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LWP » Código Fuente » Java » Código de Java - Juego del Tetris

Código de Java - Juego del Tetris

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Versión 1
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Publicado el 26 de Junio del 2013gráfica de visualizaciones de la versión: Versión 1
125.887 visualizaciones desde el 26 de Junio del 2013
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import java.awt.*;
import java.awt.event.*;
 
import javax.swing.*;
 
public class Tetris extends JFrame implements KeyListener {
    int pos[] = {0,1};
    boolean bottom = false;
    int n = 20;
    int m = 10;
    JButton b[][];
    Color tmp[][] = new Color[m][n];
    int rand = 0;
    int centralx = 0;
    int centraly = 0;
    int deltax = 0;
    int perim[][] = new int[m+4][n+4];
    or[][][] prof = new or[4][4][7];
    Color rnd[] = {Color.red, Color.yellow, Color.cyan, Color.green, Color.white, Color.blue, Color.orange};
    int rowsclrd = 0;
    public Tetris(){
        for(int a = 0;a<4;a++){
            for(int b = 0;b<4;b++){
                for(int c = 0;c<7;c++){
                    prof[a][b][c] = new or();
                }
            }
        }
        this.setDefaultCloseOperation(EXIT_ON_CLOSE);
        prof[0][0][0].x = -1;
        prof[0][1][0].x = 0;
        prof[0][2][0].x = 0;
        prof[0][3][0].x = 1;
        prof[1][0][0].x = 0;
        prof[1][1][0].x = 0;
        prof[1][2][0].x = -1;
        prof[1][3][0].x = -1;
        prof[2][0][0].x = 1;
        prof[2][1][0].x = 0;
        prof[2][2][0].x = 0;
        prof[2][3][0].x = -1;
        prof[3][0][0].x = 0;
        prof[3][1][0].x = 0;
        prof[3][2][0].x = 1;
        prof[3][3][0].x = 1;
        prof[0][0][1].x = -1;
        prof[0][1][1].x = -1;
        prof[0][2][1].x = 0;
        prof[0][3][1].x = 1;
        prof[1][0][1].x = -1;
        prof[1][1][1].x = 0;
        prof[1][2][1].x = 0;
        prof[1][3][1].x = 0;
        prof[2][0][1].x = 1;
        prof[2][1][1].x = 1;
        prof[2][2][1].x = 0;
        prof[2][3][1].x = -1;
        prof[3][0][1].x = 1;
        prof[3][1][1].x = 0;
        prof[3][2][1].x = 0;
        prof[3][3][1].x = 0;
        prof[0][0][2].x = -1;
        prof[0][1][2].x = 0;
        prof[0][2][2].x = 1;
        prof[0][3][2].x = 1;
        prof[1][0][2].x = 0;
        prof[1][1][2].x = 0;
        prof[1][2][2].x = 0;
        prof[1][3][2].x = -1;
        prof[2][0][2].x = 1;
        prof[2][1][2].x = 0;
        prof[2][2][2].x = -1;
        prof[2][3][2].x = -1;
        prof[3][0][2].x = 0;
        prof[3][1][2].x = 0;
        prof[3][2][2].x = 0;
        prof[3][3][2].x = 1;
        prof[0][0][3].x = -1;
        prof[0][1][3].x = 0;
        prof[0][2][3].x = 0;
        prof[0][3][3].x = 1;
        prof[1][0][3].x = -1;
        prof[1][1][3].x = -1;
        prof[1][2][3].x = 0;
        prof[1][3][3].x = 0;
        prof[2][0][3].x = 1;
        prof[2][1][3].x = 0;
        prof[2][2][3].x = 0;
        prof[2][3][3].x = -1;
        prof[3][0][3].x = 1;
        prof[3][1][3].x = 1;
        prof[3][2][3].x = 0;
        prof[3][3][3].x = 0;
        prof[0][0][4].x = -1;
        prof[0][1][4].x = 0;
        prof[0][2][4].x = 0;
        prof[0][3][4].x = 1;
        prof[1][0][4].x = 0;
        prof[1][1][4].x = 0;
        prof[1][2][4].x = -1;
        prof[1][3][4].x = 0;
        prof[2][0][4].x = 1;
        prof[2][1][4].x = 0;
        prof[2][2][4].x = 0;
        prof[2][3][4].x = -1;
        prof[3][0][4].x = 0;
        prof[3][1][4].x = 0;
        prof[3][2][4].x = 1;
        prof[3][3][4].x = 0;
        prof[0][0][5].x = 0;
        prof[0][1][5].x = 0;
        prof[0][2][5].x = 1;
        prof[0][3][5].x = 1;
        prof[1][0][5].x = 0;
        prof[1][1][5].x = 0;
        prof[1][2][5].x = 1;
        prof[1][3][5].x = 1;
        prof[2][0][5].x = 0;
        prof[2][1][5].x = 0;
        prof[2][2][5].x = 1;
        prof[2][3][5].x = 1;
        prof[3][0][5].x = 0;
        prof[3][1][5].x = 0;
        prof[3][2][5].x = 1;
        prof[3][3][5].x = 1;
        prof[0][0][6].x = -1;
        prof[0][1][6].x = 0;
        prof[0][2][6].x = 1;
        prof[0][3][6].x = 2;
        prof[1][0][6].x = 0;
        prof[1][1][6].x = 0;
        prof[1][2][6].x = 0;
        prof[1][3][6].x = 0;
        prof[2][0][6].x = 1;
        prof[2][1][6].x = 0;
        prof[2][2][6].x = -1;
        prof[2][3][6].x = -2;
        prof[3][0][6].x = 0;
        prof[3][1][6].x = 0;
        prof[3][2][6].x = 0;
        prof[3][3][6].x = 0;
        prof[0][0][0].y = 0;
        prof[0][1][0].y = 0;
        prof[0][2][0].y = 1;
        prof[0][3][0].y = 1;
        prof[1][0][0].y = -1;
        prof[1][1][0].y = 0;
        prof[1][2][0].y = 0;
        prof[1][3][0].y = 1;
        prof[2][0][0].y = 0;
        prof[2][1][0].y = 0;
        prof[2][2][0].y = -1;
        prof[2][3][0].y = -1;
        prof[3][0][0].y = 1;
        prof[3][1][0].y = 0;
        prof[3][2][0].y = 0;
        prof[3][3][0].y = -1;
        prof[0][0][1].y = 0;
        prof[0][1][1].y = 1;
        prof[0][2][1].y = 0;
        prof[0][3][1].y = 0;
        prof[1][0][1].y = -1;
        prof[1][1][1].y = -1;
        prof[1][2][1].y = 0;
        prof[1][3][1].y = 1;
        prof[2][0][1].y = -1;
        prof[2][1][1].y = 0;
        prof[2][2][1].y = 0;
        prof[2][3][1].y = 0;
        prof[3][0][1].y = 1;
        prof[3][1][1].y = 1;
        prof[3][2][1].y = 0;
        prof[3][3][1].y = -1;
        prof[0][0][2].y = 0;
        prof[0][1][2].y = 0;
        prof[0][2][2].y = 0;
        prof[0][3][2].y = 1;
        prof[1][0][2].y = -1;
        prof[1][1][2].y = 0;
        prof[1][2][2].y = 1;
        prof[1][3][2].y = 1;
        prof[2][0][2].y = 0;
        prof[2][1][2].y = 0;
        prof[2][2][2].y = 0;
        prof[2][3][2].y = -1;
        prof[3][0][2].y = 1;
        prof[3][1][2].y = 0;
        prof[3][2][2].y = -1;
        prof[3][3][2].y = -1;
        prof[0][0][3].y = 1;
        prof[0][1][3].y = 1;
        prof[0][2][3].y = 0;
        prof[0][3][3].y = 0;
        prof[1][0][3].y = -1;
        prof[1][1][3].y = 0;
        prof[1][2][3].y = 0;
        prof[1][3][3].y = 1;
        prof[2][0][3].y = -1;
        prof[2][1][3].y = -1;
        prof[2][2][3].y = 0;
        prof[2][3][3].y = 0;
        prof[3][0][3].y = 1;
        prof[3][1][3].y = 0;
        prof[3][2][3].y = 0;
        prof[3][3][3].y = -1;
        prof[0][0][4].y = 0;
        prof[0][1][4].y = 0;
        prof[0][2][4].y = 1;
        prof[0][3][4].y = 0;
        prof[1][0][4].y = -1;
        prof[1][1][4].y = 0;
        prof[1][2][4].y = 0;
        prof[1][3][4].y = 1;
        prof[2][0][4].y = 0;
        prof[2][1][4].y = 0;
        prof[2][2][4].y = -1;
        prof[2][3][4].y = 0;
        prof[3][0][4].y = 1;
        prof[3][1][4].y = 0;
        prof[3][2][4].y = 0;
        prof[3][3][4].y = -1;
        prof[0][0][5].y = 0;
        prof[0][1][5].y = 1;
        prof[0][2][5].y = 0;
        prof[0][3][5].y = 1;
        prof[1][0][5].y = 0;
        prof[1][1][5].y = 1;
        prof[1][2][5].y = 0;
        prof[1][3][5].y = 1;
        prof[2][0][5].y = 0;
        prof[2][1][5].y = 1;
        prof[2][2][5].y = 0;
        prof[2][3][5].y = 1;
        prof[3][0][5].y = 0;
        prof[3][1][5].y = 1;
        prof[3][2][5].y = 0;
        prof[3][3][5].y = 1;
        prof[0][0][6].y = 0;
        prof[0][1][6].y = 0;
        prof[0][2][6].y = 0;
        prof[0][3][6].y = 0;
        prof[1][0][6].y = -1;
        prof[1][1][6].y = 0;
        prof[1][2][6].y = 1;
        prof[1][3][6].y = 2;
        prof[2][0][6].y = 0;
        prof[2][1][6].y = 0;
        prof[2][2][6].y = 0;
        prof[2][3][6].y = 0;
        prof[3][0][6].y = -1;
        prof[3][1][6].y = 0;
        prof[3][2][6].y = 1;
        prof[3][3][6].y = 2;
        for (int y = 0;y<2;y++){
            for (int x = 0;x<m+4;x++){
                perim[x][y]= 1;
            }
        }
        for (int y = n+2;y<n+4;y++){
            for (int x = 0;x<m+4;x++){
                perim[x][y]= 4;
            }
        }
        for (int y = 2;y<n+2;y++){
            for (int x = 0;x<2;x++){
                perim[x][y]= 2;
            }
        }
        for (int y = 2;y<n+2;y++){
            for (int x = m+2;x<m+4;x++){
                perim[x][y]= 2;
            }
        }
        for(int y = 0;y<n+4;y++){
            for (int x = 0;x<m+4;x++){
                System.out.print(perim[x][y]);
            }
            System.out.println("");
        }
        b = new JButton [m][n];
        setLayout(new GridLayout(n,m));//Grid layouts x and y are SWAPPED!

