public EnemyAttack(EDirection _direction)
{
direction = _direction;
animState = EAnimState.Attacking;
timer = 0;
hitTime = 500;
}
public void ChangeGhostDirection(int?id, EDirection direction)
{
this.SendCommand(new ChangeGhostDirection()
{
Id = id, Direction = (ECommandDirection?)direction
});
}
public void Add(Trade trade, Quote quote)
{
double midpoint = (quote.Bid + quote.Ask) / 2;
if (trade.Price == midpoint)
{
switch (direction)
{
case EDirection.accumulate:
accum += trade.Size;
break;
case EDirection.distribute:
accum -= trade.Size;
break;
}
}
else
{
if (trade.Price > midpoint)
{
accum += trade.Size;
direction = EDirection.accumulate;
}
if (trade.Price < midpoint)
{
accum -= trade.Size;
direction = EDirection.distribute;
}
}
base.Add(trade.DateTime, accum);
}
/// <summary>
/// Find a Platform from a given position and direction
/// used for the ball to know if its running into a platform, or if
/// rolling off an edge
/// </summary>
/// <param name="pos"></param>
/// <param name="dir"></param>
/// <returns></returns>
Platform RaycastForPlatform(Vector3 pos, EDirection dir)
{
return(Physics.RaycastAll(pos, dir.ToVec(), 1.0f)
.Select(o => o.collider.GetComponent <Platform>())
.Where(o => o != null)
.FirstOrDefault());
}
public Climby(CoordHelper.EProfile pt)
: base(App.Game)
{
playerType = pt;
if (playerType == CoordHelper.EProfile.ONEPLAYER)
skin = SpriteManager.ESprite.CLIMBYBLUE;
else
skin = SpriteManager.ESprite.CLIMBYRED;
pos = new Vector2(CoordHelper.Instance.getLeftMargin(playerType) + Constants.Measures.boardWidth / 2,
Constants.Measures.upBoardMargin + Constants.Measures.boardHeight - Constants.Measures.blockSize);
actualPosition = new Rectangle((int)pos.X, (int)pos.Y, (int)Constants.Measures.blockSize, (int)Constants.Measures.blockSize);
deadZone = new Rectangle((int)pos.X + (int)(Constants.Measures.blockSize / 3),
(int)pos.Y + (int)(Constants.Measures.blockSize / 3), (int)(Constants.Measures.blockSize / 3), (int)(Constants.Measures.blockSize / 3));
actions = new Dictionary<EState, Action<GameTime>>();
#region Actions
actions.Add(EState.CLIMB, climb);
actions.Add(EState.END_CLIMB, move);
actions.Add(EState.FALL, move);
actions.Add(EState.FREE_FALL, fall);
actions.Add(EState.MOVE, move);
actions.Add(EState.STOP, stop);
#endregion
state = EState.MOVE;
direction = EDirection.RIGHT;
rotation = 0f;
setSpeedFromLevel(0);
influence = 1f;
minHeight = (int)((pos.Y - Constants.Measures.upBoardMargin) / Constants.Measures.blockSize);
oldMinHeight = minHeight;
}
private void GetPivotOffsetAndAxis(EDirection dir, out Vector3 pivot, out Vector3 axis)
{
pivot = Vector3.zero;
axis = Vector3.zero;
Vector3 dirVec = dir.ToVec();
switch (dir)
{
case EDirection.FORWARD:
pivot = new Vector3(0, -0.5f, 0.5f);
break;
case EDirection.BACKWARD:
pivot = new Vector3(0, -0.5f, -0.5f);
break;
case EDirection.LEFT:
pivot = new Vector3(-0.5f, -0.5f, 0);
break;
case EDirection.RIGHT:
pivot = new Vector3(0.5f, -0.5f, 0);
break;
}
axis = Vector3.Cross(Vector3.up, dirVec);
Vector3 scale = GetRotatedScale(target.transform.rotation);
pivot.x *= scale.x;
pivot.y *= scale.y;
pivot.z *= scale.z;
}
private static Tile TryGetCoordinates(Vector2Int origin, EDirection direction)
{
var directionalVector = new Vector2Int();
switch (direction)
{
case EDirection.Up:
directionalVector = new Vector2Int(-1, 0);
break;
case EDirection.Right:
directionalVector = new Vector2Int(0, 1);
break;
case EDirection.Down:
directionalVector = new Vector2Int(1, 0);
break;
case EDirection.Left:
directionalVector = new Vector2Int(0, -1);
break;;
}
if (TILES_DICTIONARY.ContainsKey(origin + directionalVector))
{
return(TILES_DICTIONARY[origin + directionalVector]);
}
Debug.LogError("A tile has coordinates pointing outside of the map!");
return(null);
}
void Start()
{
tPosWater = this.transform.position;
m_Direction = EDirection.E_Tide_Low;
