display_process.lst

温度仪表软件

C51 COMPILER V8.05a   DISPLAY_PROCESS                                                      09/27/2008 09:32:24 PAGE 1   


C51 COMPILER V8.05a, COMPILATION OF MODULE DISPLAY_PROCESS
OBJECT MODULE PLACED IN .\hex\display_process.obj
COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE src\display_process.c BROWSE INCDIR(.\h) DEBUG OBJECTEXTEND PRINT(.\display
                    -_process.lst) OBJECT(.\hex\display_process.obj)

line level    source

   1          #include"reg52.h"
   2          #include"intrins.h"
   3          
   4          #include"my_type.h"
   5          #include"function.h"
   6          #include"global_var.h"     
   7          #include"interface.h"
   8          /********温度值转换处理程序*********/                                     
   9          void display_process(float temp)
  10          {       
  11   1      
  12   1              if(temp>=0 && temp<10)       //当温度在0-10摄氏度时
  13   1                      {
  14   2                              disp[0]=led[(uchar)(temp)+10];
  15   2                              disp[1]=led[((uchar)(temp*10))%10];
  16   2                              disp[2]=led[(uchar)((uint)(temp*100))%10];
  17   2                              disp[3]=led[(uchar)((uint)(temp*1000)%10)];     
  18   2                //    return 1;                                                                                               
  19   2                      }
  20   1                      if(temp>=10 && temp<100)         //当温度在10-100摄氏度时
  21   1                      {
  22   2                              disp[0]=led[(uchar)(temp/10)];
  23   2                              disp[1]=led[((uchar)(temp))%10+10];
  24   2                              disp[2]=led[(uchar)((uint)(temp*10)%10)];
  25   2                              disp[3]=led[(uchar)((uint)(temp*100)%10)];
  26   2                 //     return 1;         
  27   2                      }
  28   1              if(temp>=100 && temp<1000)       //当温度在100-1000摄氏度时
  29   1                      {
  30   2                              disp[0]=led[(uchar)(temp/100)];
  31   2                              disp[1]=led[(uchar)(((uint)(temp))%100/10)];
  32   2                              disp[2]=led[(uchar)(((uint)(temp))%10)+10];
  33   2                              disp[3]=led[(uchar)((uint)(temp*10)%10)];
  34   2              //        return 1;         
  35   2                      }
  36   1              if(temp>=1000 && temp<10000)     //当温度在1000-10000摄氏度时
  37   1              {
  38   2                      disp[0]=led[(uchar)((uint)(temp/1000))];
  39   2                      disp[1]=led[(uchar)(((uint)(temp))%1000/100)];
  40   2                      disp[2]=led[(uchar)(((uint)(temp))%100/10)];
  41   2                      disp[3]=led[(uchar)(((uint)(temp))%10)];
  42   2      //              return 1;           
  43   2              }
  44   1              if(temp>-10 && temp<=0)     //当温度在-10-0摄氏度时
  45   1                      {
  46   2                              disp[0]=led[21];
  47   2                          disp[1]=led[(uchar)((uint)(temp*(-1)))+10];
  48   2                              disp[2]=led[(uchar)(((uint)(temp*(-1)*10))%10)];
  49   2                              disp[3]=led[(uchar)(((uint)(temp*(-1)*100))%10)]; 
  50   2      //              return 1;   
  51   2                      }
  52   1              if(temp>-100 && temp<=-10)       //当温度在-100 -  -10摄氏度时
  53   1                      {
  54   2                              disp[0]=led[21];
C51 COMPILER V8.05a   DISPLAY_PROCESS                                                      09/27/2008 09:32:24 PAGE 2   

  55   2                          disp[1]=led[(uchar)(temp*(-1)/10)];
  56   2                              disp[2]=led[(uchar)(((uint)(temp*(-1)))%10)+10];
  57   2                              disp[3]=led[(uchar)(((uint)(temp*(-1)*10))%10)];
  58   2      //              return 1;   
  59   2                      }
  60   1                                                                                                               
  61   1      }
  62          void display_set_L()
  63          { 
  64   1                      num0=13;
  65   1                      num1=set_low/100;
  66   1                      num2=set_low/10%10;
  67   1                      num3=set_low%10;
  68   1                      disp[0]=led1[num0];
  69   1                  disp[1]=led1[num1];
  70   1                      disp[2]=led1[num2];
  71   1                      disp[3]=led1[num3];     
  72   1      }
  73          
  74           
  75          void display_set_H()
  76          { 
  77   1                      num0=12;
  78   1                      num1=set_high/100;
  79   1                      num2=set_high/10%10;            
  80   1                      num3=set_high%10;
  81   1                      disp[0]=led1[num0];
  82   1                  disp[1]=led1[num1];
  83   1                      disp[2]=led1[num2];
  84   1                      disp[3]=led1[num3];                                                                               
  85   1      }
  86          
  87          void display_set_rtc()
  88          {
  89   1                      num0=set_rtc/1000;
  90   1                      num1=set_rtc/100%10;
  91   1                      num2=set_rtc%100/10;
  92   1                      num3=set_rtc%10;
  93   1                      disp[0]=led1[num0];
  94   1                  disp[1]=led1[num1];
  95   1                      disp[2]=led1[num2];
  96   1                      disp[3]=led1[num3];       
  97   1      }                                                                                
*** WARNING C316 IN LINE 97 OF src\display_process.c: unterminated conditionals


MODULE INFORMATION:   STATIC OVERLAYABLE
   CODE SIZE        =   1223    ----
   CONSTANT SIZE    =   ----    ----
   XDATA SIZE       =   ----    ----
   PDATA SIZE       =   ----    ----
   DATA SIZE        =   ----       4
   IDATA SIZE       =   ----    ----
   BIT SIZE         =   ----    ----
END OF MODULE INFORMATION.


C51 COMPILATION COMPLETE.  1 WARNING(S),  0 ERROR(S)