diff --git a/Readme.txt b/Readme.txt deleted file mode 100644 index 9dbfeee..0000000 --- a/Readme.txt +++ /dev/null @@ -1 +0,0 @@ -Some text \ No newline at end of file diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.LST new file mode 100644 index 0000000..8856ed8 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.LST @@ -0,0 +1,106 @@ +C51 COMPILER V9.60.7.0 4X4_KEY 07/10/2026 17:02:31 PAGE 1 + + +C51 COMPILER V9.60.7.0, COMPILATION OF MODULE 4X4_KEY +OBJECT MODULE PLACED IN 4x4_key.OBJ +COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE 4x4_key.c BROWSE DEBUG OBJECTEXTEND + +line level source + + 1 //#include //including sfr registers for ports of the controller + 2 //#include + 3 //#include + 4 + 5 //#include + 6 #include + 7 #include + 8 #include <4x4_key.h> + 9 + 10 //Keypad Connections + 11 sbit R1 = P0^0; + 12 sbit R2 = P0^1; + 13 sbit R3 = P0^2; + 14 sbit R4 = P0^3; + 15 sbit C1 = P0^4; + 16 sbit C2 = P0^5; + 17 sbit C3 = P0^6; + 18 sbit C4 = P0^7; + 19 //============================================================================== + 20 unsigned char Read_Keypad(void) + 21 { + 22 1 C1=1; + 23 1 C2=1; + 24 1 C3=1; + 25 1 C4=1; + 26 1 R1=0; + 27 1 R2=1; + 28 1 R3=1; + 29 1 R4=1; + 30 1 /*if(C1==0){delay(100);while(C1==0);return '7';} + 31 1 if(C2==0){delay(100);while(C2==0);return '8';} + 32 1 if(C3==0){delay(100);while(C3==0);return '9';} + 33 1 if(C4==0){delay(100);while(C4==0);return 'C';} */ + 34 1 + 35 1 if(C1==0)return 0x01; + 36 1 if(C2==0)return 0x02; + 37 1 if(C3==0)return 0x03; + 38 1 if(C4==0)return 'A'; + 39 1 R1=1; + 40 1 R2=0; + 41 1 R3=1; + 42 1 R4=1; + 43 1 /*if(C1==0){delay(100);while(C1==0);return '4';} + 44 1 if(C2==0){delay(100);while(C2==0);return '5';} + 45 1 if(C3==0){delay(100);while(C3==0);return '6';} + 46 1 if(C4==0){delay(100);while(C4==0);return 'B';} */ + 47 1 + 48 1 if(C1==0)return 0x04; + 49 1 if(C2==0)return 0x05; + 50 1 if(C3==0)return 0x06; + 51 1 if(C4==0)return 'B'; + 52 1 R1=1; + 53 1 R2=1; + 54 1 R3=0; + 55 1 R4=1; + C51 COMPILER V9.60.7.0 4X4_KEY 07/10/2026 17:02:31 PAGE 2 + + 56 1 /*if(C1==0){delay(100);while(C1==0);return '1';} + 57 1 if(C2==0){delay(100);while(C2==0);return '2';} + 58 1 if(C3==0){delay(100);while(C3==0);return '3';} + 59 1 if(C4==0){delay(100);while(C4==0);return 'A';} */ + 60 1 + 61 1 if(C1==0)return 0x07; + 62 1 if(C2==0)return 0x08; + 63 1 if(C3==0)return 0x09; + 64 1 if(C4==0)return 'C'; + 65 1 R1=1; + 66 1 R2=1; + 67 1 R3=1; + 68 1 R4=0; + 69 1 /*if(C1==0){delay(100);while(C1==0);return '*';} + 70 1 if(C2==0){delay(100);while(C2==0);return '0';} + 71 1 if(C3==0){delay(100);while(C3==0);return '#';} + 72 1 if(C4==0){delay(100);while(C4==0);return 'D';} */ + 73 1 + 74 1 if(C1==0)return '*'; + 75 1 if(C2==0)return 0x00; + 76 1 if(C3==0)return '#'; + 77 1 if(C4==0)return 'D'; + 78 1 + 79 1 return 'x'; + 80 1 } + 81 + + +MODULE INFORMATION: STATIC OVERLAYABLE + CODE SIZE = 139 ---- + CONSTANT SIZE = ---- ---- + XDATA SIZE = ---- ---- + PDATA SIZE = ---- ---- + DATA SIZE = ---- ---- + IDATA SIZE = ---- ---- + BIT SIZE = ---- ---- +END OF MODULE INFORMATION. + + +C51 COMPILATION COMPLETE. 0 WARNING(S), 0 ERROR(S) diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.OBJ new file mode 100644 index 0000000..e956f8d Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.OBJ differ diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.c new file mode 100644 index 0000000..10229e0 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.c @@ -0,0 +1,81 @@ +//#include //including sfr registers for ports of the controller +//#include +//#include + +//#include +#include +#include +#include <4x4_key.h> + +//Keypad Connections +sbit R1 = P0^0; +sbit R2 = P0^1; +sbit R3 = P0^2; +sbit R4 = P0^3; +sbit C1 = P0^4; +sbit C2 = P0^5; +sbit C3 = P0^6; +sbit C4 = P0^7; +//============================================================================== +unsigned char Read_Keypad(void) +{ + C1=1; + C2=1; + C3=1; + C4=1; + R1=0; + R2=1; + R3=1; + R4=1; + /*if(C1==0){delay(100);while(C1==0);return '7';} + if(C2==0){delay(100);while(C2==0);return '8';} + if(C3==0){delay(100);while(C3==0);return '9';} + if(C4==0){delay(100);while(C4==0);return 'C';} */ + + if(C1==0)return 0x01; + if(C2==0)return 0x02; + if(C3==0)return 0x03; + if(C4==0)return 'A'; + R1=1; + R2=0; + R3=1; + R4=1; + /*if(C1==0){delay(100);while(C1==0);return '4';} + if(C2==0){delay(100);while(C2==0);return '5';} + if(C3==0){delay(100);while(C3==0);return '6';} + if(C4==0){delay(100);while(C4==0);return 'B';} */ + + if(C1==0)return 0x04; + if(C2==0)return 0x05; + if(C3==0)return 0x06; + if(C4==0)return 'B'; + R1=1; + R2=1; + R3=0; + R4=1; + /*if(C1==0){delay(100);while(C1==0);return '1';} + if(C2==0){delay(100);while(C2==0);return '2';} + if(C3==0){delay(100);while(C3==0);return '3';} + if(C4==0){delay(100);while(C4==0);return 'A';} */ + + if(C1==0)return 0x07; + if(C2==0)return 0x08; + if(C3==0)return 0x09; + if(C4==0)return 'C'; + R1=1; + R2=1; + R3=1; + R4=0; + /*if(C1==0){delay(100);while(C1==0);return '*';} + if(C2==0){delay(100);while(C2==0);return '0';} + if(C3==0){delay(100);while(C3==0);return '#';} + if(C4==0){delay(100);while(C4==0);return 'D';} */ + + if(C1==0)return '*'; + if(C2==0)return 0x00; + if(C3==0)return '#'; + if(C4==0)return 'D'; + + return 'x'; +} + diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.h new file mode 100644 index 0000000..48d9ae1 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/4x4_key.h @@ -0,0 +1 @@ +unsigned char Read_Keypad(void); \ No newline at end of file diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.C b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.C new file mode 100644 index 0000000..990f504 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.C @@ -0,0 +1,87 @@ +/*this is the pgm for ADC 7780 using SPI Protocol*/ + +//#pragma ot(9,size) +//#pragma nointpromote +//#include +//#include +//#include + +//#include +#include + +#include +#include +#include + +#include +#include +#include + +//----------------------------------------------------------------------------- +sbit clk = P3^3; +sbit dout = P3^2; + +sbit PDRST = P3^4; +//----------------------------------------------------------------------------- +extern unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits; +extern unsigned int idata adc_val,filter_val; +extern bit Adc_Data_Ready,Adc_Status_bit73; + +unsigned int data Adc_Value; +extern bit adc_pol,rd_ok; +//-------------------------------------------------------------------------- +void init_adc_AD7780(void) +{ + PDRST = 0; + delay(5); + PDRST = 1; +} +//----------------------------------------------------------------------------- +unsigned char Read_Adc_AD7780(void) +{ + unsigned char dat=0; + char i; + for(i=0;i<8;i++) + { + dat <<= 1; + clk=1; + nop(); + clk=0; + nop(); + if(dout) dat |= 0x01; + else dat |= 0x00; + rst_wdt(); + } + clk=1; + return(dat); +} +//------------------------------------------------------------------------- +void Get_Adc_Result_AD7780(void) +{ + if(Adc_Data_Ready) + { + Adc_Value_MSB = Read_Adc_AD7780(); + Adc_Value_MLSB = Read_Adc_AD7780(); + Adc_Value_LSB = Read_Adc_AD7780(); + + if((Adc_Value_MSB & 0x80)==0x80)adc_pol=0; + else adc_pol=1; + + Adc_Value_LSB = (Adc_Value_MLSB << 2 ) + (Adc_Value_LSB >> 6); + Adc_Value_MSB = (Adc_Value_MSB << 2 ) + (Adc_Value_MLSB >> 6); + Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + rst_wdt(); + Status_Bits = Read_Adc_AD7780(); + Adc_Data_Ready=0; + EX0 = 1; + } + if(Status_Bits == 73) + { + adc_val = Adc_Value; + //filter_val = adc_val; //No filteration + Adc_Status_bit73 = 1; + rd_ok=1; + } +} +//------------------------------------------------------------------------- + diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.LST new file mode 100644 index 0000000..8b4c976 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.LST @@ -0,0 +1,112 @@ +C51 COMPILER V9.60.7.0 ADC_AD7780 07/10/2026 17:02:31 PAGE 1 + + +C51 COMPILER V9.60.7.0, COMPILATION OF MODULE ADC_AD7780 +OBJECT MODULE PLACED IN ADC_AD7780.OBJ +COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE ADC_AD7780.C BROWSE DEBUG OBJECTEXTEND + +line level source + + 1 /*this is the pgm for ADC 7780 using SPI Protocol*/ + 2 + 3 //#pragma ot(9,size) + 4 //#pragma nointpromote + 5 //#include + 6 //#include + 7 //#include + 8 + 9 //#include + 10 #include + 11 + 12 #include + 13 #include + 14 #include + 15 + 16 #include + 17 #include + 18 #include + 19 + 20 //----------------------------------------------------------------------------- + 21 sbit clk = P3^3; + 22 sbit dout = P3^2; + 23 + 24 sbit PDRST = P3^4; + 25 //----------------------------------------------------------------------------- + 26 extern unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits; + 27 extern unsigned int idata adc_val,filter_val; + 28 extern bit Adc_Data_Ready,Adc_Status_bit73; + 29 + 30 unsigned int data Adc_Value; + 31 extern bit adc_pol,rd_ok; + 32 //-------------------------------------------------------------------------- + 33 void init_adc_AD7780(void) + 34 { + 35 1 PDRST = 0; + 36 1 delay(5); + 37 1 PDRST = 1; + 38 1 } + 39 //----------------------------------------------------------------------------- + 40 unsigned char Read_Adc_AD7780(void) + 41 { + 42 1 unsigned char dat=0; + 43 1 char i; + 44 1 for(i=0;i<8;i++) + 45 1 { + 46 2 dat <<= 1; + 47 2 clk=1; + 48 2 nop(); + 49 2 clk=0; + 50 2 nop(); + 51 2 if(dout) dat |= 0x01; + 52 2 else dat |= 0x00; + 53 2 rst_wdt(); + 54 2 } + 55 1 clk=1; + C51 COMPILER V9.60.7.0 ADC_AD7780 07/10/2026 17:02:31 PAGE 2 + + 56 1 return(dat); + 57 1 } + 58 //------------------------------------------------------------------------- + 59 void Get_Adc_Result_AD7780(void) + 60 { + 61 1 if(Adc_Data_Ready) + 62 1 { + 63 2 Adc_Value_MSB = Read_Adc_AD7780(); + 64 2 Adc_Value_MLSB = Read_Adc_AD7780(); + 65 2 Adc_Value_LSB = Read_Adc_AD7780(); + 66 2 + 67 2 if((Adc_Value_MSB & 0x80)==0x80)adc_pol=0; + 68 2 else adc_pol=1; + 69 2 + 70 2 Adc_Value_LSB = (Adc_Value_MLSB << 2 ) + (Adc_Value_LSB >> 6); + 71 2 Adc_Value_MSB = (Adc_Value_MSB << 2 ) + (Adc_Value_MLSB >> 6); + 72 2 Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + 73 2 rst_wdt(); + 74 2 Status_Bits = Read_Adc_AD7780(); + 75 2 Adc_Data_Ready=0; + 76 2 EX0 = 1; + 77 2 } + 78 1 if(Status_Bits == 73) + 79 1 { + 80 2 adc_val = Adc_Value; + 81 2 //filter_val = adc_val; //No filteration + 82 2 Adc_Status_bit73 = 1; + 83 2 rd_ok=1; + 84 2 } + 85 1 } + 86 //------------------------------------------------------------------------- + 87 + + +MODULE INFORMATION: STATIC OVERLAYABLE + CODE SIZE = 164 ---- + CONSTANT SIZE = ---- ---- + XDATA SIZE = ---- ---- + PDATA SIZE = ---- ---- + DATA SIZE = 2 2 + IDATA SIZE = ---- ---- + BIT SIZE = ---- ---- +END OF MODULE INFORMATION. + + +C51 COMPILATION COMPLETE. 0 WARNING(S), 0 ERROR(S) diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.OBJ new file mode 100644 index 0000000..ebd54fb Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.OBJ differ diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.h new file mode 100644 index 0000000..81bca4a --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_AD7780.h @@ -0,0 +1,6 @@ + +//extern void Get_Adc_Result(void); +//extern void init_adc(void); + +extern void Get_Adc_Result_AD7780(void); +extern void init_adc_AD7780(void); \ No newline at end of file diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.C b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.C new file mode 100644 index 0000000..011cce8 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.C @@ -0,0 +1,201 @@ +/*this is the pgm for ADC 7780 using SPI Protocol*/ +#if defined( _HX711 ) +//#pragma ot(9,size) +//#pragma nointpromote +//#include +//#include +// #include +#include + + +#include +#include +#include + +#include +#include +#include +//----------------------------------------------------------------------------- +sbit dout = P3^2; +//sbit clk = P3^4; +sbit clk = P3^3; +sbit PDRST = P3^5; + +//sbit SPEED = P1^7; +//----------------------------------------------------------------------------- +extern unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits; +extern unsigned int idata filter_val; +extern unsigned int idata adc_val; +extern bit Adc_Data_Ready,Adc_Status_bit73; + +unsigned int data Temp_Adc_Value; +extern bit adc_pol,rd_ok; +//unsigned char set_gain=1,GAIN=1; +//-------------------------------------------------------------------------- +unsigned char Read_Adc_HX711(void); +//-------------------------------------------------------------------------- +//void init_adc(void) +void init_adc_HX711(void) +{ + unsigned char i; + + /*if(set_gain < 64) GAIN = 2; //32, channel B + else if(set_gain < 128) GAIN = 3; //64, channel A + else GAIN = 1; //128, channel A */ + + PDRST = 0; + delay(5); + + /*SPEED=0;//10 SPS + //SPEED=1;//80 SPS + GAIN=1;//0mV to +19.5mV (Gain = 128) + //GAIN=0; //0mV to +39mV (Gain = 64)*/ + + PDRST = 1; + delay(5); + + clk=0; + nop(); + nop(); + delay(5); + + //for(i=0;i<=26;i++) + //for(i=0;i<(24+GAIN);i++) + for(i=0;i<25;i++) + { + clk=1; + nop(); + clk=0; + nop(); + rst_wdt(); + } + delay(500); +} +//----------------------------------------------------------------------------- +unsigned char Read_Adc_HX711(void) +{ + unsigned char dat=0; + char i; + for(i=0;i<8;i++) + { + dat <<= 1; + clk=1; + nop(); + clk=0; + nop(); + if(dout)dat |= 0x01; + else dat |= 0x00; + rst_wdt(); + } + //clk=1; + return(dat); +} +//------------------------------------------------------------------------- +//void Get_Adc_Result(void) +void Get_Adc_Result_HX711(void) +{ + if(Adc_Data_Ready) + { + Adc_Value_MSB = Read_Adc_HX711(); + Adc_Value_MLSB = Read_Adc_HX711(); + Adc_Value_LSB = Read_Adc_HX711(); + + if((Adc_Value_MSB & 0x80)==0x80)adc_pol=1; + else adc_pol=0; + + /*Adc_Value_LSB = (Adc_Value_MLSB << 2 ) + (Adc_Value_LSB >> 6); + Adc_Value_MSB = (Adc_Value_MSB << 2 ) + (Adc_Value_MLSB >> 6);*/ + Adc_Value_LSB = (Adc_Value_MLSB << 1 ) + (Adc_Value_LSB >> 7); + Adc_Value_MSB = (Adc_Value_MSB << 1 ) + (Adc_Value_MLSB >> 7); + Temp_Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + //Status_Bits = Read_Adc(); + Adc_Data_Ready=0; + //EX0 = 1; + } + //filter_val = Temp_Adc_Value; + adc_val = Temp_Adc_Value; + rd_ok=1; +/* if(Status_Bits == 73) + { + adc_val = Adc_Value; + filter_val = adc_val; //No filteration + Adc_Status_bit73 = 1; + }*/ + clk=1; + nop(); + clk=0; +} +//------------------------------------------------------------------------- +/*unsigned char Read_Adc(void) +{ + unsigned char dat=0; + char i; + Temp_Adc_Value=0; + + clk=0; + nop(); + //delay(1); + + for(i=0;i<24;i++) + { + clk=1; + nop(); + //delay(1); + + clk=0; + nop(); + //delay(1); + if(i==0) + { + if(dout) dat |= 0x01; + else dat |= 0x00; + } + if(i>1 && i<18) + { + Temp_Adc_Value <<= 1; + if(dout) Temp_Adc_Value |= 0x01; + else Temp_Adc_Value |= 0x00; + } + //rst_wdt(); + } + //clk=1; + return(dat); +}*/ +//------------------------------------------------------------------------- +/*void Get_Adc_Result(void) +{ + clk=0; + nop(); + nop(); + //delay(5); + + //while(dout); + //Adc_Data_Ready=1; + + + if(Adc_Data_Ready) + { + //Adc_Value_MSB = Read_Adc(); + //Adc_Value_MLSB = Read_Adc(); + //Adc_Value_LSB = Read_Adc(); + //Adc_Value_LSB = (Adc_Value_MLSB << 4 ) + (Adc_Value_LSB >> 4); + //Adc_Value_MSB = (Adc_Value_MSB << 4 ) + (Adc_Value_MLSB >> 4); + //Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + //rst_wdt(); + Status_Bits = Read_Adc(); + adc_value = Temp_Adc_Value; + //adc_val = Adc_Value>>1; + //adc_val = (( ~( Adc_Value - 1 ) ) & 0xFFFF )>>1; + Adc_Data_Ready=0; + //EX0 = 1; + } + //if(Status_Bits == 73) + //{ + //adc_val = Adc_Value; + //filter_val = adc_val; //No filteration + // Adc_Status_bit73 = 1; + //} +} */ +//------------------------------------------------------------------------ + + #endif \ No newline at end of file diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.LST new file mode 100644 index 0000000..4dbcf27 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.LST @@ -0,0 +1,230 @@ +C51 COMPILER V9.60.7.0 ADC_HX711 07/10/2026 17:02:32 PAGE 1 + + +C51 COMPILER V9.60.7.0, COMPILATION OF MODULE ADC_HX711 +OBJECT MODULE PLACED IN ADC_HX711.OBJ +COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE ADC_HX711.C BROWSE DEBUG OBJECTEXTEND + +line level source + + 1 /*this is the pgm for ADC 7780 using SPI Protocol*/ + 2 #if defined( _HX711 ) + //#pragma ot(9,size) + //#pragma nointpromote + //#include + //#include + // #include + #include + + + #include + #include + #include + + #include + #include + #include + //----------------------------------------------------------------------------- + sbit dout = P3^2; + //sbit clk = P3^4; + sbit clk = P3^3; + sbit PDRST = P3^5; + + //sbit SPEED = P1^7; + //----------------------------------------------------------------------------- + extern unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits; + extern unsigned int idata filter_val; + extern unsigned int idata adc_val; + extern bit Adc_Data_Ready,Adc_Status_bit73; + + unsigned int data Temp_Adc_Value; + extern bit adc_pol,rd_ok; + //unsigned char set_gain=1,GAIN=1; + //-------------------------------------------------------------------------- + unsigned char Read_Adc_HX711(void); + //-------------------------------------------------------------------------- + //void init_adc(void) + void init_adc_HX711(void) + { + unsigned char i; + + /*if(set_gain < 64) GAIN = 2; //32, channel B + else if(set_gain < 128) GAIN = 3; //64, channel A + else GAIN = 1; //128, channel A */ + + PDRST = 0; + delay(5); + + /*SPEED=0;//10 SPS + //SPEED=1;//80 SPS + GAIN=1;//0mV to +19.5mV (Gain = 128) + //GAIN=0; //0mV to +39mV (Gain = 64)*/ + + PDRST = 1; + delay(5); + C51 COMPILER V9.60.7.0 ADC_HX711 07/10/2026 17:02:32 PAGE 2 + + + clk=0; + nop(); + nop(); + delay(5); + + //for(i=0;i<=26;i++) + //for(i=0;i<(24+GAIN);i++) + for(i=0;i<25;i++) + { + clk=1; + nop(); + clk=0; + nop(); + rst_wdt(); + } + delay(500); + } + //----------------------------------------------------------------------------- + unsigned char Read_Adc_HX711(void) + { + unsigned char dat=0; + char i; + for(i=0;i<8;i++) + { + dat <<= 1; + clk=1; + nop(); + clk=0; + nop(); + if(dout)dat |= 0x01; + else dat |= 0x00; + rst_wdt(); + } + //clk=1; + return(dat); + } + //------------------------------------------------------------------------- + //void Get_Adc_Result(void) + void Get_Adc_Result_HX711(void) + { + if(Adc_Data_Ready) + { + Adc_Value_MSB = Read_Adc_HX711(); + Adc_Value_MLSB = Read_Adc_HX711(); + Adc_Value_LSB = Read_Adc_HX711(); + + if((Adc_Value_MSB & 0x80)==0x80)adc_pol=1; + else adc_pol=0; + + /*Adc_Value_LSB = (Adc_Value_MLSB << 2 ) + (Adc_Value_LSB >> 6); + Adc_Value_MSB = (Adc_Value_MSB << 2 ) + (Adc_Value_MLSB >> 6);*/ + Adc_Value_LSB = (Adc_Value_MLSB << 1 ) + (Adc_Value_LSB >> 7); + Adc_Value_MSB = (Adc_Value_MSB << 1 ) + (Adc_Value_MLSB >> 7); + Temp_Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + //Status_Bits = Read_Adc(); + Adc_Data_Ready=0; + //EX0 = 1; + } + //filter_val = Temp_Adc_Value; + adc_val = Temp_Adc_Value; + rd_ok=1; + C51 COMPILER V9.60.7.0 ADC_HX711 07/10/2026 17:02:32 PAGE 3 + + /* if(Status_Bits == 73) + { + adc_val = Adc_Value; + filter_val = adc_val; //No filteration + Adc_Status_bit73 = 1; + }*/ + clk=1; + nop(); + clk=0; + } + //------------------------------------------------------------------------- + /*unsigned char Read_Adc(void) + { + unsigned char dat=0; + char i; + Temp_Adc_Value=0; + + clk=0; + nop(); + //delay(1); + + for(i=0;i<24;i++) + { + clk=1; + nop(); + //delay(1); + + clk=0; + nop(); + //delay(1); + if(i==0) + { + if(dout) dat |= 0x01; + else dat |= 0x00; + } + if(i>1 && i<18) + { + Temp_Adc_Value <<= 1; + if(dout) Temp_Adc_Value |= 0x01; + else Temp_Adc_Value |= 0x00; + } + //rst_wdt(); + } + //clk=1; + return(dat); + }*/ + //------------------------------------------------------------------------- + /*void Get_Adc_Result(void) + { + clk=0; + nop(); + nop(); + //delay(5); + + //while(dout); + //Adc_Data_Ready=1; + + + if(Adc_Data_Ready) + { + //Adc_Value_MSB = Read_Adc(); + //Adc_Value_MLSB = Read_Adc(); + C51 COMPILER V9.60.7.0 ADC_HX711 07/10/2026 17:02:32 PAGE 4 + + //Adc_Value_LSB = Read_Adc(); + //Adc_Value_LSB = (Adc_Value_MLSB << 4 ) + (Adc_Value_LSB >> 4); + //Adc_Value_MSB = (Adc_Value_MSB << 4 ) + (Adc_Value_MLSB >> 4); + //Adc_Value = ((unsigned int)Adc_Value_MSB * 0x100) + Adc_Value_LSB; + //rst_wdt(); + Status_Bits = Read_Adc(); + adc_value = Temp_Adc_Value; + //adc_val = Adc_Value>>1; + //adc_val = (( ~( Adc_Value - 1 ) ) & 0xFFFF )>>1; + Adc_Data_Ready=0; + //EX0 = 1; + } + //if(Status_Bits == 73) + //{ + //adc_val = Adc_Value; + //filter_val = adc_val; //No filteration + // Adc_Status_bit73 = 1; + //} + } */ + //------------------------------------------------------------------------ + + #endif + + +MODULE INFORMATION: STATIC OVERLAYABLE + CODE SIZE = ---- ---- + CONSTANT SIZE = ---- ---- + XDATA SIZE = ---- ---- + PDATA SIZE = ---- ---- + DATA SIZE = ---- ---- + IDATA SIZE = ---- ---- + BIT SIZE = ---- ---- +END OF MODULE INFORMATION. + + +C51 COMPILATION COMPLETE. 0 WARNING(S), 0 ERROR(S) diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.OBJ new file mode 100644 index 0000000..093cad5 Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.OBJ differ diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.h new file mode 100644 index 0000000..25e64cb --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ADC_HX711.h @@ -0,0 +1,17 @@ + +/*sbit dout = P1^3; +sbit clk = P1^2; +sbit PDRST = P1^1;*/ + +/*sbit dout = P3^2; +sbit clk = P3^3; +sbit PDRST = P3^4;*/ +/*sbit SPEED = P3^5; +sbit GAIN = P0^0;*/ + +//extern void Get_Adc_Result(void); +//extern void init_adc(void); + +extern void init_adc_HX711(void); +extern void Get_Adc_Result_HX711(void); + diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/IAP.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/IAP.c new file mode 100644 index 0000000..e121324 --- /dev/null +++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/IAP.c @@ -0,0 +1,249 @@ +/*********************************************************************************************************** +* demoIAP.c - Sample IAP C51 code for SST89x516RDx/SST89x58RDx Devices +* +* +* This sample code provides programming routines using In-Application +* Programming (IAP). +* This sample code is for the user’s reference only. SST does not +* guarantee the functionality or the usefulness of the sample code. +* +* In the SST89x516RDx/SST89x58RDx MCU, there are two blocks of flash +* memory. This code is to write data to block1 starting at 1000H +* (for the SST89x516RDx) or E000H (for the SST89x58RDx) by running IAP +* operations from block 0. The default set up is for SST89x516RDx. +* When using SST89x58RDx, please modify the global variable BLK1_DST_ADDR +* following the instruction below the variable definition. +* +* The companion SST89x516RDx/SST89x58RDx MCU data sheet should be +* reviewed in conjunction with this sample code. +* +* Note: This demo program is specifically for SST89x516RDx/SST89x58RDx devices. +***********************************************************************************************************/ +//#include +//#include + +#include +#include +#include +#include +//********************************************************************************************************** +extern unsigned char idata EEPROM_block; +/*********************************************************************************************************** +* FlashFlex MCU SFR Memory Addresses +***********************************************************************************************************/ +//sfr SFCF = 0xB1; /*SuperFlash Configuration*/ +//sfr SFCM = 0xB2; /*SuperFlash Command*/ +//sfr SFAL = 0xB3; /*SuperFlash Address Low*/ +//sfr SFAH = 0xB4; /*SuperFlash Address High*/ +//sfr SFDT = 0xB5; /*SuperFlash Data*/ +//sfr SFST = 0xB6; /*SuperFlash Status*/ +/*********************************************************************************************************** +* FlashFlex MCU IAP Commands +***********************************************************************************************************/ +#define SFCM_SE 0x0B; /*Sector-Erase IAP cmd*/ +#define SFCM_VB 0x0C; /*Byte-Verify IAP cmd*/ +#define SFCM_PB 0x0E; /*Byte-Program IAP cmd*/ +/*********************************************************************************************************** +* Global Variable Definition +***********************************************************************************************************/ +const unsigned short int BLK1_DST_ADDR = 0x1000; +/*SST89x516RDx destination address (in the other on-chip flash memory block) +where data will be written to, which is above BSL code space. +Please comment out this line and uncomment the following line if SST89x58RDx is used*/ +/*const unsigned short int BLK1_DST_ADDR = 0x0F000; */ +/*SST89x58RDx destination address (in the other on-chip flash memory block) +where data will be written to, which is above BSL code space. +Please comment out this line and uncomment the previous line if SST89x516RDx is used*/ +const unsigned char SECT_SIZE = 0x80; /*number of bytes in a sector*/ +unsigned char ErrorCode; /*show the result of the operation*/ +//********************************************************************************************************* +/*©2008 Silicon Storage Technology, Inc. S72048-03-000 8/08 +Application Note +FlashFlex Microcontroller +In-Application Programming Example Using C +3*/ +/*********************************************************************************************************** +* Function Prototype +***********************************************************************************************************/ +//void sector_erase(unsigned short int dataAddr); +//void byte_program(unsigned short int dataAddr, unsigned char dataByte); +//unsigned char byte_verify(unsigned short int dataAddr); +int ready(); +void error(); +/*********************************************************************************************************** +* MAIN PROGRAM +* To program a sector of data bytes (starting from 0, increment by 1) +* into block 1, starting address is BLK1_DST_ADDR. +* When the IAP is completed successfully, ErrorCode is 0. Otherwise, +* ErrorCode is 1. +*********************************************************************************************************/ +void EEPROM_copy_to_sectors(unsigned short int dataAddr, unsigned char EEdataByteAddr) +{ + //unsigned short int destAddr = BLK1_DST_ADDR; + unsigned short int destAddr = dataAddr; + unsigned char byteCnt ; //byte count/ + unsigned char origData; //store the data byte for IAP operation + unsigned char verifyData; //verify the data byte + unsigned char sectorNo=0; //each sector 128 bytes + +for(sectorNo=0; sectorNo<8; sectorNo++) + { + sector_erase(destAddr); //erase sector area before writing there + origData = 0; + if(sectorNo==0) {EEPROM_block = Block_0;EEdataByteAddr=0;} + else if(sectorNo==1) {EEPROM_block = Block_0;} + else if(sectorNo==2) {EEPROM_block = Block_1;EEdataByteAddr=0;} + else if(sectorNo==3) {EEPROM_block = Block_1;} + else if(sectorNo==4) {EEPROM_block = Block_2;EEdataByteAddr=0;} + else if(sectorNo==5) {EEPROM_block = Block_2;} + else if(sectorNo==6) {EEPROM_block = Block_3;EEdataByteAddr=0;} + else if(sectorNo==7) {EEPROM_block = Block_3;} + rst_wdt(); + for(byteCnt=0; byteCnt>8; /*load high order address byte*/ + SFAL = destAddr; /*load low order address byte */ + SFCM = SFCM_SE; /*issue sector erase command */ + if(!ready()) error(); + return; +} +//********************************************************************************************************* +/*©2008 Silicon Storage Technology, Inc. S72048-03-000 8/08 +4 +Application Note +FlashFlex Microcontroller +In-Application Programming Example Using C */ +/*********************************************************************************************************** +* Byte-Program Subroutine +***********************************************************************************************************/ +void byte_program(unsigned short int dataAddr, unsigned char dataByte) +{ + unsigned short int destAddr = dataAddr; + SFCF = SFCF | 0x40; /*enable IAP */ + SFAH = destAddr>>8; /*load high order address byte*/ + SFAL = destAddr; /*load low order address byte */ + SFDT = dataByte; /*load data to be programmed */ + SFCM = SFCM_PB; /*issue byte program command */ + if(!ready()) error(); + return; +} +/*********************************************************************************************************** +* Byte-Verify Subroutine +***********************************************************************************************************/ +unsigned char byte_verify(unsigned short int dataAddr) +{ + unsigned short int destAddr = dataAddr; + unsigned char readByte; + SFCF = SFCF | 0x40; /*enable IAP */ + SFAH = destAddr>>8; /*load high order address byte*/ + SFAL = destAddr; /*load low order address byte */ + SFCM = SFCM_VB; /*issue byte verify command */ + readByte = SFDT; + SFCF = SFCF & 0xBF; /*turn off IAP*/ + SFDT = 0; + return readByte; +} +/*********************************************************************************************************** +* Ready Subroutine +* +* Purpose: To check if the IAP operation is completed. +* When it is done, turn off IAP configuration. +***********************************************************************************************************/ +int ready() +{ + unsigned long int TimeOut = 0; + while (TimeOut < 100000) + { + if ((SFST&4) == 0) /* Check if IAP is done */ + { /* IAP is done */ + SFCF = SFCF & 0xBF; /* turn off IAP*/ + SFDT = 0; /* any value other than 0x55 */ + return 1; /* IAP operation is completed*/ + } + TimeOut++; + } + SFCF = SFCF & 0xBF; /*turn off IAP*/ + SFDT = 0; /*any value other than 0x55*/ + return 0; /*IAP operation is NOT completed before time out*/ +} +//******************************************************************************************************** +/*©2008 Silicon Storage Technology, Inc. S72048-03-000 8/08 +Application Note +FlashFlex Microcontroller +In-Application Programming Example Using C +5*/ +/*********************************************************************************************************** +* Error Function +***********************************************************************************************************/ +void error() +{ + disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail" + ErrorCode=1; /*IAP error*/ + //while(1) /*software trap*/ + //{} + #ifdef _6_key + if(!mode) return; + #elif defined( _4x4_key ) + if(KeyPressed == mode)return; + #endif +} +//********************************************************************************************************** +void sectors_copy_to_EEPROM(unsigned short int dataAddr, unsigned char EEdataByteAddr) +{ + //unsigned short int destAddr = BLK1_DST_ADDR; + unsigned short int destAddr = dataAddr; + unsigned char byteCnt ; //byte count/ + unsigned char verifyData; //verify the data byte + unsigned char sectorNo=0; //each sector 128 bytes + +for(sectorNo=0; sectorNo<8; sectorNo++) + { + if(sectorNo==0) {EEPROM_block = Block_0;EEdataByteAddr=0;} + else if(sectorNo==1) {EEPROM_block = Block_0;} + else if(sectorNo==2) {EEPROM_block = Block_1;EEdataByteAddr=0;} + else if(sectorNo==3) {EEPROM_block = Block_1;} + else if(sectorNo==4) {EEPROM_block = Block_2;EEdataByteAddr=0;} + else if(sectorNo==5) {EEPROM_block = Block_2;} + else if(sectorNo==6) {EEPROM_block = Block_3;EEdataByteAddr=0;} + else if(sectorNo==7) {EEPROM_block = Block_3;} + rst_wdt(); + for(byteCnt=0; byteCnt + +
+
µVision Build Log

+
Project:

+E:\FILLTRONICS\CHECKING POGRAMS\UNDER GOING PROJECTS\New folder\Tin_fill_ 4x4-&_6Key_8digit_new_keyboard_ffd_36_recipe_2speed_HX711_AD7780 - 55wd\fill.uvproj
+Project File Date:  07/24/2023
+
+
Output:

+Build target 'Target 1'
+compiling main.c...
