12864串口.c

stc12c的AD处理

/******************************************************************
超声清洗系统-操作控制部分程序
台州市迈尔电子科技有限公司
网址:http://www.maier.zj.cn
邮箱:[e-mail]


KEY.C  file

作者:罗敏华
建立日期: 2007.04
修改日期: 2007.03.22
版本：V1.0
版权所有，盗版必究。
Copyright(C) Computer-lov 2007-2017
All rights reserved            
*******************************************************************/
#include "includes.h"

//***********************************************************************
//hex to bcd 非压缩		 OK
void hex_to_bcd(u08 hex_to_bcd_temp)
{ 
	u08 temp;
	hex_to_bcd_100=10;
	hex_to_bcd_10=10;
	hex_to_bcd_1=10;
	hex_to_bcd_100 = hex_to_bcd_temp/100;
	temp = hex_to_bcd_temp % 100;
	hex_to_bcd_10 = temp/10;
	hex_to_bcd_1 = temp % 10;
	if (hex_to_bcd_100==0) hex_to_bcd_100=10;
	if (hex_to_bcd_10==0)
	{
		if (hex_to_bcd_100==10) hex_to_bcd_10=10;
	}	
}
//***********************************************************************


//***********************************************************************
//按键操作处理	  OK
unsigned char fkey(void)
{
	key=0;
	if (UpKey==0)    key=1;
	if (DownKey==0)  key=2;
	if (FunKey==0)   key=3;
	if (StartKey==0) key=4;
	switch(key_state)
	{
		case 1:
			if(key>0) key_state=2;
			break;
		case 2:
			if(key>0)
			{
				switch(key)
				{
					case 3:
						beep=1;beep_x=1;beep_temp=0;
						menu++;
						key_to_clr_time=0;
						if (menu==2) if (temp_eer==1) menu++;
						if (time_exte==0) if(menu==1) menu++;
						con_disp (0x00,0x00,0x96,0x90,15);//------  
						con_disp (0x00,0x00,0x97,0x90,15);//
						con_disp (0x00,0x00,0x8e,0x80,15);// 
						con_disp (0x00,0x00,0x8f,0x80,15);//清反白 
						con_disp (0x00,0x00,0x9c,0x90,15);//
						con_disp (0x00,0x00,0x9d,0x90,15);// 
						con_disp (0x00,0x00,0x9e,0x90,15);//------
						if(menu==4) 
						{
							menu=0;
//-------------------------------------------------------------------------
//存储调整后的数据
							stc_rw_inc++;
							stc_eeprom_add=0x2800+stc_rw_inc;
							EepromWrite(stc_eeprom_add,0x55);
							stc_r_add=stc_rw_inc*3;
							stc_eeprom_add=0x28ff-stc_r_add-2;
							EepromWrite(stc_eeprom_add,time_data);
							stc_eeprom_add++;
							EepromWrite(stc_eeprom_add,temp_data);
							stc_eeprom_add++;
							EepromWrite(stc_eeprom_add,power_data);
//-------------------------------------------------------------------------
							if (time_exte==1)
							{
								time_60s_data=time_data;
								hex_to_bcd(time_60s_data);
								chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);
							}
						}
						break;
//------------------------------------------------------------------------
					case 1:
//------------------------------------------------------------------------
						if(menu==1)	   //时间增加调节
						{	
							key_to_clr_time=0;
							time_data++;
							if (time_data>100) 
							{
								time_data=100;
								hex_to_bcd(time_data);
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,11);
								time_60s_data=time_data;
								hex_to_bcd(time_60s_data);
								chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(time_data);
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,11);
							time_60s_data=time_data;
							hex_to_bcd(time_60s_data);
							chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);					
							break;
						}
//----------------------------------------------------------------------
						if(menu==2) 		//温度增加调节
						{	
							key_to_clr_time=0;
							temp_data++;
							if (temp_data>100) 
							{
								temp_data=100;
								hex_to_bcd(temp_data);
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,12);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(temp_data);
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,12);					
							break;
						}	
//-------------------------------------------------------------------------
						if(menu==3) 	//功率增加调节
						{
							key_to_clr_time=0;
							power_data=power_data+10;
							if (power_data>100) 
							{
								power_data=100;
								hex_to_bcd(power_data);
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,13);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(power_data);
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,13);					
							con_disp (0x00,0x00,0x8e,0x80,15); 
							con_disp (0x00,0x00,0x8f,0x80,15);
						}
						switch(power_data)
						{
							case 10:
								th0_x1=0xe6;					//定时器高位数值 
								tl0_x1=0xff;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break; 	
							case 20:
								th0_x1=0xe9;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 30:
								th0_x1=0xec;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 40:
								th0_x1=0xee;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 50:
								th0_x1=0xf1;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 60:
								th0_x1=0xf3;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 70:
								th0_x1=0xf6;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 80:
								th0_x1=0xf8;					//定时器高位数值 
								tl0_x1=0x80;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 90:
								th0_x1=0xfb;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;
							case 100:								
								th0_x1=0xff;					//定时器高位数值 
								tl0_x1=0x80;
								power_to=1;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;		
							}			
						break;
//---------------------------------------------------------------------------
					case 2:
						if(menu==1)		  //减少时间
						{
							key_to_clr_time=0;
							time_data--;
							if (time_data==0) 
							{
								time_data=1;
								hex_to_bcd(time_data);	  	//温度设置数据
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,11);
								time_60s_data=time_data;
								hex_to_bcd(time_60s_data);
								chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(time_data);	  	//温度设置数据
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,11);
							time_60s_data=time_data;
							hex_to_bcd(time_60s_data);
							chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);
							break;
						}
//---------------------------------------------------------------------------
						if(menu==2) 	 //减少温度
						{
							key_to_clr_time=0;
							temp_data--;
							if (temp_data==0) 
							{
								temp_data=1;
								hex_to_bcd(temp_data);	  	//温度设置数据
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,12);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(temp_data);	  	//温度设置数据
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,12);
							break;				
						}	
//---------------------------------------------------------------------------------------------
						if(menu==3) 		//减少功率
						{
							key_to_clr_time=0;
							power_to=0;
							power_data=power_data-10;
							if (power_data==0) 
							{
								power_data=10;
								hex_to_bcd(power_data);	  	//温度设置数据
								chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,13);
								break;
							}
							beep=1;beep_x=1;beep_temp=0;
							hex_to_bcd(power_data);	  	//温度设置数据
							chn_disp_to(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,13);
						}
						switch(power_data)
						{
							case 10:
								th0_x1=0xe6;					//定时器高位数值 
								tl0_x1=0xff;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;		
							case 20:
								th0_x1=0xe9;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 30:
								th0_x1=0xec;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 40:
								th0_x1=0xee;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 50:
								th0_x1=0xf1;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 60:
								th0_x1=0xf3;					//定时器高位数值 
								tl0_x1=0x7f;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 70:
								th0_x1=0xf6;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 80:
								th0_x1=0xf8;					//定时器高位数值 
								tl0_x1=0x80;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							case 90:
								th0_x1=0xfb;					//定时器高位数值 
								tl0_x1=0x00;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;
							case 100:								
								th0_x1=0xff;					//定时器高位数值 
								tl0_x1=0x80;
								if (power_run==1)
								{
									th0_xx=th0_x1;
									tl0_xx=tl0_x1;		
								}
								break;	
							}
							break;
//------------------------------------------------------------------------
//启动按键处理
				case 4:
						key=4;
						if (time_exte_b==0)
						{
//-------------------------------------------------------------------
							th0_xx=0xe6;//定时器高位数值 
							tl0_xx=0xff;
							power_to=0;
							power_out=1;
							led_chao =! led_chao;
							power_run =! power_run; //调功允许标志
							beep=1;beep_x=1;beep_temp=0;
							time_60s_b =! time_60s_b;
							time_exte_b1=!time_exte_b1;
							con_disp (0x00,0x00,0x94,0x90,15); 
							con_disp (0x00,0x00,0x95,0x90,15); 
							time_60s_data=time_data;
							hex_to_bcd(time_60s_data);
							chn_disp_to1(hex_to_bcd_100,hex_to_bcd_10,hex_to_bcd_1,14);
						}
						break;				
//------------------------------------------------------------------------
				}
				key_state=3;
			}
			else
				key_state=1;
			break;
		case 3:
			if(key==0)
			{
				key_state=1;
			}
			key=0;
			break;
	}
	return key;
}

