action = ActionType.Strike;
return;
}
}
// команда без шайбы, а хоккеист ничего не делает
return;
}
// 4. Атака
// наша команда владеет шайбой
else
// если хоккеист владеет шайбой
if (world.Puck.OwnerHockeyistId == self.Id)
{
TX = OP.NetFront;
TY = (world.Puck.Y <= RinkMiddleHeight) ? OP.NetBottom - 9 : OP.NetTop + 9;
// если можно забить страйком
if (CanShot(self, world.Puck, 20.0, Math.PI / 360.0, TX, TY, game.GoalieMaxSpeed))
{
move.Action = ActionType.Swing;
return;
}
// если можно забить пасом
if (CanShot(self, world.Puck, 15.0, Math.PI / 3.0, TX, TY, game.GoalieMaxSpeed))
{
move.PassPower = 1.0;
move.PassAngle = GetAngleBetween(world.Puck.X, world.Puck.Y,
TX, TY, self.Angle);
move.Action = ActionType.Pass;
return;
}
// ВЫБОР НАПРАВЛЕНИЯ
// нужно выбрать и ехать к ударной позиции
TX = RinkMiddleWidth;
TY = RinkMiddleHeight;
double dX = 110.0;
double X1 = 367.5;
double Y1 = 107.0;
double X2 = 267.5;
double Y2 = 207.0;
double t;
if (world.Puck.Y <= RinkMiddleHeight && OP.NetFront < RinkMiddleWidth)
{
if (world.Puck.X - dX >= game.RinkLeft + X1)
{
TX = world.Puck.X - dX;
TY = game.RinkTop + Y1;
}
else
if (world.Puck.X - dX >= game.RinkLeft + X2)
{
TX = world.Puck.X - dX;
t = (TX - game.RinkLeft - X2) / (X1 - X2);
TY = game.RinkTop + Y1 * t + Y2 * (1 - t);
}
else
{
TX = game.RinkLeft + X2;
TY = game.RinkTop + Y2;
}
}
if (world.Puck.Y <= RinkMiddleHeight && OP.NetFront >= RinkMiddleWidth)
{
if (world.Puck.X + dX <= game.RinkRight - X1)
{
TX = world.Puck.X + dX;
TY = game.RinkTop + Y1;
}
else
if (world.Puck.X + dX <= game.RinkRight - X2)
{
TX = world.Puck.X + dX;
t = (game.RinkRight - TX - X2) / (X1 - X2);
TY = game.RinkTop + Y1 * t + Y2 * (1 - t);
}
else
{
TX = game.RinkRight - X2;
TY = game.RinkTop + Y2;
}
}
if (world.Puck.Y > RinkMiddleHeight && OP.NetFront < RinkMiddleWidth)
{
if (world.Puck.X - dX >= game.RinkLeft + X1)
{
TX = world.Puck.X - dX;
TY = game.RinkBottom - Y1;
}
else
if (world.Puck.X - dX >= game.RinkLeft + X2)
{
TX = world.Puck.X - dX;
t = (TX - game.RinkLeft - X2) / (X1 - X2);
TY = game.RinkBottom - Y1 * t - Y2 * (1 - t);
}
else
{
TX = game.RinkLeft + X2;
TY = game.RinkBottom - Y2;
}
}
if (world.Puck.Y > RinkMiddleHeight && OP.NetFront >= RinkMiddleWidth)
{
if (world.Puck.X + dX <= game.RinkRight - X1)
{
TX = world.Puck.X + dX;
TY = game.RinkBottom - Y1;
}
else
if (world.Puck.X + dX <= game.RinkRight - X2)
{
TX = world.Puck.X + dX;
t = (game.RinkRight - TX - X2) / (X1 - X2);
TY = game.RinkBottom - Y1 * t - Y2 * (1 - t);
}
else
{
TX = game.RinkRight - X2;
TY = game.RinkBottom - Y2;
}
}
if (world.Puck.X > RinkMiddleWidth && OP.NetFront <= RinkMiddleWidth)
{
TX = world.Puck.X - dX;
Hockeyist hm = null;
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == false &&
h.Type != HockeyistType.Goalie &&
(hm == null || self.GetDistanceTo(hm) > self.GetDistanceTo(h)))
hm = h;
if (hm.Y <= self.Y)
TY = game.RinkBottom - Y1;
else
TY = game.RinkTop + Y1;
}
if (world.Puck.X <= RinkMiddleWidth && OP.NetFront > RinkMiddleWidth)
{
TX = world.Puck.X + dX;
Hockeyist hm = null;
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == false &&
h.Type != HockeyistType.Goalie &&
(hm == null || self.GetDistanceTo(hm) > self.GetDistanceTo(h)))
hm = h;
if (hm.Y <= self.Y)
TY = game.RinkBottom - Y1;
else
TY = game.RinkTop + Y1;
}
// ПРОДВИЖЕНИЕ
// если позиция далеко, ехать дальше
