main.c

来自「人的进出门检测 发出语音播报 并有数码管显示商店的总来访人数及剩余人数」· C语言 代码 · 共 479 行 · 第 1/2 页

C
479 行
字号
12
              *P_IOB_Data=g_Data[OUT]|0x0200;
               *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
			  *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
			  *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
               *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
			  *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
			  *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
               *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
			  *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      *P_IOB_Data=g_Data[IN]|0x0100;         
              *P_IOB_Data=g_Data[OUT]|0x0200;
		      
		      *P_Watchdog_Clear = 0x0001;           //清看门狗
		  	  

 
        
         
       	     
        *P_Watchdog_Clear = 0x0001;                 //清看门狗    
     
}

void rshow()


{
        
         

        
             
         *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100; 
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;                
       	   *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
         *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100; 
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;                
       	   *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;  
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100; 
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;                
       	   *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
         *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100; 
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;                
       	   *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;    
          *P_IOB_Data=g_Data[OUT]|0x0200;
         *P_IOB_Data=g_Data[IN]|0x0100;            
      *P_Watchdog_Clear = 0x0001;                 //清看门狗    
     
}


 void showT()


{
        
      
	 
			  *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			  *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		     *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			  *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			   *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			  *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		       *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
			 *P_IOB_Data=g_Data[Tens]|0x0100;         
              *P_IOB_Data=g_Data[Ones]|0x0200;
		      
		      *P_Watchdog_Clear = 0x0001;           //清看门狗
		  	  

 
        
         
       	     
        *P_Watchdog_Clear = 0x0001;                 //清看门狗    
     
}

void rshowT()


{
        
         

        
             
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;           
       	  *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;           
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;           
       	  *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;               
       	  *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;           
       	  *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
         *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;
          *P_IOB_Data=g_Data[Ones]|0x0200;
         *P_IOB_Data=g_Data[Tens]|0x0100;           
      *P_Watchdog_Clear = 0x0001;                 //清看门狗    
     
}
12

main.c - 源码说明

本页面展示了「人的进出门检测 发出语音播报 并有数码管显示商店的总来访人数及剩余人数」中的 main.c 源码文件，采用 C语言 编程语言编写，共 479 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

虫虫开发者社区收录了大量与人流量检测相关的技术资源，包括源代码、技术文档、电路图等，是电子工程师和嵌入式开发者的专业学习平台。

⌨️ 快捷键说明

复制代码Ctrl + C
搜索代码Ctrl + F
全屏模式F11
增大字号Ctrl + =
减小字号Ctrl + -
显示快捷键?