mRender = this.GetComponent<Renderer>();
tOffSet = mRender.material.GetTextureOffset("_MainTex");
}
protected override Object SpecialInputs(ConsoleKey cki, EDirection currentDirection, EGameState gameState) {
switch (cki) {
case ConsoleKey.Escape:
if (gameState == EGameState.Running)
return gameState == EGameState.Running ? EGameState.Over : EGameState.Running;
if (gameState == EGameState.Over || gameState == EGameState.Init)
Environment.Exit(0);
break;
case ConsoleKey.Spacebar:
return gameState == EGameState.Running ? EGameState.Paused : EGameState.Running;
case ConsoleKey.Q:
if (gameState == EGameState.Init)
Environment.Exit(0);
if (gameState == EGameState.Over)
StartupManager.Reset();
break;
case ConsoleKey.P:
if (gameState == EGameState.Init)
return EGameState.Running;
break;
}
if (cki == ConsoleKey.UpArrow && currentDirection != EDirection.South)
return EDirection.North;
if (cki == ConsoleKey.RightArrow && currentDirection != EDirection.West)
return EDirection.East;
if (cki == ConsoleKey.DownArrow && currentDirection != EDirection.North)
return EDirection.South;
if (cki == ConsoleKey.LeftArrow && currentDirection != EDirection.East)
return EDirection.West;
return cki;
}
private void _NowKick()
{
EDirection curDirection = MHeroController.CurDirection();
SGridCoordinate forwardCoor = Definition.GetNextCoorinate(MHeroController.MCurCoordinate, curDirection);
MissionManager.I.KickBackBall(MHeroController.MCurCoordinate, forwardCoor);
}
private static void loadFan(String s)
{
string[] data = s.Split(':');
float width = float.Parse(data[2]) * MULTI;
float height = float.Parse(data[3]) * MULTI;
float x = float.Parse(data[0]) * MULTI;
float y = (float.Parse(data[1]) * MULTI * -1) - height;
int power = int.Parse(data[4]);
EDirection direction = EDirection.UP;
switch (data[5])
{
case "UP": direction = EDirection.UP; break;
case "DOWN": direction = EDirection.DOWN; break;
case "LEFT": direction = EDirection.LEFT; break;
case "RIGHT": direction = EDirection.RIGHT; break;
}
FanTile tile = new FanTile(new Vector2(x, y));
tile.setRectangle((int)x, (int)y, (int)width, (int)height);
tile.setPower(power);
tile.setDirection(direction);
if (data.Length == 7)
{
int time = int.Parse(data[6]);
tile.setTime(time);
}
Game1.middle.Add(tile);
}
//Get the current hand direction
EDirection GetClosestDirection(ref bool a_bDetected)
{
DetectionManager.DetectionHand detectionHand = DetectionManager.Get().GetHand(m_Hand);
if (!detectionHand.IsSet())
{
a_bDetected = false;
return(EDirection.eDownwards);
}
Vector3 handDirection = detectionHand.GetHandAxis(m_HandAxis);
float currentDistance = float.MaxValue;
EDirection currentDir = EDirection.eUpwards;
foreach (EDirection dir in m_DirectionMap.Keys)
{
float newDistance = Vector3.Distance(handDirection, m_DirectionMap[dir]);
if (newDistance < currentDistance)
{
currentDistance = newDistance;
currentDir = dir;
a_bDetected = true;
}
}
return(currentDir);
}
private void GetMeleePosition(Grid p_grid, Party p_party, List <GridSlot> p_slots)
{
EDirection oppositeDir = EDirectionFunctions.GetOppositeDir(p_party.Direction);
EDirection p_dir = EDirectionFunctions.Add(p_party.Direction, 3);
EDirection p_dir2 = EDirectionFunctions.Add(p_party.Direction, 1);
EDirection direction = p_party.Direction;
Int32 num = Random.Range(0, 13);
GridSlot neighborSlot;
if (num >= 5)
{
neighborSlot = p_grid.GetSlot(p_party.Position).GetNeighborSlot(p_grid, oppositeDir);
}
else if (num >= 3)
{
neighborSlot = p_grid.GetSlot(p_party.Position).GetNeighborSlot(p_grid, p_dir);
}
else if (num >= 1)
{
neighborSlot = p_grid.GetSlot(p_party.Position).GetNeighborSlot(p_grid, p_dir2);
}
else
{
neighborSlot = p_grid.GetSlot(p_party.Position).GetNeighborSlot(p_grid, direction);
}
if (neighborSlot.IsPassable(m_owner, false))
{
m_targetSlot = neighborSlot;
}
else
{
m_targetSlot = p_slots[Random.Range(0, p_slots.Count)];
}
}