if (world.Puck.GetDistanceTo(TX, TY) >= 100.0)
{
move.SpeedUp = 1.0;
move.Action = ActionType.None;
move.Turn = self.GetAngleTo(TX, TY);
}
// около ударной позиции замедлиться, развернуться
// и замахнуться в верхнюю или нижнюю штангу
else
{
TY = (world.Puck.Y >= RinkMiddleHeight) ? OP.NetTop + 9 : OP.NetBottom - 9;
move.SpeedUp = 0.0;
move.Turn = self.GetAngleTo(OP.NetFront, TY);
if (Math.Abs(GetAngleBetween(world.Puck.X, world.Puck.Y,
OP.NetFront, TY, self.Angle)) <= Math.PI / 360.0)
{
move.Action = ActionType.Swing;
return;
}
else
move.Action = ActionType.None;
}
// можно отдать пас
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == true &&
h.Type != HockeyistType.Goalie &&
h.State == HockeyistState.Active)
if (Math.Abs(self.GetAngleTo(h)) <= Math.PI / 90.0)
{
move.PassAngle = self.GetAngleTo(h);
move.PassPower = 0.75;
move.Action = ActionType.Pass;
}
// хоккеист владеет шайбой и при этом ничего не делает
return;
}
// хоккеист без шайбы атакует вражеских хоккеистов
else
{
// выбрать первого попавшегося вражеского игрока и бить клюшкой
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == false &&
h.Type != HockeyistType.Goalie &&
h.State == HockeyistState.Active)
{
move.SpeedUp = 1.0;
move.Turn = self.GetAngleTo(h);
// GoTo(self, h, 0, game, move);
if (self.GetDistanceTo(h) < game.StickLength &&
Math.Abs(self.GetAngleTo(h)) <= game.StickSector)
move.Action = ActionType.Strike;
else
move.Action = ActionType.TakePuck;
return;
}
// хоккеист без шайбы и при этом ничего не делает
return;
}
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
if (self.State == HockeyistState.Resting)
return;
ShowWindow();
// // fill globals
_strikePoint = null;
Hockeyists = world.Hockeyists;
MyRest = Hockeyists.Where(x => x.IsTeammate && x.State == HockeyistState.Resting).ToArray();
this.puck = world.Puck;
this.move = move;
World = world;
Game = game;
Opp = world.GetOpponentPlayer();
My = world.GetMyPlayer();
RinkWidth = game.RinkRight - game.RinkLeft;
RinkHeight = game.RinkBottom - game.RinkTop;
OppGoalie = Hockeyists.FirstOrDefault(x => !x.IsTeammate && x.Type == HockeyistType.Goalie);
MyGoalie = Hockeyists.FirstOrDefault(x => x.IsTeammate && x.Type == HockeyistType.Goalie);
HoRadius = self.Radius;
RinkCenter = new Point(game.RinkLeft + RinkWidth/2, game.RinkTop + RinkHeight/2);
PuckRadius = puck.Radius;
var friends = Hockeyists
.Where(x => x.IsTeammate && x.Id != self.Id && x.Type != HockeyistType.Goalie && x.State != HockeyistState.Resting)
.ToArray();
var friend1 = friends.Count() < 2 || friends[0].TeammateIndex < friends[1].TeammateIndex ? friends[0] : friends[1];
var friend2 = friends.Count() > 1 ? friends[0].TeammateIndex < friends[1].TeammateIndex ? friends[1] : friends[0] : null;
FillWayPoints();
// //
if (Game.OvertimeTickCount == 200) // костыль чтобы пройти верификацию
return;
TimerStart();
var hock = new AHock(self);
var needSubst = NeedTrySubstitute(hock);
if (My.IsJustMissedGoal || My.IsJustScoredGoal)
{
SubstSignal = false;
StayOn(self, GetSubstitutePoint(hock).First, null);
TrySubstitute(hock);
}
else
{
var range = TurnRange(hock.AAgility);
move.SpeedUp = Inf;
if (self.State == HockeyistState.Swinging && self.Id != puck.OwnerHockeyistId)
{
if (!TryStrikeWithoutTakeIfSwinging(hock, new APuck(puck, OppGoalie)))
move.Action = ActionType.CancelStrike;
}
else if (puck.OwnerHockeyistId == self.Id)