        for (int y = 0;y<n;y++){
            for (int x = 0;x<m;x++){
                b[x][y] = new JButton(" ");
                tmp[x][y] = Color.DARK_GRAY;
                b[x][y].setBackground(Color.DARK_GRAY);
                add(b[x][y]);
                b[x][y].setEnabled(true);
            }//end inner for

        }
        setFocusable(true);
        addKeyListener(this);
        pack();
        setVisible(true);
        blockgen();
 
    }//end constructor Mine()

 
    class or {
        int x;
        int y;
    }
 
    public void blockgen(){
        Component temporaryLostComponent = null;
        pos[0] = 0;
        pos[1] = 1;
        rand = (int) (Math.floor(Math.random()*7+1));
        centralx = 4;
        centraly = 0;
        System.out.print(rand);
        if ((b[4+prof[pos[0]][0][rand-1].x][prof[pos[0]][0][rand-1].y].getBackground() == Color.DARK_GRAY) &&
        (b[4+prof[pos[0]][1][rand-1].x][prof[pos[0]][1][rand-1].y].getBackground() == Color.DARK_GRAY) &&
        (b[4+prof[pos[0]][2][rand-1].x][prof[pos[0]][2][rand-1].y].getBackground() == Color.DARK_GRAY) &&
        (b[4+prof[pos[0]][3][rand-1].x][prof[pos[0]][3][rand-1].y].getBackground() == Color.DARK_GRAY)){
            b[4+prof[pos[0]][0][rand-1].x][prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
            b[4+prof[pos[0]][1][rand-1].x][prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
            b[4+prof[pos[0]][2][rand-1].x][prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
            b[4+prof[pos[0]][3][rand-1].x][prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
            go();
        } else {
            JOptionPane.showMessageDialog(temporaryLostComponent, "Game Over! You cleared "+rowsclrd+" rows, well done!");
            System.exit(0);
        }
    }
 