public override Int32 GetTargets(List <Object> buffer)
{
Grid grid = LegacyLogic.Instance.MapLoader.Grid;
Party party = LegacyLogic.Instance.WorldManager.Party;
Position position = party.Position;
EDirection direction = party.Direction;
Int32 rangedAttackRange = party.SelectedCharacter.FightValues.RangedAttackRange;
Monster monster = party.SelectedMonster;
if (monster == null || !grid.LineOfSight(party.Position, monster.Position, true))
{
monster = grid.GetRandomMonsterInDirection(position, direction, rangedAttackRange);
}
if (monster != null && !monster.IsAttackable)
{
GridSlot slot = grid.GetSlot(monster.Position);
foreach (MovingEntity movingEntity in slot.Entities)
{
Monster monster2 = movingEntity as Monster;
if (monster2 != null && monster2.IsAttackable)
{
monster = monster2;
break;
}
}
}
if (monster != null)
{
buffer.Add(monster);
return(1);
}
return(0);
}
void Move()
{
int iCheckCol = m_Char.m_iCol;
int iCheckRow = m_Char.m_iRow;
switch (m_Direction) {
case EDirection.left:
iCheckCol -= 1;
break;
case EDirection.right:
iCheckCol += 1;
break;
case EDirection.up:
iCheckRow += 1;
break;
case EDirection.down:
iCheckRow -= 1;
break;
}
square checkSquare = m_Char.m_Board.GetSquare(iCheckCol, iCheckRow);
// walkable
if (checkSquare != null && checkSquare.GetAlive() == false)
m_Char.Move(m_Direction);
// not walkable
else
m_Direction = Foo.GetLeft(m_Direction);
}
private void MoveToSignDirection()
{
Vector3[] path = new Vector3[0];
Direction = AgentSettings.Instance.GetSignDirection();
StartCoroutine(_ShowExclamation());
switch (Direction)
{
case EDirection.LEFT:
path = AgentSettings.Instance.PathToLeft;
break;
case EDirection.MIDDLE:
path = AgentSettings.Instance.PathToMiddle;
break;
case EDirection.RIGHT:
path = AgentSettings.Instance.PathToRight;
break;
}
m_currentMovement = transform.DOPath(path,
AgentSettings.Instance.TimeToMoveFromCenterToCreature,
PathType.Linear)
.OnComplete(PathEnd)
.SetEase(Ease.Linear);
StartCoroutine(_ScaleAlongJourney(m_currentMovement));
}
public override bool Detected()
{
if (DetectionManager.Get().IsHandSet(m_Hand) && m_CoolDownLeft <= 0.0f)
{
EDirection swipeDir = EDirection.eRight;
if (IsSwiping(ref swipeDir))
{
if (swipeDir == EDirection.eLeft)
{
swipeLeft = true;
if (gapLeft == false)
{
timeLeft = timeGap;
gapLeft = true;
}
}
if (swipeLeft && timeLeft > 0.1f && timeLeft < 0.5f)
{
gapLeft = false;
if (swipeDir == EDirection.eRight)
{
swipeLeft = false;
m_CoolDownLeft = m_CooldownTime;
return(true);
}
}
}
}
return(false);
}
public static void Go(ECommand command, Position position, EDirection direction)
{
switch (command)
{
case ECommand.PLACE:
table.Place(turtle, position, direction);
break;
case ECommand.MOVE:
table.Move(turtle);
break;
case ECommand.LEFT:
turtle.Left();
break;
case ECommand.RIGHT:
turtle.Right();
break;
case ECommand.REPORT:
var output = turtle.Report();
if (!string.IsNullOrEmpty(output))
{
Console.WriteLine($"\n-- OUTPUT --\n {output} \n \n -- INPUT --");
}
break;
default:
Console.WriteLine($"{command} is not a valid Command.");
break;
}
}
void AIDead()
{
// When aligned with the entrance, go down. When the ghost has fully entered the house,
// stateEval will change state to Home.
if (position_.Tile.Y == 11 && position_.Tile.X == 13 && position_.DeltaPixel.X == 8)
{
direction_ = EDirection.Down;
}
// Otherwise, only change direction if the ghost is exactly on a tile
else if (position_.DeltaPixel == Point.Zero)
{
// We direct the ghost towards one of the two squares above the home. When he reaches one,
// he still has to move slightly right or left in order to align with the entrance.
if (position_.Tile.X == 13 && position_.Tile.Y == 11)
{
direction_ = EDirection.Right;
}
else if (position_.Tile.X == 14 && position_.Tile.Y == 11)
{
direction_ = EDirection.Left;
}
// Otherwise, when at a junction, head for the square above home closest to us.
