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单片机自动排列上料控制程序 下

news 来源：原创 2025/5/9 6:24:20

/***************上料时间参数显示******************/
               void dis_timea(uchar s)
               {
               uchar x,y;
               uint i=0;
               A1=s/100;
               A2=(s-A1*100)/10;
               A3=s-A1*100-A2*10;
               for(y=0;y<2;y++)                  //百位显示
               {
               Write_IIC_Command(0XB2+y);        //纵向页
               Write_IIC_Command(00);            //横向离左部边缘开始的距离
               Write_IIC_Command(0X15);          //横向第四个字
                for(x=0;x<8;x++)                 //横向像素
                {
                Write_IIC_Data(show1[x+y*8+A1*16]);     //0--A字符表
                }
                for(x=0;x<8;x++)                 //横向像素
                {
                Write_IIC_Data(show1[x+y*8+A2*16]);
                }
               }
                for(y=0;y<2;y++)                 //十位显示
                {
                Write_IIC_Command(0XB2+y);       //纵向页
                Write_IIC_Command(00);           //横向离左部边缘开始的距离
                Write_IIC_Command(0X16);         //横向第五个字
                 for(x=0;x<8;x++)                //横向像素
                 {
                 Write_IIC_Data(show1[x+y*8+A3*16]);
                 }
                 for(x=0;x<8;x++)                //横向像素
                 {
                 Write_IIC_Data(0X00);             //2025 4 20
                 }
                }
               }
/***************设置参数显示******************/
               void dis_timeb(uchar s)
               {
               uchar x,y;
               uint i=0;
               A1=s/100;
               A2=(s-A1*100)/10;
               A3=s-A1*100-A2*10;
               for(y=0;y<2;y++)                  //百位显示
               {
               Write_IIC_Command(0XB4+y);        //纵向页
               Write_IIC_Command(00);            //横向离左部边缘开始的距离
               Write_IIC_Command(0X15);          //横向第四个字
                for(x=0;x<8;x++)                 //横向像素
                {
                Write_IIC_Data(show1[x+y*8+A1*16]);     //0--A字符表
                }
                for(x=0;x<8;x++)                 //横向像素
                {
                Write_IIC_Data(show1[x+y*8+A2*16]);
                }
               }
                for(y=0;y<2;y++)                 //十位显示
                {
                Write_IIC_Command(0XB4+y);       //纵向页
                Write_IIC_Command(00);           //横向离左部边缘开始的距离
                Write_IIC_Command(0X16);         //横向第五个字
                 for(x=0;x<8;x++)                //横向像素
                 {
                 Write_IIC_Data(show1[x+y*8+A3*16]);
                 }
                }
               }
/***************显示参数归零******************/
               void csgl()
               {
               uchar x,y;
               uint  Cnt=32;
//参B0 12    00
              for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb0+y);        //竖向第一行    
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x11);             //横向第三个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*0]); //字符表第0个字
                }
               }
//数B0 13   01
               for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb0+y);        //竖向第一行
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x12);             //横向第四个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*1]);  //字符表第1个字
                }
               }
//归B0 14  02
              for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb0+y);        //竖向第一行    
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x13);             //横向第五个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*27]); //字符表第2个字
                }
               }
//零B0 15  03
               for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb0+y);        //竖向第一行    机
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x14);             //横向第六个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*28]);  //字符表第3个字
                }
               }
              }
/***************显示开关数率******************/
              void DisRunSpeed()
              {
               uchar x,y;
               uint  Cnt=32;
//开B2 10 36
              for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb2+y);         //竖向第一行    
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x10);           //横向第三个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*36]); //字符表第0个字
                }
               }
//关B2 11 37
               for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb2+y);        //竖向第一行
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x11);             //横向第四个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*37]);  //字符表第1个字
                }
               }