+compiling ser_disp.c...
+compiling utility.c...
+compiling eeprom.c...
+compiling 4x4_key.c...
+compiling ADC_AD7780.C...
+compiling ADC_HX711.C...
+linking...
+Program Size: data=185.1 xdata=0 code=19562
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD" - 0 Error(s), 0 Warning(s).
+Build target 'Target 1'
+compiling main.c...
+compiling ser_disp.c...
+compiling utility.c...
+compiling eeprom.c...
+compiling 4x4_key.c...
+compiling ADC_AD7780.C...
+compiling ADC_HX711.C...
+linking...
+Program Size: data=185.1 xdata=0 code=19562
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD" - 0 Error(s), 0 Warning(s).
+Build target 'Target 1'
+compiling main.c...
+compiling ser_disp.c...
+compiling utility.c...
+compiling eeprom.c...
+compiling 4x4_key.c...
+compiling ADC_AD7780.C...
+compiling ADC_HX711.C...
+linking...
+Program Size: data=185.1 xdata=0 code=19562
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD_default"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD_default" - 0 Error(s), 0 Warning(s).
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default
new file mode 100644
index 0000000..1642ff1
Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default differ
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.M51 b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.M51
new file mode 100644
index 0000000..95b2a8c
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.M51	
@@ -0,0 +1,3587 @@
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                    07/10/2026  17:02:32  PAGE 1
+
+
+BL51 BANKED LINKER/LOCATER V6.22.4.0, INVOKED BY:
+C:\KEIL\C51\BIN\BL51.EXE main.obj, ser_disp.obj, utility.obj, eeprom.obj, 4x4_key.obj, ADC_AD7780.obj, ADC_HX711.obj TO 
+>> Tin_fill_4x4_key_36Recipe_ad7780_55WD_default RAMSIZE (256)
+
+
+MEMORY MODEL: SMALL
+
+
+INPUT MODULES INCLUDED:
+  main.obj (MAIN)
+  ser_disp.obj (SER_DISP)
+  utility.obj (UTILITY)
+  eeprom.obj (EEPROM)
+  4x4_key.obj (4X4_KEY)
+  ADC_AD7780.obj (ADC_AD7780)
+  ADC_HX711.obj (ADC_HX711)
+  C:\KEIL\C51\LIB\C51S.LIB (?C_STARTUP)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?SCDIV)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?CLDOPTR)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?IMUL)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?UIDIV)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LMUL)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?ULDIV)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?ULCMP)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?ULSHR)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LSHL)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LLDIDATA)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LLDIDATA0)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LSTIDATA)
+  C:\KEIL\C51\LIB\C51S.LIB (?C?LSTKIDATA)
+  C:\KEIL\C51\LIB\C51S.LIB (ABS)
+  C:\KEIL\C51\LIB\C51S.LIB (?C_INIT)
+
+
+LINK MAP OF MODULE:  Tin_fill_4x4_key_36Recipe_ad7780_55WD_default (MAIN)
+
+
+            TYPE    BASE      LENGTH    RELOCATION   SEGMENT NAME
+            -----------------------------------------------------
+
+            * * * * * * *   D A T A   M E M O R Y   * * * * * * *
+            REG     0000H     0008H     ABSOLUTE     "REG BANK 0"
+            DATA    0008H     0002H     UNIT         ?DT?ADC_AD7780
+            IDATA   000AH     0010H     UNIT         _IDATA_GROUP_
+                    001AH     0006H                  *** GAP ***
+            BIT     0020H.0   0004H.7   UNIT         ?BI?MAIN
+            BIT     0024H.7   0000H.2   UNIT         _BIT_GROUP_
+                    0025H.1   0000H.7                *** GAP ***
+            DATA    0026H     0030H     UNIT         ?DT?MAIN
+            DATA    0056H     0019H     UNIT         _DATA_GROUP_
+            IDATA   006FH     0054H     UNIT         ?ID?MAIN
+            IDATA   00C3H     0001H     UNIT         ?STACK
+
+            * * * * * * *   C O D E   M E M O R Y   * * * * * * *
+            CODE    0000H     0003H     ABSOLUTE     
+            CODE    0003H     0003H     ABSOLUTE     
+            CODE    0006H     0015H     UNIT         ?PR?ACK?EEPROM
+            CODE    001BH     0003H     ABSOLUTE     
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 2
+
+
+            CODE    001EH     08A0H     UNIT         ?PR?CHECK_KEYPAD?MAIN
+            CODE    08BEH     07FFH     UNIT         ?PR?MENU?MAIN
+            CODE    10BDH     0695H     UNIT         ?PR?CHECK_VALUES?MAIN
+            CODE    1752H     0627H     UNIT         ?PR?SETTINGS?MAIN
+            CODE    1D79H     0353H     UNIT         ?PR?CHECK_SWITCH?MAIN
+            CODE    20CCH     0349H     UNIT         ?PR?READ_VALUES?MAIN
+            CODE    2415H     0347H     UNIT         ?PR?SYS_PARAMTS?MAIN
+            CODE    275CH     0270H     UNIT         ?PR?SELECT_MENU?MAIN
+            CODE    29CCH     0248H     UNIT         ?C?LIB_CODE
+            CODE    2C14H     0245H     UNIT         ?PR?LOAD_EEP_DEFAULTS?MAIN
+            CODE    2E59H     0207H     UNIT         ?PR?SELF_TEST?MAIN
+            CODE    3060H     01D5H     UNIT         ?PR?CAL?MAIN
+            CODE    3235H     016BH     UNIT         ?PR?CLEAR_CURRENT_CUMULATIVE_BATCH?MAIN
+            CODE    33A0H     015AH     UNIT         ?PR?DISPLAY_CURRENT_BATCH?MAIN
+            CODE    34FAH     0153H     UNIT         ?PR?MAIN?MAIN
+            CODE    364DH     013BH     UNIT         ?PR?DISPLAY_TOTAL_BATCH?MAIN
+            CODE    3788H     013BH     UNIT         ?PR?CLEAR_BATCH_CUMULATIVE?MAIN
+            CODE    38C3H     0116H     UNIT         ?PR?DISPLAY_VALUE?MAIN
+            CODE    39D9H     010EH     UNIT         ?PR?CAL_FIND?MAIN
+            CODE    3AE7H     00FFH     UNIT         ?PR?RECIPE_MENU?MAIN
+            CODE    3BE6H     00FFH     UNIT         ?PR?DISPLAY_CURRENT_CUMULATIVE?MAIN
+            CODE    3CE5H     00DCH     UNIT         ?PR?DISPLAY_TOTAL_CUMULATIVE?MAIN
+            CODE    3DC1H     00DCH     UNIT         ?C_INITSEG
+            CODE    3E9DH     00BDH     UNIT         ?PR?_RTC_READLONG?EEPROM
+            CODE    3F5AH     00BBH     UNIT         ?PR?DEFAULTS?MAIN
+            CODE    4015H     00BAH     UNIT         ?PR?FILTER?MAIN
+            CODE    40CFH     00AEH     UNIT         ?PR?PROCESS?MAIN
+            CODE    417DH     00ACH     UNIT         ?PR?CAL_RST?MAIN
+            CODE    4229H     009AH     UNIT         ?PR?_LONG2BCD?SER_DISP
+            CODE    42C3H     008CH     UNIT         ?C_C51STARTUP
+            CODE    434FH     008BH     UNIT         ?PR?READ_KEYPAD?4X4_KEY
+            CODE    43DAH     007EH     UNIT         ?PR?PWD?MAIN
+            CODE    4458H     0070H     UNIT         ?PR?_VAL_READ?MAIN
+            CODE    44C8H     0069H     UNIT         ?PR?_RTC_WRITELONG?EEPROM
+            CODE    4531H     0068H     UNIT         ?PR?GET_ADC_RESULT_AD7780?ADC_AD7780
+            CODE    4599H     0066H     UNIT         ?PR?TARE_CHK?MAIN
+            CODE    45FFH     0066H     UNIT         ?PR?_BATCH2BCD?SER_DISP
+            CODE    4665H     0062H     UNIT         ?PR?ADCINT0_ISR?MAIN
+            CODE    46C7H     0061H     UNIT         ?PR?DISPLAY?SER_DISP
+            CODE    4728H     0060H     UNIT         ?PR?_INCDEC?MAIN
+            CODE    4788H     005BH     UNIT         ?PR?_BLINK?MAIN
+            CODE    47E3H     004CH     UNIT         ?CO?MAIN
+            CODE    482FH     004AH     UNIT         ?PR?_BCD2BIN?MAIN
+            CODE    4879H     0049H     UNIT         ?PR?TIMER1_ISR?MAIN
+            CODE    48C2H     0049H     UNIT         ?PR?CALIBRATE?MAIN
+            CODE    490BH     0045H     UNIT         ?PR?_BIN2BCD?MAIN
+            CODE    4950H     0040H     UNIT         ?PR?DISPLAY_NAME?SER_DISP
+            CODE    4990H     0040H     UNIT         ?PR?_ARR_CMP?UTILITY
+            CODE    49D0H     003DH     UNIT         ?PR?DISP_CHECK?MAIN
+            CODE    4A0DH     0038H     UNIT         ?PR?_READ_EEPROM?EEPROM
+            CODE    4A45H     0032H     UNIT         ?CO?SER_DISP
+            CODE    4A77H     0030H     UNIT         ?PR?_DELAY?UTILITY
+            CODE    4AA7H     0030H     UNIT         ?PR?READ_ADC_AD7780?ADC_AD7780
+            CODE    4AD7H     002EH     UNIT         ?PR?INIT?MAIN
+            CODE    4B05H     002EH     UNIT         ?PR?_WRITE_EEPROM?EEPROM
+            CODE    4B33H     002DH     UNIT         ?PR?ZERO_TRACK?MAIN
+            CODE    4B60H     0026H     UNIT         ?PR?_READ_RTC?EEPROM
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 3
+
+
+            CODE    4B86H     0024H     UNIT         ?PR?AVERAGE?MAIN
+            CODE    4BAAH     0024H     UNIT         ?PR?_WRITE_RTC?EEPROM
+            CODE    4BCEH     001FH     UNIT         ?PR?ADD_VALUES?MAIN
+            CODE    4BEDH     001FH     UNIT         ?PR?_WRITE_DATA?EEPROM
+            CODE    4C0CH     001DH     UNIT         ?PR?READ_DATA?EEPROM
+            CODE    4C29H     001CH     UNIT         ?PR?_ARR_CPY?UTILITY
+            CODE    4C45H     001BH     UNIT         ?PR?CLR_DISP?SER_DISP
+            CODE    4C60H     0018H     UNIT         ?PR?_DISP?SER_DISP
+            CODE    4C78H     0012H     UNIT         ?PR?_ABS?ABS
+            CODE    4C8AH     000FH     UNIT         ?PR?_BCD2INT?UTILITY
+            CODE    4C99H     000FH     UNIT         ?PR?START?EEPROM
+            CODE    4CA8H     000DH     UNIT         ?PR?STOP?EEPROM
+            CODE    4CB5H     000CH     UNIT         ?PR?INIT_ADC_AD7780?ADC_AD7780
+            CODE    4CC1H     0007H     UNIT         ?PR?RST_WDT?UTILITY
+
+
+
+OVERLAY MAP OF MODULE:   Tin_fill_4x4_key_36Recipe_ad7780_55WD_default (MAIN)
+
+
+SEGMENT                                            BIT_GROUP          DATA_GROUP          IDATA_GROUP
+  +--> CALLED SEGMENT                           START    LENGTH     START    LENGTH     START    LENGTH
+-------------------------------------------------------------------------------------------------------
+?PR?ADCINT0_ISR?MAIN                            -----    -----      -----    -----      -----    -----
+  +--> ?PR?GET_ADC_RESULT_AD7780?ADC_AD7780
+  +--> ?PR?ADD_VALUES?MAIN
+  +--> ?PR?AVERAGE?MAIN
+  +--> ?PR?FILTER?MAIN
+
+?PR?GET_ADC_RESULT_AD7780?ADC_AD7780            -----    -----      -----    -----      -----    -----
+  +--> ?PR?READ_ADC_AD7780?ADC_AD7780
+  +--> ?PR?RST_WDT?UTILITY
+
+?PR?READ_ADC_AD7780?ADC_AD7780                  -----    -----      0056H    0002H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+
+?PR?FILTER?MAIN                                 0024H.7  0000H.1    0056H    0001H      -----    -----
+  +--> ?PR?_ABS?ABS
+
+*** NEW ROOT ***************************************************
+
+?PR?TIMER1_ISR?MAIN                             -----    -----      -----    -----      -----    -----
+  +--> ?PR?READ_KEYPAD?4X4_KEY
+
+*** NEW ROOT ***************************************************
+
+?C_C51STARTUP                                   -----    -----      -----    -----      -----    -----
+  +--> ?PR?MAIN?MAIN
+  +--> ?C_INITSEG
+
+?PR?MAIN?MAIN                                   -----    -----      -----    -----      -----    -----
+  +--> ?PR?INIT?MAIN
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?DISPLAY_NAME?SER_DISP
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?_READ_EEPROM?EEPROM
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 4
+
+
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?LOAD_EEP_DEFAULTS?MAIN
+  +--> ?PR?INIT_ADC_AD7780?ADC_AD7780
+  +--> ?PR?CLR_DISP?SER_DISP
+  +--> ?PR?DISP_CHECK?MAIN
+  +--> ?PR?SELF_TEST?MAIN
+  +--> ?PR?PROCESS?MAIN
+  +--> ?PR?READ_KEYPAD?4X4_KEY
+  +--> ?PR?CHECK_KEYPAD?MAIN
+  +--> ?PR?CHECK_SWITCH?MAIN
+  +--> ?PR?CHECK_VALUES?MAIN
+  +--> ?PR?DISPLAY_VALUE?MAIN
+
+?PR?_DISP?SER_DISP                              -----    -----      005DH    000FH      -----    -----
+  +--> ?PR?DISPLAY?SER_DISP
+
+?PR?DISPLAY?SER_DISP                            -----    -----      006CH    0003H      -----    -----
+  +--> ?CO?SER_DISP
+  +--> ?PR?RST_WDT?UTILITY
+
+?PR?DISPLAY_NAME?SER_DISP                       -----    -----      0058H    0001H      -----    -----
+  +--> ?CO?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?DISPLAY?SER_DISP
+
+?PR?_DELAY?UTILITY                              -----    -----      0063H    0004H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+
+?PR?READ_VALUES?MAIN                            -----    -----      005DH    0001H      -----    -----
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_WRITE_RTC?EEPROM
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?_READ_EEPROM?EEPROM
+  +--> ?CO?MAIN
+
+?PR?_READ_RTC?EEPROM                            -----    -----      005EH    0001H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?ACK?EEPROM
+  +--> ?PR?_WRITE_DATA?EEPROM
+  +--> ?PR?START?EEPROM
+  +--> ?PR?READ_DATA?EEPROM
+  +--> ?PR?STOP?EEPROM
+
+?PR?ACK?EEPROM                                  -----    -----      -----    -----      -----    -----
+  +--> ?PR?START?EEPROM
+  +--> ?PR?_WRITE_DATA?EEPROM
+
+?PR?_WRITE_RTC?EEPROM                           -----    -----      0060H    0002H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?ACK?EEPROM
+  +--> ?PR?_WRITE_DATA?EEPROM
+  +--> ?PR?STOP?EEPROM
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_READ_EEPROM?EEPROM                         -----    -----      005EH    0002H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?START?EEPROM
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 5
+
+
+  +--> ?PR?_WRITE_DATA?EEPROM
+  +--> ?PR?ACK?EEPROM
+  +--> ?PR?READ_DATA?EEPROM
+  +--> ?PR?STOP?EEPROM
+
+?PR?LOAD_EEP_DEFAULTS?MAIN                      -----    -----      005BH    0002H      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?DEFAULTS?MAIN
+  +--> ?PR?_WRITE_EEPROM?EEPROM
+  +--> ?PR?_WRITE_RTC?EEPROM
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?CLR_DISP?SER_DISP
+
+?PR?DEFAULTS?MAIN                               -----    -----      -----    -----      -----    -----
+  +--> ?CO?MAIN
+
+?PR?_WRITE_EEPROM?EEPROM                        -----    -----      005DH    0002H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?START?EEPROM
+  +--> ?PR?_WRITE_DATA?EEPROM
+  +--> ?PR?ACK?EEPROM
+  +--> ?PR?STOP?EEPROM
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_BLINK?MAIN                                 -----    -----      005FH    0004H      -----    -----
+  +--> ?PR?_ARR_CPY?UTILITY
+  +--> ?PR?DISPLAY?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?CLR_DISP?SER_DISP                           -----    -----      -----    -----      -----    -----
+  +--> ?PR?DISPLAY?SER_DISP
+
+?PR?INIT_ADC_AD7780?ADC_AD7780                  -----    -----      -----    -----      -----    -----
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?DISP_CHECK?MAIN                             -----    -----      0058H    0001H      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?SELF_TEST?MAIN                              0025H.0  0000H.1    0058H    0002H      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_READ_EEPROM?EEPROM
+  +--> ?PR?_READ_RTC?EEPROM
+
+?PR?PROCESS?MAIN                                -----    -----      -----    -----      -----    -----
+  +--> ?PR?TARE_CHK?MAIN
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?ZERO_TRACK?MAIN
+  +--> ?PR?CAL_FIND?MAIN