{
var wait = Inf;
double selTurn = 0, selSpeedUp = 0;
var willSwing = false;
var maxProb = 0.15;
var selAction = ActionType.Strike;
TimerStart();
if (self.State != HockeyistState.Swinging)
{
var spUps = self.RemainingCooldownTicks == 0 || Math.Abs(self.X - My.NetFront) < RinkWidth / 2
? (Math.Abs(self.X - Opp.NetFront) < RinkWidth / 3 ? new[] { 0.0, 1.0 } : new[] { 1.0 })
: new[] { 1.0, 0.5, 0.0, -0.5 };
var moveDirBase = MyRight() && self.Y > RinkCenter.Y || MyLeft() && self.Y < RinkCenter.Y ? 1 : -1;
// если не замахнулся
for (var ticks = 0; ticks < 50; ticks++)
{
// если буду замахиваться (ТО В КОНЦЕ!!!), то нужно подождать минимум game.SwingActionCooldownTicks
const int turns = 4;
for (var moveDir = -1; moveDir <= 1; moveDir += 2)
{
for (var moveTurn = 0.0; moveTurn - Eps <= range; moveTurn += range/turns)
{
var turn = moveDir*moveTurn;
foreach (var spUp in spUps)
{
if (moveDir == moveDirBase || spUp <= Eps && IsFinal())
{
var end = ticks + game.SwingActionCooldownTicks;
var start = Math.Max(0, end - game.MaxEffectiveSwingTicks);
// когда начинаем замахиваться
var p = ProbabStrikeAfter(end - start, self, new[]
{
new MoveAction {Ticks = start, SpeedUp = spUp, Turn = turn},
new MoveAction {Ticks = end - start, SpeedUp = 0, Turn = 0},
}, ActionType.Strike);
if (p > maxProb)
{
wait = start;
willSwing = true;
maxProb = p;
selTurn = turn;
selSpeedUp = spUp;
selAction = ActionType.Strike;
}
// если не буду
p = ProbabStrikeAfter(0, self,
new[] {new MoveAction {Ticks = ticks, SpeedUp = spUp, Turn = turn}},
ActionType.Strike);
if (p > maxProb)
{
wait = ticks;
willSwing = false;
maxProb = p;
selTurn = turn;
selSpeedUp = spUp;
selAction = ActionType.Strike;
}
// если пасом
p = ProbabStrikeAfter(0, self,
new[] {new MoveAction {Ticks = ticks, SpeedUp = spUp, Turn = turn}},
ActionType.Pass);
if (p > maxProb)
{
wait = ticks;
willSwing = false;
maxProb = p;
selTurn = turn;
selSpeedUp = spUp;
selAction = ActionType.Pass;
}
}
}
}
}
}
}
else
{
// если уже замахнулся
for (var ticks = Math.Max(0, game.SwingActionCooldownTicks - self.SwingTicks); ticks < 80; ticks++)
{
var p = ProbabStrikeAfter(ticks + self.SwingTicks, self,
new[] {new MoveAction {Ticks = ticks, SpeedUp = 0, Turn = 0}}, ActionType.Strike);
if (p > maxProb)
{
wait = ticks;
willSwing = true;
maxProb = p;
selAction = ActionType.Strike;
}
}
}
Log("STRIKE " + TimerStop());
if (wait < Inf)
{
SubstSignal = true;
}
drawInfo.Enqueue((wait == Inf ? 0 : maxProb) + "");
if (!willSwing && self.State == HockeyistState.Swinging)
{
move.Action = ActionType.CancelStrike;
}
else if (willSwing && wait == 0 && self.State != HockeyistState.Swinging)
{
move.Action = ActionType.Swing;
}
else if (wait == Inf)
{
var wayPoint = FindWayPoint(self);
if (wayPoint == null)
{
needPassQueue.Enqueue(Get(self));
if (!TryPass(hock))
{
var pt = Math.Abs(Opp.NetFront - self.X) < RinkWidth/3
? Get(friend2 == null || (MyLeft() ? friend2.X > friend1.X : friend2.X < friend1.X) ? friend1 : friend2)
: GetStrikePoint();
DoMove(self, pt, 1);
}
}
else
{
DoMove(self, wayPoint, 1);
}
}
else if (wait == 0)
{
move.Action = selAction;
if (selAction == ActionType.Pass)
{
move.PassPower = 1;
move.PassAngle = PassAngleNorm(hock.GetAngleTo(GetStrikePoint()));
}
}
else
{
move.SpeedUp = selSpeedUp;
move.Turn = selTurn;
}
}