    public void rotate(){
        if (pos[0] < 3){
            pos[1] = pos[0];
        pos[0]++;
        } else if (pos[0] == 3){
            pos[0] = 0;
            pos[1] = 3;
        } else {
            System.out.println("error");
        }
        if ((perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 4) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 1) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 2) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 3)
        && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 4) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 1) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 2) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 3)
        && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 4) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 1) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 2) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 3)
        && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 4) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 1) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 2) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 3)){
            b[centralx+prof[pos[1]][0][rand-1].x][centraly+prof[pos[1]][0][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[1]][1][rand-1].x][centraly+prof[pos[1]][1][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[1]][2][rand-1].x][centraly+prof[pos[1]][2][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[1]][3][rand-1].x][centraly+prof[pos[1]][3][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+(prof[pos[0]][0][rand-1].x)][centraly+(prof[pos[0]][0][rand-1].y)].setBackground(rnd[rand-1]);
            b[centralx+(prof[pos[0]][1][rand-1].x)][centraly+(prof[pos[0]][1][rand-1].y)].setBackground(rnd[rand-1]);
            b[centralx+(prof[pos[0]][2][rand-1].x)][centraly+(prof[pos[0]][2][rand-1].y)].setBackground(rnd[rand-1]);
            b[centralx+(prof[pos[0]][3][rand-1].x)][centraly+(prof[pos[0]][3][rand-1].y)].setBackground(rnd[rand-1]);
        } else {
            if (pos[1] > 0){
                pos[0] = pos[1];
                pos[1]--;
            } else if (pos[1] == 0){
                pos[0] = 0;
                pos[1] = 3;
            }
        }
    }
 
 
    public int getxs(){
        int xs = 0;
        int[] xf = {-1, -1, -1, -1};
        for (int d = 0;d<4;d++){
            if ((xf[0] != prof[pos[0]][d][rand-1].x) || (xf[1] != prof[pos[0]][d][rand-1].x) || (xf[2] != prof[pos[0]][d][rand-1].x) || (xf[3] != prof[pos[0]][d][rand-1].x)){
                xf[d] = prof[pos[0]][d][rand-1].x;
            }
        }
        for (int d = 0;d<4;d++){
            if (xf[d] != -1){
                xs++;
            }
        }
        return xs;
    }
 
 
    public void movedown(){
        int[] m2 = {-1, -1, -1, -1};
        int[] m1 = {-1, -1, -1, -1};
        int[] zero = {-1, -1, -1, -1};
        int[] one = {-1, -1, -1, -1};
        int[] two = {-1, -1, -1, -1};
        for (int d = 0;d<4;d++){
            if (prof[pos[0]][d][rand-1].x == -2){
                m2[d] = d;
            } else if (prof[pos[0]][d][rand-1].x == -1){
                m1[d] = d;
            } else if (prof[pos[0]][d][rand-1].x == 0){
                zero[d] = d;
            } else if (prof[pos[0]][d][rand-1].x == 1){
                one[d] = d;
            } else if (prof[pos[0]][d][rand-1].x == 2){
                two[d] = d;
            }
        }
        int tmpm2 = -5;
        int tmpm1 = -5;
        int tmpzero = -5;
        int tmpone = -5;
        int tmptwo = -5;
        for (int d = 0;d<4;d++){
            if (m2[d] != -1){
                if (tmpm2<prof[pos[0]][m2[d]][rand-1].y){
                    tmpm2 = prof[pos[0]][m2[d]][rand-1].y;
                }
            }
            if (m1[d] != -1){
                if (tmpm1<prof[pos[0]][m1[d]][rand-1].y){
                    tmpm1 = prof[pos[0]][m1[d]][rand-1].y;
                }
            }
            if (zero[d] != -1){
                if (tmpzero<prof[pos[0]][zero[d]][rand-1].y){
                    tmpzero = prof[pos[0]][zero[d]][rand-1].y;
                }
            }
            if (one[d] != -1){
                if (tmpone<prof[pos[0]][one[d]][rand-1].y){
                    tmpone = prof[pos[0]][one[d]][rand-1].y;
                }
            }
            if (two[d] != -1){
                if (tmptwo<prof[pos[0]][two[d]][rand-1].y){
                    tmptwo = prof[pos[0]][two[d]][rand-1].y;
                }
            }
        }
        int total = 0;
        for (int d = 0;d<4;d++){
            if (prof[pos[0]][d][rand-1].x == -2){
                if (perim[2+centralx+-2][2+centraly+tmpm2+1] != 4){
                    if(b[centralx+-2][centraly+tmpm2+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].x == -1){
                if (perim[2+centralx+-1][2+centraly+tmpm1+1] != 4){
                    if (b[centralx+-1][centraly+tmpm1+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].x == 0){
                if (perim[2+centralx][2+centraly+tmpzero+1] != 4){
                    if (b[centralx][centraly+tmpzero+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].x == 1){
                if (perim[2+centralx+1][2+centraly+tmpone+1] != 4){
                    if (b[centralx+1][centraly+tmpone+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].x == 2){
                if (perim[2+centralx+2][2+centraly+tmptwo+1] != 4){
                    if (b[centralx+2][centraly+tmptwo+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            }
        }
        if (total == 4){
            b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(Color.DARK_GRAY);
            centraly++;
            b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
        } else {
 
            bottom = true;
        }
    }
 
 
    public void go(){
        do{
            try {
                Thread.sleep(1000L);
            } catch (InterruptedException e) {
                // TODO Auto-generated catch block

                e.printStackTrace();
            }
            movedown();
            rowcheck();
        }
        while(bottom == false);
        bottom = false;
        blockgen();
    }
 
    public void rowcheck(){
        int row = 0;
        for (int y = 0;y<20;y++){
            for (int x = 0;x<10;x++){
                if (b[x][y].getBackground() != Color.DARK_GRAY){
                    row++;
                }
                if (row == 10){
                    rowsclrd++;
                    rowclear(y);
                }
            }
            row = 0;
        }
    }
 
    public void rowclear(int y){
        int inc = 0;
        for (int x = 0;x<10;x++){
            b[x][y].setBackground(Color.DARK_GRAY);
        }
        for (int c = y-1;c>-1;c--){
            for (int x = 0;x<10;x++){
                tmp[x][y-inc] = b[x][c].getBackground();
            }
            inc++;
        }
        for (int c = y;c>-1;c--){
            for (int x = 0;x<10;x++){
                b[x][c].setBackground(tmp[x][c]);
            }
        }
    }
 