+  +--> ?PR?CALIBRATE?MAIN
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 6
+
+
+?PR?CAL_FIND?MAIN                               -----    -----      -----    -----      -----    -----
+  +--> ?PR?_WRITE_EEPROM?EEPROM
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?CLR_DISP?SER_DISP
+  +--> ?PR?CALIBRATE?MAIN
+
+?PR?CHECK_KEYPAD?MAIN                           -----    -----      0058H    0002H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?PWD?MAIN
+  +--> ?PR?_ARR_CPY?UTILITY
+  +--> ?CO?MAIN
+  +--> ?PR?_ARR_CMP?UTILITY
+  +--> ?PR?RECIPE_MENU?MAIN
+  +--> ?PR?MENU?MAIN
+  +--> ?PR?CAL?MAIN
+  +--> ?PR?SETTINGS?MAIN
+  +--> ?PR?SYS_PARAMTS?MAIN
+  +--> ?PR?LOAD_EEP_DEFAULTS?MAIN
+  +--> ?PR?SELECT_MENU?MAIN
+  +--> ?PR?DISPLAY_TOTAL_CUMULATIVE?MAIN
+  +--> ?PR?DISPLAY_CURRENT_BATCH?MAIN
+  +--> ?PR?CLEAR_CURRENT_CUMULATIVE_BATCH?MAIN
+  +--> ?PR?DISPLAY_CURRENT_CUMULATIVE?MAIN
+  +--> ?PR?CLEAR_BATCH_CUMULATIVE?MAIN
+  +--> ?PR?DISPLAY_TOTAL_BATCH?MAIN
+  +--> ?PR?_WRITE_RTC?EEPROM
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?CLR_DISP?SER_DISP
+  +--> ?PR?_BIN2BCD?MAIN
+  +--> ?PR?_VAL_READ?MAIN
+  +--> ?PR?_BCD2BIN?MAIN
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_BCD2INT?UTILITY
+  +--> ?PR?_READ_EEPROM?EEPROM
+  +--> ?PR?READ_VALUES?MAIN
+
+?PR?PWD?MAIN                                    -----    -----      005AH    0001H      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_ARR_CMP?UTILITY                            0025H.0  0000H.1    005AH    0008H      -----    -----
+
+?PR?RECIPE_MENU?MAIN                            -----    -----      005AH    0001H      -----    -----
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_BCD2INT?UTILITY
+  +--> ?PR?_DELAY?UTILITY
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 7
+
+
+  +--> ?PR?_WRITE_RTC?EEPROM
+
+?PR?MENU?MAIN                                   0025H.0  0000H.1    005AH    0003H      -----    -----
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BIN2BCD?MAIN
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_VAL_READ?MAIN
+  +--> ?PR?_BCD2BIN?MAIN
+  +--> ?CO?MAIN
+  +--> ?PR?_WRITE_EEPROM?EEPROM
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_READ_EEPROM?EEPROM
+
+?PR?_BIN2BCD?MAIN                               -----    -----      005DH    0002H      -----    -----
+  +--> ?PR?DISPLAY?SER_DISP
+
+?PR?_VAL_READ?MAIN                              -----    -----      005DH    0002H      -----    -----
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_BCD2BIN?MAIN                               -----    -----      005DH    0002H      -----    -----
+
+?PR?CAL?MAIN                                    -----    -----      005BH    0001H      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?PROCESS?MAIN
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_BCD2BIN?MAIN
+
+?PR?SETTINGS?MAIN                               -----    -----      005BH    0001H      -----    -----
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BIN2BCD?MAIN
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_VAL_READ?MAIN
+  +--> ?PR?_BCD2BIN?MAIN
+  +--> ?PR?_WRITE_EEPROM?EEPROM
+  +--> ?PR?_READ_EEPROM?EEPROM
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?CO?MAIN
+
+?PR?SYS_PARAMTS?MAIN                            -----    -----      005BH    0001H      -----    -----
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_WRITE_RTC?EEPROM
+  +--> ?PR?_BIN2BCD?MAIN
+  +--> ?PR?_VAL_READ?MAIN
+  +--> ?PR?_BCD2BIN?MAIN
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 8
+
+
+
+?PR?SELECT_MENU?MAIN                            -----    -----      005AH    0001H      -----    -----
+  +--> ?PR?CLR_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?SYS_PARAMTS?MAIN
+  +--> ?PR?SETTINGS?MAIN
+  +--> ?PR?CAL?MAIN
+  +--> ?PR?CAL_RST?MAIN
+  +--> ?PR?LOAD_EEP_DEFAULTS?MAIN
+  +--> ?PR?DISPLAY_CURRENT_CUMULATIVE?MAIN
+  +--> ?PR?DISPLAY_CURRENT_BATCH?MAIN
+  +--> ?PR?DISPLAY_TOTAL_BATCH?MAIN
+  +--> ?PR?CLEAR_BATCH_CUMULATIVE?MAIN
+
+?PR?CAL_RST?MAIN                                -----    -----      -----    -----      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?CLR_DISP?SER_DISP
+  +--> ?PR?_WRITE_EEPROM?EEPROM
+  +--> ?PR?READ_VALUES?MAIN
+
+?PR?DISPLAY_CURRENT_CUMULATIVE?MAIN             -----    -----      005BH    0002H      -----    -----
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_BCD2INT?UTILITY
+  +--> ?PR?_RTC_READLONG?EEPROM
+  +--> ?PR?_BIN2BCD?MAIN
+
+?PR?_RTC_READLONG?EEPROM                        -----    -----      005DH    0001H      000AH    0010H
+  +--> ?PR?_READ_RTC?EEPROM
+
+?PR?DISPLAY_CURRENT_BATCH?MAIN                  -----    -----      005BH    0002H      -----    -----
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_INCDEC?MAIN
+  +--> ?PR?_BCD2INT?UTILITY
+  +--> ?PR?_BIN2BCD?MAIN
+
+?PR?DISPLAY_TOTAL_BATCH?MAIN                    -----    -----      -----    -----      -----    -----
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BATCH2BCD?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_BATCH2BCD?SER_DISP                         -----    -----      005BH    0004H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?DISPLAY?SER_DISP
+
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 9
+
+
+?PR?CLEAR_BATCH_CUMULATIVE?MAIN                 -----    -----      -----    -----      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_RTC_WRITELONG?EEPROM
+  +--> ?PR?_WRITE_RTC?EEPROM
+
+?PR?_RTC_WRITELONG?EEPROM                       -----    -----      005BH    0005H      000AH    0004H
+  +--> ?PR?_WRITE_RTC?EEPROM
+
+?PR?DISPLAY_TOTAL_CUMULATIVE?MAIN               -----    -----      -----    -----      -----    -----
+  +--> ?PR?_RTC_READLONG?EEPROM
+  +--> ?PR?_LONG2BCD?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+
+?PR?_LONG2BCD?SER_DISP                          -----    -----      005AH    0006H      -----    -----
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?DISPLAY?SER_DISP
+
+?PR?CLEAR_CURRENT_CUMULATIVE_BATCH?MAIN         -----    -----      -----    -----      -----    -----
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_BLINK?MAIN
+  +--> ?PR?_RTC_WRITELONG?EEPROM
+  +--> ?PR?_WRITE_RTC?EEPROM
+
+?PR?CHECK_SWITCH?MAIN                           -----    -----      0058H    0002H      -----    -----
+  +--> ?PR?READ_VALUES?MAIN
+  +--> ?PR?_DISP?SER_DISP
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?READ_KEYPAD?4X4_KEY
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?RST_WDT?UTILITY
+  +--> ?PR?PROCESS?MAIN
+
+?PR?CHECK_VALUES?MAIN                           -----    -----      -----    -----      -----    -----
+  +--> ?PR?_DELAY?UTILITY
+  +--> ?PR?_READ_RTC?EEPROM
+  +--> ?PR?_WRITE_RTC?EEPROM
+  +--> ?PR?_RTC_READLONG?EEPROM
+  +--> ?PR?_RTC_WRITELONG?EEPROM
+  +--> ?PR?_DISP?SER_DISP
+
+?PR?DISPLAY_VALUE?MAIN                          -----    -----      0058H    0002H      -----    -----
+  +--> ?PR?DISPLAY?SER_DISP
+
+
+
+SYMBOL TABLE OF MODULE:  Tin_fill_4x4_key_36Recipe_ad7780_55WD_default (MAIN)
+
+  VALUE           TYPE          NAME
+  ----------------------------------
+
+  -------         MODULE        MAIN
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  C:3235H         PUBLIC        clear_current_cumulative_batch
+  B:0020H.0       PUBLIC        process_flag
+  D:0090H         PUBLIC        P1
+  B:0020H.1       PUBLIC        grwt_ok
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 10
+
+
+  D:00A0H         PUBLIC        P2
+  C:40CFH         PUBLIC        process
+  I:006FH         PUBLIC        batch
+  C:4879H         PUBLIC        timer1_isr
+  I:0071H         PUBLIC        KeyPressed
+  B:00A8H.7       PUBLIC        EA
+  C:4015H         PUBLIC        filter
+  C:3BE6H         PUBLIC        display_current_cumulative
+  D:00A8H         PUBLIC        IE
+  D:0026H         PUBLIC        hold_counter
+  B:0090H.3       PUBLIC        waled
+  C:47FDH         PUBLIC        pass_F1
+  B:0020H.2       PUBLIC        rd_ok
+  I:0072H         PUBLIC        batch_count
+  C:47FFH         PUBLIC        pass_F2
+  C:4801H         PUBLIC        pass_F3
+  C:20CCH         PUBLIC        read_values
+  C:4790H         PUBLIC        _blink
+  C:4803H         PUBLIC        pass_F4
+  C:3AE7H         PUBLIC        recipe_menu
+  C:49D0H         PUBLIC        disp_check
+  C:4805H         PUBLIC        pass_F5
+  C:4807H         PUBLIC        pass_F6
+  C:4809H         PUBLIC        pass_F7
+  C:3788H         PUBLIC        clear_batch_cumulative
+  C:480BH         PUBLIC        pass_F8
+  C:4914H         PUBLIC        _bin2bcd
+  C:482FH         PUBLIC        _bcd2bin
+  C:480DH         PUBLIC        pass_F9
+  D:00B8H         PUBLIC        IP
+  C:275CH         PUBLIC        select_menu
+  B:0020H.3       PUBLIC        shift_flag
+  C:4BCEH         PUBLIC        add_values
+  C:47F5H         PUBLIC        pswd10
+  C:47F7H         PUBLIC        pswd11
+  I:0074H         PUBLIC        start_delay
+  C:47F9H         PUBLIC        pswd12
+  C:47FBH         PUBLIC        pswd13
+  C:34FAH         PUBLIC        main
+  B:0020H.4       PUBLIC        help_flag
+  I:0075H         PUBLIC        div_factor
+  C:3CE5H         PUBLIC        display_total_cumulative
+  B:0020H.5       PUBLIC        tare_flag
+  D:002AH         PUBLIC        Adc_Value_LSB
+  D:002BH         PUBLIC        Adc_Value_MSB
+  C:48C2H         PUBLIC        calibrate
+  B:0020H.6       PUBLIC        cal_flag
+  B:0020H.7       PUBLIC        start_flag
+  I:0076H         PUBLIC        filter_val
+  D:002CH         PUBLIC        disp_data
+  I:0078H         PUBLIC        bset
+  D:0034H         PUBLIC        scale_val
+  I:007AH         PUBLIC        htar
+  I:007CH         PUBLIC        ffd
+  B:0090H.0       PUBLIC        start
+  C:3060H         PUBLIC        cal
+  I:007EH         PUBLIC        mul_factor
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 11
+
+
+  B:0021H.0       PUBLIC        wait_flag
+  B:0021H.1       PUBLIC        drop_flag
+  B:0021H.2       PUBLIC        aco
+  D:0036H         PUBLIC        add_adc
+  D:0098H         PUBLIC        SCON
+  I:007FH         PUBLIC        ltar
+  D:003AH         PUBLIC        temp_data
+  C:39D9H         PUBLIC        cal_find
+  D:0089H         PUBLIC        TMOD
+  D:0088H         PUBLIC        TCON
+  C:4AD7H         PUBLIC        init
+  C:08BEH         PUBLIC        menu
+  D:0042H         PUBLIC        temp
+  B:0021H.3       PUBLIC        esc_flag
+  I:0081H         PUBLIC        EEPROM_block
+  B:0021H.4       PUBLIC        start_status
+  B:0021H.5       PUBLIC        Instant_fill_enable
+  B:0021H.6       PUBLIC        fill_start
+  C:4B33H         PUBLIC        zero_track
+  B:0021H.7       PUBLIC        Adc_Data_Ready
+  I:0082H         PUBLIC        start_count
+  C:2415H         PUBLIC        sys_paramts
+  I:0083H         PUBLIC        disp_count
+  I:0084H         PUBLIC        avg
+  I:0085H         PUBLIC        nfl
+  C:480FH         PUBLIC        pass_F10
+  B:0022H.0       PUBLIC        busy_flag
+  I:0087H         PUBLIC        mas
+  C:4458H         PUBLIC        _val_read
+  I:0088H         PUBLIC        start_disp
+  B:0022H.1       PUBLIC        zset_flag
+  B:0022H.2       PUBLIC        start_wait_flag
+  B:0022H.3       PUBLIC        grwt
+  I:008AH         PUBLIC        cumulative
+  C:4599H         PUBLIC        tare_chk
+  D:0046H         PUBLIC        temp_tare
+  I:008EH         PUBLIC        zset
+  B:0022H.4       PUBLIC        ff_flag
+  B:0022H.5       PUBLIC        ed
+  I:0090H         PUBLIC        cf
+  C:33A0H         PUBLIC        display_current_batch
+  I:0092H         PUBLIC        ztwc
+  C:4811H         PUBLIC        rng_array
+  I:0093H         PUBLIC        res
+  B:0022H.6       PUBLIC        set_enter_flag
+  B:0090H.2       PUBLIC        ff
+  C:43DAH         PUBLIC        pwd
+  D:008CH         PUBLIC        TH0
+  B:0022H.7       PUBLIC        auto_start
+  B:00A8H.0       PUBLIC        EX0
+  B:0088H.0       PUBLIC        IT0
+  D:008DH         PUBLIC        TH1
+  I:0094H         PUBLIC        adc_val
+  C:2E59H         PUBLIC        self_test
+  D:0048H         PUBLIC        help_val
+  D:008AH         PUBLIC        TL0
+  B:0023H.0       PUBLIC        dp_flag
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 12
+
+
+  I:0096H         PUBLIC        add_cnt
+  D:008BH         PUBLIC        TL1
+  I:0097H         PUBLIC        ztc
+  D:004AH         PUBLIC        tare_val
+  B:0023H.1       PUBLIC        adc_err
+  B:0023H.2       PUBLIC        wa_flag
+  I:0098H         PUBLIC        tare_cnt
+  B:0023H.3       PUBLIC        adc_pol
+  I:0099H         PUBLIC        cal_val
+  C:4665H         PUBLIC        adcint0_isr
+  I:009BH         PUBLIC        disp_val
+  B:0088H.6       PUBLIC        TR1
+  B:0023H.4       PUBLIC        tare_pol
+  I:009DH         PUBLIC        wait_val
+  I:009EH         PUBLIC        temp_val
+  C:3F5AH         PUBLIC        defaults
+  B:0023H.5       PUBLIC        c_flag
+  B:0023H.6       PUBLIC        disp_pol
+  I:00A0H         PUBLIC        bin_val
+  I:00A2H         PUBLIC        cfd1
+  C:4B86H         PUBLIC        average
+  I:00A4H         PUBLIC        cfd2
+  I:00A6H         PUBLIC        drop_ctr
+  I:00A8H         PUBLIC        wait_ctr
+  I:00AAH         PUBLIC        test_loc
+  C:001EH         PUBLIC        check_keypad
+  I:00ABH         PUBLIC        prev_val
+  I:00B5H         PUBLIC        temp_pwd
+  B:0090H.7       PUBLIC        cal_en
+  I:00B9H         PUBLIC        avg_cnt
+  C:364DH         PUBLIC        display_total_batch
+  D:004CH         PUBLIC        temp1
+  C:472FH         PUBLIC        _incdec
+  B:0023H.7       PUBLIC        autotare
+  D:0050H         PUBLIC        temp2
+  I:00BAH         PUBLIC        function
+  C:417DH         PUBLIC        cal_rst
+  I:00BBH         PUBLIC        rng_val
+  I:00BCH         PUBLIC        on_time
+  C:47E3H         PUBLIC        pswd1
+  C:47E5H         PUBLIC        pswd2
+  I:00BEH         PUBLIC        t
+  C:47E7H         PUBLIC        pswd3
+  I:00BFH         PUBLIC        drop_wait_val
+  C:47E9H         PUBLIC        pswd4
+  C:47EBH         PUBLIC        pswd5
+  C:10BDH         PUBLIC        check_values
+  C:47EDH         PUBLIC        pswd6
+  C:1752H         PUBLIC        settings
+  B:0024H.0       PUBLIC        cf1_flag
+  I:00C0H         PUBLIC        fillset
+  C:47EFH         PUBLIC        pswd7
+  C:1D79H         PUBLIC        check_switch
+  B:0024H.1       PUBLIC        cf2_flag
+  B:0024H.2       PUBLIC        ave_ok
+  C:47F1H         PUBLIC        pswd8
+  B:0024H.3       PUBLIC        wt_ach
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 13
+
+
+  D:0054H         PUBLIC        Adc_Value_MLSB
+  C:47F3H         PUBLIC        pswd9
+  I:00C2H         PUBLIC        dp_val
+  B:0090H.4       PUBLIC        cf1
+  B:0024H.4       PUBLIC        bset_enable
+  B:0024H.5       PUBLIC        recipe
+  B:0090H.1       PUBLIC        cf2
+  C:38C3H         PUBLIC        display_value
+  D:0055H         PUBLIC        Status_Bits
+  C:2C14H         PUBLIC        load_eep_defaults
+  B:0024H.6       PUBLIC        Adc_Status_bit73
+  -------         PROC          MAIN
+  C:34FAH         LINE#         194
+  C:34FAH         LINE#         195
+  C:34FAH         LINE#         196
+  C:34FDH         LINE#         197
+  C:3500H         LINE#         201