else if (IsAJunction(position_.Tile))
{
if (position_.Tile.X > 13)
{
direction_ = FindDirection(new Point(14, 11));
}
else
{
direction_ = FindDirection(new Point(13, 11));
}
}
}
}
void startMovement()
{
_nextDirection = _currentlyQueuedDirection;
_currentlyQueuedDirection = EDirection.NONE;
changeDirection(_nextDirection);
Vector2Int nextTilePos = _position + _inputManager.GetVector(_nextDirection);
Vector3Int nextPos = _grid.LocalToCell(new Vector3(nextTilePos.x, nextTilePos.y));
TileBase tile = _collisionMap.GetTile(nextPos);
if (tile != null)
{
Debug.Log("Tile should be blocked: " + tile.ToString());
_targetBlocked = true;
}
else
{
_position = nextTilePos;
_currentTrapTileList.Clear();
if (_trapMap.TileHasTrap(nextPos))
{
GameObject trapTile = _trapMap.GetTrapTileList(nextPos)[0];
Debug.Log("trapTile: " + (trapTile != null));
if (trapTile != null)
{
_currentTrapTileList = _trapMap.GetTrapTileList(nextPos);
}
}
}
}
private void Update()
{
// @request 위치 전달/수신
Vector3 player1_pos = player1.transform.position;
StructRequest request = new StructRequest();
request.uid = Const.UserData.uid;
request.request_url = URL.SyncMovement.ToString();
request.parameter = new Dictionary <string, string>();
request.parameter["posX"] = player1.gameObject.transform.position.x.ToString();
request.parameter["posY"] = player1.gameObject.transform.position.y.ToString();
request.parameter["opponentUid"] = Const.UserData.opponentUid;
void CallBack(StructRequest response)
{
if (!response.parameter.ContainsKey("opponentPosX"))
{
return;
}
// 받은 player2 위치 적용
float x = float.Parse(response.parameter["opponentPosX"]);
float y = float.Parse(response.parameter["opponentPosY"]);
Vector3 next_pos = new Vector3(x, y, player2.transform.position.z);
EDirection dir = JUtils.GetDir(next_pos, player2.transform.position);
player2.Move(dir);
player2.transform.position = next_pos;
}
mNEt.SetCallBack(CallBack);
mNEt.RequestMsg(request);
}
protected override void SetPressedGraphics(EDirection dir, bool pressed)
{
// only change pressed state if we're in joystick mode (and thus collision detection is off).
// otherwise, the buttons handle the pressed graphics state themselves (during their collision detection).
if (!JoystickMode)
{
return;
}
if (dir == EDirection.Left && LeftButton != null)
{
LeftButton.ForcePressed = pressed;
}
if (dir == EDirection.Right && RightButton != null)
{
RightButton.ForcePressed = pressed;
}
if (dir == EDirection.Up && UpButton != null)
{
UpButton.ForcePressed = pressed;
}
if (dir == EDirection.Down && DownButton != null)
{
DownButton.ForcePressed = pressed;
}
}
public void GiveInfluence()
{
EDirection direction = m_movement.Direction;
InfluenceToValue infToVal = SatisfactionGaugeSettings.Instance.InfluenceToValues.Find(e => e.Influence == Influence);
OnBeingEaten?.Invoke(this, direction, infToVal.Value);
}
private void RotateCopies(EDirection direction)
{
SpriteRenderer extendedSprite = null;
if (direction == EDirection.Right)
{
extendedSprite = _copies[(int)Position.Left];
extendedSprite.transform.localPosition = new Vector3(
_copies[(int)Position.Right].transform.localPosition.x + _boundsSizeX,
extendedSprite.transform.localPosition.y,
extendedSprite.transform.localPosition.z
);
_copies[(int)Position.Left] = _copies[(int)Position.Central];
_copies[(int)Position.Central] = _copies[(int)Position.Right];
_copies[(int)Position.Right] = extendedSprite;
}
else if (direction == EDirection.Left)
{
extendedSprite = _copies[(int)Position.Right];
