public long getNextTag(CoordHelper.EProfile p)
{
long ret = nextTag[p];
usedTags.Add(nextTag[p]);
return ret;
}
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;
}
public TetriP(CoordHelper.EProfile pt, float transparency = 1f, bool shadow = false)
: base(SpriteManager.ESprite.P, pt, transparency, shadow)
{
orientations.Add(pos2);
orientations.Add(pos3);
orientations.Add(pos4);
}
public EndGame(Score s, CoordHelper.EProfile player)
: base()
{
Color ph;
Color tbcolor;
score = s;
if (player == CoordHelper.EProfile.TWOPLAYER)
{
tbcolor = Constants.Color.p2Dark;
who = new GameString("RED", TextManager.EFont.AHARONI, tbcolor, 0.8f);
ph = Constants.Color.p2Light;
}
else if (CoordHelper.Instance.Profile == CoordHelper.EProfile.TWOPLAYER)
{
tbcolor = Constants.Color.p1Dark;
who = new GameString("BLUE", TextManager.EFont.AHARONI, tbcolor, 0.8f);
ph = Constants.Color.p1Light;
}
else
{
tbcolor = Constants.Color.p1Dark;
who = new GameString("YOU", TextManager.EFont.AHARONI, tbcolor, 0.8f);
ph = Constants.Color.p1Light;
}
scored = new GameString(" SCORED", TextManager.EFont.AHARONI, Color.White, 0.8f);
who.Pos = new Vector2((Constants.Measures.landscapeWidth - TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, who.Value+scored.Value).X * who.Scale) / 2,
Constants.Measures.upBoardMargin + 130);
scored.Pos = new Vector2(who.Pos.X + TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, who.Value).X * who.Scale,
Constants.Measures.upBoardMargin + 130);
scoredBox = new Rectangle((int)(who.Pos.X - 50),
(int)(scored.Pos.Y - 40),
(int)(TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, who.Value + scored.Value).X * scored.Scale + 100),
(int)(TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, who.Value + scored.Value).Y * scored.Scale + 40));
scoreStr = new GameString(score.TotalScore.ToString(), TextManager.EFont.AHARONI, who.Color);
scoreStr.Pos = new Vector2((Constants.Measures.landscapeWidth - TextManager.Instance.getSizeString(TextManager.EFont.AHARONI,scoreStr.Value).X) / 2,
scoredBox.Bottom + 5);
scoreBox = new Rectangle((int)(Constants.Measures.landscapeWidth - TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, scoreStr.Value).X) / 2 - 30,
scoredBox.Y + scoredBox.Height,
(int)TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, scoreStr.Value).X + 60,
(int)TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, scoreStr.Value).Y);
name = new GameString("ENTER YOUR NAME", TextManager.EFont.AHARONI, Color.White, 0.8f);
name.Pos = new Vector2((Constants.Measures.landscapeWidth - TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, name.Value).X * name.Scale) / 2,
scoreBox.Bottom + 200);
nameBox = new Rectangle((int)name.Pos.X - 50, (int)name.Pos.Y - 40,
(int)(TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, name.Value).X * name.Scale + 100),
(int)(TextManager.Instance.getSizeString(TextManager.EFont.AHARONI, name.Value).Y * name.Scale + 40));
tb = new TextBox(saveScore, tbcolor, ph, new Rectangle((int)(Constants.Measures.landscapeWidth - 400) / 2, (int)nameBox.Bottom, 400, 150));
SurfaceKeyboard.CenterX = (float)InteractiveSurface.PrimarySurfaceDevice.Width - (SurfaceKeyboard.Width / 2);
SurfaceKeyboard.CenterY = (float)InteractiveSurface.PrimarySurfaceDevice.Height - (SurfaceKeyboard.Height / 2);
