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📄 ftc1.c

📁 一款实用的汽车水箱控制器产品程序,使用的是PIC18F24J10芯片,可检测汽车水箱,油箱温度,汽车电源电压,并能实现控制
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12 
			
			PORTB = ledvm;	
			//PORTCbits.RC5 = 1;
			PORTC = 0B01001010;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
			PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}
					
		for (counter1 = 1; counter1 <= 6; counter1++)
		{
		PORTB = ledvm;			//mode led display	
		PORTC = 0B00001111;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
		PORTBbits.RB2 = 1;
			Delay100TCYx(20);
		
		PORTB = ledvm;	
		PORTC = 0B00001010;
		PORTBbits.RB1 = 1;
			Delay100TCYx(20);
		
			PORTB = ledvm;
			PORTC = 0B01101000;
			PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}
			
		for (counter1 = 1; counter1 <= 6; counter1++)
		{
		PORTB = ledvm;			//mode led display		
		PORTC = 0B00001111;
		PORTBbits.RB2 = 1;
			Delay100TCYx(20);
			
			PORTB = ledvm;		
			PORTC = 0B00001000;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
			PORTBbits.RB1 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;
		PORTC = 0B01101010;
		PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}
			
		for (counter1 = 1; counter1 <= 6; counter1++)
		{
			PORTB = ledvm;			//mode led display	
			PORTC = 0B00001101;
			PORTBbits.RB2 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;	
		PORTC = 0B00001010;
		PORTBbits.RB1 = 1;
			Delay100TCYx(20);
		
		PORTB = ledvm;		
		PORTC = 0B01100010;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
		PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}
		
		for (counter1 = 1; counter1 <= 6; counter1++)
		{
			PORTB = ledvm;			//mode led display	
			PORTC = 0B00001110;
			PORTBbits.RB2 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;	
		PORTC = 0B00001010;
		PORTBbits.RB1 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;			
		//PORTCbits.RC6 = 1;
		PORTC = 0B01101010;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
		PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}
		
		for (counter1 = 1; counter1 <= 6; counter1++)
		{
			PORTB = ledvm;			//mode led display	
			PORTC = 0B00001011;
			PORTBbits.RB2 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;	
		PORTC = 0B00001010;
		PORTBbits.RB1 = 1;
			Delay100TCYx(20);
			
		PORTB = ledvm;	
		//PORTCbits.RC5 = 1;
		PORTC = 0B01101010;		//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
		PORTBbits.RB0 = 1;
			Delay100TCYx(20);
			}		
	}
//****************************	Change Water LED Display 	*************************
	unsigned int LED_CW_DIS(int ledvs1, int ledvs2, int cwovs1, int cwovs2, int d)
	{	
		int j,h;
		PORTC = 0;	
		Delay1KTCYx(250);
		VVAL_PRE(CWOV);
		LED_PRE(T100, T10, T1);
		LEDVD = LEDVD + ledvs2;
		LEDVS = ledvs1;
		for (h = 0; h <= 10; h++)
		{	for (j = 0; j <= 20; j++)
				LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
			PORTB = 0;
			PORTC = 0;	
			Delay1KTCYx(100);
			if (SET == 0)
			{	Delay100TCYx(50);
				if (SET == 0)
				{	CWOV = CWOV + d;
					if (CWOV == cwovs1)
					{	TX = 3;
						T100 = 13;
						T10 = 14;
						T1 = 14;}
					if (CWOV > cwovs1)
					{	CWOV = cwovs2;
						VVAL_PRE(CWOV);}
					if (CWOV < cwovs1)
						VVAL_PRE(CWOV);
						
					LED_PRE(T100, T10, T1);
					if (CWOV != cwovs1)
						LEDVD = LEDVD + ledvs2;
					LEDVS = ledvs1;
					h = 0;
					}
				}
			}
		}
//********************************	 LED Display 	*************************
	unsigned int LED_F_DIS(int fla)
	{	
		int j,h;
		PORTC = 0;	
		Delay1KTCYx(250);
		for (h = 0; h < fla; h++)
		{	for (j = 0; j <= 50; j++)
			LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
			PORTC = 0;	
			Delay1KTCYx(200);
			
