Tetris Games (c + +)

Took a few days to finally put the Russian block finished, I would like to change the black box and then make a good interface, but feel bad to get it first.

#include <iostream> #include <cstdio> #include <windows.h> #include <time.h> #include < conio.h>using namespace std; const int lf_up_x =; bool vis[100][100]; Used to mark coordinates int co[100][100];            The color of the coordinate is void color (int x), void Get_coord (int x, int y), class coord{public:int x;            int y; int Col;}    G[10][10][10]; class t_box{static int score;    static int Rank; Private:int x, y; coordinate int type; type int FG;             The shape of the first FG variation of a graph public:t_box (int sx = x, int sy = 3, int st = 0, int f = 0);             static void staticnum (int num);             void set (int sx = +, int sy = 3, int st = 0, int f = 0);             void Move (int stepa, int stepb);             BOOL Stop ();             void Print_box ();             void Erase_box ();             void Mark ();             void Pause ();             void Next_box (T_box temp);             void Transform ();BOOL Judge ();} ; int t_box::score = 0; int t_box::rank = 0;  T_box::t_box (int sx, int sy, int st, int f) {x = SX;  y = sy;  type = st; FG = f;}    void t_box::staticnum (int num) {score + = num;    Rank = SCORE/10;    Color (5); Get_coord (62, 19);    Cout<<score; Get_coord (62, 21); Cout<<rank;}  void T_box::set (int sx, int sy, int st, int f) {st = rand ()%6;    f = rand ()%4; x = SX; y = sy; type = st; FG = f;}         void T_box::next_box (T_box temp) {for (int i = 0; i < 4; ++i) {int SX = g[temp.type][i][temp.fg].x + 59;        int sy = G[TEMP.TYPE][I][TEMP.FG].Y + 6;        Get_coord (SX, SY);    cout<< "";        } for (int i = 0; i < 4; ++i) {int SX = g[type][i][fg].x + 59;        int sy = G[TYPE][I][FG].Y + 6; Color (G[TYPE][I][FG].        Col);        Get_coord (SX, SY);    cout<< "";  }}void T_box::p rint_box ()//input graphic {for (int i = 0; i < 4; ++i) {int SX = g[type][i][fg].x + x; //The first several forms of the graph/the first several squares/the first several representations of the figure int sy = g[type][i][fg].y + y; Color (G[TYPE][I][FG].  Col);   Color Get_coord (SX, SY);   Coordinates cout<< "";       Graphics}}void T_box::erase_box ()//Erase graphics {for (int i = 0; i < 4; ++i) {int SX = g[type][i][fg].x + x;       int sy = g[type][i][fg].y + y;       Get_coord (SX, SY);    cout<< "";        }}void t_box::move (int stepa, int stepb) {BOOL flag = true;//check whether the boundary is exceeded, default does not out of bounds for (int i = 0; i < 4; ++i) {        int SX = x + g[type][i][fg].x + Stepa;        int sy = y + g[type][i][fg].y + stepb;  if (SX <= | | SX >= | | sy >= | | sy <= 0 | | vis[sx][sy]) {flag = false;        break; }} if (flag) {x + = Stepa; y + = STEPB;}}       BOOL T_box::stop () {for (int i = 0; i < 4; ++i) {int SX = g[type][i][fg].x + x;       int sy = g[type][i][fg].y + y;    if (Vis[sx][sy+1]) return true; } return false;} void T_box::mark () {for (int i = 0; i < 4;       ++i) {int SX = g[type][i][fg].x + x;       int sy = g[type][i][fg].y + y;       Vis[sx][sy] = true; Co[sx][sy] = G[TYPE][I][FG].    