|
|
太阳能充电控制器
原理图
第一层原理图
第二层原理图
第三层原理图
PCB版图
拼版图（PCB）
PCB打样
仿真图
仿真图（proteus）
实物图
实物图
源程序
/*******************************************************************|
========================《太阳能充电控制器》========================|
使用芯片：ATMEGA8A
软件设计人：何涛
工程开始时间：2012.06.12
联系电话：13798974197（珠海）
QQ:562673469
====================================================================|
********************************************************************/
/****************************74HC164.C******************************/
#include "app.h"
void Show_164(unsigned char _ShowValue)
{
unsigned char Count0;
for(Count0=0;Count0<=7;Count0++)
{
if((_ShowValue&0x01)==0x01)
PORTD=PORTD|0X01; //1 DATA
else
PORTD=PORTD&0XFE; //0 DATA
_ShowValue>>=1;
PORTD=PORTD&0XFD; //CLK 0
//delay(1);
PORTD=PORTD|0X02; //CLK 1
//delay(10);
}
PORTD=PORTD|0X02; //CLK 1
}
/****************************74HC164.H******************************/
void Show_164(unsigned char _ShowValue);
/****************************AD.C***********************************/
#include "app.h"
/*ƬÄÚADC³õʼ»¯*/
void ADC_Init(INT8U channel)
{ /*¹¤×÷ÓÚµ¥´Îת»»Ä£Ê½ÏÂ*/
switch(channel)//ÄÚ²¿AREFµçѹ2.56V ADLARת»»½á¹ûÓÒ¶ÔÆë ÊäÈëͨµÀchannel
{
case 0:ADMUX=0xc0+0;break;
case 1:ADMUX=0xc0+1;break;
case 2:ADMUX=0xc0+2;break;
case 3:ADMUX=0xc0+3;break;
case 4:ADMUX=0xc0+4;break;
case 5:ADMUX=0xc0+5;break;
case 6:ADMUX=0xc0+6;break;
case 7:ADMUX=0xc0+7;break;
default:break;
}
ADCSRA=0x00;//Æô¶¯×ª»» µ¥´Îת»» 16•ÖƵ
}
INT16U ADC_Start(INT8U channel)
{
INT8U Temp_L;
INT8U Temp_H;
INT16U AD_Data;
switch(channel)
{
case 0:ADMUX=0xc0+0;break;
case 1:ADMUX=0xc0+1;break;
case 2:ADMUX=0xc0+2;break;
case 3:ADMUX=0xc0+3;break;
case 4:ADMUX=0xc0+4;break;
case 5:ADMUX=0xc0+5;break;
case 6:ADMUX=0xc0+6;break;
case 7:ADMUX=0xc0+7;break;
default:break;
}
ADCSRA |=0xC0;//Æô¶¯ADת»» µ¥´Îת»»
Temp_L=ADCL;
Temp_H=ADCH;
AD_Data=Temp_H*256+Temp_L;
ADCSRA =0x80;//¹Ø±ÕADת»» µ¥´Îת»»
switch(channel)
{
case 0:ADMUX=0xc0+0;break;
case 1:ADMUX=0xc0+1;break;
case 2:ADMUX=0xc0+2;break;
case 3:ADMUX=0xc0+3;break;
case 4:ADMUX=0xc0+4;break;
case 5:ADMUX=0xc0+5;break;
case 6:ADMUX=0xc0+6;break;
case 7:ADMUX=0xc0+7;break;
default:break;
}
ADCSRA |=0xC0;//Æô¶¯ADת»» µ¥´Îת»»
Temp_L=ADCL;
Temp_H=ADCH;
AD_Data=Temp_H*256+Temp_L;
ADCSRA =0x80;//¹Ø±ÕADת»» µ¥´Îת»»
return(AD_Data);
}
void AD_select(INT8U channel)
{
switch(channel)
{
case 0: LED_NUM2[0]=ADC_Start(6)/4;break;//UXX.X ³Ë10±¶ ±ãÓÚÏÔʾ
case 1: LED_NUM2[1]=ADC_Start(7)/4;break;//AXX.X
case 2: LED_NUM2[2]=ADC_Start(0)/4;break;//bXX.X
case 3: LED_NUM2[3]=ADC_Start(1)/4;break;//CXX.X
}
}
