毕业设计基于51单片机控制的语音报时万年历课程设计.doc

基于51单片机控制的语音报时万年历-20/11/2013 SDU(WH)一 实验要求运用单片机及相关外设实现以下功能：1） 万年历及时钟显示2） 时间日期可调3） 可对时间进行整点报时和随机报时二 方案分析根据实验要求，选用STC公司的8051系列，STC12C5A16S2增强型51单片机。此单片机功能强大，具有片内EEPROM、1T分频系数、片内ADC转换器等较为实用功能，故选用此款。实验中，对日期和时间进行显示，显示的字符数较多，故选用12864LCD屏幕。该屏幕操作较为便捷，外围电路相对简单，实用性较强。为了实现要求中的时间日期可调，故按键是不可缺少的，所以使用了较多的按键。一方面，单片机的I/O口较为充足；另一方面，按键较多，选择的余地较大，方便编程控制。实验中，并未要求对时间和日期进行保存和掉电续运行，所以并未添加EEPROM和DS12C887-RTC芯片。实际上，对万年历来说，这是较为重要的，但为了方便实现和编程的简单，此处并未添加，而是使用单片机的定时器控制时间，精度有差别。且上电默认时间为2014-01-01 09:00:00 之后需要手动调整为正确时间。要求中的语音报时功能，这里选用ISD1760芯片的模块来帮助实现。此模块通过软件模拟SPI协议控制。先将所需要的声音片段录入芯片的EEPROM区域，之后读出各段声音的地址段，然后在程序中定义出相应地址予以控制播放哪一声音片段。三 电路硬件设计实际效果图四 程序代码部分Main.h#ifndef _MAIN_H#define _MAIN_H#include reg52.h#include INTRINS.H#include math.h#include string.h#include key.h#include led.h#include 12864.h#include main.h#include isd1700.h#include sound.hextern unsigned int count;extern unsigned int key_time8;extern unsigned char key_new;extern unsigned char key_old;extern unsigned char stop_flag;extern unsigned char key_follow8;extern unsigned int key_num8;sbit BEEP=P37;sbit ISD_SS=P07;sbit ISD_MISO=P04;sbit ISD_MOSI=P05;sbit ISD_SCLK=P06;extern unsigned char date_show;extern unsigned char time_show;extern unsigned char sec;extern unsigned char min;extern unsigned char hour;extern unsigned char day;extern unsigned char month;extern unsigned char year_f;extern unsigned char year_l;extern unsigned char leap_year_flag;extern unsigned char update_flag;extern unsigned char adjust_flag;extern unsigned char key;unsigned char report();#endifMain.c#include main.hunsigned int count=0;unsigned int key_num8=0;unsigned char key_new=0;unsigned char key_old=0;unsigned char stop_flag=0;unsigned char key_follow8=0;unsigned char sec=1;unsigned char min=0;unsigned char hour=9;unsigned char day=1;unsigned char month=1;unsigned char year_f=20;unsigned char year_l=14;unsigned char leap_year_flag=0;unsigned char date_show=2014-01-01;unsigned char time_show=09:00:00;unsigned char update_flag=1;unsigned char key=0;unsigned char adjust_flag=0;unsigned char adjust_pos=0;unsigned char report_flag=0;void main()unsigned char i;P2=0XFF;BEEP=0;init();initinal(); /调用LCD字库初始化程序TMOD=0x01; /使用定时器T0TH0=(65536-1000)/256; /定时器高八位赋初值TL0=(65536-1000)%256; /定时器低八位赋初值 */EA=1; /开中断总允许ET0=1; /允许T0中断TR0=1; /启动定时器T0 while(1)if(update_flag)lcd_pos(1,0);for(i=0;i10;i+) write_dat(date_showi);lcd_pos(2,4);for(i=0;i=80)sec=0;if(min=80)min=0;if(hour=40)hour=0;if(month30)month=1;if(day50)day=0;if(year_f=120)year_f=0;if(year_l=120)year_l=0;if(key=3)report_flag=1;if(report_flag)clrram();Dingwei(2,1);lcd_mesg(REPORTING!);report();clrram();void time0() interrupt 1static unsigned char timer=0;TH0=(65536-50000)/256; /定时器高八位赋初值TL0=(65536-50000)%256; /定时器低八位赋初值timer+;if(timer=20)sec+;time_show6=sec/10+48;time_show7=sec%10+48;if(sec=60)sec=0;min+;time_show6=sec/10+48;time_show7=sec%10+48;time_show3=min/10+48;time_show4=min%10+48; if(min=60)min=0;hour+;time_show3=min/10+48;time_show4=min%10+48;time_show0=hour/10+48;time_show1=hour%10+48;if(hour=24)hour=0;day+;time_show0=hour/10+48;time_show1=hour%10+48;date_show8=day/10+48;date_show9=day%10+48;if(day=29&!leap_year_flag&month=2)|(day=30&leap_year_flag&month=2)|(day=31&(month=4|month=6|month=9|month=11)|(month=32)day=1;month+;date_show8=day/10+48;date_show9=day%10+48;date_show5=month/10+48;date_show6=month%10+48;if(month=13)month=1;year_l+;date_show5=month/10+48;date_show6=month%10+48;date_show0=year_f/10+48;date_show1=year_f%10+48;date_show2=year_l/10+48;date_show3=year_l%10+48;if(year_l=100)year_l=0;year_f+;if(!