C++游戲編程之模擬實現(xiàn)鍵盤打字程序

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第C++游戲編程之模擬實現(xiàn)鍵盤打字程序程序演示：

程序代碼：

#includegraphics.h

#includeiostream

#includeconio.h

#includetime.h

usingnamespacestd;

classKeyBoard

public:

KeyBoard();

~KeyBoard();

intrandomKeys();//產(chǎn)生1~26的隨機值

voidshowBoard();//畫鍵盤

voidshowText();//顯示鍵值

voidacceptAction();//獲取響應

private:

intrandomKey;//隨機值

intStruct;//支撐體

intkeySize;//鍵塊大小

intx1,y1;//第一行的第一個鍵塊左上角坐標

intx2,y2;//第二行的第一個鍵塊左上角坐標

intx3,y3;//第三行的第一個鍵塊左上角坐標

KeyBoard::KeyBoard()

Struct=10;

keySize=50;

x1=50,y1=50;

x2=70,y2=110;

x3=90,y3=170;

initgraph(1000,400);

showBoard();

_getch();

KeyBoard::~KeyBoard()

voidKeyBoard::showText()

settextcolor(WHITE);

TCHARfirstRowKeys[100]=_T("QWERTYUIOP");//定義字符數(shù)組

settextstyle(20,0,_T("楷體"));

outtextxy(65,60,firstRowKeys);

TCHARsecondRowKeys[100]=_T("ASDFGHJKL");//定義字符數(shù)組

settextstyle(20,0,_T("楷體"));

outtextxy(85,125,secondRowKeys);

TCHARthirdRowKeys[100]=_T("ZXCVBNM");//定義字符數(shù)組

settextstyle(20,0,_T("楷體"));

outtextxy(105,190,thirdRowKeys);

voidKeyBoard::showBoard()

inttx1=x1,tx2=x2,tx3=x3;

showText();

for(inti=0;ii++)

rectangle(x1,y1,x1+keySize,y1+keySize);

x1=x1+keySize+Struct;

x1=tx1;

for(inti=0;ii++)

rectangle(x2,y2,x2+keySize,y2+keySize);

x2=x2+keySize+Struct;

x2=tx2;

for(inti=0;ii++)

rectangle(x3,y3,x3+keySize,y3+keySize);

x3=x3+keySize+Struct;

x3=tx3;

intKeyBoard::randomKeys()

srand((unsigned)time(NULL));

randomKey=rand()%26+1;//1到26

returnrandomKey;

voidKeyBoard::acceptAction()

inttx1=x1,tx2=x2,tx3=x3;

intflag=randomKeys();

charinput;

switch(flag)

case1:

setlinecolor(GREEN);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='Q'||input=='q')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='Q'||input=='q')

setlinecolor(WHITE);

break;

case2:

setlinecolor(GREEN);

x1=x1+keySize+Struct;

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='W'||input=='w')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='W'||input=='w')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case3:

setlinecolor(GREEN);

x1=x1+2*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='E'||input=='e')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='E'||input=='e')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case4:

setlinecolor(GREEN);

x1=x1+3*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='R'||input=='r')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='R'||input=='r')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case5:

setlinecolor(GREEN);

x1=x1+4*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='T'||input=='t')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='T'||input=='t')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case6:

setlinecolor(GREEN);

x1=x1+5*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='Y'||input=='y')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='Y'||input=='y')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case7:

setlinecolor(GREEN);

x1=x1+6*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='U'||input=='u')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='U'||input=='u')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case8:

setlinecolor(GREEN);

x1=x1+7*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='I'||input=='i')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='I'||input=='i')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case9:

setlinecolor(GREEN);

x1=x1+8*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='O'||input=='o')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='O'||input=='o')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case10:

setlinecolor(GREEN);

x1=x1+9*(keySize+Struct);

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='P'||input=='p')

setlinecolor(WHITE);

else

while(1)

rectangle(x1,y1,x1+keySize,y1+keySize);

input=_getch();

if(input=='P'||input=='p')

setlinecolor(WHITE);

break;

x1=tx1;

break;

case11:

setlinecolor(GREEN);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='A'||input=='a')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='A'||input=='a')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case12:

setlinecolor(GREEN);

x2=x2+keySize+Struct;

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='S'||input=='s')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='S'||input=='s')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case13:

setlinecolor(GREEN);

x2=x2+2*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='D'||input=='d')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='D'||input=='d')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case14:

setlinecolor(GREEN);

x2=x2+3*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='F'||input=='f')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='F'||input=='f')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case15:

setlinecolor(GREEN);

x2=x2+4*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='G'||input=='g')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='G'||input=='g')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case16:

setlinecolor(GREEN);

x2=x2+5*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='H'||input=='h')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='H'||input=='h')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case17:

setlinecolor(GREEN);

x2=x2+6*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='J'||input=='j')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='J'||input=='j')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case18:

setlinecolor(GREEN);

x2=x2+7*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='K'||input=='k')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='K'||input=='k')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case19:

setlinecolor(GREEN);

x2=x2+8*(keySize+Struct);

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='L'||input=='l')

setlinecolor(WHITE);

else

while(1)

rectangle(x2,y2,x2+keySize,y2+keySize);

input=_getch();

if(input=='L'||input=='l')

setlinecolor(WHITE);

break;

x2=tx2;

break;

case20:

setlinecolor(GREEN);

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='Z'||input=='z')

setlinecolor(WHITE);

else

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='Z'||input=='z')

setlinecolor(WHITE);

break;

x3=tx3;

break;

case21:

setlinecolor(GREEN);

x3=x3+keySize+Struct;

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='X'||input=='x')

setlinecolor(WHITE);

else

while(1)

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='X'||input=='x')

setlinecolor(WHITE);

break;

x3=tx3;

break;

case22:

setlinecolor(GREEN);

x3=x3+2*(keySize+Struct);

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='C'||input=='c')

setlinecolor(WHITE);

else

while(1)

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='C'||input=='c')

setlinecolor(WHITE);

break;

x3=tx3;

break;

case23:

setlinecolor(GREEN);

x3=x3+3*(keySize+Struct);

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='V'||input=='v')

setlinecolor(WHITE);

else

while(1)

rectangle(x3,y3,x3+keySize,y3+keySize);

input=_getch();

if(input=='V'||input=='v')

setlinecolor(WHITE);

break;

x3=tx3;

break;

case24:

setlinecolor(GREEN);

x3=x3+4*(keySize+Struct);

rectangle(x3,y3,x3+keySize,y3+keySize);

input

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C++游戲編程之模擬實現(xiàn)鍵盤打字程序

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