/****************************AD.H***********************************/
void ADC_Init(unsigned char channel);
unsigned int ADC_Start(unsigned char channel);
void AD_select(unsigned char channel);
/***************************APP.H***********************************/
#include <iom8v.h>
#include <macros.h>
#include <eeprom.h>
//#include "Kernel.h"
//#include "task.h"
#include "misc.h"
#include "initial.h"
#include "74HC164.h"
#include "delay.h"
#include "LED.h"
#include "AD.h"
#include "EEPROM.h"
/***************************DELAY.H*********************************/
#include "app.h"
unsigned int Min = 0;//•ÖÖÓ
unsigned int Sec = 0;//Ãë
void delay(unsigned int a)
{
unsigned int i,j;
for(i=0;i<a;i++)
for(j=0;j<500;j++);
}
void SolarCount(void)//¼ÆËã¸÷λÏÔʾֵ
{
Sec++;
if (Sec>59)
{
Sec = 0;
Min ++;
}
}
/***************************DELAY.H*********************************/
extern unsigned int Min;//•ÖÖÓ
extern unsigned int Sec;//Ãë
extern unsigned int Count,flag_count;//¼ÆÊý
void delay(unsigned int a);
void SolarCount(void);
/***************************EEPROM.H********************************/
#include "app.h"
void EEPROM_Init(void)
{
INT8U i=0;
flag_0 =EEPROMread(1);
flag_3 =EEPROMread(4);
flag_4 =EEPROMread(5);
flag_5 =EEPROMread(6);
flag_6 =EEPROMread(7);
flag_7 =EEPROMread(8);
flag_9 =EEPROMread(10);
flag_10=EEPROMread(11);
}
void EEPROM_Start(void)
{
EEPROMwrite(1,flag_0);
EEPROMwrite(4,flag_3);
EEPROMwrite(5,flag_4);
EEPROMwrite(6,flag_5);
EEPROMwrite(7,flag_6);
EEPROMwrite(8,flag_7);//125
EEPROMwrite(10,flag_9);
EEPROMwrite(11,flag_10);
}
void EEPROM_Recover(void)
{
EEPROMwrite(1,6);
EEPROMwrite(4,50);
EEPROMwrite(5,108);
EEPROMwrite(6,144);
EEPROMwrite(7,0);
EEPROMwrite(8,125);
EEPROMwrite(10,0);
EEPROMwrite(11,0);
}
/***************************EEPROM.C********************************/
void EEPROM_Init(void);
void EEPROM_Start(void);
void EEPROM_Recover(void);
/***************************INITIAL.C*******************************/
#include "app.h"
INT16U Time1=3;
void Gpio_Init(void);
void Timer1_Init(void);
void Timer2_Init(void);
void Interrupt_Init(void);
void Battery_Init(void);
void Hardware_Init(void)
{
ADC_Init(6);
EEPROM_Init();
Gpio_Init();
Timer1_Init();
Timer2_Init();
Interrupt_Init();
Battery_Init();
}
void Battery_Init(void)
{
INT16U i=4,j=5;
while(Time1)//6sµ¹¼Æʱ
{
if(flag_count==1)
{Time1--;flag_count=0;}
Display4(Time1);
}
while(i--)
{
while(j--)
Display1(windows_1,120);
PORTD=0XFF;
delay(1000);
j=8;
// delay(100);
}
}
//***************************************************************
void Gpio_Init(void)
{
DDRB = 0xDF; //PB5×öΪ°´¼ü
PORTB = 0x20;