SurfaceKeyboard.Layout = Microsoft.Surface.KeyboardLayout.Alphanumeric;
SurfaceKeyboard.ShowsFeedback = false;
}
public APlay(CoordHelper.EProfile profile)
: base()
{
CoordHelper.Instance.setProfile(profile);
hud = new HUD();
control = new PlayerControl(this);
player1 = new GameSession(CoordHelper.EProfile.ONEPLAYER, hud);
ipt = null;
if (App.UserInput is TouchInput)
ipt = App.UserInput as TouchInput;
else
(App.UserInput as KeyboardInput).KeyRepeatTime = new TimeSpan(1500000);
}
public ATetrimino(SpriteManager.ESprite color, CoordHelper.EProfile pt, float transparency = 1f, bool shadow = false)
: base(App.Game)
{
PlayerType = pt;
orientation = 0;
posRel = new Vector2(3, -3);
orientations = new List<Action>();
orientations.Add(pos1);
shape = new List<Block>();
shape.Add(new Block((shadow ? SpriteManager.ESprite.NONE : color), this, transparency));
shape.Add(new Block((shadow ? SpriteManager.ESprite.NONE : color), this, transparency));
shape.Add(new Block((shadow ? SpriteManager.ESprite.NONE : color), this, transparency));
shape.Add(new Block((shadow ? SpriteManager.ESprite.NONE : color), this, transparency));
orientations[orientation].Invoke();
}
public GameSession(CoordHelper.EProfile pt, HUD h)
: base(App.Game)
{
hud = h;
playerType = pt;
board = new Board(playerType, new Vector2(Constants.Measures.boardBlockWidth, Constants.Measures.boardBlockHeight));
climby = new Climby(playerType);
//
aroundRect = new Dictionary<Climby.EAroundSquare, Point>();
#region Set Around Rect
aroundRect.Add(Climby.EAroundSquare.FRONT, Point.Zero);
aroundRect.Add(Climby.EAroundSquare.FRONT_TOP, Point.Zero);
aroundRect.Add(Climby.EAroundSquare.FRONT_UNDER, Point.Zero);
aroundRect.Add(Climby.EAroundSquare.FRONT_UNDER_UNDER, Point.Zero);
aroundRect.Add(Climby.EAroundSquare.TOP, Point.Zero);
aroundRect.Add(Climby.EAroundSquare.UNDER, Point.Zero);
#endregion
lastDir = climby.Direction;
//
tetriminoFactory = TetriminoFactory.Instance;
var tmp = tetriminoFactory.getTetrimino(playerType);
currTetrimino = tmp.Item1;
shadowTetrimino = tmp.Item2;
hud.setNext(TetriminoFactory.Instance.getNextTetrimino(playerType), playerType);
cur = TimeSpan.Zero;
//lat = new TimeSpan(10000000/3); // 3
score = new Score();
level = new Level();
//lat = new TimeSpan(10000000 / (level.level + 1));
lat = new TimeSpan((10 - level.level) * 1000000);
//lat = new TimeSpan(2 / (level.level + 1) * 10000000);
tSpinLimit = new TimeSpan(1000000 * 3); // TSPIN TIME
tSpinCur = TimeSpan.Zero;
state = new Dictionary<Climby.EState, Action>();
#region Climby State
state.Add(Climby.EState.FALL, climbyFall);
state.Add(Climby.EState.FREE_FALL, climbyFreeFall);
state.Add(Climby.EState.CLIMB, climbyClimb);
state.Add(Climby.EState.END_CLIMB, climbyClimb);
state.Add(Climby.EState.MOVE, climbyMove);
state.Add(Climby.EState.STOP, climbyStop);
#endregion
updateAroundRects();
}
private int getNextTetriminoId(CoordHelper.EProfile profile)
{
int key = rand.Next(tetriminiConstructors.Count);
int it = key;
while (tetriminiConstructors[it].Item2[profile] == true)
{
it = (it + 1) % tetriminiConstructors.Count;
if (it == key)
{
resetTetriminiConstructors(profile);
return getNextTetriminoId(profile);
}
}