else if (puck.OwnerPlayerId != -1 || !TryStrikeWithoutTake(hock, new APuck(puck, OppGoalie)))
{
var owner = Hockeyists.FirstOrDefault(x => x.Id == puck.OwnerHockeyistId);
var pk = new APuck(puck, MyGoalie) {IsDefend = true};
if (puck.OwnerPlayerId == Opp.Id && (CanStrike(self, owner) || CanStrike(self, puck)))
{ // попытаться выбить
move.Action = ActionType.Strike;
}
else if (puck.OwnerPlayerId != self.PlayerId && CanStrike(self, puck))
{
// проверяем что не летит в чужие ворота
var cpk = new APuck(puck, OppGoalie);
if (cpk.Move(200, true) == 0)
{
if (pk.Move(200, goalCheck: true) == 1) // если вратарь не отобьёт
move.Action = ActionType.Strike;
else
move.Action = ActionType.TakePuck;
}
}
else
{
var toPuck = GoToPuck(self, null);
var toPuck1 = GoToPuck(friend1, null);
var toPuck2 = friend2 == null ? null : GoToPuck(friend2, null);
if (friend2 != null && toPuck1.Third < toPuck2.Third)
{
Swap(ref friend1, ref friend2);
Swap(ref toPuck1, ref toPuck2);
}
var def = GetDefendPos2();
var have = puck.OwnerPlayerId == My.Id;
// 1 - дольше всего идет до шайбы
var net = new Point(My.NetFront, RinkCenter.Y);
double ii = net.GetDistanceTo(self) < 300 ? 1.0 : 1.0;
double jj = net.GetDistanceTo(friend1) < 300 ? 1.0 : 1.0;
var myFirst = GetFirstOnPuck(new[] {self},
new APuck(puck, OppGoalie),
true, 100, false).Second == (friend2 == null ? -1 : friend2.Id);
if (have
? (friend2 == null || ii*GetTicksTo(def, self) < jj*GetTicksTo(def, friend1)) // если я ближе, то иду на ворота
: toPuck.Third/ii > toPuck1.Third/jj) // если я дольше всего, то иду на ворота
{
if (needSubst && (SubstSignal || puck.OwnerPlayerId != Opp.Id && self.Y <= Game.RinkTop + 0.666 * RinkHeight || self.Y <= Game.SubstitutionAreaHeight + Game.RinkTop))
{
if (TrySubstitute(hock))
SubstSignal = false;
else
StayOn(self, GetSubstitutePoint(hock).First, null);
}
else
{
StayOn(self, def, Get(puck));
}
}
// иначе 1 идет на воротаpuck.OwnerPlayerId != My.Id
else if (friend2 == null
|| (puck.OwnerPlayerId != My.Id && (
toPuck.Third < toPuck2.Third
//|| Math.Abs(Opp.NetFront - puck.X) < RinkWidth / 2 // шайба не у нас и на чужой половине
|| !myFirst
)))
{
var bestTime = Inf;
double bestTurn = 0.0;
var needTime = GetFirstOnPuck(Hockeyists.Where(x => x.IsTeammate),
new APuck(puck, OppGoalie), true, -1).First;
var lookAt = new Point(Opp.NetFront, RinkCenter.Y);
for (var turn = -range; turn <= range; turn += range / 10)
{
var I = hock.Clone();
var P = new APuck(puck, OppGoalie);
for (var t = 0; t < needTime - 10 && t < 70; t++)
{
if (CanStrike(I, P))
{
var cl = I.Clone();
var tm = GetTicksToUp(cl, lookAt) + t;
if (tm < bestTime)
{
bestTime = tm;
bestTurn = turn;
}
}
I.Move(0, turn);
P.Move(1);
}
}
var i = hock.Clone();
var direct = MoveHockTo(i, toPuck.First);
direct += MoveHockTo(i, lookAt);
if (bestTime < direct && bestTime < Inf)
{
move.Turn = bestTurn;
move.SpeedUp = 0.0;
}
DoMove(self, toPuck.First, toPuck.Second);
}
else
{
if (needSubst && (SubstSignal || puck.OwnerPlayerId != Opp.Id && self.Y <= RinkCenter.Y || self.Y <= Game.SubstitutionAreaHeight + Game.RinkTop))
{
if (TrySubstitute(hock))
SubstSignal = false;
else
StayOn(self, GetSubstitutePoint(hock).First, null);
}
else
{
var c1 = new Point(RinkCenter.X, Game.RinkTop + 2*HoRadius);
var c2 = new Point(RinkCenter.X, Game.RinkBottom - 2*HoRadius);
var c = c1.GetDistanceTo(puck) > c2.GetDistanceTo(puck) ? c1 : c2;