extendedSprite.transform.localPosition = new Vector3(
_copies[(int)Position.Left].transform.localPosition.x - _boundsSizeX,
extendedSprite.transform.localPosition.y,
extendedSprite.transform.localPosition.z
);
_copies[(int)Position.Right] = _copies[(int)Position.Central];
_copies[(int)Position.Central] = _copies[(int)Position.Left];
_copies[(int)Position.Left] = extendedSprite;
}
}
public void SetDirection(EDirection direction)
{
if (ComPort == null)
{
Trace.WriteLineIf(IsDebug, "No associated com port", Severity.Error);
return;
}
if (!ComPort.IsOpen)
{
Trace.WriteLineIf(IsDebug, "Com port is not opened", Severity.Error);
return;
}
try {
Trace.WriteLineIf(IsDebug, $"Set direction to {direction.ToString()}");
if (direction == EDirection.Clockwise)
{
ComPort.Write("D");
}
else
{
ComPort.Write("d");
}
} catch (Exception ex) {
Trace.WriteLine($"Unable to set direction {direction.ToString()} on com port {ComPortName} : {ex.Message}", Severity.Error);
}
}
public CProgressBar(CProgressBar pb)
{
_PartyModeID = pb._PartyModeID;
_TextureBackground = pb.TextureBackground;
_TextureForeground = pb.TextureForeground;
_TextureProgressLeft = pb.TextureProgressLeft;
_TextureProgressMid = pb._TextureProgressMid;
_TextureProgressRight = pb._TextureProgressRight;
_AnimateMovement = pb._AnimateMovement;
_AnimateColoring = pb._AnimateColoring;
_Direction = pb._Direction;
_ProgressColors = pb._ProgressColors;
ColorBackground = pb.ColorBackground;
ColorForeground = pb.ColorForeground;
MaxRect = pb.MaxRect;
Reflection = pb.Reflection;
ReflectionSpace = pb.ReflectionHeight;
ReflectionHeight = pb.ReflectionSpace;
AllMonitors = pb.AllMonitors;
Alpha = pb.Alpha;
Visible = pb.Visible;
_AnimTimer = new Stopwatch();
}
//=======================================================
// Computation Functions
//=======================================================
protected Vector2 _GetNextTileVector(Vector2 i_CurrentTile, EDirection i_Direction)
{
/*
* Return a new vector2 values according to relative direction of wizard
* Return original vector2 values if the function failed to get.
* Potential Error: Does not check on invalid index on map.
*/
switch (i_Direction)
{
case EDirection.UP:
i_CurrentTile.Y -= 1;
return(i_CurrentTile);
case EDirection.DOWN:
i_CurrentTile.Y += 1;
return(i_CurrentTile);
case EDirection.LEFT:
i_CurrentTile.X -= 1;
return(i_CurrentTile);
case EDirection.RIGHT:
i_CurrentTile.X += 1;
return(i_CurrentTile);
}
return(i_CurrentTile);
}
public bool Move(EDirection direction, bool[,] matrix)
{
var position = Position;
switch (direction)
{
case EDirection.Left:
position.X--;
break;
case EDirection.Right:
position.X++;
break;
case EDirection.Down:
position.Y++;
break;
default:
throw new ArgumentOutOfRangeException(nameof(direction), direction, null);
}
if (IsOccupied(position, matrix))
{
return(false);
}
Position = position;
return(true);
}
//Returns the best hook (Collider2D) for a particular aiming direction
public Collider2D getBestHook(EDirection aimDir)
{
Collider2D bestHook = null;
float bestRating = 0;
foreach (Collider2D currentHook in getHookables())
{
if (!currentHook) //make sure not null
{
continue;
}
if (hookObstructed(currentHook)) //make sure in line of sight
{
continue;
}
float currentRating = rateHook(currentHook, aimDir);
if (currentRating > bestRating)
{
bestHook = currentHook;
bestRating = currentRating;
}
}
return(bestHook);
}
/// <summary>
/// Pinky tries to head for two tiles ahead of the player.
