美丽的彩色时钟
2008-03-08 12:46:44 来源:WEB开发网核心提示: 小弟之做,希望大家指教,美丽的彩色时钟,QQ:51738793#include<math.h>#include<dos.h>#include<graphics.h>#define CENTERX 320#define CENTERY 175#define CLICK 100#de
小弟之做,希望大家指教。QQ:51738793
#include<math.h>
#include<dos.h>
#include<graphics.h>
#define CENTERX 320
#define CENTERY 175
#define CLICK 100
#define CLICKDELAY 30
#define HEBEEP 10000
#define LOWBEEP 500
#define BEEPDELAY 200 int Mrk_1[8]={-5,-160,5,-160,5,-130,-5,-130, };
int Mrk_2[8]={-5,-160,5,-160,2,-130,-2-130, }; int HourHand[8]={-3,-100,3,-120,4, 10,-4,10}; int MiHand[8]={-3,-120,3,-120,4, 10,-4,10}; int SecHand[8]={-2,-150,2,-150,3, 10,-3,10}; void Click()
{
sound(CLICK);
delay(CLICKDELAY);
nosound();
} void HighBeep()
{
sound(HEBEEP);
delay(BEEPDELAY);
nosound;
} void LowBeep()
{
sound(LOWBEEP);
} void DrawPoly(int *data,int angle,int color)
{
int usedata[8];
float sinang,cosang;
int i;
sinang=sin((float)angle/180*3.14);
cosang=cos((float)angle/180*3.14);
for(i=0;i<8;i+=2)
{
usedata[i] =CENTERX+ cosang*data[i]-sinang*data[i+1]+.5;
usedata[i+1]=CENTERY+sinang*data[i]+cosang*data[i+1]+.5;
}
setfillstyle(SOLID_FILL,color);
fillpoly(4,usedata);
} void DrawClock(strUCt time *cutime)
{
int ang;
float hourrate,minrate,secrate; setbkcolor(BLUE);
cleardevice();
setcolor(WH99vE); for(ang=0;ang<360;ang+=90)
{
DrawPoly(Mrk_1,ang,WH99vE);
DrawPoly(Mrk_2,ang+30,WH99vE);
DrawPoly(Mrk_2,ang+60,WH99vE);
}
secrate=(float)cutime->ti_sec/60;
minrate=((float)cutime->ti_min+secrate)/60;
hourrate=(((float)cutime->ti_hour/12)+minrate)/12;
ang=hourrate*360;
DrawPoly(HourHand,ang,YELLOW);/*画时针*/
ang=minrate*360;
DrawPoly(MiHand,ang, GREEN);/*画分针*/
ang=secrate*360;
DrawPoly(SecHand,ang, RED);/*画秒针*/
} main()
{
int gdriver=EGA,
gmode=EGAHI;
int curpage;
struct time curtime ,newtime ;
initgraph(&gdriver,&gmode,"c:\\tc");
setbkcolor(BLUE);
cleardevice();
gettime(&curtime);
curpage=0;
DrawClock(&curtime);
while(1)
{
if(kbhit())
break;
gettime(&newtime);
if(newtime.ti_sec!=curtime.ti_sec)
{
if(curpage==0)
curpage=1;
else
curpage=0;
curtime=newtime;
setactivepage(curpage); DrawClock(&curtime); setvisualpage(curpage); if(newtime.ti_min==0&&newtime.ti_sec==0)
HighBeep(); else if(newtime.ti_min==59&&
newtime.ti_sec<=59)
LowBeep();
else
Click();
}
}
closegraph();
}
#include<math.h>
#include<dos.h>
#include<graphics.h>
#define CENTERX 320
#define CENTERY 175
#define CLICK 100
#define CLICKDELAY 30
#define HEBEEP 10000
#define LOWBEEP 500
#define BEEPDELAY 200 int Mrk_1[8]={-5,-160,5,-160,5,-130,-5,-130, };
int Mrk_2[8]={-5,-160,5,-160,2,-130,-2-130, }; int HourHand[8]={-3,-100,3,-120,4, 10,-4,10}; int MiHand[8]={-3,-120,3,-120,4, 10,-4,10}; int SecHand[8]={-2,-150,2,-150,3, 10,-3,10}; void Click()
{
sound(CLICK);
delay(CLICKDELAY);
nosound();
} void HighBeep()
{
sound(HEBEEP);
delay(BEEPDELAY);
nosound;
} void LowBeep()
{
sound(LOWBEEP);
} void DrawPoly(int *data,int angle,int color)
{
int usedata[8];
float sinang,cosang;
int i;
sinang=sin((float)angle/180*3.14);
cosang=cos((float)angle/180*3.14);
for(i=0;i<8;i+=2)
{
usedata[i] =CENTERX+ cosang*data[i]-sinang*data[i+1]+.5;
usedata[i+1]=CENTERY+sinang*data[i]+cosang*data[i+1]+.5;
}
setfillstyle(SOLID_FILL,color);
fillpoly(4,usedata);
} void DrawClock(strUCt time *cutime)
{
int ang;
float hourrate,minrate,secrate; setbkcolor(BLUE);
cleardevice();
setcolor(WH99vE); for(ang=0;ang<360;ang+=90)
{
DrawPoly(Mrk_1,ang,WH99vE);
DrawPoly(Mrk_2,ang+30,WH99vE);
DrawPoly(Mrk_2,ang+60,WH99vE);
}
secrate=(float)cutime->ti_sec/60;
minrate=((float)cutime->ti_min+secrate)/60;
hourrate=(((float)cutime->ti_hour/12)+minrate)/12;
ang=hourrate*360;
DrawPoly(HourHand,ang,YELLOW);/*画时针*/
ang=minrate*360;
DrawPoly(MiHand,ang, GREEN);/*画分针*/
ang=secrate*360;
DrawPoly(SecHand,ang, RED);/*画秒针*/
} main()
{
int gdriver=EGA,
gmode=EGAHI;
int curpage;
struct time curtime ,newtime ;
initgraph(&gdriver,&gmode,"c:\\tc");
setbkcolor(BLUE);
cleardevice();
gettime(&curtime);
curpage=0;
DrawClock(&curtime);
while(1)
{
if(kbhit())
break;
gettime(&newtime);
if(newtime.ti_sec!=curtime.ti_sec)
{
if(curpage==0)
curpage=1;
else
curpage=0;
curtime=newtime;
setactivepage(curpage); DrawClock(&curtime); setvisualpage(curpage); if(newtime.ti_min==0&&newtime.ti_sec==0)
HighBeep(); else if(newtime.ti_min==59&&
newtime.ti_sec<=59)
LowBeep();
else
Click();
}
}
closegraph();
}
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