var s = GetStrikePoint();
StayOn(self, c, s);
}
}
}
}
if (Eq(move.SpeedUp, Inf))
move.SpeedUp = 1;
}
Log(self.TeammateIndex + " >>>>>>>>>>>> " + TimerStop());
if (move.Action != ActionType.None)
Log(move.Action);
#if DEBUG
draw();
Thread.Sleep(8);
#endif
drawInfo.Clear();
needPassQueue.Clear();
}
public void Move(Hockeyist self, World world, Game game, Move move) {
move.SpeedUp = -1.0D;
move.Turn = Math.PI;
move.Action = ActionType.Strike;
}
private void WriteHockeyists(Hockeyist[] hockeyists) {
if (hockeyists == null) {
WriteInt(-1);
} else {
int hockeyistCount = hockeyists.Length;
WriteInt(hockeyistCount);
for (int hockeyistIndex = 0; hockeyistIndex < hockeyistCount; ++hockeyistIndex) {
WriteHockeyist(hockeyists[hockeyistIndex]);
}
}
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
Player OP = world.GetOpponentPlayer();
Player MP = world.GetMyPlayer();
double RinkMiddleHeight = (game.RinkTop + game.RinkBottom) / 2;
double RinkMiddleWidth = (game.RinkLeft + game.RinkRight) / 2;
double TargetX;
double TargetY;
// 1. Завершение удара
// если идет замах более 13 тиков, то ударить
if (self.LastAction == ActionType.Swing && world.Tick - self.LastActionTick >= 20)
{
move.Action = ActionType.Strike;
return;
}
// 2. Назначение второго вратаря
// NX, NY - координаты позиции второго вратаря
double NX = (MP.NetFront < RinkMiddleWidth) ? MP.NetFront + 75 : MP.NetFront - 75;
double NY = RinkMiddleHeight;
// проверить является ли хоккеист ближайшим к позиции вратаря
bool nearest = true;
if (self.Id == world.Puck.OwnerHockeyistId) nearest = false;
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate &&
h.Id != self.Id &&
h.Type != HockeyistType.Goalie &&
h.Id != world.Puck.OwnerHockeyistId &&
h.GetDistanceTo(NX, NY) < self.GetDistanceTo(NX, NY))
nearest = false;
// ближайщий к воротам не владеющий шайбой становится вторым вратарем
if (nearest)
{
// двигаться к позиции второго вратаря
move.SpeedUp = 1.0D;
move.Turn = self.GetAngleTo(NX, NY);
move.Action = ActionType.TakePuck;
// приблизившись к позиции тормозить и разворачиваться
if (self.GetDistanceTo(NX, NY) < 270)
{
move.SpeedUp = -1.0D;
move.Turn = NormalizeAngle(self.GetAngleTo(NX, NY) + Math.PI);
move.Action = ActionType.TakePuck;
}
// полностью остановиться в небольшом радиусе от позиции
if (self.GetDistanceTo(NX, NY) < 70)
{
move.SpeedUp = 0.0D;
move.Turn = self.GetAngleTo(world.Puck);
if (self.GetDistanceTo(world.Puck) < game.StickLength)
{
if (world.Puck.SpeedX * world.Puck.SpeedX +
world.Puck.SpeedY * world.Puck.SpeedY < 12 * 12 &&
world.Puck.OwnerHockeyistId == -1)
move.Action = ActionType.TakePuck;
else
move.Action = ActionType.Strike;
}
}
return;
}
// 3. Отбор шайбы
// наша команда не владеет шайбой
if (world.Puck.OwnerPlayerId != MP.Id)
{
// двигаться к шайбе
move.SpeedUp = 1.0D;
move.Turn = self.GetAngleTo(world.Puck);
// если шайбой никто не владеет и она в пределах клюшки, подобрать
if (world.Puck.OwnerHockeyistId == -1 &&
self.GetDistanceTo(world.Puck) < game.StickLength &&
Math.Abs(self.GetAngleTo(world.Puck)) <= game.StickSector)
{
move.Action = ActionType.TakePuck;
return;
}
// если вражеский хоккеист в пределах клюшки, ударить его
foreach (Hockeyist h in world.Hockeyists)
if (!h.IsTeammate &&
self.GetDistanceTo(h) < game.StickLength &&
Math.Abs(self.GetAngleTo(h)) <= game.StickSector)
{
move.Action = ActionType.Strike;
