✨ feat:完善静态电流显示

YueJin_test_bench/source/Appliciation/Display_Info.c

@@ -37,7 +37,7 @@ uint8_t canData4[8];//暂存硬件版本号数据用
 static uint32_t VoltageADC_CH_9_value_=0;
 static uint32_t VoltageADC_CH_9_value=0;
 uint16_t count_electric_current=0;
-uint32_t text5[2];
+uint32_t text5[5];
 
 
 
@@ -4434,7 +4434,8 @@ void Display_Can_Data(uint8_t Data , uint16_t X,uint8_t Y)
  
 }
 
-const uint16_t CurrentDigitNum15PosX[] = {50,40,30};
+const uint16_t CurrentDigitNum15PosX_1[] = {75};
+const uint16_t CurrentDigitNum15PosX_2[] = {108,98};
 void Display_Can_Receive_Data(uint16_t X,uint8_t Y)
 {
     if(canData3[9]==0XFF&&canData2[13]==0XFF&&All_Flag.u8flag[8] == 1)
@@ -4443,8 +4444,10 @@ void Display_Can_Receive_Data(uint16_t X,uint8_t Y)
         TFT_LCD_Draw_Bmp(X, Y+50,   ( uint8_t * )gImage_Dyy_words_2X6_Y46 );    //硬件版本号 
         General_Number_Disp(canData2, X+70, Y);
         General_Number_Disp(canData3, X+70, Y +50);
-        GUI_General_Digit_Display(text5[0], Num_15, 3, 0, CurrentDigitNum15PosX, 200);
-        
+        TFT_LCD_Draw_Bmp(0,200 ,   ( uint8_t * )gImage_Dyy_words_5X6_Y137 );    //静态电流
+        GUI_General_Digit_Display(text5[0], Num_15, 1, 0, CurrentDigitNum15PosX_1, 200);
+        TFT_LCD_Draw_Bmp(85,195,  ( uint8_t * )FONT_TABLE[37] );
+        GUI_General_Digit_Display(text5[1], Num_15, 2, 0, CurrentDigitNum15PosX_2, 200);
     }
  }
 
@@ -4464,9 +4467,8 @@ void Obtain_The_Static_Current(void)
     if(count_electric_current == 1999)
     {
         VoltageADC_CH_9_value=VoltageADC_CH_9_value_ / 2000;
-        text5[0]=VoltageADC_CH_9_value;
-        text5[1]=0Xff;
-
+        text5[0]=VoltageADC_CH_9_value/100;
+        text5[1]=VoltageADC_CH_9_value%100;
         // text5[0]=VoltageADC_CH_9_value;
         // text5[1]=0Xff;
 

YueJin_test_bench/source/Appliciation/Key.h

@@ -145,7 +145,7 @@ extern uint8_t canData2[14];
 extern uint8_t canData3[10];
 extern uint8_t canData4[8];
 
-extern uint32_t text5[2];
+extern uint32_t text5[5];