+  C:3508H         LINE#         203
+  C:350AH         LINE#         204
+  C:3535H         LINE#         205
+  C:3538H         LINE#         207
+  C:353BH         LINE#         208
+  C:353DH         LINE#         209
+  C:3546H         LINE#         210
+  C:354FH         LINE#         211
+  C:354FH         LINE#         212
+  C:357AH         LINE#         216
+  C:3595H         LINE#         222
+  C:359BH         LINE#         224
+  C:359BH         LINE#         225
+  C:35C6H         LINE#         226
+  C:35C9H         LINE#         227
+  C:35D0H         LINE#         228
+  C:35D0H         LINE#         229
+  C:35D0H         LINE#         232
+  C:35D3H         LINE#         237
+  C:35D6H         LINE#         239
+  C:35D9H         LINE#         240
+  C:35D9H         LINE#         241
+  C:35DCH         LINE#         242
+  C:35DFH         LINE#         243
+  C:35E2H         LINE#         244
+  C:35E4H         LINE#         245
+  C:360FH         LINE#         246
+  C:3616H         LINE#         247
+  C:3619H         LINE#         248
+  C:3619H         LINE#         249
+  C:361BH         LINE#         251
+  C:361BH         LINE#         252
+  C:361BH         LINE#         267
+  C:361EH         LINE#         269
+  C:3625H         LINE#         271
+  C:3628H         LINE#         272
+  C:362BH         LINE#         273
+  C:362EH         LINE#         274
+  C:3631H         LINE#         275
+  C:3634H         LINE#         276
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 14
+
+
+  C:363AH         LINE#         277
+  C:3647H         LINE#         281
+  C:364BH         LINE#         283
+  -------         ENDPROC       MAIN
+  -------         PROC          INIT
+  C:4AD7H         LINE#         286
+  C:4AD7H         LINE#         287
+  C:4AD7H         LINE#         299
+  C:4ADDH         LINE#         300
+  C:4AE0H         LINE#         301
+  C:4AE3H         LINE#         302
+  C:4AE5H         LINE#         303
+  C:4AE8H         LINE#         304
+  C:4AEBH         LINE#         305
+  C:4AEEH         LINE#         306
+  C:4AF1H         LINE#         307
+  C:4AF4H         LINE#         308
+  C:4AF6H         LINE#         314
+  C:4AF8H         LINE#         315
+  C:4AFAH         LINE#         316
+  C:4AFCH         LINE#         319
+  C:4AFEH         LINE#         320
+  C:4B00H         LINE#         321
+  C:4B02H         LINE#         322
+  C:4B04H         LINE#         323
+  -------         ENDPROC       INIT
+  -------         PROC          ADCINT0_ISR
+  C:4665H         LINE#         325
+  C:4682H         LINE#         327
+  C:4684H         LINE#         330
+  C:4687H         LINE#         334
+  C:4689H         LINE#         336
+  C:468CH         LINE#         337
+  C:468CH         LINE#         338
+  C:468EH         LINE#         339
+  C:4691H         LINE#         340
+  C:4694H         LINE#         341
+  C:469DH         LINE#         342
+  C:469DH         LINE#         343
+  C:46A1H         LINE#         344
+  C:46A4H         LINE#         345
+  C:46AAH         LINE#         347
+  C:46AAH         LINE#         348
+  C:46AAH         LINE#         349
+  C:46ACH         LINE#         350
+  -------         ENDPROC       ADCINT0_ISR
+  -------         PROC          TIMER1_ISR
+  C:4879H         LINE#         353
+  C:4896H         LINE#         355
+  C:4898H         LINE#         356
+  C:489FH         LINE#         357
+  C:48A2H         LINE#         359
+  C:48A5H         LINE#         360
+  C:48A7H         LINE#         361
+  -------         ENDPROC       TIMER1_ISR
+  -------         PROC          READ_VALUES
+  -------         DO            
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 15
+
+
+  D:005DH         SYMBOL        dat
+  -------         ENDDO         
+  C:20CCH         LINE#         364
+  C:20CCH         LINE#         365
+  C:20CCH         LINE#         369
+  C:20CEH         LINE#         371
+  C:20D5H         LINE#         372
+  C:20DEH         LINE#         373
+  C:20E0H         LINE#         375
+  C:20E7H         LINE#         376
+  C:20F0H         LINE#         377
+  C:20F2H         LINE#         379
+  C:20F9H         LINE#         380
+  C:2102H         LINE#         381
+  C:2104H         LINE#         384
+  C:210EH         LINE#         385
+  C:2117H         LINE#         387
+  C:211EH         LINE#         388
+  C:2127H         LINE#         389
+  C:2129H         LINE#         391
+  C:2132H         LINE#         393
+  C:2139H         LINE#         394
+  C:2142H         LINE#         395
+  C:2144H         LINE#         396
+  C:2168H         LINE#         397
+  C:216BH         LINE#         399
+  C:2182H         LINE#         400
+  C:2199H         LINE#         401
+  C:21B0H         LINE#         402
+  C:21C5H         LINE#         404
+  C:21C8H         LINE#         405
+  C:21DCH         LINE#         407
+  C:2205H         LINE#         409
+  C:2231H         LINE#         410
+  C:225DH         LINE#         411
+  C:2289H         LINE#         412
+  C:22B5H         LINE#         413
+  C:22E1H         LINE#         414
+  C:22EEH         LINE#         415
+  C:22F6H         LINE#         416
+  C:22F8H         LINE#         418
+  C:22FCH         LINE#         420
+  C:231CH         LINE#         421
+  C:233CH         LINE#         423
+  C:2345H         LINE#         424
+  C:234EH         LINE#         425
+  C:2357H         LINE#         426
+  C:2360H         LINE#         427
+  C:2369H         LINE#         429
+  C:2372H         LINE#         430
+  C:237DH         LINE#         431
+  C:2380H         LINE#         432
+  C:2396H         LINE#         433
+  C:23A9H         LINE#         434
+  C:23D9H         LINE#         437
+  C:23E2H         LINE#         438
+  C:23EBH         LINE#         440
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 16
+
+
+  C:23FBH         LINE#         447
+  C:240DH         LINE#         448
+  C:2412H         LINE#         450
+  C:2414H         LINE#         451
+  -------         ENDPROC       READ_VALUES
+  -------         PROC          SELF_TEST
+  -------         DO            
+  D:0058H         SYMBOL        dat
+  D:0059H         SYMBOL        i
+  B:0025H.0       SYMBOL        aok
+  -------         ENDDO         
+  C:2E59H         LINE#         453
+  C:2E59H         LINE#         454
+  C:2E59H         LINE#         456
+  C:2E5BH         LINE#         458
+  C:2E86H         LINE#         459
+  C:2E8DH         LINE#         462
+  C:2EB8H         LINE#         463
+  C:2EBFH         LINE#         464
+  C:2EC6H         LINE#         465
+  C:2ECDH         LINE#         466
+  C:2EEEH         LINE#         468
+  C:2EEEH         LINE#         469
+  C:2F19H         LINE#         471
+  C:2F19H         LINE#         472
+  C:2F20H         LINE#         475
+  C:2F4BH         LINE#         476
+  C:2F52H         LINE#         477
+  C:2F59H         LINE#         478
+  C:2F60H         LINE#         479
+  C:2F81H         LINE#         481
+  C:2F81H         LINE#         482
+  C:2FACH         LINE#         484
+  C:2FACH         LINE#         485
+  C:2FB3H         LINE#         488
+  C:2FDEH         LINE#         490
+  C:2FE0H         LINE#         491
+  C:2FE3H         LINE#         492
+  C:2FE3H         LINE#         493
+  C:2FE6H         LINE#         494
+  C:2FE6H         LINE#         495
+  C:2FE8H         LINE#         496
+  C:2FEAH         LINE#         497
+  C:2FEAH         LINE#         498
+  C:2FF1H         LINE#         499
+  C:2FFAH         LINE#         500
+  C:2FFDH         LINE#         501
+  C:2FFDH         LINE#         502
+  C:3028H         LINE#         503
+  C:302AH         LINE#         504
+  C:302CH         LINE#         506
+  C:302CH         LINE#         507
+  C:3057H         LINE#         508
+  C:3059H         LINE#         509
+  C:3059H         LINE#         510
+  -------         ENDPROC       SELF_TEST
+  -------         PROC          DISP_CHECK
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 17
+
+
+  -------         DO            
+  D:0058H         SYMBOL        i
+  -------         ENDDO         
+  C:49D0H         LINE#         513
+  C:49D0H         LINE#         514
+  C:49D0H         LINE#         516
+  C:49D3H         LINE#         517
+  C:49D3H         LINE#         518
+  C:49FAH         LINE#         519
+  C:4A01H         LINE#         520
+  C:4A0CH         LINE#         521
+  -------         ENDPROC       DISP_CHECK
+  -------         PROC          DEFAULTS
+  C:3F5AH         LINE#         523
+  C:3F5AH         LINE#         524
+  C:3F5AH         LINE#         525
+  C:3F61H         LINE#         528
+  C:3F68H         LINE#         529
+  C:3F6FH         LINE#         530
+  C:3F75H         LINE#         531
+  C:3F7BH         LINE#         532
+  C:3F81H         LINE#         533
+  C:3F86H         LINE#         534
+  C:3F88H         LINE#         535
+  C:3F8CH         LINE#         536
+  C:3F98H         LINE#         542
+  C:3F9CH         LINE#         543
+  C:3FA0H         LINE#         544
+  C:3FA4H         LINE#         545
+  C:3FA8H         LINE#         546
+  C:3FACH         LINE#         548
+  C:3FC2H         LINE#         549
+  C:3FD5H         LINE#         551
+  C:4005H         LINE#         557
+  C:4009H         LINE#         558
+  C:400DH         LINE#         559
+  C:4014H         LINE#         560
+  -------         ENDPROC       DEFAULTS
+  -------         PROC          LOAD_EEP_DEFAULTS
+  -------         DO            
+  D:005BH         SYMBOL        rcpe
+  D:005CH         SYMBOL        dat
+  -------         ENDDO         
+  C:2C14H         LINE#         562
+  C:2C14H         LINE#         563
+  C:2C14H         LINE#         564
+  C:2C1AH         LINE#         565
+  C:2C3EH         LINE#         566
+  C:2C45H         LINE#         567
+  C:2C48H         LINE#         568
+  C:2C73H         LINE#         569
+  C:2C7CH         LINE#         570
+  C:2C83H         LINE#         572
+  C:2C86H         LINE#         573
+  C:2C86H         LINE#         574
+  C:2C9DH         LINE#         575
+  C:2CB7H         LINE#         576
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 18
+
+
+  C:2CD1H         LINE#         577
+  C:2CE9H         LINE#         579
+  C:2CF6H         LINE#         580
+  C:2D04H         LINE#         581
+  C:2D13H         LINE#         582
+  C:2D22H         LINE#         583
+  C:2D31H         LINE#         584
+  C:2D40H         LINE#         585
+  C:2D4FH         LINE#         586
+  C:2D5EH         LINE#         587
+  C:2D6DH         LINE#         588
+  C:2D7CH         LINE#         589
+  C:2D8BH         LINE#         590
+  C:2D9AH         LINE#         591
+  C:2DA7H         LINE#         592
+  C:2DAAH         LINE#         593
+  C:2DADH         LINE#         594
+  C:2DB9H         LINE#         596
+  C:2DBDH         LINE#         598
+  C:2DC6H         LINE#         599
+  C:2DCFH         LINE#         601
+  C:2DD8H         LINE#         602
+  C:2DE1H         LINE#         603
+  C:2DEAH         LINE#         604
+  C:2DF3H         LINE#         605
+  C:2DFCH         LINE#         606
+  C:2E05H         LINE#         611
+  C:2E0EH         LINE#         612
+  C:2E17H         LINE#         613
+  C:2E20H         LINE#         615
+  C:2E27H         LINE#         616
+  C:2E2EH         LINE#         617
+  C:2E35H         LINE#         618
+  C:2E3CH         LINE#         619
+  C:2E43H         LINE#         620
+  C:2E4CH         LINE#         621
+  C:2E53H         LINE#         623
+  C:2E56H         LINE#         624
+  -------         ENDPROC       LOAD_EEP_DEFAULTS
+  -------         PROC          ADD_VALUES
+  C:4BCEH         LINE#         627
+  C:4BCEH         LINE#         628
+  C:4BCEH         LINE#         629
+  C:4BECH         LINE#         630
+  -------         ENDPROC       ADD_VALUES
+  -------         PROC          AVERAGE
+  C:4B86H         LINE#         632
+  C:4B86H         LINE#         633
+  C:4B86H         LINE#         634
+  C:4BA0H         LINE#         635
+  C:4BA9H         LINE#         636
+  -------         ENDPROC       AVERAGE
+  -------         PROC          FILTER
+  -------         DO            
+  D:0056H         SYMBOL        i
+  B:0024H.7       SYMBOL        ave_ok
+  -------         ENDDO         
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 19
+
+
+  C:4015H         LINE#         638
+  C:4015H         LINE#         639
+  C:4015H         LINE#         641
+  C:4017H         LINE#         643
+  C:4035H         LINE#         644
+  C:4043H         LINE#         646
+  C:4046H         LINE#         647
+  C:4046H         LINE#         648
+  C:406DH         LINE#         649
+  C:4076H         LINE#         651
+  C:4079H         LINE#         652
+  C:4079H         LINE#         653
+  C:4082H         LINE#         654
+  C:40AEH         LINE#         655
+  C:40C7H         LINE#         656
+  C:40CEH         LINE#         657
+  C:40CEH         LINE#         658
+  -------         ENDPROC       FILTER
+  -------         PROC          PROCESS
+  C:40CFH         LINE#         660
+  C:40CFH         LINE#         661
+  C:40CFH         LINE#         666
+  C:40D8H         LINE#         667
+  C:40DBH         LINE#         668
+  C:40DEH         LINE#         669
+  C:40E1H         LINE#         670
+  C:40E4H         LINE#         671
+  C:40E4H         LINE#         672
+  C:40E7H         LINE#         673
+  C:40EAH         LINE#         674
+  C:40EAH         LINE#         675
+  C:40F9H         LINE#         676
+  C:40F9H         LINE#         677
+  C:40FBH         LINE#         678
+  C:40FEH         LINE#         679
+  C:4100H         LINE#         680
+  C:412BH         LINE#         681
+  C:4135H         LINE#         682
+  C:4137H         LINE#         683
+  C:4139H         LINE#         684
+  C:413BH         LINE#         686
+  C:413EH         LINE#         687
+  C:413EH         LINE#         688
+  C:4140H         LINE#         689
+  C:4143H         LINE#         690
+  C:4145H         LINE#         691
+  C:4170H         LINE#         692
+  C:417AH         LINE#         693
+  C:417CH         LINE#         694
+  C:417CH         LINE#         695
+  -------         ENDPROC       PROCESS
+  -------         PROC          TARE_CHK
+  C:4599H         LINE#         697
+  C:4599H         LINE#         698
+  C:4599H         LINE#         699
+  C:459CH         LINE#         700
+  C:459CH         LINE#         701
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 20
+
+
+  C:45A2H         LINE#         702
+  C:45A6H         LINE#         703
+  C:45AFH         LINE#         704
+  C:45AFH         LINE#         705
+  C:45B1H         LINE#         706
+  C:45B3H         LINE#         707
+  C:45B3H         LINE#         708
+  C:45B3H         LINE#         712
+  C:45BBH         LINE#         713
+  C:45BBH         LINE#         714
+  C:45C8H         LINE#         715
+  C:45CCH         LINE#         716
+  C:45CDH         LINE#         718
+  C:45CDH         LINE#         719
+  C:45D8H         LINE#         720
+  C:45D8H         LINE#         721
+  C:45DCH         LINE#         722
+  C:45EAH         LINE#         723
+  C:45EBH         LINE#         725
+  C:45EBH         LINE#         726
+  C:45F0H         LINE#         727
