russioncube.txt

这是一个小的用java语言编写的俄罗斯方块源程序

            if (colour != BoardArray[i][row]) colour = 0; 
         } 

         if (i == 99) continue; 

         j = row++; 

         while (--j > 0) 
         { 
            i = -1; 

            while (i++ < 9) 
            BoardArray[i][j + 1] = BoardArray[i][j]; 
         } 

         score += ((colour == 0) ? 100 : 1000); 
         getParent().action(new Event(this, score, null), this); 
         forceredraw = true; 
         repaint(); 
      } 
   } 

   public void pause() 
   { // What happens when you click the button. 
      if (GameOver) return; 
      Paused = !Paused; 
      forceredraw = true; // Force complete repaint. 
      repaint(); 
   } 

   public void newGame() 
   { // What happens when you click the button. 
      int x, y; 

      if (boardinitialized) 
      { 
         for (x = 0; x < 10; x++) 
            for (y = 0; y < 27; y++) 
         BoardArray[x][y] = 0; 
         LastX = LastY = LastAngle = -1; 
         GameOver = Paused = kludgeflag = false; 
         delay = 500; 
         forceredraw = true; 
      } 

   CurrentBlockColour = NextBlockColour = score = 0; 
   getParent().action(new Event(this, score, null), this); 
   repaint(); 
   } 

   public void moveRight() 
   { // What happens when you click the button. 
      int i = -1; 
    
      if (boardinitialized && !Paused) 
      { 
         while (i++ < 3) 
         if (CurrentBlockX + 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0] > 9|| 
         BoardArray[CurrentBlockX + 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0]][CurrentBlockY + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1]] != 0) 
         return; 

         CurrentBlockX++; 
         dopaint(); 
      } 
   } 

   public void moveLeft() 
   { // What happens when you click the button. 
      int i = -1; 

      if (boardinitialized && !Paused) 
      { 
         while (i++ < 3) 
         if (CurrentBlockX - 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0] < 0|| 
         BoardArray[CurrentBlockX - 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0]][CurrentBlockY + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1]] != 0) 
         return; 

         CurrentBlockX--; 
         dopaint(); 
      } 
   } 

   public void rotateClockwise() 
   { // What happens when you click the button. 
      int i, NewBlockAngle; 

      if (boardinitialized && !Paused) 
      { 
         NewBlockAngle = CurrentBlockAngle + 1; 
         if (NewBlockAngle == 4) NewBlockAngle = 0; 
         i = -1; 
         while (i++ < 3) 
         if (CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0] > 9|| 
         CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0] < 0|| 
         CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1] >= 27|| 
         CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1] < 0|| 
         BoardArray[CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0]][CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1]] != 0) 
         return; 
         CurrentBlockAngle = NewBlockAngle; 
         dopaint(); 
      } 
   } 

   public void rotateAntiClockwise() 
   { // What happens when you click the button. 
      int i, NewBlockAngle; 
    
      if (boardinitialized && !Paused) 
      { 
         NewBlockAngle = CurrentBlockAngle - 1; 
         if (NewBlockAngle == -1) NewBlockAngle = 3; 
         i = -1; 
         while (i++ < 3) 
         if (CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0] > 9|| 
         CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0] < 0|| 
         CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1] >= 27|| 
         CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1] < 0|| 
         BoardArray[CurrentBlockX + BlockInfo[CurrentBlockShape][NewBlockAngle][i][0]][CurrentBlockY + BlockInfo[CurrentBlockShape][NewBlockAngle][i][1]] != 0) 
         return; 
         CurrentBlockAngle = NewBlockAngle; 
         dopaint(); 
      } 
   } 

   public void drop() 
   { // What happens when you click the drop button. 
      int i; 

      if (boardinitialized && !Paused) 
      { 
         while (true) 
         { 
            i = -1; 
            while (i++ < 3) 
            if (CurrentBlockY + 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1] >= 27|| 
            BoardArray[CurrentBlockX + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0]][CurrentBlockY + 1 + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1]] != 0) 
            { 
               dopaint(); 
               return; 
            } 

            CurrentBlockY++; 
            score += 1; 
         } 
      } 
   } 

   public void update(Graphics g) 
   { // Background is *not* blanked on entry to update. (As opposed to paint) 
      int x, y, i; 

      if (!boardinitialized) 
      { // Can't do this in init(). Java bug or feature? 
         boardinitialized = true; 

         BoardArray = new int[10][27]; 
         Colours = new Color[7]; 

         for (x = 0; x < 10; x++) 
            for (y = 0; y < 27; y++) 
         BoardArray[x][y] = 0; 

         Colours[0] = new Color(0, 0, 0); 
         Colours[1] = new Color(200, 0, 0); 
         Colours[2] = new Color(0, 200, 0); 
         Colours[3] = new Color(0, 0, 200); 
         Colours[4] = new Color(200, 200, 0); 
         Colours[5] = new Color(200, 0, 200); 
         Colours[6] = new Color(0, 200, 200); 

         LastX = LastY = LastAngle = -1; 
         kludgeflag = forceredraw = false; 
      } 

      if (kludgeflag && !forceredraw) 
      { // See Notes. 
         kludgeflag = false; 
         realdopaint(g); 
         return; 
      } 

      kludgeflag = forceredraw = false; 