    public void movelr(){
        int[] m2 = {-1, -1, -1, -1};
        int[] m1 = {-1, -1, -1, -1};
        int[] zero = {-1, -1, -1, -1};
        int[] one = {-1, -1, -1, -1};
        int[] two = {-1, -1, -1, -1};
        for (int d = 0;d<4;d++){
            if (prof[pos[0]][d][rand-1].y == -2){
                m2[d] = d;
            } else if (prof[pos[0]][d][rand-1].y == -1){
                m1[d] = d;
            } else if (prof[pos[0]][d][rand-1].y == 0){
                zero[d] = d;
            } else if (prof[pos[0]][d][rand-1].y == 1){
                one[d] = d;
            } else if (prof[pos[0]][d][rand-1].y == 2){
                two[d] = d;
            }
        }
        int tmpm2 = -5;
        int tmpm1 = -5;
        int tmpzero = -5;
        int tmpone = -5;
        int tmptwo = -5;
        if (deltax == 1){
            for (int d = 0;d<4;d++){
                if (m2[d] != -1){
                    if (tmpm2<prof[pos[0]][m2[d]][rand-1].x){
                        tmpm2 = prof[pos[0]][m2[d]][rand-1].x;
                    }
                }
                if (m1[d] != -1){
                    if (tmpm1<prof[pos[0]][m1[d]][rand-1].x){
                        tmpm1 = prof[pos[0]][m1[d]][rand-1].x;
                    }
                }
                if (zero[d] != -1){
                    if (tmpzero<prof[pos[0]][zero[d]][rand-1].x){
                        tmpzero = prof[pos[0]][zero[d]][rand-1].x;
                    }
                }
                if (one[d] != -1){
                    if (tmpone<prof[pos[0]][one[d]][rand-1].x){
                        tmpone = prof[pos[0]][one[d]][rand-1].x;
                    }
                }
                if (two[d] != -1){
                    if (tmptwo<prof[pos[0]][two[d]][rand-1].x){
                        tmptwo = prof[pos[0]][two[d]][rand-1].x;
                    }
                }
            }
        } else if (deltax == -1){
            tmpm2 = 5;
            tmpm1 = 5;
            tmpzero = 5;
            tmpone = 5;
            tmptwo = 5;
            for (int d = 0;d<4;d++){
                if (m2[d] != -1){
                    if (tmpm2>prof[pos[0]][m2[d]][rand-1].x){
                        tmpm2 = prof[pos[0]][m2[d]][rand-1].x;
                    }
                }
                if (m1[d] != -1){
                    if (tmpm1>prof[pos[0]][m1[d]][rand-1].x){
                        tmpm1 = prof[pos[0]][m1[d]][rand-1].x;
                    }
                }
                if (zero[d] != -1){
                    if (tmpzero>prof[pos[0]][zero[d]][rand-1].x){
                        tmpzero = prof[pos[0]][zero[d]][rand-1].x;
                    }
                }
                if (one[d] != -1){
                    if (tmpone>prof[pos[0]][one[d]][rand-1].x){
                        tmpone = prof[pos[0]][one[d]][rand-1].x;
                    }
                }
                if (two[d] != -1){
                    if (tmptwo>prof[pos[0]][two[d]][rand-1].x){
                        tmptwo = prof[pos[0]][two[d]][rand-1].x;
                    }
                }
            }
        }
        int total = 0;
        for (int d = 0;d<4;d++){
            if (prof[pos[0]][d][rand-1].y == -2){
                if (perim[2+centralx+deltax+tmpm2][2+centraly-2] != 2){
                    if(b[centralx+deltax+tmpm2][centraly-2].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].y == -1){
                if (perim[2+centralx+deltax+tmpm1][2+centraly-1] != 2){
                    if (b[centralx+deltax+tmpm1][centraly-1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].y == 0){
                if (perim[2+centralx+deltax+tmpzero][2+centraly] != 2){
                    if (b[centralx+deltax+tmpzero][centraly].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].y == 1){
                if (perim[2+centralx+deltax+tmpone][2+centraly+1] != 2){
                    if (b[centralx+deltax+tmpone][centraly+1].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            } else if (prof[pos[0]][d][rand-1].y == 2){
                if (perim[2+centralx+deltax+tmptwo][2+centraly+2] != 2){
                    if (b[centralx+deltax+tmptwo][centraly+2].getBackground() == Color.DARK_GRAY){
                        total++;
                    }
                }
            }
        } if (total == 4){
            b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(Color.DARK_GRAY);
            b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(Color.DARK_GRAY);
            centralx = centralx+deltax;
            b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
            b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
        }
    }
 
    public static void main (String[] args){
        new Tetris();
    }
 
    @Override
    public void keyPressed(KeyEvent e) {
        if (e.getKeyCode() == KeyEvent.VK_RIGHT){
                deltax = 1;
                movelr();
        }
        if (e.getKeyCode() == KeyEvent.VK_LEFT){
            deltax = -1;
            movelr();
        }
        if (e.getKeyCode() == KeyEvent.VK_UP){
            rotate();
        }
        if (e.getKeyCode() == KeyEvent.VK_DOWN){
            movedown();
        }
    }
 
    @Override
    public void keyReleased(KeyEvent e) {
        // TODO Auto-generated method stub

    }
 
    @Override
    public void keyTyped(KeyEvent e) {
        // TODO Auto-generated method stub

    }
}



Comentarios sobre la versión: Versión 1 (18)

Imágen de perfil
Ramiro
10 de Junio del 2015
estrellaestrellaestrellaestrellaestrella
muy buen código ya lo pase y funciona bien , oye me podrías explicar algo del código , tengo unas cuantas preguntas, para aprender como usar esos paquetes del javax.swing y el awt soy nuevo en java y apenas ando empezando aprender a usarlo.