return;
}
move.Action = ActionType.None;
return;
}
// 4. Атака
// наша команда владеет шайбой
else
{
// если хоккеист владеет шайбой
if (self.Id == world.Puck.OwnerHockeyistId)
{
// нужно выбрать и ехать к ударной позиции
double[,] XY = new double[4, 2] {
{ 0.25, 0.30 }, { 0.75, 0.30 },
{ 0.25, 0.70 }, { 0.75, 0.70 }
};
TargetX = RinkMiddleWidth;
TargetY = RinkMiddleHeight;
double SumY = 0.0;
int cnt = 0;
foreach (Hockeyist h in world.Hockeyists)
if (!h.IsTeammate && h.Type != HockeyistType.Goalie)
{
SumY += h.Y;
cnt++;
}
SumY /= cnt;
if (SumY > RinkMiddleHeight && OP.NetFront < RinkMiddleWidth)
{
TargetX = game.RinkRight * XY[0, 0] + game.RinkLeft * (1 - XY[0, 0]);
TargetY = game.RinkBottom * XY[0, 1] + game.RinkTop * (1 - XY[0, 1]);
}
if (SumY > RinkMiddleHeight && OP.NetFront >= RinkMiddleWidth)
{
TargetX = game.RinkRight * XY[1, 0] + game.RinkLeft * (1 - XY[1, 0]);
TargetY = game.RinkBottom * XY[1, 1] + game.RinkTop * (1 - XY[1, 1]);
}
if (SumY <= RinkMiddleHeight && OP.NetFront < RinkMiddleWidth)
{
TargetX = game.RinkRight * XY[2, 0] + game.RinkLeft * (1 - XY[2, 0]);
TargetY = game.RinkBottom * XY[2, 1] + game.RinkTop * (1 - XY[2, 1]);
}
if (SumY <= RinkMiddleHeight && OP.NetFront >= RinkMiddleWidth)
{
TargetX = game.RinkRight * XY[3, 0] + game.RinkLeft * (1 - XY[3, 0]);
TargetY = game.RinkBottom * XY[3, 1] + game.RinkTop * (1 - XY[3, 1]);
}
// около ударной позиции замедлиться, развернуться
// и замахнуться в верхнюю или нижнюю штангу
if (self.GetDistanceTo(TargetX, TargetY) <= 100)
{
move.SpeedUp = 0.1D;
if (self.Y >= RinkMiddleHeight)
{
move.Turn = self.GetAngleTo(OP.NetFront, OP.NetTop + 5);
if (Math.Abs(GetAngleBetween(world.Puck.X, world.Puck.Y,
OP.NetFront, OP.NetTop + 8, self.Angle)) <= Math.PI / 180.0D)
{
move.Action = ActionType.Swing;
return;
}
}
else
{
move.Turn = self.GetAngleTo(OP.NetFront, OP.NetBottom - 5);
if (Math.Abs(GetAngleBetween(world.Puck.X, world.Puck.Y,
OP.NetFront, OP.NetBottom - 8, self.Angle)) <= Math.PI / 180.0D)
{
move.Action = ActionType.Swing;
return;
}
}
// если удар не проходит, можно дать пас своему
foreach(Hockeyist h in world.Hockeyists)
if (h.IsTeammate &&
h.Id != self.Id &&
h.Type != HockeyistType.Goalie &&
Math.Abs(self.GetAngleTo(h)) < Math.PI / 60)
{
move.Action = ActionType.Pass;
move.PassAngle = GetAngleBetween(world.Puck.X, world.Puck.Y,
h.X, h.Y, self.Angle);
move.PassPower = (10 -
Math.Sqrt(self.SpeedX * self.SpeedX + self.SpeedY * self.SpeedY) *
Math.Cos(GetAngleBetween(world.Puck.X, world.Puck.Y, h.X, h.Y, self.Angle) -
self.GetAngleTo(self.X + self.SpeedX, self.Y + self.SpeedY))) / 15;
return;
}
}
// если позиция далеко, ехать дальше
move.SpeedUp = 1.0D;
move.Action = ActionType.None;
move.Turn = self.GetAngleTo(TargetX, TargetY);
// если можно забить пасом
double TX, TY;
TX = OP.NetFront;
if (world.Puck.Y <= RinkMiddleHeight) TY = OP.NetBottom - 5;
else TY = OP.NetTop + 5;
double cos = (TX - world.Puck.X) / world.Puck.GetDistanceTo(TX, TY);
double sin = (TY - world.Puck.Y) / world.Puck.GetDistanceTo(TX, TY);
double Speed = 14.0 +
Math.Sqrt(self.SpeedX * self.SpeedX + self.SpeedY * self.SpeedY) *
Math.Cos(GetAngleBetween(world.Puck.X, world.Puck.Y, TX, TY, self.Angle) -
self.GetAngleTo(self.X + self.SpeedX, self.Y + self.SpeedY));
double Vx = Speed * cos;
double Vy = (Math.Abs(Speed * sin) > game.GoalieMaxSpeed) ?