			}
		}
//********************************	Main process	*************************	
	void main (void)
	{
		int j, h;
		
		cobit.wat = 0;
		cobit.oil = 1;
		cobit.vol = 1;
		cobit.setn = 0;		
		cobit.sets = 0;
		cobit.modn = 0;
		cobit.mods = 0;
		
		initial ( );
		initialIO ( );
		initialAD ( );
		ADCON0 = 0B10000001;
		for (j=50; j > 0;--j)
		;
		ADCON0bits.GO = 1;
		while (1)
		{
			if ( ADCON0bits.GO == 0)
				break;
		}
Wait_ACC:
	PORTA = 0;
	PORTB = 0;
	PORTC = 0;
	while (1)
		{
			if (ACC == 0)
			{
				Delay100TCYx(100);
				if (ACC == 0)
				{
					 break; 
				}
			}
		}
		
	LEDVS = 0;		
	for (counter = 0; counter <= 4; counter++)
		LED_IN_DIS (LEDVS);
		
	VVAL_PRE(WTSV);
	LED_PRE(T100, T10, T1);
	LEDVS = 0X20;
	for (counter = 0; counter <= 100; counter++)
	LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
	
	VVAL_PRE(OTSV);
	LED_PRE(T100, T10, T1);
	LEDVS = 0X10;
	for (counter = 0; counter <= 100; counter++)
	LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display	
	
	VVAL_PRE(VSV);
	LED_PRE(T100, T10, T1);
	LEDVD = LEDVD + 0X10;
	LEDVS = 0X08;
	for (counter = 0; counter <= 100; counter++)
	LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display	
							
	while (1)
	{
com_out:

		LEDVS = 0X20;
		ADC0 = 0B00000101;
		for (h = 0; h < 4; h++)
		{
			AD_PRE (ADC0);
			TEM_PRE(ADRESH, ADRESL);
			K[h] = DWO;
			}
		DWOF = (float) (K[0] + K[1] + K[2] + K[3]) / 4 + 0.5;
		//					 + K[4] + K[5])/6 + 0.5; 
		//					 + K[6] + K[7] + K[8] + K[9])/10 + 0.5;
		//DWOF = (float) (K[0] + K[1] + K[2])/3 + 0.5;
		DWO = (int) DWOF;
		
		if (DWO >= WTSV)
			FAN = 1;
		if (WTSV == 102 || DWO == 152 || DWO < WTSV)
			FAN = 0;	
	if ( cobit.wat == 0)
	{	
		TVAL_PRE(DWO);
		LED_PRE(T100, T10, T1);	
				                                                                                                                                                                                                                        
		for (counter = 0; counter <= 100; counter++)
		{	
			COM( );
			if (cobit.modn == 0 && cobit.setn ==0)
			{	if (cobit.mods == 1 && cobit.sets == 0)
					_asm goto wat_chstate _endasm
				if (cobit.mods == 1 && cobit.sets == 1)
					_asm goto wat_chmet _endasm 
				if (cobit.mods == 0 && cobit.sets == 1)
					_asm goto wat_change _endasm
			}
			LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
		}
		if (WTSV != 102 && DWO != 152 && DWO >= WTSV)
		{	//PORTB = 0;
			PORTC = 0;	
			Delay10KTCYx(100);}
	}
		
	if ( cobit.oil == 0)
		{
		LEDVS = 0X10;
		ADC0 = 0B00001001;
		for (h = 0; h < 4; h++)
		{
			AD_PRE (ADC0);
			TEM_PRE(ADRESH, ADRESL);
			K[h] = DWO;
			}
		DWOF = (float) (K[0] + K[1] + K[2] + K[3])/4 + 0.5;
		//					 + K[4] + K[5])/6 + 0.5; 
		//					 + K[6] + K[7] + K[8] + K[9])/10 + 0.5;
		//DWOF = (float) (K[0] + K[1] + K[2])/3 + 0.5;
		DWO = (int) DWOF;
		
		TVAL_PRE(DWO);
		LED_PRE(T100, T10, T1);
				                                                                                                                                                                                                                        
		for (counter = 0; counter <= 100; counter++)
		{
			COM( );
			if (cobit.modn == 0 && cobit.setn ==0)
			{	if (cobit.mods == 1 && cobit.sets == 0)
					_asm goto oil_chstate _endasm
				if (cobit.mods == 1 && cobit.sets == 1)
					_asm goto oil_chmet _endasm 
				if (cobit.mods == 0 && cobit.sets == 1)
					_asm goto oil_change _endasm
			}
			LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
		}
		if (OTSV != 152 && DWO != 152 && DWO >= OTSV)
		{	//PORTB = 0;
			PORTC = 0;	
			Delay10KTCYx(100);}
	}
		
	if ( cobit.vol == 0)
		{
		LEDVS = 0X08;
		ADC0 = 0B00000001;
		AD_PRE (ADC0);
		V_PRE(ADRESH, ADRESL);
		LED_PRE(T100, T10, T1);
		if ( DV < 271 && DV > 69)
		LEDVD = LEDVD + 0X10;
		
