Last_Time_Control.h.rar_C51 时间_time.h C51_时段控制_时间 继电器_时间继电器

#include"reg52.h" #include<intrins.h> #include<24c02.h> //24c02 #define uchar unsigned char #define uint unsigned int #define Time_Method 24 // 时间制 bit C02_Store_Flag=0; uchar C02_Write_Select=0; /******************************/ /*********** 数码定义 ********/ /******************************/ sbit P26=P2^6; sbit P27=P2^7; uchar code option[]={0xff,0xef,0xdf,0xbf,0x7f,0xfe,0xfd,0xfb,0xf7}; //the Option of Showing Led uchar code table[]={0x3f,0x06,0x5b,0x4f,0x66,0x6d,0x7d,0x07,0x7f,0x6f,0x40,0x00,0x76,0x37,0x6d,0x58,0x5c,0x30}; /**************************************/ //10\'-',11\'0',12\'H',13\'N',14\"s',15\'c',16\'o',17\'|' /********** 正常时间变量定义 *********/ /**************************************/ uchar Led_Select=0; uint Second_Count=0; uchar Second=0; uchar Minite=0; uchar Hour=0; uchar Show_Select=0; bit flash_led=0; /*******************************/ /*********** 按键定义 *********/ /*******************************/ sbit Time_Config=P2^2; bit Time_Config_Flag=0; sbit Time_Add=P2^4; sbit Time_Dec=P2^3; uchar Four_Led_Select=0; uchar temp; uchar F_Led; uchar S_Led; /****************************************/ /*********** 继电器时间变量定义 ********/ /****************************************/ uchar Relay_Open_Hour=0; uchar Relay_Open_Minite=0; uchar Relay_Open_Second=0; uchar Relay_Close_Hour=0; uchar Relay_Close_Minite=2; uchar Relay_Close_Second=59; sbit Relay_Key=P1^0; /***********************************/ /*********** 串口接收定义 *********/ /***********************************/ uchar Time_Buffer[8]={0,0}; // 不能用　code 　定义 bit Com_Flag=0; uchar Five_Led_Select; uchar Five_Led; void Show_Led(uchar Select_Led,uchar Led_Data) //选择一个需要显示的LED数码 { P27=1; P0=option[Select_Led]; P27=0; P26=1; P0=table[Led_Data]; P26=0; } void Show_Eight_Led() //正常时间LED显示！ { if(Led_Select>0x07) Led_Select=0x00; switch(Led_Select) { case 0x00: Show_Led(1,Hour/10);break; case 0x01: Show_Led(2,Hour%10);break; case 0x02: Show_Led(3,10); break; case 0x03: Show_Led(4,Minite/10);break; case 0x04: Show_Led(5,Minite%10);break; case 0x05: if(flash_led==1) Show_Led(6,10); else Show_Led(6,11); break; case 0x06: Show_Led(7,Second/10);break; case 0x07: Show_Led(8,Second%10);break; } } void Show_Four_Led() //four led is showing { Four_Led_Select++; if(Four_Led_Select>4) Four_Led_Select=1; switch(Four_Led_Select) { case 1: Show_Led(3,F_Led); break; case 2: Show_Led(4,S_Led); break; case 3: Show_Led(7,temp/10); break; case 4: Show_Led(8,temp%10); break; default: break; } } void Relay_Work() // 继电器动作时间处理 { if( Relay_Open_Hour<=Hour && Hour<=Relay_Close_Hour ) { if( Relay_Open_Hour==Hour || Hour==Relay_Close_Hour ) { if( Relay_Open_Hour==Hour) { if(Relay_Open_Minite <= Minite ) { if(Relay_Open_Minite == Minite ) { if (Relay_Open_Second<Second ) Relay_Key=0; else Relay_Key=1; } else Relay_Key=0; } else Relay_Key=1; } if( Hour==Relay_Close_Hour) { if( Minite<= Relay_Close_Minite ) { if( Minite==Relay_Close_Minite) { if ( Second<Relay_Close_Second) Relay_Key=0; else Relay_Key=1; } else Relay_Key=0; } else Relay_Key=1; } } else Relay_Key=0; } else Relay_Key=1; } void Delay_nms(uchar ms) //delay ms function { uint i; while(ms--) { for(i = 0; i < 500; i++); } } void C02_Storedata() // 0.33s Store Data { if(C02_Write_Select==3) C02_Write_Select=0; switch(C02_Write_Select) { case 