Quiero saber como generas los cuadritos y todo los bucles y todo porfa
Responder
Cristian
15 de Febrero del 2016
estrellaestrellaestrellaestrellaestrella
Muy buen codigo funciona perfectamente
Responder
puedes embiar tu trabajo plis
23 de Noviembre del 2016
estrellaestrellaestrellaestrellaestrella
muy buena
Responder
diana carolina cifuentes micolta
20 de Septiembre del 2018
estrellaestrellaestrellaestrellaestrella
Hola, Me quieres ayudar A Organizar Los Errores Que Hay que Acomodar En El Juego
Responder
esteban monjeló
15 de Octubre del 2020
estrellaestrellaestrellaestrellaestrella
como puedo hacer para ejecutarlo??
Responder
BUG
15 de Junio del 2016
estrellaestrellaestrellaestrellaestrella
El programa tiene un bug, a la hora de girar una ficha si choca con alguna que ya esta colocada desaparecen cuadrados coloreados que ya estaban colocados.
Responder
js_tates
27 de Marzo del 2017
estrellaestrellaestrellaestrellaestrella
Excelente trabajo, de gran ayuda... sigue así amigo¡¡¡
Responder
Rodrigo
13 de Marzo del 2018
estrellaestrellaestrellaestrellaestrella
Hola buenas tardes, una preguntota, eso va en el cuerpo principal o en un metodo?
Responder
:v
13 de Diciembre del 2018
estrellaestrellaestrellaestrellaestrella
principal
Responder
Carlos
7 de Febrero del 2019
estrellaestrellaestrellaestrellaestrella
Se puede ejecutar en android?
Responder
Jesus
18 de Agosto del 2019
estrellaestrellaestrellaestrellaestrella
interesante este codigo, aunque esta escaso de comentarios se nota que se hizo buen trabajo, y como dice otro comentario por ahi, tiene el bug de reemplazar el espacios de figuras al rotar cerca de estas
Responder
llll
16 de Septiembre del 2021
estrellaestrellaestrellaestrellaestrella
hola mundo
Responder
wena
1 de Octubre del 2019
estrellaestrellaestrellaestrellaestrella
Lo traté de hacer llamar mediante un botón desde otro jframe y solo se queda en blanco
Responder
Lázaro
19 de Noviembre del 2019
estrellaestrellaestrellaestrellaestrella
Apenas soy principiante en la programación Java pero esto es lo mejor de que he visto hasta ahora. Muy inpirador
Responder
ANTONIO
2 de Diciembre del 2020
estrellaestrellaestrellaestrellaestrella
donde lo ejecutais?? porque no puedo mover las fichas
Responder
luis
14 de Septiembre del 2021
estrellaestrellaestrellaestrellaestrella
No ha dejado ningún comentario
Responder
osgodperu
29 de Marzo del 2023
estrellaestrellaestrellaestrellaestrella
import java.awt.*;
import java.awt.event.*;

import javax.swing.*;