/// </summary>
void AttackAIPinky()
{
GridTile nextTile = NextTile(player_.Direction, player_.Position);
GridTile nextNextTile = NextTile(player_.Direction, new EntityPosition(nextTile.ToPoint, Point.Zero));
direction_ = FindDirection(nextNextTile.ToPoint);
}
public void DoMove(EDirection direction)
{
int dimension = Dimension;
switch (direction)
{
case EDirection.Left:
m_Situation[m_IndexHole] = m_Situation[m_IndexHole - 1];
m_Situation[m_IndexHole - 1] = 0;
m_IndexHole--;
break;
case EDirection.Right:
m_Situation[m_IndexHole] = m_Situation[m_IndexHole + 1];
m_Situation[m_IndexHole + 1] = 0;
m_IndexHole++;
break;
case EDirection.Up:
m_Situation[m_IndexHole] = m_Situation[m_IndexHole - dimension];
m_Situation[m_IndexHole - dimension] = 0;
m_IndexHole = m_IndexHole - dimension;
break;
case EDirection.Down:
m_Situation[m_IndexHole] = m_Situation[m_IndexHole + dimension];
m_Situation[m_IndexHole + dimension] = 0;
m_IndexHole = m_IndexHole + dimension;
break;
}
}
public virtual void SetCurrentDirection(EDirection dir)
{
switch (dir)
{
case EDirection.Left:
CurrentDirection.x = -1;
bShouldInvertX = true;
CharacterAnimator.SetAnimation(EAnimation.Move, bShouldInvertX, false);
break;
case EDirection.Right:
CurrentDirection.x = 1;
bShouldInvertX = false;
CharacterAnimator.SetAnimation(EAnimation.Move, bShouldInvertX, false);
break;
case EDirection.Up:
break;
case EDirection.Down:
break;
case EDirection.Neutral:
CharacterAnimator.SetAnimation(EAnimation.Idle, bShouldInvertX, false);
CurrentDirection.x = 0;
break;
}
}
private void Normalize(double Angle1, double Angle2, EDirection Direction)
{
double ra = (Math.Abs(m_RadiusX) + Math.Abs(m_RadiusY)) / 2;
m_FlatenDeltaAngle = Math.Acos(ra / (ra + 0.125 / m_Scale)) * 2;
if (Direction == EDirection.CounterClockWise)
{
while (Angle2 < Angle1)
{
Angle2 += Math.PI * 2.0;
}
}
else
{
while (Angle1 < Angle2)
{
Angle1 += Math.PI * 2.0;
}
m_FlatenDeltaAngle = -m_FlatenDeltaAngle;
}
m_Direction = Direction;
m_StartAngle = Angle1;
m_EndAngle = Angle2;
m_IsInitialized = true;
}
public void ChangeDirection(EDirection direction)
{
this.SendCommand(new ChangeDirection()
{
Direction = (ECommandDirection?)direction
});
}
private Boolean TryOpenDoor(GridSlot p_slot, EDirection p_dir)
{
List <InteractiveObject> doors = p_slot.GetDoors();
for (Int32 i = 0; i < doors.Count; i++)
{
Door door = (Door)doors[i];
if (door.Location == p_dir && door.State == EInteractiveObjectState.DOOR_CLOSED && door.Commands.Count > 0)
{
door.Execute(LegacyLogic.Instance.MapLoader.Grid);
door.Update();
return(true);
}
}
GridSlot neighborSlot = p_slot.GetNeighborSlot(LegacyLogic.Instance.MapLoader.Grid, p_dir);
doors = neighborSlot.GetDoors();
for (Int32 j = 0; j < doors.Count; j++)
{
Door door2 = (Door)doors[j];
if (door2.Location == EDirectionFunctions.GetOppositeDir(p_dir) && door2.State == EInteractiveObjectState.DOOR_CLOSED && door2.Commands.Count > 0)
{
door2.Execute(LegacyLogic.Instance.MapLoader.Grid);
door2.Update();
return(true);
}
}
return(false);
}
public void SetNeighbour(Tile neighbour, EDirection direction)
{
if (neighbour != null)
{
int neighbourIndex = (int) direction;
Neighbours[neighbourIndex] = neighbour;
}
}
protected override void ReactToTileCollision(Tile tile, EDirection direction, Vector2 intersectionDepth)
{
if (tile.TileType == ETileType.SwitchMoveDirection && IsHeadingTowardsTile(tile) && Math.Abs(intersectionDepth.X) > tile.Dimensions.X/2)
{
ParentObject.Velocity = new Vector2(-ParentObject.Velocity.X, ParentObject.Velocity.Y);
}
base.ReactToTileCollision(tile, direction, intersectionDepth);
}
public Arc(double OriginX, double OriginY,
double RadiusX, double RadiusY,
double Angle1, double Angle2,
EDirection Direction = EDirection.CounterClockWise,
double Scale = 1.0,
bool moveToStart = true)
{
init(OriginX, OriginY, RadiusX, RadiusY, Angle1, Angle2, Direction: Direction, Scale: Scale, moveToStart: moveToStart);
}
protected override void ReactToTileCollision(Tile tile, EDirection direction, Vector2 intersectionDepth)
{
var cart = (ParentObject as Cart);
if (tile.TileType == ETileType.TunnelEnd)
{
cart.State = EMachineState.Dead;
}
base.ReactToTileCollision(tile, direction, intersectionDepth);
}
public void init(double OriginX, double OriginY,
double RadiusX, double RadiusY,