//数B2 12  1
              for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb2+y);        //竖向第一行    
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x12);             //横向第五个字
                for(x=0;x<16;x++)                 //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*1]); //字符表第2个字
                }
               }
//率B2 13  17
               for(y=0;y<2;y++)
               {
               Write_IIC_Command(0xb2+y);        //竖向第一行    机
               Write_IIC_Command(0x00);
               Write_IIC_Command(0x13);          //横向第六个字
                for(x=0;x<16;x++)                //横向像素
                {
                Write_IIC_Data(show4[x+y*16+Cnt*17]);  //字符表第3个字
                }
               }
              }
/*----------功能判断子程序------------*/
               void   function(uchar FuncData)
               {
                uchar  func;
                func=FuncData;
                Dis_Num(func);    
                display(func);                   //临时测试
                if(func==1)                      //功能设置循环置为1
                {
                Initial_LY096BG30();             //初始化显示屏
                Infrared_delay();                //上料延时
            //    DisNumber(0);                    //功能编号
                distest(RunTime_A);
                }
                if(func==2)                      //功能设置循环置为2
                {
                Initial_LY096BG30();             //初始化显示屏
                photoelectricity_delay();        //光电延时
                distest(RunTime_B);
                }
                if(func==3)                      //功能设置循环置为3
                {
                Initial_LY096BG30();             //初始化显示屏
                DisStopData();                   //显示电机速度
                dishz(FHz);                      //参数显示 分离lmn百十个位数据
                }
                if(func==4)                      //功能设置循环置为4
                {
                Initial_LY096BG30();             //初始化显示屏
                DisMotorSpeed();                 //电机速度
                distest(CT);                     //占空比
                }
                if(func==5)                      //功能设置循环置为4
                {
                Initial_LY096BG30();             //初始化显示屏
                DisRunSpeed();                   //开关数率    计数器
                display(total);                     //
               }
              }  
/*----------参数加-----------------*/
               void   DataOn( )                  /*写数据B子函数*/
               {                                 /*子函数开始*/
               valb=valb+1;                      /**加一**/
               if(valb>999)
               valb=0;                           /*大于999归零*/
               }                                 /*子函数结束*/
/*----------参数减---------------*/
               void   DataDown( )                /*写数据B子函数*/
               {                                 /*子函数开始*/
               valb=valb-1;                      /**加一**/
               if(valb==0)
               valb=999;                         /*大于999归零*/
               }                                                            //                    
/*-----------加减按键处理子程序------*/
               void   addfunt(int funtt,bit adddec) //功能编号 加减标志
               {
                int fun;
                bit adddecb;
                fun=funtt;
                adddecb=adddec;
                switch(fun)
                {                                //
                  case 1:                        //上升结束延时加
                  if(adddecb)
                  {    
                  valb=RunTime_A;                //数据交上升结束延时加函数子程序处理
                  DataOn();                      //加函数  display()函数处理lmn
                  RunTime_A=valb;                //处理数据交上升结束延时 存储器
                  distest(RunTime_A);            //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }
                  else
                  {                              //减
                  valb=RunTime_A;                //数据交上升结束延时减函数子程序处理
                  DataDown();                    //减函数  display()函数处理lmn
                  RunTime_A=valb;                //处理数据交上升结束延时 存储器
                  distest(RunTime_A);            //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }break;   
                  case 2:                        //下降时间加
                  if(adddecb)
                  {    
                  valb=RunTime_B;                //数据交下降时间加函数子程序处理
                  DataOn();                      //加函数  display()函数处理lmn
                  RunTime_B=valb;                //处理数据交下降时间 存储器
                  distest(RunTime_B);            //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }
                  else
                  {                              //下降时间减