Col;        }}bool T_box::judge () {for (int i = 0; i < 4; ++i) {int SX = g[type][i][fg].x + x;        int sy = g[type][i][fg].y + y;    if (Vis[sx][sy]) return false; } return true;    void T_box::transform ()//Remove the previous graphic before outputting the changed graphic {erase_box ();//Erase the previous graphic int temp = FG;    FG = (FG + 1)%4;    if (Judge ()) Print_box ();        else {FG = temp;    Print_box ();    }}void Get_coord (int x, int y) {coord pos; Pos.    x = x; Pos.    y = y; SetConsoleCursorPosition (GetStdHandle (Std_output_handle), POS);} void color (int a) {Setconsoletextattribute (GetStdHandle (Std_output_handle), a);}   void Tt_fram ()//Set Frame {color (5);   Get_coord (30, 1);   cout<< "< Welcome to use >";   Color (10); int x = lf_up_x, y = 3;     Main frame for (int i = 0; i < ++i) {  Get_coord (x, 2);  VIS[X][2] = true;       cout<< "-"; Get_coord (x, 23); VIS[X][23] = true;       cout<< "-";   x + = 2;       } for (int i = 0; i <; ++i) {Get_coord (lf_up_x, y); vis[lf_up_x][y] = true; cout<< "-";      Get_coord (n, y); Vis[71][y] = true;       cout<< "-";      Get_coord (Wuyi, y); Vis[51][y] = true;       cout<< "-";   Y + = 1;       }//Small frame content for (int i = <=; i + = 2) {Get_coord (I, one-by-one); vis[i][11] = true;   cout<< "-";  } color (10);  Get_coord (53, 3);   cout<< "Next Block:";   Color (11); Get_coord (54, 13);   cout<< "Start: Enter key"; Get_coord (54, 15);   cout<< "Pause: T key"; Get_coord (54, 17);   cout<< "Exit: Q Key";  Get_coord (54, 19);   cout<< "Score:"; Get_coord (54, 21);   cout<< "Rank:"; T_box::staticnum (0);} void Mark_init ()//initialize boundary, tag array {for (int j = 2; J <=; ++j) for (int i = 0; I <=; ++i) vis[i][ J = true; for (int j = 23°c; J <=; ++j) for (int i = 0; I <=; ++i) vis[i][j] = true;}  void Set_box ()//set various graphics {for (int i = 0; i < 4; ++i)//1 square {g[0][0][i].x = 0;  G[0][0][I].Y = 0; G[0][0][i].       Col = 14;  g[0][1][i].x = 0;  G[0][1][I].Y = 1; G[0][1][i].       Col = 14;  g[0][2][i].x = 2;  G[0][2][I].Y = 0; G[0][2][i].       Col = 14;  g[0][3][i].x = 2;  G[0][3][I].Y = 1; G[0][3][i].    Col = 14; }//2 vertical bar g[1][0][0].x = 0; G[1][0][0].Y = 0; G[1][0][0].    Col = 3; g[1][1][0].x = 0; G[1][1][0].Y = 1; G[1][1][0].    Col = 3; g[1][2][0].x = 0; G[1][2][0].Y = 2; G[1][2][0].    Col = 3; g[1][3][0].x = 0; G[1][3][0].Y = 3; G[1][3][0].    Col = 3; g[1][0][1].x = 0; G[1][0][1].Y = 0; G[1][0][1].    Col = 3; g[1][1][1].x = 2; G[1][1][1].Y = 0; G[1][1][1].    Col = 3; g[1][2][1].x = 4; G[1][2][1].Y = 0; G[1][2][1].    Col = 3; g[1][3][1].x = 6; G[1][3][1].Y = 0; G[1][3][1].    Col = 3; g[1][0][2].x = 0; G[1][0][2].y = 0; G[1][0][2].    Col = 3; g[1][1][2].x = 0; G[1][1][2].Y = 1; G[1][1][2].    Col = 3; g[1][2][2].x = 0; G[1][2][2].Y = 2; G[1][2][2].    Col = 3; g[1][3][2].x = 0; G[1][3][2].Y = 3; G[1][3][2].    Col = 3; g[1][0][3].x = 0; G[1][0][3].Y = 0; G[1][0][3].    Col = 3; g[1][1][3].x = 2; G[1][1][3].Y = 0; G[1][1][3].    Col = 3; g[1][2][3].x = 4; G[1][2][3].Y = 0; G[1][2][3].    Col = 3; g[1][3][3].x = 6; G[1][3][3].Y = 0; G[1][3][3].    Col = 3; 3 g[2][0][0].x = 0; G[2][0][0].Y = 0; G[2][0][0].    Col = 4; g[2][1][0].x = 0; G[2][1][0].Y = 1; G[2][1][0].    Col = 4; g[2][2][0].x = 2; G[2][2][0].Y = 1; G[2][2][0].    Col = 4; g[2][3][0].x = 2; G[2][3][0].Y = 2; G[2][3][0].    Col = 4; g[2][0][1].x = 0; G[2][0][1].Y = 0; G[2][0][1].    