DDRC = 0x00;
PORTC = 0xFF;
DDRD = 0xFF;
PORTD = 0xFF;
}
//TIMER1 initialize - prescale:1024
// WGM: 0) Normal, TOP=0xFFFF
// desired value: 1Hz
// actual value: 1.000Hz (0.0%)
void Timer1_Init(void)
{
TCCR1B = 0x00; //stop
TCNT1H = 0xFF; //setup
TCNT1L = 0xB2;
OCR1AH = 0x00;
OCR1AL = 0x4E;
OCR1BH = 0x00;
OCR1BL = 0x4E;
ICR1H = 0x00;
ICR1L = 0x4E;
TCCR1A = 0x00;
TCCR1B = 0x05; //start Timer
TIMSK |= 0x10;//Êä³ö±È½ÏAÆ¥ÅäÖжÏʹÄÜ
}
void Timer2_Init(void)
{
TCCR2 = 0x00; //stop
ASSR = 0x00; //set async mode
TCCR2 = 0x0F; //start
TCNT2 = 0x00; //setup
OCR2 = 0x4D;
TIMSK|= 0x80;
}
void Interrupt_Init(void)
{
SREG |= 0x80; //Enable Global Interrupt
}
/***************************INITIAL.H*******************************/
void Hardware_Init(void);
/***************************INTERPUTL.C*****************************/
#include "app.h"
unsigned int Count=0,flag_count=0;//¼ÆÊý
#pragma interrupt_handler Timer1_Interrupt:7
void Timer1_Interrupt(void)
{
//Clear Timer2 OCIF Flag
TIFR |= 0x10;
TCNT2 = 0x00;
}
#pragma interrupt_handler Timer2_Interrupt:4
void Timer2_Interrupt(void)
{
TIFR |= 0x80;//Clear Timer2 OCIF Flag
TCNT2 = 0x00;
Count++;
if(Count>100)
{
Count=0;
flag_count=1;//µ¹¼Æʱ1S±êÖ¾
SolarCount();//¼Æʱ
}
if(flag_timestart!=1)//¼Æʱ±ê־λÇåÁã
Min=0;//ÓôËÖÖ•½Ê½ÒÖÖƼÆʱ
}
/***************************LCD.C***********************************/
#include "app.h"
INT8U LED_NUM[]={0x28,/*0*/
0xEB,/*1*/
0x32,/*2*/
0xA2,/*3*/
0xE1,/*4*/
0xA4,/*5*/
0x24,/*6*/
0xEA,/*7*/
0x20,/*8*/
0xA0,/*9*/
0x60,/*A*/
0x25,/*b*/
0x3C,/*C*/
0x74,/*F*/
0x29,/*U*/
0xFF,/*È«ºÚ 15*/
};
//INT8U LED_NUM1[]={0x40,0x79,0x24,0x30,0x19,0x12,0x02,0x78,0x00,0x10,0x08,0x03,0x46,0x0E,0x41}; //¹²Ñô¼«+СÊýµã
INT8U LED_NUM1[]={
0x08,/*0*/
0xCB,/*1*/
0x12,/*2*/
0x82,/*3*/
0xC1,/*4*/
0x84,/*5*/
0x04,/*6*/
0xCA,/*7*/
0x00,/*8*/
0x80,/*9*/
0x40,/*A*/
0x05,/*B*/
0x1C,/*C*/
0x54,/*F*/
0x09,/*U*/
0xFF,/*È«ºÚ 15*/
};
INT8U LED_NUM2[]={0,1,2,3};
INT16U Fixed_Time[]={1,5,10,60,120,180,240,300,360,420,480,540,600,660,720};//14
void Display2(INT8U value);
void Display3(INT8U value);
void Display1(INT8U windows,INT8U value)
{
INT8U s=value;
if(windows==0) //½çÃæ1 UXX.XÐîµç³Øµçѹ
{
Show_164(LED_NUM[14]);
PORTD=0XD8;
delay(10);
}
if(windows==1) //½çÃæ2 AXX.X B•Êä³öµçÁ÷
{
Show_164(LED_NUM[10]);
PORTD=0XD8;
delay(10);
}
if(windows==2) //½çÃæ3 bXX.X A•Êä³öµçÁ÷
{
Show_164(LED_NUM[11]);
PORTD=0XD8;
delay(10);
}
if(windows==3) //½çÃæ4 CXX.X ³äµçµçÁ÷
{
Show_164(LED_NUM[12]);
PORTD=0XD8;
delay(10);
}
Show_164(LED_NUM[s/100]);
PORTD=0X78;
delay(10);
Show_164(LED_NUM1[s%100/10]);
PORTD=0XB8;
delay(10);
Show_164(LED_NUM[s%10]);