                  valb=RunTime_B;                //数据交减函数子程序处理
                  DataDown();                    //减函数  display()函数处理lmn
                  RunTime_B=valb;                //处理数据交下降时间 存储器
                  distest(RunTime_B);            //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }
                  break;   
                  case 3:                         //
                  if(adddecb)
                  {   
                   FHz = FHz/100;               //
                   FHz=FHz+1;                     //
                   if(FHz>=200)                 //
                   {
                    FHz=0;                         //
                   }     
                   dishz(FHz);                  //参数显示 分离lmn百十个位数据
                   Timer2_Init();
                   write_eeprom();
          //        write3();                    //写EEPROM lmn百十个位数据
                  }
                  else
                  {                             
                   FHz = FHz/100;              //
                   FHz=FHz-1;                     //
                   if(FHz==0)
                    {
                    FHz=200;
                    }
                   dishz(FHz);                  //参数显示 分离lmn百十个位数据
                   Timer2_Init();                 //
                   write_eeprom();                 //
                  }
                  break;   
                  case 4:                        //占空比
                  if(adddecb)
                  {                              //开模时间加
                  CT++;                          //数据交加函数子程序处理
                  if(CT>99)
                  CT=0;                          //处理数据交开模时间存储器
                  Timer2_Init();                 //定时器2初始化
                  distest(CT);                   //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }
                  else
                  {                              //开模时间减
                  CT--;                          //数据交加函数子程序处理
                  if(CT<1)
                  CT=99;  
                  Timer2_Init();                 //定时器2初始化
                  distest(CT);                   //参数显示 分离lmn百十个位数据
                  write_eeprom();
                  }
                   break;  
                  case 5:                   
                  if(adddecb)
                  {                              //开模时间加
                  RunTime_A=0X10;                //上料延时
                  RunTime_B=0X20;                //光电延时
                  FHz=190;                      //停顿时间
                  CT=85;                         //电机速度
                  total=5;
                  Timer2_Init();                 //定时器2初始化
                  write_eeprom();                 //
                  display(total);                     //
                  csgl();
                  }
                  else
                  {    
                  RunTime_A=0X10;                //上料延时
                  RunTime_B=0X20;                //光电延时
                  FHz=190;                      //停顿时间
                  CT=85;                         //电机速度
                  total=5;
                  Timer2_Init();                 //定时器2初始化
                  write_eeprom();                 //
                  display(total);                     //
                  csgl();
                  }
                 break;   
                 default :break;
                 }
                }
/*************功能设置函数**************/
/*****功能，加减键设定各界面参数*********/
/**************     **************/
              void  funset()
              {
               while(func)                       //进入功能设置流程
               {
                DisSetData();                     //显示参数设置加减设置退出
                if(func==0)                      //功能计数器为0返回主程序
                break;                           //功能标志大于等于6功能计数器归零
                if(!KEY_ADD)                     //检测按键加
                 {                               //数据处理
                  adddecbit=1;                   //加减处理标志置1
                  addfunt(func,adddecbit);       //调用加减处理功能子函数 func界面号adddecbit加减标志
                 }
                 if(!KEY_DEC)                    //检测按键减  
                 {                               //数据处理
                 adddecbit=0;                    //加减处理标志置0
                 addfunt(func,adddecbit);        //调用加减处理功能子函数 func界面号adddecbit加减标志
                 }
                 if(!Funkey)                     //再检测功能键
                 {
                 func++;                         //功能标志加一
                 Delay_50ms(2);                 //延时等待
                 Dis_Num(func);    
                 if(func>=6)                     //功能标志大于等于6归0
                  {
                   func=0;                       //功能计数器归零
