C language new handwritten minesweeper source code

Release the source code today, due to write in a file very messy, so divided into three files written

Drawing and mouse functions graph.h

/* Drawing with mouse-related functions */#include <graphics.h> #include <easyx.h>void drawempty (int, int, int, int)//function void to initialize the empty lattice interface Drawsmile (void);//The function of the smiley face is void drawredflag (int, int);//Right-click the red flag function int MouseX, mousey;//mouse x, y coordinates mousemsg m;//mouse structure variable, Accept mouse messages void Drawsmile (void) {Setfillstyle (bs_solid); Setfillcolor (YELLOW); FillEllipse (90, 5, 110, 25);//Draw an ellipse (smiley) function, The parameter is the upper-left lower-right corner coordinate of the ellipse bounding rectangle Setfillstyle (bs_solid); Setfillcolor (BLACK);//Draw the eye fillellipse (x, x, y, n); FillEllipse (103, 13, 107, Bar (97, 20, 103, 21);//Draw Mouth}void drawredflag (int i, int j) {Setfillstyle (bs_solid); Setfillcolor (RED); Bar (8 + J * 20 , + i *, 8 + J * + 5, + i * + 5), SetColor (BLACK), line (8 + J *, + I *, 8 + J *), + i * 20 + 10 );} void Drawempty (int i, int j, int mode, int color)//Draw 16*16 's small lattice {setfillstyle (bs_solid); Setfillcolor (color); if (mode = = 0) {b AR (Ten + J * 20-8, + i * 20-8, + J * + 8, + + I * 20 + 8);} else if (mode = = 1) {Bar (ten + J * 20-7, + i * 20-7, + J * + 7, + + I * 20 + 7);}} void MousegetXY (void)//Get the position of the mouse {m = getmousemsg (); MouseX = m.x; Mousey = m.y;}