PORTD=0XE8;
delay(10);
}
void Display2(INT8U value)
{
INT8U s=value;
Show_164(LED_NUM1[13]); //F.XXX
PORTD=0XD8;
delay(10);
Show_164(LED_NUM[0]);
PORTD=0X78;
delay(10);
Show_164(LED_NUM[s/10]);
PORTD=0XB8;
delay(10);
Show_164(LED_NUM[s%10]);
PORTD=0XE8;
delay(10);
}
void Display3(INT8U value)
{
INT8U s=value;
Show_164(LED_NUM[s/100]);
PORTD=0XD8;
delay(10);
Show_164(LED_NUM1[s%100/10]);
PORTD=0X78;
delay(10);
Show_164(LED_NUM[s%10]);
PORTD=0XB8;
delay(10);
Show_164(LED_NUM[14]); //XX.XU
PORTD=0XE8;
delay(10);
}
void Display4(INT16U value)// ÏÔʾXXXX
{
INT16U t=value;
Show_164(LED_NUM[t/1000]);
PORTD=0XD8;
delay(10);
Show_164(LED_NUM[t%1000/100]);
PORTD=0X78;
delay(10);
Show_164(LED_NUM[t%100/10]);
PORTD=0XB8;
delay(10);
Show_164(LED_NUM[t%10]);
PORTD=0XE8;
delay(10);
}
void Display5(INT16U value)
{
INT16U t=value; //720min
Show_164(LED_NUM[t/100]);//7
PORTD=0XD8;
delay(10);
Show_164(LED_NUM[t%100/10]);//2
PORTD=0X78;
delay(10);
Show_164(LED_NUM[t%10]);//0
PORTD=0XB8;
delay(10);
if(Count>50)
Show_164(0XDF);//ÏÔʾСÊýµã
else if(Count<51)
Show_164(0XFF);//¹Ø±ÕСÊýµã
PORTD=0XE8;
delay(10);
}
void Display(void)
{
if(!(Enter1|Enter2|Enter3)) //ËĽçÃæÇл»
Display1(windows_1,LED_NUM2[windows_1]);
if(Enter1)
Display2(windows_2);//F.XXX
if(Enter2)
{
switch(windows_2)
{
case 0:Display4(Fixed_Time[flag_0]);break;//Êä³öA¶¨Ê±Ê±¼ä
case 1:break;//A•µçÁ÷±£»¤Öµ
case 2:break;//B•µçÁ÷±£»¤Öµ
case 3:Display4(flag_3);break;//¹â¿Øµã
case 4:Display3(flag_4);break;//Ǖѹ±£»¤Öµ //XX.XU
case 5:Display3(flag_5);break;//¹ýѹ±£»§Öµ
case 6:Display4(flag_6);break;//¹â¿ØÊÖ¶¯Çл»
case 7:Display3(flag_7);break;//¹ý•Åµçѹ•µ»ØÖµ
case 8:break;//µçѹÊÖ¶¯ÐÞÕý²¹³¥Öµ
case 9:Display4(flag_9);break;//ÊýÂëÏÔʾ¿ª¹Ø
case 10:Display4(flag_10);break;//USB_5VÊä³ö
case 11:Display4(flag_11);break;//»Ö¸´³ö³§ÉèÖÃ
default:break;
}
}
else return;
}
/***************************LCD.H***********************************/void Display1(unsigned char windows,unsigned char value);
void Display4(unsigned int value);
void Display5(unsigned int value);
void Display(void);
/***************************MAIN.H**********************************/
#include "app.h"
unsigned int i=0;
void main(void)
{
Hardware_Init();
while(1)
{
AD_select(i);
if(i++>4)i=0;
Key_Manage();
if(flag_timestart!=1)//•Ç¶¨Ê±Ä£Ê½
Display();
else if(flag_timestart==1)//¶¨Ê±Ä£Ê½
Display5(Fixed_Time[flag_0]-Min);
judgement();
performance();
LED_Control();
}
}
/***************************MISC.C**********************************/
#include "app.h"
//******************************************************************************