public class Tetris extends JFrame implements KeyListener {
int pos[] = {0,1};
boolean bottom = false;
int n = 20;
int m = 10;
JButton b[][];
Color tmp[][] = new Color[m][n];
int rand = 0;
int centralx = 0;
int centraly = 0;
int deltax = 0;
int perim[][] = new int[m+4][n+4];
or[][][] prof = new or[4][4][7];
Color rnd[] = {Color.red, Color.yellow, Color.cyan, Color.green, Color.white, Color.blue, Color.orange};
int rowsclrd = 0;
public Tetris(){
for(int a = 0;a<4;a++){
for(int b = 0;b<4;b++){
for(int c = 0;c<7;c++){
prof[a][b][c] = new or();
}
}
}
this.setDefaultCloseOperation(EXIT_ON_CLOSE);
prof[0][0][0].x = -1;
prof[0][1][0].x = 0;
prof[0][2][0].x = 0;
prof[0][3][0].x = 1;
prof[1][0][0].x = 0;
prof[1][1][0].x = 0;
prof[1][2][0].x = -1;
prof[1][3][0].x = -1;
prof[2][0][0].x = 1;
prof[2][1][0].x = 0;
prof[2][2][0].x = 0;
prof[2][3][0].x = -1;
prof[3][0][0].x = 0;
prof[3][1][0].x = 0;
prof[3][2][0].x = 1;
prof[3][3][0].x = 1;
prof[0][0][1].x = -1;
prof[0][1][1].x = -1;
prof[0][2][1].x = 0;
prof[0][3][1].x = 1;
prof[1][0][1].x = -1;
prof[1][1][1].x = 0;
prof[1][2][1].x = 0;
prof[1][3][1].x = 0;
prof[2][0][1].x = 1;
prof[2][1][1].x = 1;
prof[2][2][1].x = 0;
prof[2][3][1].x = -1;
prof[3][0][1].x = 1;
prof[3][1][1].x = 0;
prof[3][2][1].x = 0;
prof[3][3][1].x = 0;
prof[0][0][2].x = -1;
prof[0][1][2].x = 0;
prof[0][2][2].x = 1;
prof[0][3][2].x = 1;
prof[1][0][2].x = 0;
prof[1][1][2].x = 0;
prof[1][2][2].x = 0;
prof[1][3][2].x = -1;
prof[2][0][2].x = 1;
prof[2][1][2].x = 0;
prof[2][2][2].x = -1;
prof[2][3][2].x = -1;
prof[3][0][2].x = 0;
prof[3][1][2].x = 0;
prof[3][2][2].x = 0;
prof[3][3][2].x = 1;
prof[0][0][3].x = -1;
prof[0][1][3].x = 0;
prof[0][2][3].x = 0;
prof[0][3][3].x = 1;
prof[1][0][3].x = -1;
prof[1][1][3].x = -1;
prof[1][2][3].x = 0;
prof[1][3][3].x = 0;
prof[2][0][3].x = 1;
prof[2][1][3].x = 0;
prof[2][2][3].x = 0;
prof[2][3][3].x = -1;
prof[3][0][3].x = 1;
prof[3][1][3].x = 1;
prof[3][2][3].x = 0;
prof[3][3][3].x = 0;
prof[0][0][4].x = -1;
prof[0][1][4].x = 0;
prof[0][2][4].x = 0;
prof[0][3][4].x = 1;
prof[1][0][4].x = 0;
prof[1][1][4].x = 0;
prof[1][2][4].x = -1;
prof[1][3][4].x = 0;
prof[2][0][4].x = 1;
prof[2][1][4].x = 0;
prof[2][2][4].x = 0;
prof[2][3][4].x = -1;
prof[3][0][4].x = 0;
prof[3][1][4].x = 0;
prof[3][2][4].x = 1;
prof[3][3][4].x = 0;
prof[0][0][5].x = 0;
prof[0][1][5].x = 0;
prof[0][2][5].x = 1;
prof[0][3][5].x = 1;
prof[1][0][5].x = 0;
prof[1][1][5].x = 0;
prof[1][2][5].x = 1;
prof[1][3][5].x = 1;
prof[2][0][5].x = 0;
prof[2][1][5].x = 0;
prof[2][2][5].x = 1;
prof[2][3][5].x = 1;
prof[3][0][5].x = 0;
prof[3][1][5].x = 0;
prof[3][2][5].x = 1;
prof[3][3][5].x = 1;
prof[0][0][6].x = -1;
prof[0][1][6].x = 0;
prof[0][2][6].x = 1;
prof[0][3][6].x = 2;
prof[1][0][6].x = 0;
prof[1][1][6].x = 0;
prof[1][2][6].x = 0;
prof[1][3][6].x = 0;
prof[2][0][6].x = 1;
prof[2][1][6].x = 0;
prof[2][2][6].x = -1;
prof[2][3][6].x = -2;
prof[3][0][6].x = 0;
prof[3][1][6].x = 0;
prof[3][2][6].x = 0;
prof[3][3][6].x = 0;
prof[0][0][0].y = 0;
prof[0][1][0].y = 0;
prof[0][2][0].y = 1;
prof[0][3][0].y = 1;
prof[1][0][0].y = -1;
prof[1][1][0].y = 0;
prof[1][2][0].y = 0;
prof[1][3][0].y = 1;
prof[2][0][0].y = 0;
prof[2][1][0].y = 0;
prof[2][2][0].y = -1;
prof[2][3][0].y = -1;
prof[3][0][0].y = 1;
prof[3][1][0].y = 0;
prof[3][2][0].y = 0;
prof[3][3][0].y = -1;
prof[0][0][1].y = 0;
prof[0][1][1].y = 1;
prof[0][2][1].y = 0;
prof[0][3][1].y = 0;
prof[1][0][1].y = -1;
prof[1][1][1].y = -1;
prof[1][2][1].y = 0;
prof[1][3][1].y = 1;
prof[2][0][1].y = -1;
prof[2][1][1].y = 0;
prof[2][2][1].y = 0;
prof[2][3][1].y = 0;
prof[3][0][1].y = 1;
prof[3][1][1].y = 1;
prof[3][2][1].y = 0;
prof[3][3][1].y = -1;
prof[0][0][2].y = 0;
prof[0][1][2].y = 0;
prof[0][2][2].y = 0;
prof[0][3][2].y = 1;
prof[1][0][2].y = -1;
prof[1][1][2].y = 0;
prof[1][2][2].y = 1;
prof[1][3][2].y = 1;
prof[2][0][2].y = 0;
prof[2][1][2].y = 0;
prof[2][2][2].y = 0;
prof[2][3][2].y = -1;
prof[3][0][2].y = 1;
prof[3][1][2].y = 0;
prof[3][2][2].y = -1;
prof[3][3][2].y = -1;
prof[0][0][3].y = 1;
prof[0][1][3].y = 1;
prof[0][2][3].y = 0;
prof[0][3][3].y = 0;
prof[1][0][3].y = -1;
prof[1][1][3].y = 0;
prof[1][2][3].y = 0;
prof[1][3][3].y = 1;
prof[2][0][3].y = -1;
prof[2][1][3].y = -1;
prof[2][2][3].y = 0;
prof[2][3][3].y = 0;
prof[3][0][3].y = 1;
prof[3][1][3].y = 0;
prof[3][2][3].y = 0;
prof[3][3][3].y = -1;
prof[0][0][4].y = 0;
prof[0][1][4].y = 0;
prof[0][2][4].y = 1;
prof[0][3][4].y = 0;
prof[1][0][4].y = -1;
prof[1][1][4].y = 0;
prof[1][2][4].y = 0;
prof[1][3][4].y = 1;
prof[2][0][4].y = 0;
prof[2][1][4].y = 0;
prof[2][2][4].y = -1;
prof[2][3][4].y = 0;
prof[3][0][4].y = 1;
prof[3][1][4].y = 0;
prof[3][2][4].y = 0;
prof[3][3][4].y = -1;
prof[0][0][5].y = 0;
prof[0][1][5].y = 1;
prof[0][2][5].y = 0;
prof[0][3][5].y = 1;
prof[1][0][5].y = 0;
prof[1][1][5].y = 1;
prof[1][2][5].y = 0;
prof[1][3][5].y = 1;
prof[2][0][5].y = 0;
prof[2][1][5].y = 1;
prof[2][2][5].y = 0;
prof[2][3][5].y = 1;
prof[3][0][5].y = 0;
prof[3][1][5].y = 1;
prof[3][2][5].y = 0;
prof[3][3][5].y = 1;
prof[0][0][6].y = 0;
prof[0][1][6].y = 0;
prof[0][2][6].y = 0;
prof[0][3][6].y = 0;
prof[1][0][6].y = -1;
prof[1][1][6].y = 0;
prof[1][2][6].y = 1;
prof[1][3][6].y = 2;
prof[2][0][6].y = 0;
prof[2][1][6].y = 0;
prof[2][2][6].y = 0;
prof[2][3][6].y = 0;
prof[3][0][6].y = -1;
prof[3][1][6].y = 0;
prof[3][2][6].y = 1;
prof[3][3][6].y = 2;
for (int y = 0;y<2;y++){
for (int x = 0;x<m+4;x++){
perim[x][y]= 1;
}
}
for (int y = n+2;y<n+4;y++){
for (int x = 0;x<m+4;x++){
perim[x][y]= 4;
}
}
for (int y = 2;y<n+2;y++){
for (int x = 0;x<2;x++){
perim[x][y]= 2;
}
}
for (int y = 2;y<n+2;y++){
for (int x = m+2;x<m+4;x++){
perim[x][y]= 2;
}
}
for(int y = 0;y<n+4;y++){
for (int x = 0;x<m+4;x++){
System.out.print(perim[x][y]);
}
System.out.println("");
}
b = new JButton [m][n];
setLayout(new GridLayout(n,m));//Grid layouts x and y are SWAPPED!
for (int y = 0;y<n;y++){
for (int x = 0;x<m;x++){
b[x][y] = new JButton(" ");
tmp[x][y] = Color.DARK_GRAY;
b[x][y].setBackground(Color.DARK_GRAY);
add(b[x][y]);
b[x][y].setEnabled(true);
}//end inner for
}
setFocusable(true);
addKeyListener(this);
pack();
setVisible(true);
blockgen();

