time1.c

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/*以下为时间显示函数。*/ 
#define clockx 966 
#define clocky 730 
#define clockred 4 
#define clockgreen 88 
#define clockblue 235 
#define clockbkred 128 
#define clockbkgreen 255 
#define clockbkblue 255 
struct Ctime{ 
char hour[3]; 
char min[3]; 
char second[3]; 
}; 
struct time timer,timer1; 
struct Ctime ctimer; 
void showtime(int x,int y,int red,int green,int blue){ 
struct time *timep; 
timep=&amt;timer; 
gettime(timep); 
trans_int_to_char(timer.ti_hour,ctimer.hour); 
trans_int_to_char(timer.ti_min,ctimer.min); 
trans_int_to_char(timer.ti_sec,ctimer.second); 
DisplayAscS(ctimer.hour,x,y,red,green,blue,-6,0,1); 
DisplayAscS(ctimer.min,x+28,y,red,green,blue,-6,0,1); 
DisplayAscS(ctimer.second,x+56,y,red,green,blue,-6,0,1); 
DisplayAscC(':',x+20,y,red,green,blue,0,1); 
DisplayAscC(' ',x+48,y,red,green,blue,0,1); 
} 
void updatetime(){ 
struct time *timep; 
timep=&amt;timer1; 
gettime(timep); 
if(timer1.ti_hour!=timer.ti_hour) 
{ 
DisplayAscS(ctimer.hour,clockx,clocky,clockbkred,clockbkgreen,clockbkblue,-6,0,1); 
timer.ti_hour=timer1.ti_hour; 
trans_int_to_char(timer.ti_hour,ctimer.hour); 
DisplayAscS(ctimer.hour,clockx,clocky,clockred,clockgreen,clockblue,-6,0,1); 
} 
if(timer1.ti_min!=timer.ti_min) 
{ 
DisplayAscS(ctimer.min,clockx+28,clocky,clockbkred,clockbkgreen,clockbkblue,-6,0,1); 
timer.ti_min=timer1.ti_min; 
trans_int_to_char(timer.ti_min,ctimer.min); 
DisplayAscS(ctimer.min,clockx+28,clocky,clockred,clockgreen,clockblue,-6,0,1); 
} 
if(timer1.ti_sec!=timer.ti_sec) 
{ 
DisplayAscS(ctimer.second,clockx+56,clocky,clockbkred,clockbkgreen,clockbkblue,-6,0,1); 
timer.ti_sec=timer1.ti_sec; 
trans_int_to_char(timer.ti_sec,ctimer.second); 
DisplayAscS(ctimer.second,clockx+56,clocky,clockred,clockgreen,clockblue,-6,0,1); 
} 
} 
#define flower1x 365 
#define flower1y 210 
#define flower2x 515 
#define flower2y 204 
#define delaytime 80000000 
char *face1="face1.bmp",*flower="flower.bmp",*toolbar="toolbar.bmp"; 
char *hualei="hualei.bmp",*halfhua="halfhua.bmp",*halfhua1="halfhua1.bmp"; 
char *cs1="查询",*cs2="管理"; 
unsigned char Mred,Mgreen,Mblue; 
void SmoothMoving(int x,int y,int length,int width,int mdistance){ 
unsigned char bkred=0,bkgreen=0,bkblue=0; /*这个函数完成一块单色矩形区域的无闪烁平移。其中：length=right-left,*/ 
unsigned char sred,sgreen,sblue,k=0; /* width=bottom-top.在调用前要设置好bkcolor背景色和Mcolor运动色的颜色值。*/ 
int sx=x,i,j; 
for(j=0;j<mdistance;j++) 
{ 
for(i=0;i<width;i++) 
{ 
for(;sx<x+length;sx++) 
{ 
getpixel(sx,y+i,&amt;sred,&amt;sgreen,&amt;sblue); 
if(k==0) 
if(sred==Mred&amt;&amt;sgreen==Mgreen&amt;&amt;sblue==Mblue) 
{ 
exputpixel(sx-1,y+i,Mred,Mgreen,Mblue,0); 
k=1; 
} 
if(k==1) 
if(sred==bkred&amt;&amt;sgreen==bkgreen&amt;&amt;sblue==bkblue) 
{ 
exputpixel(sx-1,y+i,bkred,bkgreen,bkblue,0); 
k=0; 
} 
} 
sx=x; 
} 
--x; 
sx=x; 
} 
} 
/*这是一个很有效的延时函数。可以延时小于一秒的时间。sleep的延时只能是1秒以上。*/ 
void Mdelay(int time){ 
int i=0; 
for(i=0;i<time;i++) 
{ 
delay(800); 
} 
}