                   Initial_LY096BG30();          //初始化显示屏
                  }                                 //
                  function(func);                //刷新功能显示界面
                 }
// 退出检测
                 RstKey();
                 for(;kcounter<5;)               //按键循环5次
                 if(!Quitkey)                   //按键低电平
                  {
                   LowVoltKey();                      //按键低电平 清除计数器
                  }
                  else if(~!Quitkey)             //按键高电平
                  {
                   HighVoltKey();                     //按键计数器加一 状态计数器加一
                  }
                  if(kstatus>=3)                  /*按键状态标志大于等于3为有效值*/
                  {
                   func=0;
                   cleardisp();
                  }
                }     
               cleardisp();
               Diswait();
               Delay_50ms(5);
               }
/*****************************/
              void  MOTORLRUN()                  //顶进
              {
               do
               {
               RstKey();                        //按键复位
                for(;kcounter<5;)                //按键循环5次
                 {
                  if(!INTPUT1)                   //按键低电平
                  {
                  LowVoltKey();
                  }
                  else if(~!INTPUT1)             //按键高电平
                  {
                  HighVoltKey();
                  }
                 }
                 if(kstatus>=4)                  /*按键状态标志大于等于3为有效值*/
                 {                               /*循环检测 */
                 MOTORRUN_L=0;
                 }
                }                           
                while(MOTORRUN_L);
              }
/*****************************/
              void  MOTORRRUN()                  //顶退
              {
              do
               {
               RstKey();                        //按键复位
                for(;kcounter<5;)                //按键循环5次
                 {
                  if(!INTPUT2)                   //按键低电平
                  {
                  LowVoltKey();
                  }
                  else if(~!INTPUT2)             //按键高电平
                  {
                  HighVoltKey();
                  }
                 }
                 if(kstatus>=4)                  /*按键状态标志大于等于3为有效值*/
                 {                               /*循环检测 */
                 MOTORRUN_R=0;
                 }
                }                           
                while(MOTORRUN_R);
              }

//自动运行      INTPUT3
              void AutoRun()
              {
/***************检测料满停机信号*********************/
//低电平开始计时 到设定值料满停机
               do
                {                                 //定时器检测INTPUTD2
// 高电平 允许开摇摆电机
                 RstKey();                       //
                 for(;kcounter<5;)               //按键循环5次
                  {
                   if(!EXIT_0)                   //P3.2按键低电平
                   {
                   LowRst();                     //按键低电平 清除计数器
                   }
                   else if(~!EXIT_0)             //按键高电平
                   {
                   HighSet();                    //按键计数器加一 状态计数器加一
                   }
                  }
                  if(kstatus>=3)                 /*按键状态标志大于等于3为有效值*/
                  {
                   Time_A=0;
                   Switch_Flag=0;                //定时器计时标志
                   OUT1=1;                       //放料闸门关
                   if(Photoele_Flag==0)             //光电上料允许
                   {
                   MOTORA_CW=0;                  //上料电机开
                   MOTORB_CW=0;                  //排列电机开启
                   }
                  }
/******外中断0检测到中断信号 置位Switch_Flag=1***/
/***************检测上料信号*计时到电机停止******/
                 if(Switch_Flag==1)              /*按键状态标志大于等于3为有效值*/
                 {                                 //Switch_Flag=1;
                  LoaderMotorClose();             //“上料电机”显示关
                  DisWork();                     //显示上料
                  MOTORA_CW=1;                   //上料电机停止
                  OUT1=0;                        //放料闸门开 计时到闸门关闭
                   for(Time_A=0;Time_A<RunTime_A;Time_A++)
                   {                             //循环延时设定时间值
                   dis_timea(Time_A);             //显示上料时间
                   Delay_50ms(5);                 //延时
                  }
                  Clear_State();                 //清除第一行状态显示
                  Switch_Flag=0;                 //上料信号标志复位
                  MOTORA_CW=0;                   //上料电机开启
                  LoaderMotorOpen();             //“上料电机”显示开
                  OUT1=1;      
                 }
                 if(dis_Flag==1)                 //定时器2读到一次低电平 刷新显示