}//end constructor Mine()

class or {
int x;
int y;
}

public void blockgen(){
Component temporaryLostComponent = null;
pos[0] = 0;
pos[1] = 1;
rand = (int) (Math.floor(Math.random()*7+1));
centralx = 4;
centraly = 0;
System.out.print(rand);
if ((b[4+prof[pos[0]][0][rand-1].x][prof[pos[0]][0][rand-1].y].getBackground() == Color.DARK_GRAY) &&
(b[4+prof[pos[0]][1][rand-1].x][prof[pos[0]][1][rand-1].y].getBackground() == Color.DARK_GRAY) &&
(b[4+prof[pos[0]][2][rand-1].x][prof[pos[0]][2][rand-1].y].getBackground() == Color.DARK_GRAY) &&
(b[4+prof[pos[0]][3][rand-1].x][prof[pos[0]][3][rand-1].y].getBackground() == Color.DARK_GRAY)){
b[4+prof[pos[0]][0][rand-1].x][prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
b[4+prof[pos[0]][1][rand-1].x][prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
b[4+prof[pos[0]][2][rand-1].x][prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
b[4+prof[pos[0]][3][rand-1].x][prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
go();
} else {
JOptionPane.showMessageDialog(temporaryLostComponent, "Game Over! You cleared "+rowsclrd+" rows, well done!");
System.exit(0);
}
}

public void rotate(){
if (pos[0] < 3){
pos[1] = pos[0];
pos[0]++;
} else if (pos[0] == 3){
pos[0] = 0;
pos[1] = 3;
} else {
System.out.println("error");
}
if ((perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 4) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 1) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 2) && (perim[2+centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y+2] != 3)
&& (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 4) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 1) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 2) && (perim[centralx+2+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y+2] != 3)
&& (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 4) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 1) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 2) && (perim[centralx+2+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y+2] != 3)
&& (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 4) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 1) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 2) && (perim[centralx+prof[pos[0]][3][rand-1].x+2][centraly+prof[pos[0]][3][rand-1].y+2] != 3)){
b[centralx+prof[pos[1]][0][rand-1].x][centraly+prof[pos[1]][0][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[1]][1][rand-1].x][centraly+prof[pos[1]][1][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[1]][2][rand-1].x][centraly+prof[pos[1]][2][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[1]][3][rand-1].x][centraly+prof[pos[1]][3][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+(prof[pos[0]][0][rand-1].x)][centraly+(prof[pos[0]][0][rand-1].y)].setBackground(rnd[rand-1]);
b[centralx+(prof[pos[0]][1][rand-1].x)][centraly+(prof[pos[0]][1][rand-1].y)].setBackground(rnd[rand-1]);
b[centralx+(prof[pos[0]][2][rand-1].x)][centraly+(prof[pos[0]][2][rand-1].y)].setBackground(rnd[rand-1]);
b[centralx+(prof[pos[0]][3][rand-1].x)][centraly+(prof[pos[0]][3][rand-1].y)].setBackground(rnd[rand-1]);
} else {
if (pos[1] > 0){
pos[0] = pos[1];
pos[1]--;
} else if (pos[1] == 0){
pos[0] = 0;
pos[1] = 3;
}
}
}


public int getxs(){
int xs = 0;
int[] xf = {-1, -1, -1, -1};
for (int d = 0;d<4;d++){
if ((xf[0] != prof[pos[0]][d][rand-1].x) || (xf[1] != prof[pos[0]][d][rand-1].x) || (xf[2] != prof[pos[0]][d][rand-1].x) || (xf[3] != prof[pos[0]][d][rand-1].x)){
xf[d] = prof[pos[0]][d][rand-1].x;
}
}
for (int d = 0;d<4;d++){
if (xf[d] != -1){
xs++;
}
}
return xs;
}


public void movedown(){
int[] m2 = {-1, -1, -1, -1};
int[] m1 = {-1, -1, -1, -1};
int[] zero = {-1, -1, -1, -1};
int[] one = {-1, -1, -1, -1};
int[] two = {-1, -1, -1, -1};
for (int d = 0;d<4;d++){
if (prof[pos[0]][d][rand-1].x == -2){
m2[d] = d;
} else if (prof[pos[0]][d][rand-1].x == -1){
m1[d] = d;
} else if (prof[pos[0]][d][rand-1].x == 0){
zero[d] = d;
} else if (prof[pos[0]][d][rand-1].x == 1){
one[d] = d;
} else if (prof[pos[0]][d][rand-1].x == 2){
two[d] = d;
}
}
int tmpm2 = -5;
int tmpm1 = -5;
int tmpzero = -5;
int tmpone = -5;
int tmptwo = -5;
for (int d = 0;d<4;d++){
if (m2[d] != -1){
if (tmpm2<prof[pos[0]][m2[d]][rand-1].y){
tmpm2 = prof[pos[0]][m2[d]][rand-1].y;
}
}
if (m1[d] != -1){
if (tmpm1<prof[pos[0]][m1[d]][rand-1].y){
tmpm1 = prof[pos[0]][m1[d]][rand-1].y;
}
}
if (zero[d] != -1){
if (tmpzero<prof[pos[0]][zero[d]][rand-1].y){
tmpzero = prof[pos[0]][zero[d]][rand-1].y;
}
}
if (one[d] != -1){
if (tmpone<prof[pos[0]][one[d]][rand-1].y){
tmpone = prof[pos[0]][one[d]][rand-1].y;
}
}
if (two[d] != -1){
if (tmptwo<prof[pos[0]][two[d]][rand-1].y){
tmptwo = prof[pos[0]][two[d]][rand-1].y;
}
}
}
int total = 0;
for (int d = 0;d<4;d++){
if (prof[pos[0]][d][rand-1].x == -2){
if (perim[2+centralx+-2][2+centraly+tmpm2+1] != 4){
if(b[centralx+-2][centraly+tmpm2+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].x == -1){
if (perim[2+centralx+-1][2+centraly+tmpm1+1] != 4){
if (b[centralx+-1][centraly+tmpm1+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].x == 0){
if (perim[2+centralx][2+centraly+tmpzero+1] != 4){
if (b[centralx][centraly+tmpzero+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].x == 1){
if (perim[2+centralx+1][2+centraly+tmpone+1] != 4){
if (b[centralx+1][centraly+tmpone+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].x == 2){
if (perim[2+centralx+2][2+centraly+tmptwo+1] != 4){
if (b[centralx+2][centraly+tmptwo+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
}
}
if (total == 4){
b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(Color.DARK_GRAY);
centraly++;
b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
} else {

