基于嵌入式系统的LCD电子时钟设计

lunar.year = year;

if(month == ((lunar200y[year - 1901] & 0xF00000) >> 20)) lunar.reserved = 1; else lunar.reserved = 0; return lunar; }

void Main(void) {

sys_init(); /* Initial 44B0X's Interrupt,Port and UART */

uart_printf(\

screen)\\n\ }

void lcd_show(void) {

lcd_init(); rtc_init(); while (1) {

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lcd_show(); while(1);

lcd_clr();

rtc_tick_test();

char

date[]={BCDToD(data[0])/1000+48,BCDToD(data[0])/100+48,

BCDToD(data[0])/10+48,BCDToD(data[0])+48,'-',

BCDToD(data[1])/10+48,BCDToD(data[1])+48,'-',

BCDToD(data[2])/10+48,BCDToD(data[2])+48,' ',

'\\0'}; char

time[]={BCDToD(data[4])/10+48,BCDToD(data[4])+48,':',

BCDToD(data[5])/10+48,BCDToD(data[5])+48,':',

BCDToD(data[6])/10+48,BCDToD(data[6])+48,'\\0'

};

hjz solar={BCDToD(data[0]),BCDToD(data[1]),BCDToD(data[2])}; hjz lunar=toLunar(solar);

char Lunardate[]={(lunar.year)/1000+48,(lunar.year)/100+48, (lunar.year)/10+48,(lunar.year)+48,'-',

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(lunar.month)/10+48,(lunar.month)+48,'-', (lunar.day)/10+48,(lunar.day)+48,' ', '\\0'};

lcd_disp_hz16(20,10,BLUE,\电子时钟实验\lcd_disp_hz16(90,35,BLUE,\北京时间 :\

//lcd_disp_ascii8x16(10,24,GREEN-55,\

Co.,LTD\ }

lcd_disp_ascii8x16(90,60,BLUE,date);

lcd_disp_ascii8x16(180,60,BLUE,f_szdate[data[3]]); lcd_disp_ascii8x16(90,85,BLUE,time); lcd_disp_hz16(90,110,BLUE,\农历\lcd_disp_ascii8x16(90,135,BLUE,Lunardate)； LCD_D_ON; delay(3000); }

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