                 {
                  dis_Flag=0;
                  dis_timeb(Time_B);
                 }
/***************光电低电平定时器计数 主程序显示时间******/
// Photoele_Flag=1 检测光电开关信号 高电平开排列电机 上料电机
                 if(Photoele_Flag==1)//光电 链条传输 运行关闭态 开摇摆电机
                 {
                  LoaderMotorClose();             //“上料电机”显示关
                  ArrangeMotorClose();             //“排列电机”显示关
                  MOTORA_CW=1;                   //上料电机关闭
                  MOTORB_CW=1;                   //排列电机关闭
                  MOTORB_CCW=1;                     //备用
                  Delay_50ms(50);                 //
                  RstKey();                         //满料光电检测
                  for(;kcounter<10;)             //按键循环5次
                   {
                    if(!INTPUTD2)                //按键低电平
                    {
                       LowRst();                      //
                    }
                    else if(~!INTPUTD2)          //按键高电平
                    {
                      HighSet();                     //
                    }
                   }
                   if(kstatus>=8)                /*按键状态标志大于等于3为有效值*/
                   {                             /*循环检测 */
                   Delay_50ms(10);                 //
                   MOTORA_CW=0;                  //上料电机开
                   MOTORB_CW=0;                  //排列电机开
                   LoaderMotorOpen();             //“上料电机”显示开
                   ArrangeMotorOpen();             //“排列电机”显示开
                   Photoele_Flag=0;              //定时器中断计时标志 计时到电机停止
                   }                               //Clearkey
                  }                                 //
//光电高电平 重启运行
                 RstKey();                         //排列电机到位
                 for(;kcounter<10;)               //按键循环5次
                  {
                   if(!INTPUT0)                  //按键低电平
                   {
                   LowVoltKey();                 //按键低电平 清除计数器
                   }
                   else if(~!INTPUT0)            //按键高电平
                   {
                   HighVoltKey();                //按键计数器加一 状态计数器加一
                   }
                  }
                  if(kstatus>=8)                 /*按键状态标志大于等于3为有效值*/
                  {
                   MOTORB_CW=1;                  //排列电机开
                   L_EN=1;
                   R_EN=1;
                   DisJacking();                 //显示顶进
                   MOTORRUN_L=1;                 //电机正转标志
                   MOTORLRUN();                  //顶进
                   L_PWM = 0;
                   OUT2=1;
                   L_EN=1;
                   R_EN=1;
                   Delay_50ms(5);
                   DisRetreat();                 //显示顶退
                   MOTORRUN_R=1;                 //电机反转标志
                   MOTORRRUN();                  //顶退
                   R_PWM = 0;
                   OUT2=1;
                   L_EN=0;
                   R_EN=0;
                   DisRetreat();                 //清除显示
                   Clear_State();                 //清除第一行状态显示     INTPUT3
//滑槽料满低电平检测
                   RstKey();                     //排列电机到位
                   for(;kcounter<10;)              //按键循环5次
                   {
                    if(!INTPUT3)                  //按键低电平
                    {
                    LowVoltKey();                 //按键低电平 清除计数器
                    }
                    else if(~!INTPUT3)            //按键高电平
                    {
                    HighVoltKey();                //按键计数器加一 状态计数器加一
                    }
                   }
                   if(kstatus>=8)                 /*按键状态标志大于等于3为有效值*/
                   {
//滑槽料满高电平检测
                    kstatus=0;
                    for(;kstatus<5;)              //排列高电平检测
                    {
                     if(~!INTPUT3)                 //
                     kstatus++;
                     else
                     kstatus=0;
                    }
                   }
                   MOTORB_CW=0;                  //排列电机开
                   kstatus=0;
                   for(;kstatus<5;)              //排列高电平检测
                   {
                       if(~!INTPUT0)                 //
                    kstatus++;
                    else
                    kstatus=0;
                   }
                   Delay_50ms(10);                 //延时再检测
                  }
//检测直流电机
                 RstKey();                         //
                 for(;kcounter<8;)               //按键循环5次
                  {
                  kcounter++;
                   if(~!StartD1)                 //按键高电平
                   {
                   kstatus++;                 //按键低电平 清除计数器
                   }
