汽车无线遥控防盗器遥控板主板4款硬件protel原理图PCB+源程序

//#include "main.h" //#include "remote.h" //#include "key.h" #include "include.h" const uint PULSE_SHORT_MIN=PULSE_SHORT_MIN_TIME/8/4; //1。8ms const uint PULSE_SHORT_MAX=PULSE_SHORT_MAX_TIME/8/4; //3ms const uint PULSE_LONG_MIN=PULSE_SHORT_MIN_TIME/8/4*3; const uint PULSE_LONG_MAX=PULSE_SHORT_MAX_TIME/8/4*3; const uint PULSE_SYN_MAX=PULSE_SHORT_MAX_TIME/8/4*35; const uint PULSE_SYN_MIN=PULSE_SHORT_MIN_TIME/8/4*20; const uint DT=(uint)((PULSE_SHORT_MIN_TIME/8/4+PULSE_SHORT_MIN_TIME/8/4)*0.1/2); bank2 SharkFlagStruct SharkFlag={2}; bank1 ulong PassWord[2]; //waste 2B ram; 20bit static bank1 RemindStateEnum RemindState=DOOR_OPEN; static bank1 uchar PressUnlock=0; static Timer16Struct GuardQuiet5s={0,1}; //延时5s进入警戒状态; static bank1 AlarmGradeEnum AlarmGrade=Guard; static bank1 OpenStepEnum OpenStep=OPEN_REMIND; static EnergencyEnum Energency=PRESS_FIND; static bank1 bit SystemGuardChangeFirstTime=0; bank2 LearnStepEnum LearnStep=FRIST_DATA; bank2 Timer16Struct AlarmSharkTimer={0,0}; bank1 Timer16Struct DoorOpenTimer={0,0}; bank1 uchar AlarmNoub=0; bit remote_key_dither(ulong data) { static bank1 ulong LastRemote; if(data==LastRemote) { if(RemoteKey.Flag.FirstPress==1) { RemoteKey.Flag.Press=1; RemoteKey.Flag.FirstPress=0; RemoteKey.Key=get_key(data); RemoteKey.Rec=data; } RemotePressTimeOut.Interval=0; RemoteKey.Time.Interval=RemotePressTime.Interval; RemotePressTime.enable=1; RemotePressTimeOut.enable=1; LastRemote=data; //RemoteKey.Key=get_key(data); return 1; } else { //for error process; RemoteKey.Flag.Release=0; RemoteKey.Flag.Press=0; RemoteKey.Flag.FirstPress=1; RemotePressTime.Interval=0; } LastRemote=data; return 0; } ulong get_password(ulong data) { //ulong pass; //pass=(data&0x00ffffff)>>4; //return(pass); return((data&0x00ffffff)>>4); } uchar get_key(ulong data) { ulong pd; uchar KeyValue; pd=data&0x0f; KeyValue=(uchar)(pd); if(KeyValue==0x08) return KEY_LOCK; else if(KeyValue==0x0c) return KEY_UNLOCK; else if(KeyValue==0x03) return KEY_QUIET; else if(KeyValue==0x0f) return KEY_FIND; #ifdef BOOT_EN else if(KeyValue==0x04) return KEY_BOOT; #endif else return KEY_UNKNOW; } bit decode(ulong data) { ulong Word; Word=get_password(data); if(PassWord[0]==Word||PassWord[1]==Word) return 1; else return 0; } //void remind_shutdown(void) bit remind_shutdown(void) { static bank1 Timer16Struct DelayTime=0; if(InState.SideDoor==DOOR_OPENED) { RemindState=DOOR_OPEN; DelayTime.Interval=0; } switch(RemindState) { case DOOR_OPEN: if(InState.SideDoor==DOOR_OPENED) RemindState=DOOR_CLOSE; break; case DOOR_CLOSE: if(InState.SideDoor==DOOR_CLOSED) { RemindState=DELAY_5S; DelayTime.Interval=0; } break; case DELAY_5S: if(DelayTime.Interval++>=REMIND_SHUT_DELAY_TIME) { DelayTime.Interval=0; RemindState=REMIND; speak_act_precoss(0,0,0,RESET); //reset speak; } break; case REMIND: flash_trun_signal(120/TIME_BASE,1400/TIME_BASE,3); if(speak_act_precoss(40/TIME_BASE,1480/TIME_BASE,3,SHORT)) { RemindState=DELAY_60S; flash_trun_signal(0,0,0); speak_act_precoss(0,0,0,RESET); } break; case DELAY_60S: if(DelayTime.Interval++>=REMIND_DELAY_60S) { RemindState=CHANGE_STATE; DelayTime.Interval=0; } break; case CHANGE_STATE: RemindState=STATE_END; if(Jump.SlefThorth) { system_state_change(State,GUARD_QUIET,1); return 1; } //PreState=State; //State=GUARD_QUIET; break; case STATE_END: break; default:break; } return 0; } bit alarm_led_long_light(uchar LightTime,uchar DrownTime) { static Timer16Struct RunTime=0; if(LightTime==0) { RunTime.Interval=0; ALARM_LED=0; } else { if(++RunTime.Interval<=LightTime*125) { ALARM_LED=1; } else if(RunTime.Interval<=125*(LightTime+DrownTime)) ALARM_LED=0; else { RunTime.Interval=0; return 1; } } return 0; } /* //////////////////////////////////////////// // Times :125ms // // Second: 1s // //////////////////////////////////////////// void flash_alarm_led(uchar Times,uchar Second) { if(AlarmLed.Flag.ms125) { AlarmLed.Flag.ms125=0; AlarmLed.Flag.Time++; if(AlarmLed.Flag.Time<=Times) ALARM_LED=!ALARM_LED; else if(AlarmLed.Flag.Time<=Times+Second*8) //2s ALARM_LED=0; else AlarmLed.Flag.Time=0; } } */ bit flash_alarm_led(uchar Times,uchar Second) { if(AlarmLed.Flag.ms125) { AlarmLed.Flag.ms125=0; AlarmLed.Flag.Time++; if(AlarmLed.Flag.Time<=Times) ALARM_LED=!ALARM_LED; //ALARM_LED=1; else if(AlarmLed.Flag.Time<=Times+Second*8) //2s ALARM_LED=0; else { AlarmLed.Flag.Time=0; return 1; } } return 0; } void signal_led_alarm(AlarmGradeEnum state) { if(state==Guard) flash_alarm_led(4,2); else if(state==Shaked) flash_alarm_led(6,2); else if(state==Opened) alarm_led_long_light(4,4); else if(state==Unchain) alarm_led_long_light(6,0); } uchar flash_trun_signal(uint PulseTime1,uint Interval1,uchar Times1) { static bank2 uint RunTime1=0; static bank2 uchar CTime1=0; //continuance time; Used.TrunSignal=1; if((PulseTime1==0)&&(Interval1==0)) { Used.TrunSignal=0; RunTime1=0; TRUN_SIGNAL=0; CTime1=0; return 1; } else { if(CTime1<Times1) { if(++RunTime1<=PulseTime1) TRUN_SIGNAL=1; else if(RunTime1<=(PulseTime1+Interval1)) TRUN_SIGNAL=0; else { CTime1++; RunTime1=0; } return 0; } else { CTime1=Times1; TRUN_SIGNAL=0;