Col = 4; g[2][1][1].x = 2; G[2][1][1].Y = 0; G[2][1][1].    Col = 4; g[2][2][1].x = 0; G[2][2][1].Y = 1; G[2][2][1].    Col = 4; g[2][3][1].x =-2; G[2][3][1].Y = 1; G[2][3][1].    Col = 4; g[2][0][2].x = 0; G[2][0][2]. y = 0; G[2][0][2].    Col = 4; g[2][1][2].x = 0; G[2][1][2].Y = 1; G[2][1][2].    Col = 4; g[2][2][2].x = 2; G[2][2][2].Y = 1; G[2][2][2].    Col = 4; g[2][3][2].x = 2; G[2][3][2].Y = 2; G[2][3][2].    Col = 4; g[2][0][3].x = 0; G[2][0][3].Y = 0; G[2][0][3].    Col = 4; g[2][1][3].x = 2; G[2][1][3].Y = 0; G[2][1][3].    Col = 4; g[2][2][3].x = 0; G[2][2][3].Y = 1; G[2][2][3].    Col = 4; g[2][3][3].x =-2; G[2][3][3].Y = 1; G[2][3][3].    Col = 4; 4 g[3][0][0].x = 0; G[3][0][0].Y = 0; G[3][0][0].    Col = 5; g[3][1][0].x = 0; G[3][1][0].Y = 1; G[3][1][0].    Col = 5; g[3][2][0].x =-2; G[3][2][0].Y = 1; G[3][2][0].    Col = 5; g[3][3][0].x = 2; G[3][3][0].Y = 1; G[3][3][0].    Col = 5; g[3][0][1].x = 0; G[3][0][1].Y = 0; G[3][0][1].    Col = 5; g[3][1][1].x = 0; G[3][1][1].Y = 1; G[3][1][1].    Col = 5; g[3][2][1].x = 2; G[3][2][1].Y = 1; G[3][2][1].    Col = 5; g[3][3][1].x = 0; G[3][3][1].Y = 2; G[3][3][1].    Col = 5; g[3][0][2].x = 0; g[3][0][2].Y = 0; G[3][0][2].    Col = 5; g[3][1][2].x = 2; G[3][1][2].Y = 0; G[3][1][2].    Col = 5; g[3][2][2].x = 2; G[3][2][2].Y = 1; G[3][2][2].    Col = 5; g[3][3][2].x = 4; G[3][3][2].Y = 0; G[3][3][2].    Col = 5; g[3][0][3].x = 0; G[3][0][3].Y = 0; G[3][0][3].    Col = 5; g[3][1][3].x = 0; G[3][1][3].Y = 1; G[3][1][3].    Col = 5; g[3][2][3].x =-2; G[3][2][3].Y = 1; G[3][2][3].    Col = 5; g[3][3][3].x = 0; G[3][3][3].Y = 2; G[3][3][3].    Col = 5; 5 g[4][0][0].x = 0; G[4][0][0].Y = 0; G[4][0][0].    Col = 6; g[4][1][0].x = 0; G[4][1][0].Y = 1; G[4][1][0].    Col = 6; g[4][2][0].x = 0; G[4][2][0].Y = 2; G[4][2][0].    Col = 6; g[4][3][0].x = 2; G[4][3][0].Y = 2; G[4][3][0].    Col = 6; g[4][0][1].x = 0; G[4][0][1].Y = 0; G[4][0][1].    Col = 6; g[4][1][1].x = 0; G[4][1][1].Y = 1; G[4][1][1].    Col = 6; g[4][2][1].x = 2; G[4][2][1].Y = 0; G[4][2][1].    Col = 6; g[4][3][1].x = 4; G[4][3][1].Y = 0; G[4][3][1].    Col = 6; g[4][0][2].x = 0; g[4][0][2].Y = 0; G[4][0][2].    Col = 6; g[4][1][2].x = 2; G[4][1][2].Y = 0; G[4][1][2].    Col = 6; g[4][2][2].x = 2; G[4][2][2].Y = 1; G[4][2][2].    Col = 6; g[4][3][2].x = 2; G[4][3][2].Y = 2; G[4][3][2].    Col = 6; g[4][0][3].x = 0; G[4][0][3].Y = 0; G[4][0][3].    Col = 6; g[4][1][3].x = 0; G[4][1][3].Y = 1; G[4][1][3].    Col = 6; g[4][2][3].x =-2; G[4][2][3].Y = 1; G[4][2][3].    Col = 6; g[4][3][3].x =-4; G[4][3][3].Y = 1; G[4][3][3].    Col = 6; 6 g[5][0][0].x = 0; G[5][0][0].Y = 0; G[5][0][0].    Col = 9; g[5][1][0].x = 0; G[5][1][0].Y = 1; G[5][1][0].    Col = 9; g[5][2][0].x = 0; G[5][2][0].Y = 2; G[5][2][0].    Col = 9; g[5][3][0].x =-2; G[5][3][0].Y = 2; G[5][3][0].    Col = 9; g[5][0][1].x = 0; G[5][0][1].Y = 0; G[5][0][1].    Col = 9; g[5][1][1].x = 0; G[5][1][1].Y = 1; G[5][1][1].    Col = 9; g[5][2][1].x = 2; G[5][2][1].Y = 1; G[5][2][1].    Col = 9; g[5][3][1].x = 4; G[5][3][1].Y = 1; G[5][3][1].    Col = 9; g[5][0][2].x = 0; G[5][0][2].Y = 0; G[5][0][2].    Col = 9; g[5][1][2].x = 2; G[5][1][2].Y = 0; G[5][1][2].    Col = 9; g[5][2][2].x = 0; G[5][2][2].Y = 1; G[5][2][2].    Col = 9; g[5][3][2].x = 0; G[5][3][2].Y = 2; G[5][3][2].    