                   else if(!StartD1)            //按键低电平
                   {
                   kstatus=0;                //按键计数器加一 状态计数器加一
                   }
                  }
                  if(kstatus>=6)                 /*按键状态标志大于等于3为有效值*/
                  {
                  Reset_io();                     //关闭输出
                  RunFlag=0;                     //自动运行循环标志
                  cleardisp();                     //清除显示
                  Diswait();                     //显示待机
                  }
//退出自动检测 StartD1
                }
                while(RunFlag);                     //
              }
/**************定时中断*************************/
               void timer0() interrupt 1
               {
                uchar aa;
                aa++;                            //定时基数变量
                if(aa>=200)                      //定时周期
                {
                 aa=0;                           //定时基数归零
                }                                //Photoele_Flag=1
//光电停机计时
                if(Switch_Flag==1)               //外中断0 开闸计时标志
                {
                 Time_A++;                       //定时器计时开闸时间
                 if(Time_A>=RunTime_A)           //计数器到开闸设定值
                 {
                 Time_A=0;                       //计数器归零
                 Switch_Flag=0;                  //开闸计时标志归零
                 }
                }
//开闸计时
               }     
/*************P3.2下降沿中断**链条上料***********/
              void exint0() interrupt 0          //INT0中断入口
              {         
               
               RstKey();
               for(;kcounter<5;)                 //按键循环5次
               {
                if(!EXIT_0)                      //P3.2按键低电平
                {
                LowVoltKey();                    //按键低电平 计数器加一状态标志加一
                }
                else if(~!EXIT_0)                //按键高电平
                {
                HighVoltKey();                   //按键计数器加一    状态标志归零
                }
               }
               if(kstatus>=3)                    /*按键状态标志大于等于3为有效值*/
               {  
               Switch_Flag=1;                    //定时器计时标志
               }                                 //自动运行函数上料电机停止
//              
              }
//========================================================================
// 函数: void Timer0_Init(void)
// 描述: 定时器0初始化函数。
// 参数: none.
// 返回: none.
// 版本: VER1.0
// 日期: 2022-6-2
// 备注:
//========================================================================
              void Timer_Init(void)
              {
              AUXR=0X80;         //STC系列的1T 设置
              TMOD=0X01;          //
              TL0=0X32;
              TH0=0X53;
              ET0=1;
              TR0=1;  
              }
/**************定时器2初始化************/
              void Timer2_Init()
              {
              AUXR|=0x40;                        //定时器2为12T模式      12MHZ
              F_Hz = FHz*100;                   //*100 总分频20000HZ
              T2L = (65536-FOSC/2/F_Hz);         //初始化计时值
              T2H = (65536-FOSC/2/F_Hz) >> 8;            
              AUXR |= 0x10;                      //定时器2开始计时
//    INT_CLKO = 0x04;                 //使能定时器2的时钟输出功能
              IE2 |= 0x04;                       //开定时器2中断
              EA  = 1;                           //打开总中断
              if(F_Hz == 0||F_Hz == 20000)       //当频率值为0或200Hz关闭输出
               {
                  IE2 &= ~0x04;                   //关闭中断
               AUXR &= ~0x10;                  //定时器2停止计时
         //      PWM1 = 0;
               }
              }
/*定时器2扩展外部普通IO中断****************/
/*P2.2低电平开计数器高电平关计数器*/
/******/
              void t2int() interrupt 12          //中断入口
              {
               uint CT0,CT1,CT2,CT3; //
               uchar SS;                         //
               SS++;                             //定时基数变量
               if(SS>=200)                       //定时周期
                {
                SS=0;                            //定时基数归零
//计时标志为0 检测低电平信号
                if(Photoele_Flag==0)             //满料光电检测
                {
                 if(!INTPUTD2)                   //按键低电平 INTPUTD2 P2.2口
                  {
                   Time_B++;                     //计数满清零
                   dis_Flag=1;                     //计数器刷新显示标志
                   if(Time_B>=RunTime_B)         //Auto_Run  Time_B++
                   {
                   Photoele_Flag=1;              //定时器中断计时标志 计时到电机停止
                   Time_B=0;                     //计数满清零
                   }
                  }                                 //高电平计数器归零
                  else  if(~!INTPUTD2)           //按键低电平 INTPUT3 P3.3口
                  {
                  Time_B=0;                      //计数满清零
                  }