      // g.setColor(new Color(0, 0, 0)); blank backgroud 
      g.setColor(new Color(0, 0, 0)); // white backgroud 

      g.fillRect(0, 0, 120, 324); // Blank background. 

      if (Paused) 
      { // Display messages if appropriate. 
         String Over = "Game Over!", Pause = "Game Paused"; 
         g.setColor(new Color(255, 255, 255)); 
         g.drawString(GameOver ? Over : Pause, 
         60 - (getGraphics().getFontMetrics().stringWidth(GameOver ? Over : Pause) / 2), 20); 
         if (!GameOver) return; 
      } 

      for (x = 0; x < 10; x++) 
      for (y = 0; y < 27; y++) 
      { // Redraw static pieces 
         if (BoardArray[x][y] != 0) 
         { 
            g.setColor(Colours[BoardArray[x][y]]); 
            g.fill3DRect(x * 12, y * 12, 12, 12, true); 
         } 
      } 

      if (CurrentBlockColour != 0) 
      { // Redraw Current Blocks 
         g.setColor(Colours[CurrentBlockColour]); 
         i = -1; 
         while (i++ < 3) 
         g.fill3DRect((CurrentBlockX + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0]) * 12, (CurrentBlockY + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1]) * 12, 12, 12, true); 
      } 

      g.dispose(); 
   } 

   public void dopaint() 
   { // Calls realdopaint via repaint/update to get a valid Graphics handle. See Notes. 
      kludgeflag = true; 
      repaint(); 
   } 

   public void realdopaint(Graphics g) 
   { // Erases blocks from previous position and redraws them in their new position. 
      int x, y, i; 

      g.setColor(new Color(0, 0, 0)); 

      if (LastX != -1) 
      { 
         g.setColor(Colours[0]); 
         i = -1; 
         while (i++ < 3) 
         g.fill3DRect((LastX + BlockInfo[CurrentBlockShape][LastAngle][i][0]) * 12, (LastY + BlockInfo[CurrentBlockShape][LastAngle][i][1]) * 12, 12, 12, true); 
      } 

      if (CurrentBlockColour != 0) 
      { 
         LastX = CurrentBlockX; 
         LastY = CurrentBlockY; 
         LastAngle = CurrentBlockAngle; 

         g.setColor(Colours[CurrentBlockColour]); 
         i = -1; 
         while (i++ < 3) 
         g.fill3DRect((CurrentBlockX + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][0]) * 12, (CurrentBlockY + BlockInfo[CurrentBlockShape][CurrentBlockAngle][i][1]) * 12, 12, 12, true); 
      } 

      g.dispose(); 
   } 

   public Color getPieceColour() 
   { 
      return(Colours[NextBlockColour]); 
   } 

   public int getPieceX(int i) 
   { 
      return(BlockInfo[NextBlockShape][NextBlockAngle][i][0]); 
   } 

   public int getPieceY(int i) 
   { 
      return(BlockInfo[NextBlockShape][NextBlockAngle][i][1]); 
   } 

   void makeNewPiece() 
   { 
      NextBlockColour = (int) (Math.random() * 6) + 1; 
      if (NextBlockColour == 7) NextBlockColour = 1; 
      NextBlockX = (int) (Math.random() * 4) + 3; 
      if (NextBlockX == 8) NextBlockX = 0; 
      NextBlockY = 1; 
      NextBlockShape = (int) (Math.random() * 7); 
      if (NextBlockShape == 7) NextBlockShape = 0; 
      NextBlockAngle = (int) (Math.random() * 4); 
      if (NextBlockAngle == 4) NextBlockAngle = 0; 
      getParent().action(new Event(this, -1, null), this); 
   } 
} 

class Icon extends Panel 
{ // Could add 3D click effect here. 
   int iconnumber = 0; 
   Image icon; 

   public Icon(Image image, int num) 
   { 
      icon = image; 
      iconnumber = num; 
   } 

   public void paint(Graphics g) 
   { 
      if (icon != null) 
      g.drawImage(icon, 0, 0, this); 
   } 

   public int getNumber() 
   { 
      return iconnumber; 
   } 

   public boolean mouseDown(Event evt, int x, int y) 
   { 
      getParent().action(evt, this); 

      return true; 
   } 
} 

class Picture extends Panel 
{ 
   Image icon; 

   public Picture(Image image) 
   { 
      icon = image; 
   } 

   public void paint(Graphics g) 
   { 
      if (icon != null) 
      g.drawImage(icon, 0, 0, this); 
   } 
} 

class DisplayPiece extends Panel 
{ 
   Board board; 

   public DisplayPiece(Board b) 
   { 
      board = b; 
   } 

   public void paint(Graphics g) 
   { 
      g.setColor(new Color(128, 128, 128)); 
      g.fill3DRect(0, 0, 68, 68, true); 
      int i = -1; 

      if (board instanceof Board) 
      while (i++ < 3) 
      { 
         g.setColor(board.getPieceColour()); 
         g.fill3DRect(28 + board.getPieceX(i) * 12, 
         28 + board.getPieceY(i) * 12, 12, 12, true); 
      } 
   } 
}