+  C:45FEH         LINE#         728
+  C:45FEH         LINE#         729
+  C:45FEH         LINE#         742
+  -------         ENDPROC       TARE_CHK
+  -------         PROC          ZERO_TRACK
+  C:4B33H         LINE#         744
+  C:4B33H         LINE#         745
+  C:4B33H         LINE#         746
+  C:4B47H         LINE#         747
+  C:4B4BH         LINE#         749
+  C:4B53H         LINE#         750
+  C:4B53H         LINE#         751
+  C:4B59H         LINE#         752
+  C:4B5DH         LINE#         753
+  C:4B5FH         LINE#         754
+  C:4B5FH         LINE#         755
+  -------         ENDPROC       ZERO_TRACK
+  C:490BH         SYMBOL        L?0774
+  C:490DH         SYMBOL        L?0775
+  -------         PROC          L?0773
+  -------         ENDPROC       L?0773
+  C:490BH         SYMBOL        L?0774
+  C:490DH         SYMBOL        L?0775
+  -------         PROC          _BIN2BCD
+  D:005DH         SYMBOL        value
+  D:0003H         SYMBOL        no
+  -------         DO            
+  D:0002H         SYMBOL        i
+  -------         ENDDO         
+  C:4914H         LINE#         757
+  C:491AH         LINE#         758
+  C:491AH         LINE#         761
+  C:492AH         LINE#         762
+  C:492AH         LINE#         763
+  C:493BH         LINE#         764
+  C:494AH         LINE#         765
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 21
+
+
+  C:494DH         LINE#         766
+  -------         ENDPROC       _BIN2BCD
+  -------         PROC          DISPLAY_VALUE
+  -------         DO            
+  D:0058H         SYMBOL        value
+  D:0003H         SYMBOL        i
+  -------         ENDDO         
+  C:38C3H         LINE#         769
+  C:38C3H         LINE#         770
+  C:38C3H         LINE#         777
+  C:38E0H         LINE#         778
+  C:38E2H         LINE#         779
+  C:38E2H         LINE#         780
+  C:38F3H         LINE#         781
+  C:3902H         LINE#         782
+  C:3906H         LINE#         784
+  C:390DH         LINE#         785
+  C:3913H         LINE#         787
+  C:3921H         LINE#         789
+  C:3938H         LINE#         790
+  C:3938H         LINE#         791
+  C:393BH         LINE#         792
+  C:393DH         LINE#         793
+  C:3940H         LINE#         794
+  C:3942H         LINE#         795
+  C:3942H         LINE#         796
+  C:3946H         LINE#         797
+  C:3946H         LINE#         798
+  C:3949H         LINE#         799
+  C:394CH         LINE#         800
+  C:394FH         LINE#         801
+  C:3952H         LINE#         802
+  C:3952H         LINE#         804
+  C:3955H         LINE#         805
+  C:3955H         LINE#         806
+  C:3958H         LINE#         807
+  C:395BH         LINE#         808
+  C:395BH         LINE#         809
+  C:395DH         LINE#         810
+  C:3960H         LINE#         811
+  C:3960H         LINE#         812
+  C:3963H         LINE#         813
+  C:3966H         LINE#         814
+  C:3966H         LINE#         815
+  C:3968H         LINE#         816
+  C:396BH         LINE#         817
+  C:396BH         LINE#         818
+  C:396EH         LINE#         819
+  C:3971H         LINE#         820
+  C:3971H         LINE#         821
+  C:3973H         LINE#         822
+  C:3979H         LINE#         823
+  C:3979H         LINE#         824
+  C:397CH         LINE#         825
+  C:397FH         LINE#         826
+  C:397FH         LINE#         827
+  C:3981H         LINE#         828
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 22
+
+
+  C:3984H         LINE#         829
+  C:3984H         LINE#         830
+  C:398AH         LINE#         831
+  C:398AH         LINE#         832
+  C:398DH         LINE#         833
+  C:3990H         LINE#         834
+  C:3993H         LINE#         835
+  C:3995H         LINE#         837
+  C:3995H         LINE#         838
+  C:3998H         LINE#         839
+  C:399BH         LINE#         840
+  C:399BH         LINE#         841
+  C:399BH         LINE#         842
+  C:399DH         LINE#         844
+  C:399DH         LINE#         845
+  C:39A0H         LINE#         846
+  C:39A0H         LINE#         847
+  C:39A3H         LINE#         848
+  C:39A6H         LINE#         849
+  C:39A9H         LINE#         850
+  C:39ABH         LINE#         852
+  C:39ABH         LINE#         855
+  C:39B4H         LINE#         856
+  C:39B4H         LINE#         857
+  C:39B7H         LINE#         858
+  C:39BFH         LINE#         860
+  C:39C2H         LINE#         861
+  C:39C4H         LINE#         863
+  C:39C4H         LINE#         864
+  C:39CCH         LINE#         865
+  C:39D3H         LINE#         866
+  C:39D6H         LINE#         868
+  C:39D6H         LINE#         869
+  C:39D6H         LINE#         870
+  C:39D6H         LINE#         871
+  -------         ENDPROC       DISPLAY_VALUE
+  -------         PROC          CHECK_KEYPAD
+  -------         DO            
+  D:0058H         SYMBOL        sdat
+  D:0059H         SYMBOL        b
+  C:05FFH         SYMBOL        rtn
+  -------         ENDDO         
+  C:001EH         LINE#         874
+  C:001EH         LINE#         875
+  C:001EH         LINE#         876
+  C:0023H         LINE#         881
+  C:0039H         LINE#         883
+  C:0039H         LINE#         884
+  C:003BH         LINE#         885
+  C:003EH         LINE#         886
+  C:0041H         LINE#         887
+  C:0044H         LINE#         888
+  C:004FH         LINE#         895
+  C:0097H         LINE#         898
+  C:00B7H         LINE#         901
+  C:00D7H         LINE#         902
+  C:00F7H         LINE#         903
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 23
+
+
+  C:0117H         LINE#         904
+  C:0137H         LINE#         905
+  C:0157H         LINE#         906
+  C:0177H         LINE#         907
+  C:0197H         LINE#         908
+  C:01B7H         LINE#         909
+  C:01D7H         LINE#         910
+  C:01F7H         LINE#         911
+  C:021CH         LINE#         912
+  C:0241H         LINE#         913
+  C:0266H         LINE#         914
+  C:028BH         LINE#         915
+  C:02B0H         LINE#         916
+  C:02D5H         LINE#         917
+  C:02F9H         LINE#         918
+  C:031AH         LINE#         919
+  C:033BH         LINE#         920
+  C:0364H         LINE#         922
+  C:038FH         LINE#         923
+  C:0396H         LINE#         924
+  C:0399H         LINE#         925
+  C:039BH         LINE#         926
+  C:039BH         LINE#         927
+  C:039EH         LINE#         933
+  C:03A8H         LINE#         935
+  C:03A8H         LINE#         936
+  C:03CCH         LINE#         940
+  C:03DBH         LINE#         942
+  C:03DDH         LINE#         943
+  C:03DDH         LINE#         949
+  C:03F3H         LINE#         951
+  C:03F3H         LINE#         952
+  C:03F5H         LINE#         953
+  C:03FBH         LINE#         954
+  C:03FBH         LINE#         955
+  C:041AH         LINE#         956
+  C:041DH         LINE#         957
+  C:0424H         LINE#         958
+  C:0429H         LINE#         959
+  C:0437H         LINE#         961
+  C:0464H         LINE#         962
+  C:0464H         LINE#         963
+  C:048FH         LINE#         964
+  C:0496H         LINE#         965
+  C:0499H         LINE#         966
+  C:049BH         LINE#         968
+  C:049BH         LINE#         969
+  C:049DH         LINE#         970
+  C:04CCH         LINE#         971
+  C:04D4H         LINE#         972
+  C:04DDH         LINE#         973
+  C:04DDH         LINE#         974
+  C:04DDH         LINE#         975
+  C:04DDH         LINE#         981
+  C:04E9H         LINE#         983
+  C:04E9H         LINE#         984
+  C:04EBH         LINE#         988
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 24
+
+
+  C:04F1H         LINE#         990
+  C:04FAH         LINE#         991
+  C:04FAH         LINE#         997
+  C:0506H         LINE#         999
+  C:0506H         LINE#         1003
+  C:050CH         LINE#         1005
+  C:0515H         LINE#         1006
+  C:0517H         LINE#         1007
+  C:051AH         LINE#         1008
+  C:051AH         LINE#         1014
+  C:0536H         LINE#         1016
+  C:0536H         LINE#         1017
+  C:0538H         LINE#         1018
+  C:053AH         LINE#         1019
+  C:055EH         LINE#         1020
+  C:0581H         LINE#         1021
+  C:0586H         LINE#         1022
+  C:058DH         LINE#         1023
+  C:0592H         LINE#         1024
+  C:059EH         LINE#         1029
+  C:05A9H         LINE#         1035
+  C:05AEH         LINE#         1038
+  C:05AEH         LINE#         1039
+  C:05B7H         LINE#         1040
+  C:05C0H         LINE#         1042
+  C:05C9H         LINE#         1043
+  C:05D2H         LINE#         1044
+  C:05D2H         LINE#         1045
+  C:05D4H         LINE#         1049
+  C:05DAH         LINE#         1051
+  C:05E3H         LINE#         1052
+  C:05E3H         LINE#         1060
+  C:05FFH         LINE#         1062
+  C:05FFH         LINE#         1063
+  C:05FFH         LINE#         1064
+  C:0608H         LINE#         1065
+  C:060AH         LINE#         1066
+  C:0611H         LINE#         1067
+  C:0649H         LINE#         1069
+  C:0650H         LINE#         1070
+  C:0653H         LINE#         1072
+  C:0655H         LINE#         1076
+  C:0668H         LINE#         1078
+  C:0668H         LINE#         1081
+  C:0673H         LINE#         1082
+  C:0681H         LINE#         1085
+  C:0690H         LINE#         1086
+  C:0696H         LINE#         1091
+  C:06A2H         LINE#         1093
+  C:06A2H         LINE#         1094
+  C:06A4H         LINE#         1097
+  C:06AEH         LINE#         1099
+  C:06B2H         LINE#         1101
+  C:06B2H         LINE#         1104
+  C:06EEH         LINE#         1106
+  C:06F5H         LINE#         1107
+  C:0703H         LINE#         1108
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 25
+
+
+  C:0721H         LINE#         1109
+  C:072FH         LINE#         1110
+  C:074FH         LINE#         1111
+  C:075DH         LINE#         1112
+  C:077DH         LINE#         1113
+  C:078BH         LINE#         1114
+  C:07BBH         LINE#         1115
+  C:07BEH         LINE#         1116
+  C:07C1H         LINE#         1120
+  C:07C8H         LINE#         1122
+  C:07C8H         LINE#         1123
+  C:07D6H         LINE#         1124
+  C:07D6H         LINE#         1125
+  C:0801H         LINE#         1126
+  C:0808H         LINE#         1127
+  C:080BH         LINE#         1128
+  C:080EH         LINE#         1129
+  C:080EH         LINE#         1131
+  C:080EH         LINE#         1132
+  C:0815H         LINE#         1133
+  C:081EH         LINE#         1134
+  C:0821H         LINE#         1135
+  C:0825H         LINE#         1136
+  C:0825H         LINE#         1137
+  C:0827H         LINE#         1141
+  C:082DH         LINE#         1143
+  C:0836H         LINE#         1144
+  C:0836H         LINE#         1150
+  C:0846H         LINE#         1152
+  C:0846H         LINE#         1153
+  C:0848H         LINE#         1154
+  C:0868H         LINE#         1155
+  C:0893H         LINE#         1156
+  C:089FH         LINE#         1157
+  C:08A6H         LINE#         1158
+  C:08A8H         LINE#         1159
+  C:08A8H         LINE#         1165
+  C:08BAH         LINE#         1167
+  C:08BAH         LINE#         1168
+  C:08BDH         LINE#         1169
+  C:08BDH         LINE#         1170
+  -------         ENDPROC       CHECK_KEYPAD
+  -------         PROC          CHECK_SWITCH
+  -------         DO            
+  D:0058H         SYMBOL        dat
+  D:0059H         SYMBOL        stop
+  C:1D86H         SYMBOL        bgn
+  C:1F9EH         SYMBOL        srt
+  -------         ENDDO         
+  C:1D79H         LINE#         1172
+  C:1D79H         LINE#         1173
+  C:1D79H         LINE#         1174
+  C:1D7EH         LINE#         1176
+  C:1D86H         LINE#         1177
+  C:1D86H         LINE#         1182
+  C:1D99H         LINE#         1184
+  C:1D99H         LINE#         1185
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 26
+
+
+  C:1DAEH         LINE#         1187
+  C:1DC6H         LINE#         1188
+  C:1DC6H         LINE#         1190
+  C:1DC8H         LINE#         1191
+  C:1DF3H         LINE#         1192
+  C:1DF5H         LINE#         1193
+  C:1DF7H         LINE#         1194
+  C:1DF9H         LINE#         1195
+  C:1DFBH         LINE#         1196
+  C:1DFDH         LINE#         1197
+  C:1DFFH         LINE#         1198
+  C:1E01H         LINE#         1199
+  C:1E03H         LINE#         1200
+  C:1E05H         LINE#         1201
+  C:1E07H         LINE#         1202
+  C:1E0DH         LINE#         1204
+  C:1E1AH         LINE#         1205
+  C:1E1EH         LINE#         1206
+  C:1E26H         LINE#         1208
+  C:1E28H         LINE#         1210
+  C:1E2AH         LINE#         1211
+  C:1E4EH         LINE#         1212
+  C:1E55H         LINE#         1213
+  C:1E57H         LINE#         1216
+  C:1E5FH         LINE#         1217
+  C:1E68H         LINE#         1218
+  C:1E68H         LINE#         1220
+  C:1E69H         LINE#         1222
+  C:1E69H         LINE#         1223
+  C:1E72H         LINE#         1228
+  C:1E7BH         LINE#         1229
+  C:1E7BH         LINE#         1233
+  C:1E7DH         LINE#         1234
+  C:1E80H         LINE#         1235
+  C:1E80H         LINE#         1236
+  C:1E83H         LINE#         1238
+  C:1EA6H         LINE#         1240
+  C:1EB5H         LINE#         1241
+  C:1EB5H         LINE#         1243
+  C:1EB5H         LINE#         1244
+  C:1EB8H         LINE#         1246
+  C:1EB8H         LINE#         1249
+  C:1EBAH         LINE#         1250
+  C:1EBCH         LINE#         1251
+  C:1EBFH         LINE#         1252
+  C:1EBFH         LINE#         1253
+  C:1EBFH         LINE#         1256
+  C:1EC8H         LINE#         1257
+  C:1EC8H         LINE#         1258
+  C:1EE5H         LINE#         1259
+  C:1EE5H         LINE#         1260
+  C:1EF1H         LINE#         1261
+  C:1F04H         LINE#         1262
+  C:1F08H         LINE#         1263
+  C:1F1FH         LINE#         1264
+  C:1F1FH         LINE#         1265
+  C:1F23H         LINE#         1266
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 27
+
+
+  C:1F25H         LINE#         1267
+  C:1F25H         LINE#         1268
+  C:1F25H         LINE#         1269
+  C:1F25H         LINE#         1271
+  C:1F37H         LINE#         1272
+  C:1F37H         LINE#         1273
+  C:1F3AH         LINE#         1274
+  C:1F5DH         LINE#         1276
+  C:1F6CH         LINE#         1277
+  C:1F6CH         LINE#         1279
+  C:1F97H         LINE#         1280
+  C:1F9EH         LINE#         1282
+  C:1F9EH         LINE#         1285
+  C:1FD2H         LINE#         1286
+  C:1FD2H         LINE#         1287
+  C:1FD5H         LINE#         1288
+  C:1FD7H         LINE#         1289
+  C:2002H         LINE#         1290
+  C:2009H         LINE#         1291
+  C:200BH         LINE#         1293
+  C:200DH         LINE#         1294
+  C:2010H         LINE#         1295