Col = 9; g[5][0][3].x = 0; G[5][0][3].Y = 0; G[5][0][3].    Col = 9; g[5][1][3].x = 2; G[5][1][3].Y = 0; G[5][1][3].    Col = 9; g[5][2][3].x = 4; G[5][2][3].Y = 0; G[5][2][3].    Col = 9; g[5][3][3].x = 4; G[5][3][3].Y = 1; G[5][3][3]. Col = 9;}    void check ()//check whether the {int Incr = 0 can be eliminated;       for (int j = x; j >= 4;--j)//check each line//Y-1 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ * * * * *  Suppose can be eliminated for (int i = <=; i + = 2) if (!vis[i][j]) {flag = false; break          ;          } if (flag)//The current line can be eliminated {incr++;//Add-on operation for (int i = <=; i + = 2)//eliminate the current full line mark first              {Vis[i][j] = false;              Get_coord (i, j);        cout<< "";  }//move the above line down for (int c_j = j-1, C_j >= 5;--c_j) for (int c_i =, c_i <=, c_i + = 2)                  if (Vis[c_i][c_j])//If already marked {Vis[c_i][c_j] = false;                  Vis[c_i][c_j+1] = true;                  CO[C_I][C_J+1] = Co[c_i][c_j];                  Co[c_i][c_j] = 0;                  Get_coord (C_i, C_j);                  cout<< "";                  Color (co[c_i][c_j+1]);                  Get_coord (C_i, c_j+1);              cout<< "";       } j + +; }} t_box::staticnum (incr*2);}    void Exit () {Sleep (20000); Exit (0);}   void T_box::P ause () {Move (0,-1);   Print_box ();       while (1) {Char ch = getch ();   if (ch = =) break;     }}void Tetris ()//main program {Srand (Time (0));//Take the system to//tt_fram ();    Set frame Set_box ();   Set up various graphics T_box CD, Tempa, TEMPB;   The initial value of each falling block is tempb.set ();   Tempb.next_box (Tempa);   for (int i = 0; ;   ++i){if (!) (       i%2)) Tempa.set ();       else Tempb.set ();       if (i%2) Tempb.next_box (TEMPA), cd = Tempa;       else Tempa.next_box (TEMPB), cd = TEMPB; while (1) {cd.print_box ();//Output graphics if (CD.              Stop ()) {color (6);              Get_coord (20, 10);              cout<< "t_t Game over t_t";          Exit ();          } Sleep (350); Cd.erase_box (); Erase the Graphics CD.          Move (0, 1);            if (Kbhit ())//Determine if there is a button pressed, if there is a spin or accelerator key is possible {char ch = getch (); Switch (CH) {case ' a ': CD. Move (-2, 0);    break; Move left one case ' d ': CD.  Move (2, 0);    break; Move right One grid case ' W ': CD. Transform ();                   break; Transform grid case ' s ': CD. Move (0, 2);  break; Sharp drop Box case ' T ': CD. Pause ();                break;  Case ' Q ': Exit ();             break;   Default:break; If none is not executed}} if (CD.       Stop ()) break;       } cd.print_box (); Cd.       Mark (); Check ();    Check whether}}void hidecursor ()//Hide cursor {console_cursor_info Cursor_info = {1, 0} can be eliminated; Setconsolecursorinfo (GetStdHandle (std_output_handle), &cursor_info);}   int main () {hidecursor ();//Hide cursor BOOL flag = TRUE; Memset (Vis, false, sizeof (VIS)); Mark Memset (Co, 0, sizeof (CO));   Used for recording color Mark_init (); Tag perimeter inaccessible tt_fram ();             Set the frame while (1) {if (flag) {while (1) {Char ch = getch ();         if (ch = =) break;         } Tetris ();      Flag = false;   } else Tetris (); } return 0;}

Tetris Games (c + +)