//***********************************************************************



//***********************************************************************
//反白提示处理	  OK
void play_t(void)
{
	if (menu!=0)
	{
	if (play_time_temp==play_time)
	{ 
		play_time_temp=0;
		if (play_t_y==0)				 //开反白处理
		{
			play_t_y=1;
			switch(menu)
			{
				case 1:	//时间调整反白
					con_disp (0x00,0xff,0x97,0x90,15);
					if (time_data>9) con_disp (0xff,0xff,0x97,0x90,15);
					if (time_data>99) con_disp (0x00,0xff,0x96,0x90,15);
					return;
//--------------------------------------------------------------------------						
				case 2:	//温度调整反白
					con_disp (0x00,0xff,0x8f,0x80,15);
					if (temp_data>9) con_disp (0xff,0xff,0x8f,0x80,15);
					if (temp_data>99) con_disp (0x00,0xff,0x8e,0x80,15); 
					return;		 
				case 3: //功率调整反白
					con_disp (0xff,0x00,0x9e,0x90,15);
					if (power_data>9) con_disp (0xff,0xff,0x9d,0x90,15);
					if (power_data>99) con_disp (0x00,0xff,0x9c,0x90,15);
					return;			
			}
		}
		if (play_t_y==1)				 //关反白处理
		{
			play_t_y=0;
			switch(menu)
			{
				case 1:
					con_disp (0x00,0x00,0x96,0x90,15);
					con_disp (0x00,0x00,0x97,0x90,15);
					return;		
				case 2: 
					con_disp (0x00,0x00,0x8e,0x80,15); 
					con_disp (0x00,0x00,0x8f,0x80,15);
					return;		
				case 3: 
					con_disp (0x00,0x00,0x9c,0x90,15); 
					con_disp (0x00,0x00,0x9d,0x90,15);
					con_disp (0x00,0x00,0x9e,0x90,15);
					return;		
			}
		}
	}		
	play_time_temp++;
	}
	return;
}



//***********************************************************************



//***********************************************************************
//蜂鸣器驱动
void beep_out(void)
{
	if (beep_x>0)
	{
		if (Frebeep==0)
		{
			if (beep_temp>beep_time)
			{
				beep=0;
				beep_temp=0;
				beep_x--;
				if (beep_x!=0) Frebeep=1;
				return;
			}
			beep_temp++;
		    return;
		}
		if (beep_temp>beep_time)
		{
			beep=1;
			beep_temp=0;
			Frebeep=0;
			return;
		}
		beep_temp++;
	}
}  
//***********************************************************************



//***********************************************************************
//调功处理
void power_tt(void)
{
	if (power_run==1)
	{
		if (power_hq==1)
		{ 	
			if(th0_x1<=th0_x)
			{
				th0_xx=th0_x1;
				tl0_xx=tl0_x1;
				th0_x=0xe6;
				tl0_x=0xfF;
				power_hq=0;
				if (power_data>=100) 
				{
					power_to=1;
					return;
				}
				power_to=0;
				return;
			}															
			if (power_time_temp==power_time)
			{
				power_time_temp=0;				
				th0_xx=th0_x++;
				return;	
			}
			power_time_temp++;
			return;	
	 	}
	 return;
	 }
	 power_hq=1;
	 th0_x=0xe6;
	 tl0_x=0xff;