C語言-控制檯俄羅斯方塊
阿新 • • 發佈：2019-02-11
/* // 定義了一個RandBlock[4][4]用來存方塊 BlockGroup[][]用來繪製介面 // */ #include <conio.h> #include<iostream> #include<time.h> #include<windows.h> #include <stdlib.h> using namespace std; #define Level 100//初始難度; #define Score 0//初始分數; const int WallWide_x = 20;//牆的寬度 const int WallLength_y = 28;//牆的長度 int TempGroup[4][4];//用於旋轉時存放方塊 int BlockGroup[WallWide_x][WallLength_y];//定義一個數組用來顯示介面,及初始化背景 int RandBlock[2][4];//定義一個數組用來存方塊 int main() { void ShowFirstWindow(); void CreateBlock(int RandBlock[2][4]);//建立隨機方塊 void GotoXY(int, int);//設定游標位置 void PutBlockToBack();//把方塊放到背景裡面去 void BlockMoveDown(); void ShowGame(); //控制方塊移動 void BlockMoveLeft(); void BlockMoveRight(); void BlockRotate(); void BlockMoveDownFast(); // srand((unsigned(time(NULL))));//以時間作為種子產生隨機數 for (int i = 0; i < WallLength_y; i++)//y座標 { BlockGroup[0][i] = 1;//初始化最左邊的牆 for (int j = 1; j < WallWide_x; j++)//x座標 { if (i == 0)//初始化最上面的牆 { BlockGroup[j][0] = 1; } else { if (i == WallLength_y - 1)//初始化最下面的牆 { BlockGroup[j][WallLength_y - 1] = 1; } else BlockGroup[j][i] = 0; } } BlockGroup[WallWide_x - 1][i] = 1;//初始化最右邊的牆 } CreateBlock(RandBlock);//先產生方塊 PutBlockToBack();//把方塊放到背景裡面去 ShowFirstWindow();//顯示遊戲開始介面; GotoXY(1, 1); while(1!=BlockGroup[9][3])//第2行值為1代表方塊堆滿了，遊戲結束 { BlockMoveDown();//方塊下落 ShowGame();//判斷方塊能否下落，以及處理方塊疊加 while(_kbhit()) { char a = _getch(); switch(a) { case 'a':BlockMoveLeft();break; case 'd':BlockMoveRight();break; case 'w':BlockRotate();break; } } GotoXY(1, 1); Sleep(Level); } GotoXY(10, 10);//顯示遊戲結束 cout<<"ＧＡＭＥ ＯＶＥＲ！"<<endl; GotoXY(1, 29); return 0; } /////////////////////////////////////////////////// ///////////////設定游標位置//////////////////////// /////////////////////////////////////////////////// void GotoXY(int x, int y) { COORD c; c.X = x - 1; c.Y = y - 1; SetConsoleCursorPosition(GetStdHandle(STD_OUTPUT_HANDLE), c); } //產生隨機方塊 void CreateBlock(int RandBlock[2][4]) { int BlockType = rand() % 5; switch (BlockType) { case 0: { RandBlock[0][0] = 0, RandBlock[0][1] = 2, RandBlock[0][2] = 2, RandBlock[0][3] = 0; RandBlock[1][0] = 2, RandBlock[1][1] = 2, RandBlock[1][2] = 0, RandBlock[1][3] = 0; break; } case 1: { RandBlock[0][0] = 0, RandBlock[0][1] = 2, RandBlock[0][2] = 2, RandBlock[0][3] = 0; RandBlock[1][0] = 0, RandBlock[1][1] = 2, RandBlock[1][2] = 2, RandBlock[1][3] = 0; break; } case 2: { RandBlock[0][0] = 0, RandBlock[0][1] = 2, RandBlock[0][2] = 0, RandBlock[0][3] = 0; RandBlock[1][0] = 2, RandBlock[1][1] = 2, RandBlock[1][2] = 2, RandBlock[1][3] = 0; break; } case 3: { RandBlock[0][0] = 2, RandBlock[0][1] = 0, RandBlock[0][2] = 0, RandBlock[0][3] = 0; RandBlock[1][0] = 2, RandBlock[1][1] = 2, RandBlock[1][2] = 2, RandBlock[1][3] = 0; break; } case 4: { RandBlock[0][0] = 2, RandBlock[0][1] = 