/*****²ÎÊý±äÁ¿*******/
INT8S flag_0=6;//10.8
INT8U flag_4=108;//10.8
INT8U flag_5=144;//14.4
INT8U flag_7=125;//12.5
INT8U flag_3=20;
INT8S flag_6=0;
INT8U flag_9=0;
INT8U flag_10=0;
INT8U flag_11=0;
INT8U flag_timestart=0;//¿ªÆô¼Æʱ±ê־λ ¡°1 ¡±ÓÐЧ
INT8U flag_light=0; //¹â¿Ø±ê־λ
INT8U flag_wait=0; //´ý»ú
/**********************/
INT8U Enter1=0;
INT8U Enter2=0;
INT8U Enter3=0;
/**********************/
INT8U windows_1=0;//ËÄÖÖ½çÃæÇл»
INT8S windows_2=0;//²ÎÊýºÅ½çÃ棨11ÖÖ£©
/**********************/
INT8U flag_undervoltage=0;//Ǖѹ±ê־λ
INT8U flag_overvoltage =0;//¹ý³äµç±ê־λ
/**********************/
INT16U Time=4;//µ¹¼Æʱ
/**********************/
INT8U OUT_A=0,OUT_B=0,CHA=0,CHB=0;
//local function(s) declaration
INT16U swGet_Key1(void);
INT16U swGet_Key2(void);
INT16U swGet_Key3(void);
INT16U swGet_Key4(void);
//******************************************************************************
INT16U swGet_Key1(void)
{
static INT16U wKeyStatus = 1;
if(wKeyStatus == 1)
{
if((PINB & (1 << Key_R)) == 0) //Key Pressed
{
wKeyStatus = 0;
}
}
else if(wKeyStatus == 0)
{
if(PINB & (1 << Key_R)) //Key Released
{
wKeyStatus = 1;
return(true);
}
}
return(false);
}
//******************************************************************************
INT16U swGet_Key2(void)
{
static INT16U wKeyStatus = 1;
if(wKeyStatus == 1)
{
if((PINC & (1 << Key_S)) == 0) //Key Pressed
{
wKeyStatus = 0;
}
}
else if(wKeyStatus == 0)
{
if(PINC & (1 << Key_S)) //Key Released
{
wKeyStatus = 1;
return(true);
}
}
return(false);
}
//******************************************************************************
INT16U swGet_Key3(void)
{
static INT16U wKeyStatus = 1;
if(wKeyStatus == 1)
{
if((PINC & (1 << Key_A)) == 0) //Key Pressed
{
wKeyStatus = 0;
}
}
else if(wKeyStatus == 0)
{
if(PINC & (1 << Key_A)) //Key Released
{
wKeyStatus = 1;
return(true);
}
}
return(false);
}
//******************************************************************************
INT16U swGet_Key4(void)
{
static INT16U wKeyStatus = 1;
if(wKeyStatus == 1)
{
if((PINC & (1 << Key_B)) == 0) //Key Pressed
{
wKeyStatus = 0;
}
}
else if(wKeyStatus == 0)
{
if(PINC & (1 << Key_B)) //Key Released
{
wKeyStatus = 1;
return(true);
}
}
return(false);
}
//******************************************************************************
INT8U Key_Detection(void)
{
if(swGet_Key1() == true)
{
return 3;
}
if(swGet_Key2() == true)
{
return 4;
}
if(swGet_Key3() == true)
{
return 2;
}
if(swGet_Key4() == true)
{
return 1;
}
return 0;
}
//******************************************************************************
void Key_Manage(void)
{