double Angle1, double Angle2,
EDirection Direction)
{
m_OriginX = OriginX;
m_OriginY = OriginY;
m_RadiusX = RadiusX;
m_RadiusY = RadiusY;
normalize(Angle1, Angle2, Direction);
}
public MainViewModel()
{
this.leftCommand = new ActionCommand(this.LeftCommandReq);
this.rightCommand = new ActionCommand(this.RightCommandReq);
this.upCommand = new ActionCommand(this.UpCommandReq);
this.downCommand = new ActionCommand(this.DownCommandReq);
this.width = 300;
this.height = 300;
this.currentDirection = EDirection.Right;
}
public Arc(double OriginX, double OriginY,
double RadiusX, double RadiusY,
double Angle1, double Angle2,
EDirection Direction)
{
m_OriginX = OriginX;
m_OriginY = OriginY;
m_RadiusX = RadiusX;
m_RadiusY = RadiusY;
m_Scale = 1.0;
normalize(Angle1, Angle2, Direction);
}
public bool Collides(IBlock block, IField field, EDirection direction)
{
bool collides = false;
foreach (var position in block.Positions) {
var newPosition = position.MoveOneStep(direction);
collides = !staysWithinBorders(newPosition, field.Width, field.Height, direction) || field.FixedPositions.ContainsKey(newPosition);
if (collides) {
return collides;
}
}
return collides;
}
public static EDirection GetLeft(EDirection _Direction)
{
switch (_Direction) {
case EDirection.left:
return EDirection.down;
case EDirection.right:
return EDirection.up;
case EDirection.up:
return EDirection.left;
case EDirection.down:
return EDirection.right;
}
return EDirection.right;
}
private bool staysWithinBorders(Vector2 position, int width, int height, EDirection direction)
{
switch (direction) {
case EDirection.Up:
return position.Y >= 0;
case EDirection.Down:
return position.Y <= height - 1;
case EDirection.Left:
return position.X >= 0;
case EDirection.Right:
return position.X <= width -1;
default:
throw new ArgumentException(string.Format("{0} is not a valid direction", direction));
}
}
public static Vector2 MoveOneStep(this Vector2 vector, EDirection direction)
{
switch (direction) {
case EDirection.Up:
return vector + new Vector2(0, -1);
case EDirection.Down:
return vector + new Vector2(0, 1);
case EDirection.Left:
return vector + new Vector2(-1, 0);
case EDirection.Right:
return vector + new Vector2(1, 0);
default:
throw new ArgumentException(string.Format("{0} is not a valid direction", direction));
}
}
public void init(double OriginX, double OriginY,
double RadiusX, double RadiusY,
double Angle1, double Angle2,
EDirection Direction = EDirection.CounterClockWise,
double Scale = 1.0,
bool moveToStart = true)
{
originX = OriginX;
originY = OriginY;
radiusX = RadiusX;
radiusY = RadiusY;
m_Scale = Scale;
this.moveToStart = moveToStart;
normalize(Angle1, Angle2, Direction);
}
/// <summary>
/// Sprawdza z której strony nastąpiła kolizja
/// </summary>
/// <param name="collisionDepth">Głębokość kolizji</param>
/// <param name="direction">Kierunek - pion lub poziom</param>
/// <returns></returns>
public static ESide GetCollisionOrigin(Vector2 collisionDepth, EDirection direction)
{
ESide side = ESide.NotAssigned;
if (direction==EDirection.Vertical)
{
if (collisionDepth.Y < 0) side = side | ESide.Top;
else if (collisionDepth.Y > 0) side = side | ESide.Bottom;
}
else
{
if (collisionDepth.X < 0) side = side | ESide.Left;
else if (collisionDepth.Y > 0) side = side | ESide.Right;
}
return side;
}
public void Move(EDirection _Dir)
{
switch (_Dir)
{
case EDirection.left:
SetPos(m_iCol-1, m_iRow);
break;
case EDirection.right:
SetPos(m_iCol+1, m_iRow);
break;
case EDirection.up:
SetPos(m_iCol, m_iRow+1);
break;
case EDirection.down:
SetPos(m_iCol, m_iRow-1);
break;
}
}
//Рухаємо змію. Якщо вона себе кусає, повертаємо true;
public bool Move(EDirection direction, out List<Visualizer.Terrain> coordsToRepaint)
{
coordsToRepaint = new List<Visualizer.Terrain> { new Visualizer.Terrain(Visualizer.TerrainInfo.Backcolor, _snake.Peek()),
new Visualizer.Terrain(Visualizer.TerrainInfo.Snake, _head) };
var s = _head + _dictionary[direction];
if (_snake.Contains(s) || _head.X <= 0 || _head.X >= _size.Width - 1 || _head.Y <= 0 || _head.Y >= _size.Height - 1)
return true;
_head = s;
_snake.Enqueue(_head);
coordsToRepaint.Add(new Visualizer.Terrain(Visualizer.TerrainInfo.Head, _head));
if (_head == Food) //Якщо змійка потрапила на клітинку з їжею, ми заповнюемо випадкову клітинку їжею.