2, RandBlock[0][2] = 2, RandBlock[0][3] = 2; RandBlock[1][0] = 0, RandBlock[1][1] = 0, RandBlock[1][2] = 0, RandBlock[1][3] = 0; break; } } } //把產生隨機方塊陣列中的方塊放到背景中去 void PutBlockToBack() { for(int i = 0; i<2; i++) for(int j = 0; j<4; j++) { BlockGroup[j+8][i+1] = RandBlock[i][j]; } } //方塊向下移動 void BlockMoveDown() { for(int i = WallLength_y-1; i>0; i--) for(int j = 0; j<WallWide_x; j++) if(2==BlockGroup[j][i]) { BlockGroup[j][i+1] = BlockGroup[j][i]; BlockGroup[j][i] = 0; } } //進入遊戲顯示遊戲介面 void ShowFirstWindow() { GotoXY(24, 6); cout<<"俄羅斯方塊"; GotoXY(24, 8); cout<<"版本1.0"; GotoXY(24, 10); cout<<"按enter檢視遊戲說明!"; _getch(); system("cls"); GotoXY(24, 6); cout<<"遊戲說明"; GotoXY(24, 8); cout<<"W:旋轉方塊, S:讓方塊直接下落, A:方塊左移, D:方塊右移"; GotoXY(24, 10); cout<<"按enter進入遊戲!"; _getch(); system("cls"); } //方塊左移 void BlockMoveLeft() { for(int j = 0; j<WallLength_y; j++) { for(int i = 1; i<WallWide_x; i++) { if(2 == BlockGroup[i][j]) { if(1 != BlockGroup[i-1][j]) { BlockGroup[i-1][j] = BlockGroup[i][j]; BlockGroup[i][j] = 0; } } } } } //方塊右移 void BlockMoveRight() { for(int j = 0; j<WallLength_y; j++) { for(int i = WallWide_x-1; i>0; i--) { if(2 == BlockGroup[i][j]) { if(1 != BlockGroup[i+1][j]) { BlockGroup[i+1][j] = BlockGroup[i][j]; BlockGroup[i][j] = 0; } } } } } //方塊旋轉 void BlockRotate() { for(int j = 0; j<WallLength_y; j++) { for(int i = 0; i<WallWide_x; i++) { if(2 == BlockGroup[i][j]) { for(int k = 0; k<4; k++) { for(int f = 0; f<4; f++) { TempGroup[k][f] = BlockGroup[i][j-2]; } } } } } int TempBlockGroup[WallWide_x][WallLength_y]; for(int i = 0; i<WallLength_y; i++) { for(int j = 0; j<WallWide_x; j++) { TempBlockGroup[j][i] = BlockGroup[j][i]; } } for(i = 0; i<WallLength_y; i++) { for(int j = 0; j<WallWide_x; j++) { BlockGroup[i][j] = TempBlockGroup[j][i]; } } } //方塊快速下落 void BlockMoveDownFast() { } //判斷方塊能否下落，以及處理方塊疊加 void ShowGame() { for (int i = 0; i < WallLength_y; i++) { for(int j = 0; j<WallWide_x; j++) { if (BlockGroup[j][i] == 0) cout << " "; else { if (BlockGroup[j][i] == 2) { if(1==BlockGroup[j][i+1] || 1==BlockGroup[j+1][i+1] || 1==BlockGroup[j+2][i+1] || 1==BlockGroup[j+3][i+1]) { { BlockGroup[j][i]=1; if(2 == BlockGroup[j+1][i]) BlockGroup[j+1][i]=1; if(2 == BlockGroup[j+2][i]) BlockGroup[j+2][i]=1; if(2 == BlockGroup[j+3][i]) BlockGroup[j+3][i]=1; if(2==BlockGroup[j][i-1]) BlockGroup[j][i-1]=1; if(2==BlockGroup[j+1][i-1]) BlockGroup[j+1][i-1]=1; if(2==BlockGroup[j+2][i-1]) BlockGroup[j+2][i-1]=1; if(2==BlockGroup[j+3][i-1]) BlockGroup[j+3][i-1]=1; if(2==BlockGroup[j+4][i-1]) BlockGroup[j+4][i-1]=1; if(2==BlockGroup[j+5][i-1]) BlockGroup[j+5][i-1]=1; } cout << "█"; CreateBlock(RandBlock);//先產生方塊 PutBlockToBack();//把方塊放到背景裡面去 } else cout<<"□"; } else cout << "█"; } } cout << endl; } }
有諸多BUG，沒有消除滿行的。沒有旋轉的，希望哪位大神就此程式運行了幫忙指點下。