tetriminiConstructors[it].Item2[profile] = true;
//tetriminiConstructors[it] = new Tuple<ConstructorInfo, bool>(tetriminiConstructors[it].Item1, true);
return it;
}
public Board(CoordHelper.EProfile pt, Vector2 size)
: base(App.Game)
{
playerType = pt;
this.size = size;
pos = new Rectangle((int)(CoordHelper.Instance.getLeftMargin(playerType)), (int)(Constants.Measures.upBoardMargin), (int)(size.X * Constants.Measures.blockSize), (int)(size.Y * Constants.Measures.blockSize));
grid = new Block[(int)size.Y][];
limitLineHeight = 4;
for (int i = 0; i < grid.Length; i++)
{
grid[i] = new Block[(int)size.X];
for (int j = 0; j < (int)size.X; j++)
grid[i][j] = null;
}
if (SettingsManager.Instance.Device != SettingsManager.EDevice.SURFACE)
{
Constants.Measures.leftBoardMargin = (Constants.Measures.portraitWidth - Constants.Measures.boardWidth) / 2;
}
}
// ALWAYS CALL THIS ONE BEFORE CALLING GET NEXT TETRIMINO
public Tuple<ATetrimino, ATetrimino> getTetrimino(CoordHelper.EProfile profile)
{
var ret = new Tuple<ATetrimino,ATetrimino>((ATetrimino)tetriminiConstructors[next[profile]].Item1.Invoke(new object[] {profile, 0.7f, false}), (ATetrimino)tetriminiConstructors[next[profile]].Item1.Invoke(new object[] {profile, 0.3f, false}));
next[profile] = getNextTetriminoId(profile);
return ret;
}
// RETURNS A VISUAL NEXT TETRIMINO
public ATetrimino getNextTetrimino(CoordHelper.EProfile profile)
{
return (ATetrimino)tetriminiConstructors[next[profile]].Item1.Invoke(new object[] {profile, 1f, false});
}
// RETURNS A VISUAL NEXT TETRIMINO FROM A TAG ID AND SET THE TETRIMINO TO CREATE NEXT
// HEXA 0 to D
public ATetrimino getAndSetNextTetriminoFromId(long tagValue, CoordHelper.EProfile profile)
{
next[profile] = (int)(tagValue % tetriminiConstructors.Count);
return (ATetrimino)tetriminiConstructors[(int)(tagValue % tetriminiConstructors.Count)].Item1.Invoke(new object[] {profile, 1f, false});
}
private void resetTetriminiConstructors(CoordHelper.EProfile profile)
{
for (int i = 0; i < tetriminiConstructors.Count; i++)
tetriminiConstructors[i].Item2[profile] = false;
//tetriminiConstructors[i] = new Tuple<ConstructorInfo, Dictionary<CoordHelper.EProfile, bool>>(tetriminiConstructors[i].Item1, false);
}
public void setScore(int p, CoordHelper.EProfile profile)
{
scoreValue[profile].Value = p.ToString();
scoreValue[profile].Pos = CoordHelper.Instance.getScoreValue(scoreValue[profile], profile);
scoreValBox[profile] = CoordHelper.Instance.getScoreValueBox(scoreValue[profile], profile);
}
public void setLevel(int p, CoordHelper.EProfile profile)
{
levelValue[profile].Value = p.ToString();
levelValue[profile].Pos = CoordHelper.Instance.getLevelValue(levelValue[profile], profile);
levelValBox[profile] = CoordHelper.Instance.getLevelValueBox(levelValue[profile], profile);
}
public bool getBlob(CoordHelper.EProfile eProfile)
{
return nextBlob[eProfile] == 1;
}
public bool NextTagIsPlace(CoordHelper.EProfile p)
{
if (!usedTags.Contains(nextTag[p]) && nextTag[p] != -1)
return true;
return false;
}
public TetriO(CoordHelper.EProfile pt, float transparency = 1f, bool shadow = false)
: base(SpriteManager.ESprite.O, pt, transparency, shadow)
{
}
public void setNext(ATetrimino t, CoordHelper.EProfile profile)
{
nextValue[profile] = t;
}