Auxiliary calculation function Auxiliary.h

/* Auxiliary function */#include <conio.h>//_kbhit () struct{int num;//lattice Current state, 1 for Thunder, 0 for no thunder, or already showing number int roundnum;//statistic lattice around the number of mines int flag;//Right-click to display the red flag, 0 means no, 1 means there are}mine[10][10];int minenum;//statistics processed TCHAR randminenum[100];//Display the string of numbers */count the number of mines around each lattice * /int minestatistics (int i, int j) {int nnum = 0;if (i = = 0 && j = 0)//upper left corner lattice statistics {if (Mine[0][1].num = 1) nnum++;if ( Mine[1][0].num = = 1) nnum++;if (mine[1][1].num = = 1) nnum++;} ElseIf (i = = 0 && j = 9)//The statistics of the upper right corner lattice {if (mine[0][8].num = = 1) nnum++;if (mine[1][9].num = = 1) nnum++;if (MINE[1][8].N Um = = 1) nnum++;} ElseIf (i = = 9 && J = = 0)//left bottom grid statistics {if (Mine[8][0].num = = 1) nnum++;if (mine[9][1].num = = 1) nnum++;if (MINE[8][1].N Um = = 1) nnum++;} ElseIf (i = = 9 && j = 9)//Right bottom corner of the grid statistics {if (Mine[9][8].num = = 1) nnum++;if (mine[8][9].num = = 1) nnum++;if (MINE[8][8].N Um = = 1) nnum++;} else if (j = = 0)//The statistics of the first column on the left {if (mine[i][j + 1].num = = 1) nnum++;if (mine[i + 1][j].num = 1) nnum++;if (mine[i-1][j].num = = 1) nnum++;if (mine[i-1][j + 1].num = 1) nnum++;if (MiNe[i + 1][j + 1].num = = 1) nnum++;} else if (j = = 9)//The statistic {if (Mine[i][j-1].num = 1) nnum++;if (mine[i + 1][j].num = 1) of the first column on the right is nnum++;if (mine[i-1][j].num = = 1) nnum++;if (mine[i-1][j-1].num = = 1) nnum++;if (mine[i + 1][j-1].num = 1) nnum++;}  else if (i = = 0)//The statistics of the first row lattice {if (mine[i + 1][j].num = = 1) nnum++;if (mine[i][j-1].num = = 1) nnum++;if (mine[i][j + 1].num = = 1) nnum++;if (mine[i + 1][j-1].num = = 1) nnum++;if (mine[i + 1][j + 1].num = = 1) nnum++;} else if (i = = 9)//The last row of the grid statistics {if (Mine[i-1][j].num = = 1) nnum++;if (mine[i][j-1].num = = 1) nnum++;if (mine[i][j + 1].num = = 1) nnum++;if (mine[i-1][j-1].num = = 1) nnum++;if (mine[i-1][j + 1].num = 1) nnum++;} else//General Lattice Statistics {if (Mine[i-1][j].num = = 1) nnum++;if (mine[i-1][j + 1].num = 1) nnum++;if (mine[i][j + 1].num = 1) nnum++ if (mine[i + 1][j + 1].num = = 1) nnum++;if (mine[i + 1][j].num = 1) nnum++;if (mine[i + 1][j-1].num = 1) nnum++;if (Mine I [j-1].num = 1] nnum++;if (mine[i-1][j-1].num = = 1) nnum++;} Return nnum;//around the latticeTotal number of LEI number of statistical results returned}void showwhite (int i, int j)//show the blank portion of the mined-out area {if (Mine[i][j].flag = = 1 | | Mine[i][j].num = = 0)//If there is a red flag or if the lattice has been processed, no judgment will be made on the lattice return;minenum--;//shows a number or a space in the lattice is more processing a lattice, when all the lattice has been processed to indicate victory if (mine[i][ J].roundnum = = 0 && mine[i][j].num! = 1)//Display space {Drawempty (I, J, 1, White); Mine[i][j].num = 0;} ElseIf (Mine[i][j].roundnum! = 0)//output Thunder number {Drawempty (i, J, 1, White); _stprintf_s (Randminenum, _t ("%d"), Mine[i][j]. Roundnum); SetColor (RED); Outtextxy (6 + J *, + + i *, randminenum); Mine[i][j].num = 0;//has been output the number of the grid with 0 means that the grid return has been used;} /*8 display all blank lattices recursively */if (i! = 0 && Mine[i-1][j].num! = 1) showwhite (I-1, j); if (i! = 0 && J! = 9 &&am P Mine[i-1][j + 1].num! = 1) showwhite (i-1, J + 1); if (j! = 9 && mine[i][j + 1].num! = 1) Showwhite (i, j + 1); if ( J! = 9 && I! = 9 && mine[i + 1][j + 1].num! = 1) showwhite (i + 1, j + 1); if (i! = 9 && mine[i + 1][) J].num! = 1) showwhite (i + 1, j); if (i! = 9 && J! = 0 && mine[i + 1][j-1].num! = 1) Showwhite (i + 1, j-1); if (j! = 0 && Mine[i][j-1].num! = 1) showwhite (i, j-1); if (i! = 0 && J! = 0 &A mp;& Mine[i-1][j-1].num! = 1) showwhite (i-1, j-1);}