(year_f*100+year_l)%4)&(year_f*100+year_l)%100)|(!(year_f*100+year_l)%400)leap_year_flag=1;else leap_year_flag=0;date_show0=year_f/10+48;date_show1=year_f%10+48;date_show2=year_l/10+48;date_show3=year_l%10+48;timer=0;update_flag=1;if(adjust_flag)time_show7=sec%10+48;time_show6=sec/10+48;time_show4=min%10+48;time_show3=min/10+48;time_show1=hour%10+48;time_show0=hour/10+48;date_show9=day%10+48;date_show8=day/10+48;date_show6=month%10+48;date_show5=month/10+48;date_show3=year_l%10+48;date_show2=year_l/10+48;date_show1=year_f%10+48;date_show0=year_f/10+48;if(adjust_flag&timer=10)if(!adjust_pos)time_show7= ;else if(adjust_pos=1)time_show6= ;else if(adjust_pos=2)time_show4= ;else if(adjust_pos=3)time_show3= ;else if(adjust_pos=4)time_show1= ;else if(adjust_pos=5)time_show0= ;else if(adjust_pos=6)date_show9= ;else if(adjust_pos=7)date_show8= ;else if(adjust_pos=8)date_show6= ;else if(adjust_pos=9)date_show5= ;else if(adjust_pos=10)date_show3= ;else if(adjust_pos=11)date_show2= ;else if(adjust_pos=12)date_show1= ;else if(adjust_pos=13)date_show0= ;update_flag=1;if(!min&!sec&!adjust_flag)report_flag=1; unsigned char report()PlaySoundTick(11);long_delay();if(!min)if(hour10&hour20)PlaySoundTick(10);short_delay();PlaySoundTick(hour-10);short_delay();PlaySoundTick(12);short_delay();PlaySoundTick(14);short_delay();else if(hour=20)PlaySoundTick(2);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(12);short_delay();PlaySoundTick(14);short_delay();elsePlaySoundTick(2);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(hour-20);short_delay();PlaySoundTick(12);short_delay();PlaySoundTick(14);short_delay();else if(hour10&hour20)PlaySoundTick(10);short_delay();PlaySoundTick(hour-10);short_delay();PlaySoundTick(12);short_delay();else if(hour=20)PlaySoundTick(2);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(12);short_delay();elsePlaySoundTick(2);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(hour-20);short_delay();PlaySoundTick(12);short_delay(); if(min10&min%10)PlaySoundTick(min/10);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(min-10*(min/10);short_delay();PlaySoundTick(13);short_delay();else PlaySoundTick(min/10);short_delay();PlaySoundTick(10);short_delay();PlaySoundTick(13);short_delay();report_flag=0;time_show7=sec%10+48;time_show6=sec/10+48;time_show4=min%10+48;time_show3=min/10+48;time_show1=hour%10+48;time_show0=hour/10+48;date_show9=day%10+48;date_show8=day/10+48;date_show6=month%10+48;date_show5=month/10+48;date_show3=year_l%10+48;date_show2=year_l/10+48;date_show1=year_f%10+48;date_show0=year_f/10+48;return 0;Isd1700.h#ifndef _ISD1760_H#define _ISD1760_H#include main.h#define ISD1700_PU 0x01#define ISD1700_STOP 0X02#define ISD1700_REST 0x03#define ISD1700_CLR_INT 0x04#define ISD1700_RD_STAUS 0x05#define ISD1700_RD_PLAY_PTR 0x06#define ISD1700_PD 0x07#define ISD1700_RD_REC_PTR 0x08#define ISD1700_DEVID 0x09#define ISD1700_PLAY 0x40#define ISD1700_REC 0x41#define ISD1700_ERASE 0x42#define ISD1700_G_ERASE 0x43#define ISD1700_RD_APC 0x44#define ISD1700_WR_APC1 