{
Score += ScoreForFood;
PlaceFood();
}
else _snake.Dequeue(); //Інакше, щоб змія не збільшилась, прибираемо останній сегмент
coordsToRepaint.Add(new Visualizer.Terrain(Visualizer.TerrainInfo.Food, Food));
return false; //Ми себе не вкусили, значить false
}
// reads key and returns object based on key, object is handled by game manager
internal Object PollKey(EDirection currentDirection) {
if (!Console.KeyAvailable) return null;
var cki = Console.ReadKey(true);
switch (cki.Key){
case ConsoleKey.Escape:
return cki;
case ConsoleKey.Spacebar:
return cki;
default:
if (cki.Key == ConsoleKey.UpArrow && currentDirection != EDirection.South)
return EDirection.North;
if (cki.Key == ConsoleKey.RightArrow && currentDirection != EDirection.West)
return EDirection.East;
if (cki.Key == ConsoleKey.DownArrow && currentDirection != EDirection.North)
return EDirection.South;
if (cki.Key == ConsoleKey.LeftArrow && currentDirection != EDirection.East)
return EDirection.West;
return null;
}
}
void Update()
{
if (GetComponentInParent<GestureScript>().GestureStart("Forward"))
{
Direction = EDirection.Up;
}
else if (GetComponentInParent<GestureScript>().GestureStart("Middle"))
{
Direction = EDirection.Left;
}
else if (GetComponentInParent<GestureScript>().GestureStart("Wide"))
{
Direction = EDirection.Right;
}
else if (GetComponentInParent<GestureScript>().GestureStart("Down"))
{
Direction = EDirection.Forward;
}
UpdateRotation();
}
protected override void ReactToTileCollision(Tile tile, EDirection direction, Vector2 intersectionDepth)
{
var player = (ParentObject as Player);
if (direction == EDirection.Vertical && player.Velocity.Y > player.MinDeathSpeed &&
(tile.CollisionType == ETileCollisionType.Platform || tile.CollisionType == ETileCollisionType.Impassable))
{
player.OnDied();
}
player.IsCollidingWithLadder = false;
if (tile.TileType == ETileType.LadderMiddle || tile.TileType==ETileType.LadderTop)
{
player.IsCollidingWithLadder = true;
}
if ((tile.TileType == ETileType.LadderTop && player.IsClimbing))
{
return;
}
base.ReactToTileCollision(tile, direction, intersectionDepth);
}
protected abstract void SetPressedGraphics(EDirection dir, bool pressed);
// sets the pressed state for a direction, which includes both
// the data state and the graphical state.
protected virtual void SetPressed(EDirection dir, bool pressed)
{
// do nothing if setting to the same value
if (Pressed(dir) == pressed)
return;
SetBitfield(dir, pressed);
SetPressedGraphics(dir, pressed);
}
// sets the bitfield's pressed state for the specified direction
protected void SetBitfield(EDirection dir, bool pressed)
{
// clear the bit
_pressedField &= ~((int)dir);
if (pressed)
{
// set it
_pressedField |= (int)dir;
}
}
// utility to get the opposite direction of a specified direction
protected EDirection GetOpposite(EDirection dir)
{
switch (dir)
{
case EDirection.Up: return EDirection.Down;
case EDirection.Down: return EDirection.Up;
case EDirection.Left: return EDirection.Right;
case EDirection.Right: return EDirection.Left;
}
return EDirection.None;
}
/// <summary>
/// Returns true if the specified EDirection is currently pressed, otherwise, false.
/// </summary>
public bool Pressed(EDirection dir)
{
return (_pressedField & (int)dir) != 0;
}
protected override void SetPressedGraphics(EDirection dir, bool pressed)
{
// only change pressed state if we're in joystick mode (and thus collision detection is off).
// otherwise, the buttons handle the pressed graphics state themselves (during their collision detection).
if (!JoystickMode)
return;
if (dir == EDirection.Left && LeftButton != null)
LeftButton.ForcePressed = pressed;
if (dir == EDirection.Right && RightButton != null)
RightButton.ForcePressed = pressed;
if (dir == EDirection.Up && UpButton != null)
UpButton.ForcePressed = pressed;
if (dir == EDirection.Down && DownButton != null)
DownButton.ForcePressed = pressed;
}
public void SetDirection(EDirection i_eNewDirection)
{
m_eMovementDirection = i_eNewDirection;
if (animator)
{
// Set the animation
switch (GetDirection ())
{
case EDirection.DOWN:
animator.SetInteger("Direction", 0);
break;
case EDirection.LEFT:
animator.SetInteger("Direction", 1);
break;
case EDirection.UP:
animator.SetInteger("Direction", 2);
break;
case EDirection.RIGHT:
animator.SetInteger("Direction", 3);
break;
}
}
}