		for (counter = 0; counter <= 100; counter++)
		{	
			COM( );
			if (cobit.modn == 0 && cobit.setn ==0)
			{	if (cobit.mods == 1 && cobit.sets == 0)
					_asm goto vol_chstate _endasm
				if (cobit.mods == 1 && cobit.sets == 1)
					_asm goto vol_chmet _endasm 
				if (cobit.mods == 0 && cobit.sets == 1)
					_asm goto vol_change _endasm
			}
			LED_DIS(LEDVS, TX, LEDVH, LEDVD, LEDVE);	//Call LED display
		}
		if (VSV != 136 && DV <= VSV)
		{	//PORTB = 0;
			PORTC = 0;	
			Delay10KTCYx(20);}

	}
			_asm goto com_acc _endasm
			
wat_chstate:		//(cobit.mods == 1 && cobit.sets == 0)//
	cobit.mods = 0;
	LED_F_DIS(3);
	cobit.wat = 1;
	cobit.oil = 0;
	cobit.vol = 1;
	_asm goto com_acc _endasm
wat_chmet:			//(cobit.mods == 1 && cobit.sets == 1)//
	cobit.mods = 0;
	cobit.sets = 0;
	LED_F_DIS(3);
	if (cobit.wat == 0 && cobit.oil == 0)
	{	cobit.oil = 1;
		cobit.vol = 1;
		_asm goto com_acc _endasm}
	cobit.wat = 0;
	cobit.oil = 0;
	cobit.vol = 1;
	_asm goto com_acc  _endasm 
wat_change:			//(cobit.mods == 0 && cobit.sets == 1)//
	cobit.sets = 0;
	CWOV = WTSV;
	LED_CW_DIS(0X20, 0X00, 102, 60, 2);		//70, 2);
	WTSV = CWOV;
	_asm goto com_acc  _endasm 
//*************************************************************************	
oil_chstate:		//(cobit.mods == 1 && cobit.sets == 0)//
	cobit.mods = 0;
	LED_F_DIS(3);
	cobit.wat = 1;
	cobit.oil = 1;
	cobit.vol = 0;
	_asm goto com_acc _endasm
oil_chmet:			//(cobit.mods == 1 && cobit.sets == 1)//
	cobit.mods = 0;
	cobit.sets = 0;
	LED_F_DIS(3);
	if (cobit.wat == 0 && cobit.oil == 0)
	{	cobit.wat = 1;
		cobit.vol = 1;
		_asm goto com_acc _endasm}
	cobit.wat = 0;
	cobit.oil = 0;
	cobit.vol = 1;
	_asm goto com_acc  _endasm 
oil_change:			//(cobit.mods == 0 && cobit.sets == 1)//
	cobit.sets = 0;
	CWOV = OTSV;
	LED_CW_DIS(0X10, 0X00, 152, 80, 2);
	OTSV = CWOV;
	_asm goto com_acc  _endasm 
//*********************************************************************
vol_chstate:		//(cobit.mods == 1 && cobit.sets == 0)//
	cobit.mods = 0;
	LED_F_DIS(3);
	cobit.wat = 0;
	cobit.oil = 1;
	cobit.vol = 1;
	_asm goto com_acc _endasm
vol_chmet:			//(cobit.mods == 1 && cobit.sets == 1)//
	cobit.mods = 0;
	cobit.sets = 0;
	LED_F_DIS(3);
	//if (cobit.wat == 0 && cobit.oil == 0)
	//{	cobit.wat = 1;
	//	cobit.oil = 1;
	//	_asm goto com_acc _endasm}
	cobit.wat = 0;
	cobit.oil = 0;
	cobit.vol = 1;
	_asm goto com_acc  _endasm 
vol_change:			//(cobit.mods == 0 && cobit.sets == 1)//
	cobit.sets = 0;
	CWOV = VSV;
	LED_CW_DIS(0X08, 0X10, 136, 80, 1);
	VSV = CWOV;
	_asm goto com_acc  _endasm 
	
com_acc:		
	if (ACC == 1)
		{
			Delay100TCYx(50);
			if (ACC == 1)
			break;
			}
	}
			_asm goto Wait_ACC _endasm					
}

/*		if (cobit.mods == 1)
		{	cobit.mods = 0;


			COM( );
			if (cobit.sets == 1)
			{	cobit.sets = 0;

				cobit.wat = 0;
				}

			_asm goto com_out _endasm
			}*/
12

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