+  C:2010H         LINE#         1297
+  C:2010H         LINE#         1298
+  C:2030H         LINE#         1299
+  C:2030H         LINE#         1300
+  C:2032H         LINE#         1301
+  C:2038H         LINE#         1302
+  C:203EH         LINE#         1303
+  C:2040H         LINE#         1304
+  C:2046H         LINE#         1305
+  C:2046H         LINE#         1306
+  C:2048H         LINE#         1307
+  C:204EH         LINE#         1308
+  C:2050H         LINE#         1309
+  C:2052H         LINE#         1311
+  C:2055H         LINE#         1313
+  C:2058H         LINE#         1314
+  C:2058H         LINE#         1315
+  C:205AH         LINE#         1316
+  C:205CH         LINE#         1317
+  C:205EH         LINE#         1318
+  C:2065H         LINE#         1319
+  C:2067H         LINE#         1320
+  C:206EH         LINE#         1321
+  C:2070H         LINE#         1322
+  C:2077H         LINE#         1323
+  C:2079H         LINE#         1324
+  C:207BH         LINE#         1325
+  C:207DH         LINE#         1326
+  C:207FH         LINE#         1328
+  C:2088H         LINE#         1329
+  C:208CH         LINE#         1330
+  C:2094H         LINE#         1331
+  C:2095H         LINE#         1333
+  C:2095H         LINE#         1334
+  C:2097H         LINE#         1335
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 28
+
+
+  C:20C2H         LINE#         1336
+  C:20C9H         LINE#         1337
+  C:20CBH         LINE#         1338
+  C:20CBH         LINE#         1339
+  C:20CBH         LINE#         1340
+  C:20CBH         LINE#         1341
+  C:20CBH         LINE#         1342
+  -------         ENDPROC       CHECK_SWITCH
+  -------         PROC          CHECK_VALUES
+  C:10BDH         LINE#         1344
+  C:10BDH         LINE#         1345
+  C:10BDH         LINE#         1346
+  C:10C3H         LINE#         1347
+  C:10C3H         LINE#         1348
+  C:10CCH         LINE#         1349
+  C:10CCH         LINE#         1350
+  C:10DCH         LINE#         1351
+  C:10DCH         LINE#         1352
+  C:10DEH         LINE#         1357
+  C:10E0H         LINE#         1358
+  C:10E0H         LINE#         1359
+  C:10EAH         LINE#         1360
+  C:10EAH         LINE#         1361
+  C:10EDH         LINE#         1362
+  C:10EDH         LINE#         1364
+  C:10F5H         LINE#         1365
+  C:10F9H         LINE#         1366
+  C:1101H         LINE#         1368
+  C:1101H         LINE#         1369
+  C:1103H         LINE#         1370
+  C:1105H         LINE#         1371
+  C:1107H         LINE#         1372
+  C:1107H         LINE#         1373
+  C:111DH         LINE#         1374
+  C:111DH         LINE#         1375
+  C:111FH         LINE#         1376
+  C:1121H         LINE#         1377
+  C:1121H         LINE#         1378
+  C:1121H         LINE#         1380
+  C:1124H         LINE#         1381
+  C:1124H         LINE#         1382
+  C:112CH         LINE#         1385
+  C:113FH         LINE#         1386
+  C:113FH         LINE#         1387
+  C:1143H         LINE#         1388
+  C:1145H         LINE#         1389
+  C:1147H         LINE#         1390
+  C:1147H         LINE#         1391
+  C:1147H         LINE#         1393
+  C:1153H         LINE#         1394
+  C:1153H         LINE#         1405
+  C:116DH         LINE#         1406
+  C:116DH         LINE#         1407
+  C:116FH         LINE#         1408
+  C:1171H         LINE#         1409
+  C:1174H         LINE#         1410
+  C:117EH         LINE#         1411
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 29
+
+
+  C:117EH         LINE#         1412
+  C:1186H         LINE#         1414
+  C:119CH         LINE#         1415
+  C:119CH         LINE#         1416
+  C:11A0H         LINE#         1417
+  C:11A2H         LINE#         1418
+  C:11ACH         LINE#         1419
+  C:11AEH         LINE#         1420
+  C:11AEH         LINE#         1421
+  C:11B1H         LINE#         1423
+  C:11B1H         LINE#         1424
+  C:11B3H         LINE#         1425
+  C:11B5H         LINE#         1426
+  C:11B7H         LINE#         1427
+  C:11BDH         LINE#         1428
+  C:11BFH         LINE#         1429
+  C:11C1H         LINE#         1430
+  C:11C3H         LINE#         1431
+  C:11C5H         LINE#         1432
+  C:11C7H         LINE#         1433
+  C:11C9H         LINE#         1434
+  C:11CBH         LINE#         1435
+  C:11CFH         LINE#         1436
+  C:11D1H         LINE#         1438
+  C:11DEH         LINE#         1439
+  C:11E2H         LINE#         1440
+  C:11EAH         LINE#         1442
+  C:120AH         LINE#         1443
+  C:1211H         LINE#         1444
+  C:121AH         LINE#         1445
+  C:1223H         LINE#         1447
+  C:122DH         LINE#         1448
+  C:122DH         LINE#         1449
+  C:1237H         LINE#         1450
+  C:1270H         LINE#         1451
+  C:128CH         LINE#         1453
+  C:129EH         LINE#         1455
+  C:12BEH         LINE#         1456
+  C:12C5H         LINE#         1457
+  C:12CEH         LINE#         1458
+  C:12D4H         LINE#         1459
+  C:12D7H         LINE#         1460
+  C:12E1H         LINE#         1461
+  C:12E1H         LINE#         1462
+  C:12EBH         LINE#         1463
+  C:1324H         LINE#         1464
+  C:1340H         LINE#         1466
+  C:1352H         LINE#         1468
+  C:1372H         LINE#         1469
+  C:1379H         LINE#         1470
+  C:1382H         LINE#         1471
+  C:1388H         LINE#         1472
+  C:138BH         LINE#         1473
+  C:1395H         LINE#         1474
+  C:1395H         LINE#         1475
+  C:139FH         LINE#         1476
+  C:13D8H         LINE#         1477
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 30
+
+
+  C:13F4H         LINE#         1479
+  C:1406H         LINE#         1481
+  C:1426H         LINE#         1482
+  C:142DH         LINE#         1483
+  C:1436H         LINE#         1484
+  C:143CH         LINE#         1485
+  C:143FH         LINE#         1486
+  C:1449H         LINE#         1487
+  C:1449H         LINE#         1488
+  C:1453H         LINE#         1489
+  C:148CH         LINE#         1490
+  C:14A8H         LINE#         1492
+  C:14BAH         LINE#         1494
+  C:14DAH         LINE#         1495
+  C:14E1H         LINE#         1496
+  C:14EAH         LINE#         1497
+  C:14F0H         LINE#         1498
+  C:14F3H         LINE#         1499
+  C:14FDH         LINE#         1500
+  C:14FDH         LINE#         1501
+  C:1507H         LINE#         1502
+  C:1540H         LINE#         1503
+  C:155CH         LINE#         1505
+  C:156EH         LINE#         1507
+  C:158EH         LINE#         1508
+  C:1595H         LINE#         1509
+  C:159EH         LINE#         1510
+  C:15A4H         LINE#         1511
+  C:15A7H         LINE#         1512
+  C:15BCH         LINE#         1513
+  C:15BCH         LINE#         1514
+  C:15C6H         LINE#         1515
+  C:15FFH         LINE#         1516
+  C:161BH         LINE#         1518
+  C:162DH         LINE#         1520
+  C:164DH         LINE#         1521
+  C:1654H         LINE#         1522
+  C:165DH         LINE#         1523
+  C:1666H         LINE#         1524
+  C:1666H         LINE#         1525
+  C:1666H         LINE#         1526
+  C:1666H         LINE#         1528
+  C:166FH         LINE#         1529
+  C:166FH         LINE#         1530
+  C:1677H         LINE#         1531
+  C:168AH         LINE#         1532
+  C:168AH         LINE#         1533
+  C:168CH         LINE#         1534
+  C:1692H         LINE#         1535
+  C:1696H         LINE#         1536
+  C:1696H         LINE#         1537
+  C:1696H         LINE#         1539
+  C:16A8H         LINE#         1540
+  C:16A8H         LINE#         1541
+  C:16B8H         LINE#         1542
+  C:16C6H         LINE#         1543
+  C:16D9H         LINE#         1544
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 31
+
+
+  C:16D9H         LINE#         1545
+  C:16DDH         LINE#         1546
+  C:16DFH         LINE#         1548
+  C:1703H         LINE#         1550
+  C:1705H         LINE#         1555
+  C:170CH         LINE#         1557
+  C:1717H         LINE#         1558
+  C:1717H         LINE#         1559
+  C:1717H         LINE#         1562
+  C:172AH         LINE#         1563
+  C:172AH         LINE#         1564
+  C:172CH         LINE#         1565
+  C:172EH         LINE#         1566
+  C:1734H         LINE#         1567
+  C:1741H         LINE#         1569
+  C:1745H         LINE#         1570
+  C:174DH         LINE#         1571
+  C:174FH         LINE#         1572
+  C:1751H         LINE#         1573
+  C:1751H         LINE#         1574
+  C:1751H         LINE#         1575
+  -------         ENDPROC       CHECK_VALUES
+  -------         PROC          PWD
+  -------         DO            
+  D:005AH         SYMBOL        b
+  -------         ENDDO         
+  C:43DAH         LINE#         1577
+  C:43DAH         LINE#         1578
+  C:43DAH         LINE#         1579
+  C:43DDH         LINE#         1581
+  C:43E1H         LINE#         1582
+  C:4407H         LINE#         1584
+  C:440AH         LINE#         1588
+  C:4411H         LINE#         1590
+  C:4411H         LINE#         1591
+  C:441CH         LINE#         1592
+  C:442AH         LINE#         1596
+  C:4436H         LINE#         1598
+  C:4436H         LINE#         1599
+  C:4438H         LINE#         1600
+  C:4442H         LINE#         1603
+  C:4446H         LINE#         1605
+  C:4446H         LINE#         1612
+  C:4448H         LINE#         1616
+  C:444EH         LINE#         1618
+  C:4457H         LINE#         1619
+  -------         ENDPROC       PWD
+  -------         PROC          _VAL_READ
+  D:005DH         SYMBOL        a
+  -------         DO            
+  D:005EH         SYMBOL        b
+  -------         ENDDO         
+  C:4458H         LINE#         1621
+  C:445AH         LINE#         1622
+  C:445AH         LINE#         1624
+  C:4461H         LINE#         1629
+  C:4473H         LINE#         1631
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 32
+
+
+  C:4473H         LINE#         1632
+  C:447EH         LINE#         1633
+  C:448CH         LINE#         1638
+  C:4498H         LINE#         1640
+  C:4498H         LINE#         1641
+  C:449AH         LINE#         1642
+  C:44A7H         LINE#         1644
+  C:44ABH         LINE#         1646
+  C:44ABH         LINE#         1653
+  C:44ADH         LINE#         1657
+  C:44B3H         LINE#         1659
+  C:44B3H         LINE#         1663
+  C:44B9H         LINE#         1665
+  C:44C2H         LINE#         1666
+  C:44C4H         LINE#         1667
+  C:44C5H         LINE#         1668
+  C:44C7H         LINE#         1672
+  -------         ENDPROC       _VAL_READ
+  C:4788H         SYMBOL        L?0771
+  C:478CH         SYMBOL        L?0772
+  -------         PROC          L?0770
+  -------         ENDPROC       L?0770
+  C:4788H         SYMBOL        L?0771
+  C:478CH         SYMBOL        L?0772
+  -------         PROC          _BLINK
+  D:005FH         SYMBOL        start
+  D:0061H         SYMBOL        no
+  -------         DO            
+  D:0007H         SYMBOL        k
+  -------         ENDDO         
+  C:4790H         LINE#         1674
+  C:4798H         LINE#         1675
+  C:4798H         LINE#         1678
+  C:47A3H         LINE#         1679
+  C:47C4H         LINE#         1680
+  C:47C7H         LINE#         1681
+  C:47CEH         LINE#         1682
+  C:47D9H         LINE#         1683
+  C:47DCH         LINE#         1684
+  -------         ENDPROC       _BLINK
+  -------         PROC          RECIPE_MENU
+  -------         DO            
+  D:005AH         SYMBOL        b
+  C:3AECH         SYMBOL        err_rtn
+  -------         ENDDO         
+  C:3AE7H         LINE#         1687
+  C:3AE7H         LINE#         1688
+  C:3AE7H         LINE#         1690
+  C:3AEAH         LINE#         1691
+  C:3AECH         LINE#         1692
+  C:3AECH         LINE#         1693
+  C:3AF5H         LINE#         1695
+  C:3B2BH         LINE#         1696
+  C:3B2EH         LINE#         1700
+  C:3B3BH         LINE#         1702
+  C:3B3BH         LINE#         1703
+  C:3B46H         LINE#         1704
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 33
+
+
+  C:3B54H         LINE#         1709
+  C:3B60H         LINE#         1711
+  C:3B60H         LINE#         1712
+  C:3B62H         LINE#         1713
+  C:3B6CH         LINE#         1716
+  C:3B70H         LINE#         1718
+  C:3B70H         LINE#         1722
+  C:3B77H         LINE#         1730
+  C:3B77H         LINE#         1734
+  C:3B7EH         LINE#         1736
+  C:3B7EH         LINE#         1737
+  C:3B8DH         LINE#         1738
+  C:3B93H         LINE#         1739
+  C:3B9AH         LINE#         1740
+  C:3B9AH         LINE#         1741
+  C:3BC5H         LINE#         1742
+  C:3BCCH         LINE#         1743
+  C:3BCFH         LINE#         1744
+  C:3BCFH         LINE#         1745
+  C:3BD6H         LINE#         1746
+  C:3BD6H         LINE#         1750
+  C:3BDCH         LINE#         1752
+  C:3BE5H         LINE#         1753
+  -------         ENDPROC       RECIPE_MENU
+  -------         PROC          MENU
+  -------         DO            
+  D:005AH         SYMBOL        dat
+  B:0025H.0       SYMBOL        err_flag
+  D:005BH         SYMBOL        temp
+  -------         ENDDO         
+  C:08BEH         LINE#         1755
+  C:08BEH         LINE#         1756
+  C:08BEH         LINE#         1758
+  C:08C0H         LINE#         1761
+  C:08C3H         LINE#         1762
+  C:08C5H         LINE#         1763
+  C:08C7H         LINE#         1765
+  C:08DCH         LINE#         1766
+  C:08EEH         LINE#         1767
+  C:0900H         LINE#         1768
+  C:0910H         LINE#         1771
+  C:0910H         LINE#         1772
+  C:0934H         LINE#         1774
+  C:0964H         LINE#         1775
+  C:0967H         LINE#         1776
+  C:096EH         LINE#         1777
+  C:0973H         LINE#         1778
+  C:0979H         LINE#         1783
+  C:0983H         LINE#         1785
+  C:0983H         LINE#         1786
+  C:098CH         LINE#         1787
+  C:09B1H         LINE#         1788
+  C:09B1H         LINE#         1789
+  C:09B3H         LINE#         1790
+  C:09DEH         LINE#         1791
+  C:09E5H         LINE#         1792
+  C:09E7H         LINE#         1794
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 34
+
+
+  C:09E7H         LINE#         1795
+  C:09EEH         LINE#         1796
+  C:0A01H         LINE#         1797
+  C:0A14H         LINE#         1798
+  C:0A27H         LINE#         1799
+  C:0A38H         LINE#         1801
+  C:0A45H         LINE#         1802
+  C:0A53H         LINE#         1803
+  C:0A55H         LINE#         1804
+  C:0A55H         LINE#         1805
+  C:0A55H         LINE#         1806
+  C:0A5BH         LINE#         1851
+  C:0A5BH         LINE#         1852
+  C:0A81H         LINE#         1854
+  C:0AB3H         LINE#         1857
+  C:0ABFH         LINE#         1858
+  C:0AC6H         LINE#         1861
+  C:0ACBH         LINE#         1862
