基于普中开发版的多功能闹钟

#include "ired.h" #include "key.h" #include "ds1302.h" #include "24c02.h" #include "stdio.h" #include "lcd1602.h" #include "xpt2046.h" #include "findnumber.h" sbit motor=P3^1; sbit buzzer=P2^5; sbit sour=P3^3; u8 keynow=0; u8 jel=0,df=1; u8 temp=0,light=0,uu=0; u8 fond4_anas=0,fond4_addre=0; //u8 gsmg_code[37] = {0x3f, 0x06, 0x5b, 0x4f, 0x66, 0x6d, 0x7d, 0x07, 0x7f, 0x6f, 0x77, 0x7c, 0x39, 0x5e, 0x79, 0x71, 0x61}; u8 number_str[17]={0x3f, 0x06, 0x5b, 0x4f, 0x66, 0x6d, 0x7d, 0x07, 0x7f, 0x6f, 0x77, 0x7c, 0x39, 0x5e, 0x79, 0x71, 0x61}; u8 nuber_second[17]={0}; u8 smg_find(u8 k) { u8 y; switch(k) { case 0: y=0x3f; break; case 1: y=0x06; break; case 2: y=0x5b; break; case 3: y=0x4f; break; case 4: y=0x66; break; case 5: y=0x6d; break; case 6: y=0x7d; break; case 7: y=0x07; break; case 8: y=0x7f; break; case 9: y=0x6f; break; case 10: y=0x77; break; case 11: y=0x7c; break; case 12: y=0x39; break; case 13: y=0x5e; break; case 14: y=0x79; break; case 15: y=0x71; break; case 16: y=0x61; break; } return y; } void lcdword(u8 k) { if(k<=4) { switch(k) { case 0: strcpy(number_str,"1:close 2:sen "); strcpy(nuber_second,"3:exe 4:TIM "); break; case 1: strcpy(number_str,"if you want to "); strcpy(nuber_second,"10:enter "); break; case 2: sprintf(number_str, "TP:%4d rev:5", (int)temp); // ������ i ת��Ϊ�ַ������洢�� number_str �� sprintf(nuber_second, "lg:%4d rev:6", (int)light); // ������ i ת��Ϊ�ַ������洢�� number_str �� break; case 3: strcpy(number_str,"B: M: C: 9"); // ��� uu �ĵ�3λ����0��ʼ������ң�ؿ��� if (uu & 4) { number_str[12] = 'O'; // J��ס"K"��Ҫ�� number_str[13] = 'K'; } else { number_str[12] = 'N'; number_str[13] = 'O'; } // ��� uu �����λ ������ if (uu & 1) { number_str[2] = 'O'; number_str[3] = 'K'; } else { number_str[2] = 'N'; number_str[3] = 'O'; } // ��� uu �ĵ�2λ ��� if (uu & 2) { number_str[7] = 'O'; number_str[8] = 'K'; } else { number_str[7] = 'N'; number_str[8] = 'O'; } strcpy(nuber_second,"re:5 re:6 re:7 R"); break; case 4: strcpy(number_str,"5:cl 6:rev 7:at "); switch(fond4_addre++) { case 1: fond4_anas=ds1302_read_byte(6)%10; nuber_second[0]=fond4_anas+'0'; nuber_second[1]='-'; break; case 2: fond4_anas=ds1302_read_byte(4)%100; nuber_second[2]=fond4_anas/10+'0'; nuber_second[3]=fond4_anas%10+'0'; nuber_second[4]='-'; break; case 3: fond4_anas=ds1302_read_byte(3)%100; nuber_second[5]=fond4_anas/10+'0'; nuber_second[6]=fond4_anas%10+'0'; nuber_second[7]='-'; break; case 4: //ds1302_read_time(2); fond4_anas=ds1302_read_byte(2)%100; nuber_second[8]=fond4_anas/10+'0'; nuber_second[9]=fond4_anas%10+'0'; nuber_second[10]='-'; break; case 5: fond4_anas=ds1302_read_byte(1)%100; nuber_second[11]=fond4_anas/10+'0'; nuber_second[12]=fond4_anas%10+'0'; nuber_second[13]='-'; break; case 6: fond4_anas=ds1302_read_byte(0)%100; nuber_second[14]=fond4_anas/10+'0'; nuber_second[15]=fond4_anas%10+'0'; break; } fond4_addre%=7; break; } } else if(k<7) { strcpy(number_str,"5:+ 6:- 7:cl "); if(k==5) { if(temp) sprintf(nuber_second, "TP:%4d 9:return", (int)temp); else strcpy(nuber_second, "TP:clos 9:return"); } else { if(light) sprintf(nuber_second, "lg:%4d 9:return", (int)light); else strcpy(nuber_second,"lg:clos 9:return"); } } else if(k==7) { strcpy(number_str,"TB: rev:5 9:RE"); if ((uu & 8) != 0) { number_str[3] = 'O'; number_str[4] = 'K'; } else { number_str[3] = 'N'; number_str[4] = 'O'; } strcpy(nuber_second,"LM: rev:6 TURN"); if ((uu & 16) != 0) { nuber_second[3] = 'O'; nuber_second[4] = 'K'; } else { nuber_second[3] = 'N'; nuber_second[4] = 'O'; } } else if(k<15) { strcpy(number_str,"5:+ 6:- 7:L 8:R"); //ds1302_read_time(14-k); fond4_anas=ds1302_read_byte(14-k); switch(k) { case 8: sprintf(nuber_second, "year:%4d 9:re", (int)fond4_anas); break; case 9: sprintf(nuber_second, "week:%4d 9:re", (int)fond4_anas); break; case 10: sprintf(nuber_second, "month:%3d 9:re", (int)fond4_anas); break; case 11: sprintf(nuber_second, "day:%3d 9:re", (int)fond4_anas); break; case 12: sprintf(nuber_second, "hour:%3d 9:re", (int)fond4_anas); break; case 13: sprintf(nuber_second, "min:%3d 9:re", (int)fond4_anas); break; case 14: sprintf(nuber_second, "second:%3d 9:re", (int)fond4_anas); break; } } else if(k==15) { fond4_addre%=8; strcpy(number_str,"5:t 6:+ 7:L 8:R"); fond4_anas=at24c02_read_byte(58); if(fond4_addre==7) sprintf(nuber_second+7,"%4d 9:re", (int) (week+1)); else nuber_second[fond4_addre]=(fond4_anas & (1<timeset && timenow<(timeset+30)) uu^=1; else if(timenow>(timeset+30) && timenow<(timeset+35)); uu &= 0xfe; } } } void main() { u8 message=0; u8 save=0; sour=1; ds1302_init();//��ʼ��DS1302 lcd1602_init();//LCD1602��ʼ�� lcd1602_clear(); //at24c02_read_byte(1); ired_init(); while(1) { keynow=keynumber(); switch (message++) { case 1: time(0); if(asd) { lcdword(find1(asd,& uu)); } else { lcdword(find1(gired_data[3],& uu)); gired_data[3]=0; } time(1); while(uu & 32)//������uu����Ϊ������0���������������������д��==1��!=0��==1��һ�� { keynow=keynumber(); if(asd==0) { asd=gired_data[3]; gired_data[3]=0; } find1(asd, & uu); } break; case 2: if(save/8<30) save += 8; else { clockset(); save= save&0x07; } break; case 3: ds1302_read_time(sa