Main function Main.cpp

#include <stdio.h> #include "graph.h" #include "auxiliary.h" #include <stdlib.h>//rand (), Srand () #include <time.h>//srand ((unsigned) time (NULL)) void game (void);//main program void gamebegin (void);//game start void GamePlay (void) ;//game Execution process void gameover (void);//Game over void Gamewin (void);//game win int play = 0;//whether the first time to play the game flag int flag = 1;//The game fails to restart after the flag int AGAIN = 0;//Game restarts in the middle of the flag int main (void) {Initgraph ($, closegraph, showconsole);//Initialize game interface and size game ();//Run Game ();// Close the graphical interface}void game (void) {while (1) {if (FLAG = = 1) {gamebegin ();//Draw out the game interface and determine whether to play and restart gameplay ();//The function if (AGAIN = = 1) of the game procedure { AGAIN = 0;continue;}} FLAG = 0;if (m.umsg = = wm_lbuttondown)//left mouse button pressed event {mousegetxy (); if (MouseX > && mousex<110 && Mouse Y>5 && Mousey <) {FLAG = 1;continue;}} if (_kbhit ())//Determine if there is a key to exit {break;}} void Gamebegin (void) {int i, j;cleardevice (); PLAY = 1;minenum = 0;setfillstyle (bs_solid);//Here the usage and TC differ setfillcolor (white); bar (0, 0, 200, 230); Set the background area for (i = 0; i < i++)//plot each mined area (small) {for (j = 0; J < 10; J + +) {Drawempty (i, J, 0, Lightgray);}} Drawsmile ();//Draw the middle of the smiley face Srand ((unsigned) time (NULL)),//The number of random number of different seed numbers for (i = 0; i <; i++) {for (j = 0; J <; J + +) {M Ine[i][j].num = rand ()% 8;//random number generation range 0-7if (mine[i][j].num = = 1) {minenum++;} Else{mine[i][j].num = 2;} printf ("%3d", mine[i][j].num); Mine[i][j].flag = 0;} printf ("\ n"); _stprintf_s (Randminenum, _t ("%d"), minenum);//Convert Minrnum to String type SetBkColor (white); SetColor (RED);  Settextstyle (0, _t ("0")); Outtextxy (2, 2, randminenum);} Minenum = 100-minenum;} void GamePlay (void)/* Game Procedure */{int I, j, Num = 0;/*num is used to receive statistical functions to return the number of mines around a lattice */for (i = 0; i <; i++) for (j = 0; j<10; J + +) Mine[i][j].roundnum = Minestatistics (i, j);/* Count the number of mines around each lattice */while (!_kbhit ()) {m = getmousemsg (); switch (m.umsg) {   Case wm_lbuttondown:{Mousegetxy (); if (mousex>90 && mousex<110 && mousey>5 && mousey<25)/* * Re-come */{MessageBox (NULL, TE   XT ("Re-start Success"), TEXT ("YES"), MB_OK);   AGAIN = 1;   Return } if (Mousex>0 && mousex<200 && mousey>30 && mousey < 230)/* Current mouse position within the grid range */{j = (MouseX)/20;/*x coordinates */   i = (MouseY-30)/20;/*y coordinates */if (Mine[i][j].flag = = 1)/* If the lattice has a red flag the left key is invalid */continue;   if (mine[i][j].num! = 0)/* If the lattice has not been processed */{if (Mine[i][j].num = = 1)//* Mouse pressed grid is mine */{Gameover ();/* Game failed */break;   } else/* the mouse pressed grid is not mine */{Num = Minestatistics (i, j);   if (Num = = 0)/* No mines around, use a recursive algorithm to display the blank lattice */Showwhite (i, j);   else/* presses the grid around a mine */{_stprintf_s (Randminenum, _t ("%d"), Num);/* Outputs the number of mines around the current grid */Drawempty (I, J, 1, White);   SetColor (RED);   Outtextxy (6 + J *, + + i *, randminenum);   minenum--;   } Mine[i][j].num = 0;/* The number of mines around the lattice to 0 indicates that the lattice has been used */if (Minenum < 1)/* won */{Gamewin ();   Break   }}}}}case wm_rbuttondown:{mousegetxy (); if (MouseX > 0 && mousex<200 && mousey>30 && mousey < 230)/* Current mouse position within the grid range */{j = ( MouseX)/20;/*x coordinates */i = (MouseY-30)/20;/*y coordinates *///messagebox (NULL, TEXT ("Right-click Test"), Text ("YES"), MB_OK);   if (Mine[i][j].flag = = 0 && mine[i][j].num! = 0)/* Originally no red flag now displays the red flag */{Drawredflag (i, j);   Mine[i][j].flag = 1;   } else if (Mine[i][j].flag = = 1)/* has a red flag and then right-click on the red flag disappears */{Drawempty (i, J, 0, Lightgray);   Mine[i][j].flag = 0; }}}}}}void Gameover (void) {int I, j;for (i = 0; i <; i++) {for (j = 0; J <; J + +) {if (Mine[i][j].num = = 1)//Display All Mines {Drawempty (I, J, 0, White); Setfillstyle (bs_solid); Setfillcolor (RED); FillEllipse (3 + J *), + i *, + + J * 20, SetBkColor (white), SetColor (RED), Settextstyle (0, _t ("Arial")), Outtextxy (2, 2, _t ("Lose Again"));}}} void Gamewin (void) {SetBkColor (white); SetColor (RED); Settextstyle (0, _t ("Arial")); Outtextxy (2, 2, _t ("You Won"));}

More features are being perfected, to be continued!!

C language new handwritten minesweeper source code