0x45#define ISD1700_WR_APC2 0x65#define ISD1700_WR_NVCFG 0x46#define ISD1700_LD_NVCFG 0x47#define ISD1700_FWD 0x48#define ISD1700_CHK_MEM 0x49#define ISD1700_EXTCLK 0x4A#define ISD1700_SET_PLAY 0x80#define ISD1700_SET_REC 0x81#define ISD1700_SET_ERASE 0x82#define NULL 0x00#define ISD_LED 0x10extern unsigned char data ISD_COMM_RAM_C7;extern void init(void);extern void delay_isd(int x);extern void comm_sate(void);extern void rest_isd_comm_ptr(void);extern unsigned char T_R_comm_byte(unsigned char comm_data );extern void isd1700_par2_comm(unsigned char comm_par, unsigned int data_par);extern void isd1700_Npar_comm(unsigned char comm_par,comm_byte_count); extern void isd1700_7byte_comm(unsigned char comm_par, unsigned int star_addr, unsigned int end_addr);extern void spi_pu (void);extern void spi_stop (void);extern void spi_Rest ( void );extern void spi_CLR_INT(void);extern void spi_RD_STAUS(void);extern void spi_RD_play_ptr(void);extern void spi_pd(void);extern void spi_RD_rec_ptr(void);extern void spi_devid(void);extern void spi_play(void);extern void spi_rec (void);extern void spi_erase (void);extern void spi_G_ERASE (void);extern void spi_rd_apc(void);extern void spi_wr_apc1 (void);extern void spi_wr_apc2 (void);extern void spi_wr_nvcfg (void);extern void spi_ld_nvcfg (void);extern void spi_fwd (void);extern void spi_chk_mem(void);extern void spi_CurrRowAddr(void);extern void seril_back_sate(unsigned char byte_number);extern void spi_set_opt(unsigned char spi_set_comm);void init(void);#endifIsd1700.c/#pragma src#include isd1700.h#include sound.h#define uchar unsigned char #define uint unsigned intsbit DAC_sync=P20;sbit DAC_sclk=P21;sbit DAC_din =P22;bit re_fig;uchar data comm_temp;uchar data ISD_COMM_RAM7;uchar data ISD_COMM_RAM_C7;uchar data *isd_comm_ptr;uchar data *back_data_ptr;void init(void);void isd_delay(int x);void comm_sate(void);void rest_isd_comm_ptr(void);uchar T_R_comm_byte( uchar comm_data );void isd1700_par2_comm(uchar comm_par, uint data_par);void isd1700_Npar_comm(uchar comm_par,comm_byte_count); /no parameter commvoid isd1700_7byte_comm(uchar comm_par, uint star_addr, uint end_addr);void spi_pu (void);void spi_stop (void);void spi_Rest ( void );void spi_CLR_INT(void);void spi_RD_STAUS(void);void spi_RD_play_ptr(void);void spi_pd(void);void spi_RD_rec_ptr(void);void spi_devid(void);void spi_play(void);void spi_rec (void);void spi_erase (void);void spi_G_ERASE (void);void spi_rd_apc(void);void spi_wr_apc1 (void);void spi_wr_apc2 (void);void spi_wr_nvcfg (void);void spi_ld_nvcfg (void);void spi_fwd (void);void spi_chk_mem(void);void spi_CurrRowAddr(void);void seril_back_sate(uchar byte_number);void spi_set_opt(uchar spi_set_comm);void comm_sate(void) uchar sate_temp;uint apc_temp; if(RI) sate_temp=SBUF; if(sate_temp=0x09) spi_devid(); if(sate_temp=0x44) spi_rd_apc(); if(sate_temp=0x40) spi_play(); if(sate_temp=0x04) spi_CLR_INT(); if(sate_temp=0x05) spi_RD_STAUS(); if(sate_temp=0x43) spi_G_ERASE(); if(sate_temp=0x01) spi_pu (); if(sate_temp=0x02) spi_stop(); if(sate_temp=0x03) spi_Rest (); if(sate_temp=0x06) spi_RD_play_ptr(); if(sate_temp=0x07) spi_pd(); if(sate_temp=0x08) spi_RD_rec_ptr(); if(sate_temp=0x41) spi_rec(); if(sate_temp=0x42) spi_erase(); if(sate_temp=0x45) spi_wr_apc1 (); if(sate_temp=0x65) spi_wr_apc2 ();