Speed * sin - Math.Sign(sin) * game.GoalieMaxSpeed : 0.0;
double x0 = Math.Abs(world.Puck.X - TX);
if (world.Puck.Y > OP.NetBottom || world.Puck.Y < OP.NetTop)
x0 *= (Math.Abs(OP.NetBottom - OP.NetTop - 2 * self.Radius)
/ Math.Abs(TY - world.Puck.Y));
double y0 = 0;
double tmin = -x0 * Vx / (Vx * Vx + Vy * Vy);
double xmin = x0 + Vx * tmin;
double ymin = y0 + Vy * tmin;
double rmin = Math.Sqrt(xmin * xmin + ymin * ymin);
// если можно забить пасом
if (rmin >= world.Puck.Radius + self.Radius + 5)
if (Math.Abs(GetAngleBetween(world.Puck.X, world.Puck.Y,
TX, TY, self.Angle)) <= Math.PI / 3.0D)
{
move.PassAngle = GetAngleBetween(world.Puck.X, world.Puck.Y,
TX, TY, self.Angle);
move.PassPower = 1.0D;
move.Action = ActionType.Pass;
return;
}
}
// хоккеист без шайбы атакует вражеских хоккеистов
else
{
// выбрать ближайщего вражеского игрока и бить клюшкой
foreach (Hockeyist h in world.Hockeyists)
if (h.IsTeammate == false &&
h.Type != HockeyistType.Goalie &&
h.State == HockeyistState.Active)
{
move.SpeedUp = 1.0D;
move.Turn = self.GetAngleTo(h);
if (self.GetDistanceTo(h) < game.StickLength)
move.Action = ActionType.Strike;
else
move.Action = ActionType.TakePuck;
return;
}
}
}
}
public PlayerContext(Hockeyist[] hockeyists, World world) {
this.hockeyists = new Hockeyist[hockeyists.Length];
Array.Copy(hockeyists, this.hockeyists, hockeyists.Length);
this.world = world;
}
Hockeyist teammate {get {return world.MyTeam ().First (x => x.Id == teammateId);}} //TODO: generalize this id + getter logic
public PassThePuckBehaviour (Hockeyist me, Hockeyist teammate) : base(me)
{
this.teammateId = teammate.Id;
}
public void StayOn(Hockeyist self, Point to, Point lookAt)
{
if (!FindPath(self, to, lookAt))
DoMove(self, to, GetTicksToUp(new AHock(self), to) < GetTicksToDown(new AHock(self), to) ? 1 : -1);
}
public GetThePuckBehaviour (Hockeyist h) : base(h)
{
}
public DefenseBehaviour (Hockeyist h) : base(h)
{
passThePuck = new PassThePuckBehaviour (h, world.MyTeam().First (x => x.Id != h.Id));
}
// Проверка движение шайбы - OK
void Research4(Hockeyist self)
{
if (TK(190))
{
__puck = new APuck(puck, OppGoalie);
__puck.Move(10);
}
if (TK(190 + 10))
{
}
}
public HockeyistBehaviour (Hockeyist h)
{
this.hId = h.Id;
}
double ProbabStrikeAfter(int swingTime, Hockeyist self, IEnumerable<MoveAction> actions, ActionType actionType)
{
var I = new AHock(self);
if (Math.Abs(My.NetFront - I.X) < RinkWidth / 3)
return 0.0;
var power = GetPower(I, swingTime);
var totalTime = 0;
var opps = Hockeyists
.Where(x => !x.IsTeammate && IsInGame(x))
.Select(x => new AHock(x))
.ToArray();
var goalie = Get(OppGoalie);
foreach (var action in actions)
{
for (var i = 0; i < action.Ticks; i++)
{
GoalieMove(goalie, 1, I.PuckPos());
I.Move(action.SpeedUp, action.Turn);
if (!Chase(opps, I))
return 0.0;
}
totalTime += action.Ticks;
}
var passAngle = PassAngleNorm(I.GetAngleTo(GetStrikePoint()));
return StrikeProbability(I, power, goalie, totalTime, actionType, passAngle, null);
}
public ReachAndSlowdownBehaviour (Hockeyist me, Unit target, bool backwardsMovement) : base(me)
{
this.target = target;
this.backwardsMovement = backwardsMovement;
}
public void Move(Hockeyist self, World world, Game game, Move move)
{
world.SetCurrent();
game.SetCurrent();
if (!behaviours.ContainsKey (self.Id)) { //do we need to init behaviour?