switch(Key_Detection())
{
case S:
if(!(Enter1|Enter2|Enter3)){Enter1=1;break;}//½øÈë¶þ²ã½çÃæ
if(Enter1==1){Enter2=1;Enter1=0;break;}//½øÈëÈý²ã½çÃæ
if(Enter2==1){Enter3=1;Enter2=0;}//È•ÈÏ£¬±£´æ
if(Enter3==1)
{
while(Time)
{
if(flag_count==1)
{Time--;flag_count=0;}
Display4(Time);
}
if(flag_11==0)
EEPROM_Start(); //±£´æÉèÖÃ
else if(flag_11==1)
{
EEPROM_Recover();//»Ö¸´³ö³§ÉèÖÃ
flag_11=0;//ÇåÁã±ê־λ
}
Time=4;Enter1=1;Enter3=0;break;}
else break;
case R:
{
if(!(Enter1|Enter2|Enter3)){windows_1++;if(windows_1==4)windows_1=0;}//Ò»²ã½çÃ棨ËÄÖÖÏÔʾ»ÃæÇл»£©
if(Enter1==1){Enter1=0;}//½øÈëÒ»²ã½çÃ棨Í˳ö¶þ²ã½çÃ棩
if(Enter2==1){Enter2=0;Enter1=1;}
if(Enter3==1){Enter3=0;Enter2=1;}
}break; //½øÈë¶þ²ã½çÃ棨Í˳öÈý²ã½çÃ棩
case A:
{
if(!(Enter1|Enter2|Enter3)){OUT_A=!OUT_A;break;}
if(Enter1==1){windows_2++;if(windows_2>11)windows_2=0;break;}
if(Enter2==1)
switch(windows_2)
{
case 0:{flag_0+=1;if(flag_0>14)flag_0=0;break;}//Êä³öA¶¨Ê±Ê±¼ä
case 1:break;//A•µçÁ÷±£»¤Öµ
case 2:break;//B•µçÁ÷±£»¤Öµ
case 3:{flag_3+=1;if(flag_3>100)flag_3=1;break;}//¹â¿Øµã
case 4:{flag_4+=1;if(flag_4>113)flag_4=106;break;}//Ǖѹ±£»¤Öµ
case 5:{flag_5+=1;if(flag_5>164)flag_5=136;break;}//¹ýѹ±£»§Öµ
case 6:{flag_6+=1;if(flag_6>2)flag_6=0;break;}//¹â¿ØÊÖ¶¯Çл»
case 7:{flag_7+=1;if(flag_7>130)flag_7=120;break;}//¹ý•Åµçѹ•µ»ØÖµ
case 8:break;//µçѹÊÖ¶¯ÐÞÕý²¹³¥Öµ
case 9:{flag_9=!flag_9;break;}//ÊýÂëÏÔʾ¿ª¹Ø
case 10:{flag_10=!flag_10;break;}//USB_5VÊä³ö
case 11:{flag_11=!flag_11;break;}//»Ö¸´³ö³§ÉèÖÃ
default:break;
}
}break;
case B:
{
if(!(Enter1|Enter2|Enter3)){OUT_B=!OUT_B;break;}
if(Enter1==1){windows_2--;if(windows_2<0)windows_2=11;break;}
if(Enter2==1)
switch(windows_2)
{
case 0:{flag_0-=1;if(flag_0<0)flag_0=14;break;}//Êä³öA¶¨Ê±Ê±¼ä
case 1:break;//A•µçÁ÷±£»¤Öµ
case 2:break;//B•µçÁ÷±£»¤Öµ
case 3:{flag_3--;if(flag_3<0)flag_3=99;break;}//¹â¿Øµã
case 4:{flag_4-=1;if(flag_4<106)flag_4=112;break;}//Ǖѹ±£»¤Öµ
case 5:{flag_5-=1;if(flag_5<136)flag_5=164;break;}//¹ýѹ±£»§Öµ
case 6:{flag_6-=1;if(flag_6<0)flag_6=2;break;}//¹â¿ØÊÖ¶¯Çл»
case 7:{flag_7-=1;if(flag_7<120)flag_7=130;break;}//¹ý•Åµçѹ•µ»ØÖµ
case 8:break;//µçѹÊÖ¶¯ÐÞÕý²¹³¥Öµ
case 9:{flag_9=!flag_9;break;}//ÊýÂëÏÔʾ¿ª¹Ø
case 10:{flag_10=!flag_10;break;}//USB_5VÊä³ö
case 11:{flag_11=!flag_11;break;}//»Ö¸´³ö³§ÉèÖÃ
default:break;
}
}break;
default : break;
}
}
void judgement(void)
{
/*********µÚÒ»¼¶ÅжÏ********/
//¹â¿Ø
if(flag_3>=LED_NUM2[3]&&flag_undervoltage==0&&flag_6==1)//¹â¿Ø
{
flag_light=1;
}
if(flag_3<LED_NUM2[3]||flag_undervoltage==1||flag_6!=1)//¹Ø±Õ¹â¿Ø
{
if(flag_light==1)
{
flag_light=2;
}
}
//¶¨Ê±
if(flag_6==2&&flag_undervoltage==0&&OUT_A==1)
{