0:C02_Write_Address(0x00,Hour);break; case 1:C02_Write_Address(0x01,Minite);break; case 2:C02_Write_Address(0x02,Second);break; default: break; } } void Show_Five_Led() //five led is showing { Five_Led_Select++; if(Five_Led_Select>5) Five_Led_Select=1; switch(Five_Led_Select) { case 1: Show_Led(4,Five_Led); break; case 2: Show_Led(5,Five_Led); break; case 3: Show_Led(6,Five_Led); break; case 4: Show_Led(7,Five_Led); break; case 5: Show_Led(8,Five_Led);break; default: break; } } void Time_0() interrupt 1 using 1 //Time0 { TH0=(65536-1000)/256; TL0=(65536-1000)%256; Second_Count++; Led_Select++; if(Second_Count==300 && Second_Count==600) C02_Store_Flag=1; if(Second_Count==1000) //second workout { flash_led=~flash_led; Second_Count=0; Second++; if(Second>59) { Second=0; Minite++; if(Minite>=60) { Minite=0; Hour++; if(Hour>=Time_Method) { Hour=0; } } } C02_Store_Flag=1; } switch(Show_Select) // 显示模式 { case 0:Relay_Work(); Show_Eight_Led(); break; case 1: temp=Hour;F_Led=12;S_Led=11;Show_Four_Led(); break; case 2: temp=Minite;F_Led=13;S_Led=11;Show_Four_Led(); break; case 3: temp=Second;F_Led=14;S_Led=11;Show_Four_Led(); break; case 4: temp=Relay_Open_Hour;F_Led=12;S_Led=16;Show_Four_Led(); break; case 5: temp=Relay_Open_Minite;F_Led=13;S_Led=16;Show_Four_Led(); break; case 6: temp=Relay_Open_Second;F_Led=14;S_Led=16;Show_Four_Led(); break; case 7: temp=Relay_Close_Hour;F_Led=12;S_Led=15;Show_Four_Led(); break; case 8: temp=Relay_Close_Minite;F_Led=13;S_Led=15;Show_Four_Led(); break; case 9: temp=Relay_Close_Second;F_Led=14;S_Led=15;Show_Four_Led(); break; case 10: Five_Led=17;Show_Five_Led(); break; case 11: Five_Led=16;Show_Five_Led(); break; case 12: Five_Led=15;Show_Five_Led(); break; } } void Com_Config() interrupt 4 using 2 { static uchar num=0; EA=0; if(RI==1) { Time_Buffer[num]=SBUF; RI=0; num++; if(num==8) { Com_Flag=1;num=0; } } EA=1; } void Inite_Main() //inite main Function { Relay_Key=1; /******** 24C02 init *******/ C02_Init(); Hour=C02_Read_Address(0x00); Minite=C02_Read_Address(0x01); Second=C02_Read_Address(0x02); Relay_Open_Hour=C02_Read_Address(0x0c); Relay_Open_Minite=C02_Read_Address(0x0d); Relay_Open_Second=C02_Read_Address(0x0e); Relay_Close_Hour=C02_Read_Address(0x18); Relay_Close_Minite=C02_Read_Address(0x19); Relay_Close_Second=C02_Read_Address(0x1a); if(Hour>23 || Minite>59 || Second>59 || Relay_Close_Hour>23 || Relay_Close_Minite>59 || Relay_Close_Second>59 || Relay_Open_Hour>23 || Relay_Open_Minite>59 || Relay_Open_Second>59) // 错误处理 { Hour=0; Minite=0; Second=0; Relay_Open_Hour=0; Relay_Open_Minite=0; Relay_Open_Second=0; Relay_Close_Hour=0; Relay_Close_Minite=0; Relay_Close_Second=0; Relay_Key=1; } /********** 24C02 init ********************/ TMOD=0x21; PCON=0x20; SCON=0x50; TH1=0xfd; //9600 bit/s TL1=0xfd; TR1=1; TH0=(65536-1000)/256; TL0=(65536-1000)%256; TR0=1; ET0=1; ES=1; EA=1; } void main() { uchar Com_Show_Temp; Inite_Main(); while(1) { if(C02_Store_Flag==1) { C02_Store_Flag=0; C02_Write_Select++; C02_Storedata(); } /************************************/ /*********** 按键　处理　************/ /************************************/ if(Time_Config==0) //Time_Config { Delay_nms(10); if(Time_Config==0) { Time_Config_Flag=1; Show_Select++; //显示模式选择 if(Show_Select>=10) { Time_Config_Fl