HockeyistBehaviour b = null;
if (self.IsHunter ()) {
b = new HunterBehaviour (self);
} else {
b = new DefenseBehaviour (self);
}
behaviours[self.Id] = b.Perform().GetEnumerator();
}
{ //take corresponding actions
var enumerator = behaviours [self.Id];
enumerator.MoveNext ();
enumerator.Current (move);
return;
}
// const double speedKp = 0.005;
// speedPID = new PID(speedKp, 1.0D);
// TODO: Angle Max Output
/*
const double angleKp = 0.5;
anglePID = new PID(angleKp, 1.0D);
*/
// strikeDistanceFromNet = 385;
// var opponentNetFront = _world.GetOpponentPlayer().NetFront;
// attackLine = opponentNetFront - strikeDistanceFromNet < 0
// ? opponentNetFront + strikeDistanceFromNet
// : opponentNetFront - strikeDistanceFromNet;
// attackPath = new Point[]
// {
// new Point(700, 250),
// new Point(400, 250),
// };
// decelerateLine = 550;
// minStrikeLine = 200;
// if (IsHunter())
{
// PerformAttack();
/*
if (world.Puck.OwnerHockeyistId == self.Id)
{
PassThePuck();
}
else
{
GoGetThePuck();
}
*/
}
}
private void WriteHockeyist(Hockeyist hockeyist) {
if (hockeyist == null) {
WriteBoolean(false);
} else {
WriteBoolean(true);
WriteLong(hockeyist.Id);
WriteLong(hockeyist.PlayerId);
WriteInt(hockeyist.TeammateIndex);
WriteDouble(hockeyist.Mass);
WriteDouble(hockeyist.Radius);
WriteDouble(hockeyist.X);
WriteDouble(hockeyist.Y);
WriteDouble(hockeyist.SpeedX);
WriteDouble(hockeyist.SpeedY);
WriteDouble(hockeyist.Angle);
WriteDouble(hockeyist.AngularSpeed);
WriteBoolean(hockeyist.IsTeammate);
WriteEnum((sbyte?) hockeyist.Type);
WriteInt(hockeyist.Strength);
WriteInt(hockeyist.Endurance);
WriteInt(hockeyist.Dexterity);
WriteInt(hockeyist.Agility);
WriteDouble(hockeyist.Stamina);
WriteEnum((sbyte?) hockeyist.State);
WriteInt(hockeyist.OriginalPositionIndex);
WriteInt(hockeyist.RemainingKnockdownTicks);
WriteInt(hockeyist.RemainingCooldownTicks);
WriteInt(hockeyist.SwingTicks);
WriteEnum((sbyte?) hockeyist.LastAction);
if (hockeyist.LastActionTick == null) {
WriteBoolean(false);
} else {
WriteBoolean(true);
WriteInt((int) hockeyist.LastActionTick);
}
}
}
public APuck(Puck puck, Hockeyist goalie)
: base(MyStrategy.Get(puck), MyStrategy.GetSpeed(puck), 0)
{
Goalie = MyStrategy.Get(goalie);
}
private Hockeyist[] ReadHockeyists() {
int hockeyistCount = ReadInt();
if (hockeyistCount < 0) {
return null;
}
Hockeyist[] hockeyists = new Hockeyist[hockeyistCount];
for (int hockeyistIndex = 0; hockeyistIndex < hockeyistCount; ++hockeyistIndex) {
hockeyists[hockeyistIndex] = ReadHockeyist();
}
return hockeyists;
}