flag_timestart=1;
}
if(flag_6!=2||flag_undervoltage==1||OUT_A==0||Min>=Fixed_Time[flag_0])
{
if(flag_timestart==1)
{
flag_timestart=2;
}
}
//Ǖѹ
if(flag_4>LED_NUM2[0]) //Ǖѹ
{
flag_undervoltage=1;
}
if(flag_7<=LED_NUM2[0]&&flag_undervoltage==1)//Ǖѹ»Ø¸´
{
flag_undervoltage=0;
}
//¹ýѹ
if(flag_5<LED_NUM2[0]) //¹ýѹ
{
flag_overvoltage=1;
}
if(flag_5>=LED_NUM2[0]) //¹ýѹ»Ø¸´
{
flag_overvoltage=0;
}
//´ý»ú
if(flag_undervoltage==0&&flag_overvoltage==0&&OUT_A==0&&OUT_B==0)
{
flag_wait=1;
}
else
{
flag_wait=0;
}
}
void performance(void)
{
//OUT_A OUT_B Ç¿ÖÆÐÔ
if(flag_undervoltage==1)
{
PORTB=PORTB&0XFD;
PORTB=PORTB&0XF7;
}
if(flag_light==2)
{
OUT_A=0;
flag_light=0;
}
if(flag_timestart==2)
{
OUT_A=0;
flag_timestart=0;
}
if(flag_timestart==1||flag_light==1)
{
OUT_A=1;
//OUT_B=0;
}
//CHA CHB Ç¿ÖÆÐÔ
if(flag_overvoltage==1)
{
CHA=0;
CHB=0;
}
if(flag_overvoltage==0)
{
CHA=1;
CHB=1;
}
if(flag_undervoltage==0)
{
if(OUT_A)PORTB=PORTB|0X02;//A•Êä³ö
else PORTB=PORTB&0XFD;
if(OUT_B)PORTB=PORTB|0X08;//B•Êä³ö
else PORTB=PORTB&0XF7;
if(CHA) PORTB=PORTB&0X7F;//¿ªCHA
else PORTB=PORTB|0X80;//¹ØCHA
if(CHB) PORTB=PORTB&0XFE;//¿ªCHB
else PORTB=PORTB|0X01;//¹ØCHB
}
}
void LED_Control(void)
{
if(flag_undervoltage==1)
Show_164(0X7F);
PORTD=0XF0;
delay(10);
PORTD=0XF8;
}
/***************************MISC.H**********************************/
#define INT8U unsigned char
#define INT8S signed char
#define INT16U unsigned int
#define INT16S signed int
#define INT32U unsigned long
#define INT32S signed long
#define true 1
#define false 0
#define Key_R 5
#define Key_S 4
#define Key_A 3
#define Key_B 5
/**********************/
#define R 1
#define S 2
#define A 3
#define B 4
/**********************/
extern INT8U OUT_A,OUT_B;
/*****²ÎÊý±äÁ¿*******/
extern INT8S flag_0;
extern INT8U flag_4;
extern INT8U flag_5;
extern INT8U flag_7;
extern INT8U flag_3;
extern INT8S flag_6;
extern INT8U flag_9;
extern INT8U flag_10;
extern INT8U flag_11;
extern INT8U flag_timestart;//
extern INT8U flag_light;
/**********************/
extern INT8U Enter1;
extern INT8U Enter2;
extern INT8U Enter3;
/**********************/
extern INT8U windows_1;//ËÄÖÖ½çÃæÇл»
extern INT8S windows_2;//²ÎÊýºÅ½çÃ棨11ÖÖ£©
/**********************/
extern INT8U LED_NUM2[4];//ËĽçÃæ²ÎÊý
extern INT16U Fixed_Time[15];//¶¨Ê±Ê±¼ä²ÎÕÕ±í
INT8U Key_Detection(void);
void Key_Manage(void);
void judgement(void);
void performance(void);
void LED_Control(void);
//====================END OFF ILE=============================//
|
阿莫论坛20周年了！感谢大家的支持与爱护！！
知道什么是神吗？其实神本来也是人，只不过神做了人做不到的事情 所以才成了神。 （头文字D, 杜汶泽）
|
发表于 2012-10-10 13:50:52
楼主
，来学些一下太阳能控制器