                 }
                }
//
                if(MOTORRUN_L==1)
                {
                CT2++;
                if(CT2>=2)
                {
                 CT2 = 0;
                 CT0++;
                 if(CT0>=CT)
                 {
                 L_PWM = 1; //
                 }
                 else
                 {
                 L_PWM = 0;
                 }
                 if(CT0>=100)
                 {
                 CT0 = 0;
                 }
                }
               }
//
               if(MOTORRUN_R==1)
                {
                CT3++;
                if(CT3>=2)
                {
                 CT3 = 0;
                 CT1++;
                 if(CT1>=CT)            //占空比
                 {
                 R_PWM = 1; //
                 }
                 else
                 {
                 R_PWM = 0;
                 }
                 if(CT1>=100)
                 {
                 CT1 = 0;
                 }
                }
               }
//
              }
/******************** 主函数 **************************/
              void main(void)
              {
              // P_SW2 |= 0x80;     //扩展寄存器(XFR)访问使能
              func=0;
              RunFlag=0;                         //自动运行循环标志
              LED=0;
              total=0;
              IT0=1;                            //设置INT0的中断类型 (1:仅下降沿 0:上升沿和下降沿)
              EX0=1;                            //使能INT0中断
              EA=1;
              Init_io();
              Initial_LY096BG30();
              cleardisp();
              red_eeprom();
              Timer_Init();                      //定时器0初始化
              Timer2_Init();                     //定时器2初始化
              dis_Flag=0;                         //光电显示刷新标志
              Run_Flag=0;                         //自动运行标志
              Photoele_Flag=0;                   //光电低电平计时标志 定时器1读IO口
              Valve_Time=0;
              cleardisp();
              red_eeprom();
              display(total);                     //
              Delay_50ms(10);
              total++;
              write_eeprom();                     //
              Diswait();                         //
              Step=5;                             //步进数
              while(1)
               {
               // OUT2=~OUT2;                    //
                Delay_50ms(5);
                cleardisp();
                Diswait();                       //
                RstKey();    
                for(;kcounter<10;)               //按键循环5次
                 {
                  if(!Funkey)                    //按键低电平
                  {
                  LowVoltKey();
                  delay(50);                     //延时
                  }
                  else if(~!Funkey)              //按键高电平
                  {
                  HighVoltKey();
                  delay(50);                     //延时
                  }
                 }
                 if(kstatus>=8)                  /*按键状态标志大于等于3为有效值*/
                 {                               /*循环检测 */
                 Initial_LY096BG30();            //初始化显示屏
                 func+=1;                        // 功能循环标志
                 cleardisp();
                 DisSetData();
                 function(func);                 // 功能判断子程序 功能设置散转
                 funset();                       //进入功能设置界面
                 }                                 //Clearkey
///
//功能键
                 RstKey();
                 for(;kcounter<5;)               //按键循环5次
                  {
                   if(!StartD1)                  //按键低电平
                   {
                   LowVoltKey();                 //按键低电平 清除计数器
                   }
                   else if(~!StartD1)            //按键高电平
                   {
                   HighVoltKey();                //按键计数器加一 状态计数器加一
                   }
                  }
                  if(kstatus>=3)                 /*按键状态标志大于等于3为有效值*/
                  {
                  cleardisp();
                  DisDoon();                     //显示运行
                  DisLoaderMotor();                 //上料电机
                  Delay_50ms(5);
                  DisArrangeMotor();             //排列电机
                  Delay_50ms(5);
                  dis_Value(Time_A);
                  dis_Val(Time_B);
                  Delay_50ms(10);
                  LoaderMotorOpen();
                  ArrangeMotorOpen();
                  RunFlag=1;                     //自动运行循环标志
                  AutoRun();                     //自动运行子程序
                  }
               }                                 //参数设置 EEPROM储存
              }                                     //L2251 CODE11820 2025 5 68
             

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