bottom = true;
}
}


public void go(){
do{
try {
Thread.sleep(1000L);
} catch (InterruptedException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
movedown();
rowcheck();
}
while(bottom == false);
bottom = false;
blockgen();
}

public void rowcheck(){
int row = 0;
for (int y = 0;y<20;y++){
for (int x = 0;x<10;x++){
if (b[x][y].getBackground() != Color.DARK_GRAY){
row++;
}
if (row == 10){
rowsclrd++;
rowclear(y);
}
}
row = 0;
}
}

public void rowclear(int y){
int inc = 0;
for (int x = 0;x<10;x++){
b[x][y].setBackground(Color.DARK_GRAY);
}
for (int c = y-1;c>-1;c--){
for (int x = 0;x<10;x++){
tmp[x][y-inc] = b[x][c].getBackground();
}
inc++;
}
for (int c = y;c>-1;c--){
for (int x = 0;x<10;x++){
b[x][c].setBackground(tmp[x][c]);
}
}
}

public void movelr(){
int[] m2 = {-1, -1, -1, -1};
int[] m1 = {-1, -1, -1, -1};
int[] zero = {-1, -1, -1, -1};
int[] one = {-1, -1, -1, -1};
int[] two = {-1, -1, -1, -1};
for (int d = 0;d<4;d++){
if (prof[pos[0]][d][rand-1].y == -2){
m2[d] = d;
} else if (prof[pos[0]][d][rand-1].y == -1){
m1[d] = d;
} else if (prof[pos[0]][d][rand-1].y == 0){
zero[d] = d;
} else if (prof[pos[0]][d][rand-1].y == 1){
one[d] = d;
} else if (prof[pos[0]][d][rand-1].y == 2){
two[d] = d;
}
}
int tmpm2 = -5;
int tmpm1 = -5;
int tmpzero = -5;
int tmpone = -5;
int tmptwo = -5;
if (deltax == 1){
for (int d = 0;d<4;d++){
if (m2[d] != -1){
if (tmpm2<prof[pos[0]][m2[d]][rand-1].x){
tmpm2 = prof[pos[0]][m2[d]][rand-1].x;
}
}
if (m1[d] != -1){
if (tmpm1<prof[pos[0]][m1[d]][rand-1].x){
tmpm1 = prof[pos[0]][m1[d]][rand-1].x;
}
}
if (zero[d] != -1){
if (tmpzero<prof[pos[0]][zero[d]][rand-1].x){
tmpzero = prof[pos[0]][zero[d]][rand-1].x;
}
}
if (one[d] != -1){
if (tmpone<prof[pos[0]][one[d]][rand-1].x){
tmpone = prof[pos[0]][one[d]][rand-1].x;
}
}
if (two[d] != -1){
if (tmptwo<prof[pos[0]][two[d]][rand-1].x){
tmptwo = prof[pos[0]][two[d]][rand-1].x;
}
}
}
} else if (deltax == -1){
tmpm2 = 5;
tmpm1 = 5;
tmpzero = 5;
tmpone = 5;
tmptwo = 5;
for (int d = 0;d<4;d++){
if (m2[d] != -1){
if (tmpm2>prof[pos[0]][m2[d]][rand-1].x){
tmpm2 = prof[pos[0]][m2[d]][rand-1].x;
}
}
if (m1[d] != -1){
if (tmpm1>prof[pos[0]][m1[d]][rand-1].x){
tmpm1 = prof[pos[0]][m1[d]][rand-1].x;
}
}
if (zero[d] != -1){
if (tmpzero>prof[pos[0]][zero[d]][rand-1].x){
tmpzero = prof[pos[0]][zero[d]][rand-1].x;
}
}
if (one[d] != -1){
if (tmpone>prof[pos[0]][one[d]][rand-1].x){
tmpone = prof[pos[0]][one[d]][rand-1].x;
}
}
if (two[d] != -1){
if (tmptwo>prof[pos[0]][two[d]][rand-1].x){
tmptwo = prof[pos[0]][two[d]][rand-1].x;
}
}
}
}
int total = 0;
for (int d = 0;d<4;d++){
if (prof[pos[0]][d][rand-1].y == -2){
if (perim[2+centralx+deltax+tmpm2][2+centraly-2] != 2){
if(b[centralx+deltax+tmpm2][centraly-2].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].y == -1){
if (perim[2+centralx+deltax+tmpm1][2+centraly-1] != 2){
if (b[centralx+deltax+tmpm1][centraly-1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].y == 0){
if (perim[2+centralx+deltax+tmpzero][2+centraly] != 2){
if (b[centralx+deltax+tmpzero][centraly].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].y == 1){
if (perim[2+centralx+deltax+tmpone][2+centraly+1] != 2){
if (b[centralx+deltax+tmpone][centraly+1].getBackground() == Color.DARK_GRAY){
total++;
}
}
} else if (prof[pos[0]][d][rand-1].y == 2){
if (perim[2+centralx+deltax+tmptwo][2+centraly+2] != 2){
if (b[centralx+deltax+tmptwo][centraly+2].getBackground() == Color.DARK_GRAY){
total++;
}
}
}
} if (total == 4){
b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(Color.DARK_GRAY);
b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(Color.DARK_GRAY);
centralx = centralx+deltax;
b[centralx+prof[pos[0]][0][rand-1].x][centraly+prof[pos[0]][0][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][1][rand-1].x][centraly+prof[pos[0]][1][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][2][rand-1].x][centraly+prof[pos[0]][2][rand-1].y].setBackground(rnd[rand-1]);
b[centralx+prof[pos[0]][3][rand-1].x][centraly+prof[pos[0]][3][rand-1].y].setBackground(rnd[rand-1]);
}
}

public static void main (String[] args){
new Tetris();
}

@Override
public void keyPressed(KeyEvent e) {
if (e.getKeyCode() == KeyEvent.VK_RIGHT){
deltax = 1;
movelr();
}
if (e.getKeyCode() == KeyEvent.VK_LEFT){
deltax = -1;
movelr();
}
if (e.getKeyCode() == KeyEvent.VK_UP){
rotate();
}
if (e.getKeyCode() == KeyEvent.VK_DOWN){
movedown();
}
}

@Override
public void keyReleased(KeyEvent e) {
// TODO Auto-generated method stub
}

@Override
public void keyTyped(KeyEvent e) {
// TODO Auto-generated method stub
}
}
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Martín Andrés
8 de Diciembre del 2021
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