+  C:0AD1H         LINE#         1867
+  C:0ADBH         LINE#         1869
+  C:0ADBH         LINE#         1872
+  C:0AE4H         LINE#         1874
+  C:0AF0H         LINE#         1875
+  C:0AF0H         LINE#         1876
+  C:0AF2H         LINE#         1877
+  C:0B1DH         LINE#         1878
+  C:0B24H         LINE#         1879
+  C:0B26H         LINE#         1881
+  C:0B26H         LINE#         1883
+  C:0B2DH         LINE#         1884
+  C:0B40H         LINE#         1885
+  C:0B53H         LINE#         1886
+  C:0B66H         LINE#         1887
+  C:0B77H         LINE#         1889
+  C:0B86H         LINE#         1890
+  C:0B95H         LINE#         1891
+  C:0B97H         LINE#         1892
+  C:0B97H         LINE#         1893
+  C:0B97H         LINE#         1894
+  C:0B9DH         LINE#         1902
+  C:0B9DH         LINE#         1903
+  C:0BC3H         LINE#         1905
+  C:0BF5H         LINE#         1906
+  C:0C01H         LINE#         1907
+  C:0C08H         LINE#         1908
+  C:0C0DH         LINE#         1909
+  C:0C13H         LINE#         1914
+  C:0C1DH         LINE#         1916
+  C:0C1DH         LINE#         1917
+  C:0C26H         LINE#         1919
+  C:0C3BH         LINE#         1920
+  C:0C3BH         LINE#         1921
+  C:0C3DH         LINE#         1922
+  C:0C68H         LINE#         1923
+  C:0C6FH         LINE#         1924
+  C:0C71H         LINE#         1926
+  C:0C71H         LINE#         1927
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 35
+
+
+  C:0C78H         LINE#         1928
+  C:0C8BH         LINE#         1929
+  C:0C9EH         LINE#         1930
+  C:0CB1H         LINE#         1931
+  C:0CC2H         LINE#         1933
+  C:0CD1H         LINE#         1934
+  C:0CE0H         LINE#         1935
+  C:0CE2H         LINE#         1936
+  C:0CE2H         LINE#         1937
+  C:0CE2H         LINE#         1938
+  C:0CE8H         LINE#         1941
+  C:0CE8H         LINE#         1942
+  C:0D0EH         LINE#         1944
+  C:0D40H         LINE#         1945
+  C:0D45H         LINE#         1946
+  C:0D4CH         LINE#         1947
+  C:0D51H         LINE#         1948
+  C:0D57H         LINE#         1953
+  C:0D61H         LINE#         1955
+  C:0D61H         LINE#         1956
+  C:0D6AH         LINE#         1958
+  C:0D98H         LINE#         1959
+  C:0D98H         LINE#         1960
+  C:0D9AH         LINE#         1961
+  C:0DC5H         LINE#         1962
+  C:0DCCH         LINE#         1963
+  C:0DCEH         LINE#         1965
+  C:0DCEH         LINE#         1966
+  C:0DD5H         LINE#         1967
+  C:0DE8H         LINE#         1968
+  C:0DFBH         LINE#         1969
+  C:0E0EH         LINE#         1970
+  C:0E1FH         LINE#         1972
+  C:0E2EH         LINE#         1973
+  C:0E3DH         LINE#         1974
+  C:0E3FH         LINE#         1975
+  C:0E3FH         LINE#         1976
+  C:0E3FH         LINE#         1977
+  C:0E45H         LINE#         1980
+  C:0E45H         LINE#         1981
+  C:0E6BH         LINE#         1983
+  C:0E9DH         LINE#         1984
+  C:0EA9H         LINE#         1985
+  C:0EB0H         LINE#         1986
+  C:0EB5H         LINE#         1987
+  C:0EBBH         LINE#         1992
+  C:0EC5H         LINE#         1994
+  C:0EC5H         LINE#         1995
+  C:0ECEH         LINE#         1996
+  C:0EDAH         LINE#         1997
+  C:0EDAH         LINE#         1998
+  C:0EDCH         LINE#         1999
+  C:0F07H         LINE#         2000
+  C:0F0EH         LINE#         2001
+  C:0F10H         LINE#         2003
+  C:0F10H         LINE#         2004
+  C:0F17H         LINE#         2005
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 36
+
+
+  C:0F2AH         LINE#         2006
+  C:0F3DH         LINE#         2007
+  C:0F50H         LINE#         2008
+  C:0F61H         LINE#         2010
+  C:0F70H         LINE#         2011
+  C:0F7FH         LINE#         2012
+  C:0F81H         LINE#         2013
+  C:0F81H         LINE#         2014
+  C:0F81H         LINE#         2015
+  C:0F87H         LINE#         2016
+  C:0F89H         LINE#         2018
+  C:0FB6H         LINE#         2020
+  C:0FEEH         LINE#         2021
+  C:0FF5H         LINE#         2022
+  C:0FFDH         LINE#         2023
+  C:1000H         LINE#         2027
+  C:100DH         LINE#         2029
+  C:100DH         LINE#         2030
+  C:1010H         LINE#         2031
+  C:101BH         LINE#         2032
+  C:1026H         LINE#         2033
+  C:102BH         LINE#         2034
+  C:102DH         LINE#         2039
+  C:1034H         LINE#         2041
+  C:1034H         LINE#         2042
+  C:104BH         LINE#         2043
+  C:1062H         LINE#         2044
+  C:1079H         LINE#         2045
+  C:1094H         LINE#         2046
+  C:1094H         LINE#         2047
+  C:10A3H         LINE#         2048
+  C:10A5H         LINE#         2050
+  C:10ACH         LINE#         2051
+  C:10B9H         LINE#         2052
+  C:10BCH         LINE#         2053
+  -------         ENDPROC       MENU
+  -------         PROC          SETTINGS
+  -------         DO            
+  D:005BH         SYMBOL        dat
+  C:1D61H         SYMBOL        end
+  -------         ENDDO         
+  C:1752H         LINE#         2055
+  C:1752H         LINE#         2056
+  C:1752H         LINE#         2058
+  C:1755H         LINE#         2059
+  C:1759H         LINE#         2060
+  C:175BH         LINE#         2062
+  C:1760H         LINE#         2063
+  C:179FH         LINE#         2064
+  C:17ABH         LINE#         2065
+  C:17B2H         LINE#         2066
+  C:17B7H         LINE#         2067
+  C:17BDH         LINE#         2068
+  C:17C6H         LINE#         2072
+  C:17CCH         LINE#         2074
+  C:17CCH         LINE#         2075
+  C:17D5H         LINE#         2076
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 37
+
+
+  C:17D5H         LINE#         2079
+  C:17DCH         LINE#         2080
+  C:181DH         LINE#         2081
+  C:1829H         LINE#         2082
+  C:1830H         LINE#         2083
+  C:1835H         LINE#         2084
+  C:183BH         LINE#         2085
+  C:1844H         LINE#         2090
+  C:184FH         LINE#         2096
+  C:1853H         LINE#         2098
+  C:1853H         LINE#         2099
+  C:185CH         LINE#         2100
+  C:185CH         LINE#         2103
+  C:1863H         LINE#         2104
+  C:18A4H         LINE#         2105
+  C:18B0H         LINE#         2106
+  C:18B7H         LINE#         2107
+  C:18BCH         LINE#         2108
+  C:18C2H         LINE#         2109
+  C:18C9H         LINE#         2114
+  C:18D4H         LINE#         2120
+  C:18D8H         LINE#         2122
+  C:18D8H         LINE#         2123
+  C:18DFH         LINE#         2124
+  C:18DFH         LINE#         2126
+  C:1902H         LINE#         2127
+  C:190EH         LINE#         2128
+  C:1915H         LINE#         2131
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+  C:1926H         LINE#         2134
+  C:192CH         LINE#         2138
+  C:1932H         LINE#         2140
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+  C:1944H         LINE#         2143
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+  C:1971H         LINE#         2146
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+  C:198AH         LINE#         2152
+  C:198AH         LINE#         2153
+  C:198DH         LINE#         2154
+  C:199CH         LINE#         2155
+  C:199EH         LINE#         2156
+  C:19A0H         LINE#         2160
+  C:19ABH         LINE#         2166
+  C:19AFH         LINE#         2168
+  C:19AFH         LINE#         2169
+  C:19B8H         LINE#         2170
+  C:19C5H         LINE#         2171
+  C:19C5H         LINE#         2173
+  C:19C8H         LINE#         2174
+  C:19C8H         LINE#         2175
+  C:19F1H         LINE#         2177
+  C:19F4H         LINE#         2178
+  C:19F4H         LINE#         2181
+  C:1A1AH         LINE#         2182
+  C:1A34H         LINE#         2183
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 38
+
+
+  C:1A3BH         LINE#         2187
+  C:1A4DH         LINE#         2189
+  C:1A4DH         LINE#         2190
+  C:1A54H         LINE#         2193
+  C:1A5DH         LINE#         2196
+  C:1A63H         LINE#         2197
+  C:1A63H         LINE#         2198
+  C:1A66H         LINE#         2201
+  C:1A6EH         LINE#         2202
+  C:1A6EH         LINE#         2210
+  C:1A88H         LINE#         2211
+  C:1A8AH         LINE#         2215
+  C:1A95H         LINE#         2221
+  C:1A99H         LINE#         2223
+  C:1A99H         LINE#         2224
+  C:1AA2H         LINE#         2225
+  C:1AA2H         LINE#         2227
+  C:1ADAH         LINE#         2228
+  C:1AE1H         LINE#         2229
+  C:1AE7H         LINE#         2230
+  C:1AEDH         LINE#         2231
+  C:1AF4H         LINE#         2235
+  C:1B06H         LINE#         2237
+  C:1B06H         LINE#         2238
+  C:1B11H         LINE#         2239
+  C:1B1CH         LINE#         2242
+  C:1B22H         LINE#         2243
+  C:1B22H         LINE#         2244
+  C:1B24H         LINE#         2245
+  C:1B30H         LINE#         2246
+  C:1B30H         LINE#         2253
+  C:1B34H         LINE#         2254
+  C:1B3BH         LINE#         2255
+  C:1B43H         LINE#         2256
+  C:1B4EH         LINE#         2257
+  C:1B55H         LINE#         2258
+  C:1B57H         LINE#         2262
+  C:1B62H         LINE#         2268
+  C:1B66H         LINE#         2270
+  C:1B66H         LINE#         2271
+  C:1B6FH         LINE#         2272
+  C:1B6FH         LINE#         2274
+  C:1B85H         LINE#         2275
+  C:1B98H         LINE#         2276
+  C:1BC8H         LINE#         2278
+  C:1BF5H         LINE#         2279
+  C:1BFCH         LINE#         2283
+  C:1C0EH         LINE#         2285
+  C:1C0EH         LINE#         2286
+  C:1C11H         LINE#         2287
+  C:1C20H         LINE#         2290
+  C:1C26H         LINE#         2291
+  C:1C26H         LINE#         2292
+  C:1C29H         LINE#         2293
+  C:1C31H         LINE#         2294
+  C:1C31H         LINE#         2301
+  C:1C36H         LINE#         2302
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 39
+
+
+  C:1C38H         LINE#         2306
+  C:1C43H         LINE#         2312
+  C:1C47H         LINE#         2314
+  C:1C47H         LINE#         2315
+  C:1C50H         LINE#         2316
+  C:1C50H         LINE#         2318
+  C:1C7DH         LINE#         2319
+  C:1C84H         LINE#         2323
+  C:1C96H         LINE#         2325
+  C:1C96H         LINE#         2326
+  C:1C99H         LINE#         2327
+  C:1CA8H         LINE#         2330
+  C:1CAEH         LINE#         2331
+  C:1CAEH         LINE#         2332
+  C:1CB1H         LINE#         2333
+  C:1CB9H         LINE#         2334
+  C:1CB9H         LINE#         2341
+  C:1CBEH         LINE#         2342
+  C:1CC0H         LINE#         2346
+  C:1CCBH         LINE#         2352
+  C:1CCFH         LINE#         2354
+  C:1CCFH         LINE#         2355
+  C:1CD8H         LINE#         2356
+  C:1CD8H         LINE#         2358
+  C:1CDAH         LINE#         2359
+  C:1D07H         LINE#         2360
+  C:1D0EH         LINE#         2364
+  C:1D20H         LINE#         2366
+  C:1D20H         LINE#         2367
+  C:1D23H         LINE#         2368
+  C:1D32H         LINE#         2371
+  C:1D38H         LINE#         2372
+  C:1D38H         LINE#         2373
+  C:1D3BH         LINE#         2374
+  C:1D43H         LINE#         2375
+  C:1D43H         LINE#         2382
+  C:1D48H         LINE#         2383
+  C:1D4AH         LINE#         2387
+  C:1D52H         LINE#         2393
+  C:1D56H         LINE#         2395
+  C:1D56H         LINE#         2396
+  C:1D5FH         LINE#         2397
+  C:1D5FH         LINE#         2398
+  C:1D61H         LINE#         2400
+  C:1D61H         LINE#         2401
+  C:1D68H         LINE#         2402
+  C:1D75H         LINE#         2403
+  C:1D78H         LINE#         2404
+  -------         ENDPROC       SETTINGS
+  -------         PROC          SYS_PARAMTS
+  -------         DO            
+  D:005BH         SYMBOL        dat
+  -------         ENDDO         
+  C:2415H         LINE#         2406
+  C:2415H         LINE#         2407
+  C:2415H         LINE#         2409
+  C:2418H         LINE#         2410
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 40
+
+
+  C:241AH         LINE#         2411
+  C:241CH         LINE#         2414
+  C:2447H         LINE#         2415
+  C:244EH         LINE#         2416
+  C:2455H         LINE#         2419
+  C:245DH         LINE#         2420
+  C:245FH         LINE#         2424
+  C:2471H         LINE#         2426
+  C:2471H         LINE#         2427
+  C:2474H         LINE#         2428
+  C:247FH         LINE#         2429
+  C:248AH         LINE#         2430
+  C:2492H         LINE#         2431
+  C:2494H         LINE#         2435
+  C:249FH         LINE#         2441
+  C:24A3H         LINE#         2443
+  C:24A3H         LINE#         2444
+  C:24AAH         LINE#         2445
+  C:24AAH         LINE#         2447
+  C:24D5H         LINE#         2448
+  C:24DCH         LINE#         2449
+  C:24E3H         LINE#         2452
+  C:24EBH         LINE#         2453
+  C:24EDH         LINE#         2457
+  C:24FFH         LINE#         2459
+  C:24FFH         LINE#         2460
+  C:2502H         LINE#         2461
+  C:250DH         LINE#         2462
+  C:2518H         LINE#         2463
+  C:2520H         LINE#         2464
+  C:2522H         LINE#         2468
+  C:252DH         LINE#         2474
+  C:2531H         LINE#         2476
+  C:2531H         LINE#         2477
+  C:2538H         LINE#         2478
+  C:2538H         LINE#         2481
+  C:2563H         LINE#         2482
+  C:256CH         LINE#         2483
+  C:2573H         LINE#         2484
+  C:257AH         LINE#         2485
+  C:257FH         LINE#         2486
+  C:2585H         LINE#         2487
+  C:258EH         LINE#         2492
+  C:2599H         LINE#         2498
+  C:259DH         LINE#         2500
+  C:259DH         LINE#         2501
+  C:25A6H         LINE#         2502
+  C:25A6H         LINE#         2504
+  C:25D1H         LINE#         2505
+  C:25D8H         LINE#         2506
+  C:25DFH         LINE#         2509
+  C:25E7H         LINE#         2510
+  C:25E9H         LINE#         2514
+  C:25FBH         LINE#         2516
+  C:25FBH         LINE#         2517
+  C:25FEH         LINE#         2518
+  C:2609H         LINE#         2519
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 41
+
+
+  C:2614H         LINE#         2520
+  C:261CH         LINE#         2521
+  C:261EH         LINE#         2525
+  C:2629H         LINE#         2531
+  C:262DH         LINE#         2533
+  C:262DH         LINE#         2534
+  C:2634H         LINE#         2535
+  C:2634H         LINE#         2537
+  C:265FH         LINE#         2538
+  C:2666H         LINE#         2539
+  C:266DH         LINE#         2542
+  C:2675H         LINE#         2543
+  C:2677H         LINE#         2547
+  C:2689H         LINE#         2549
+  C:2689H         LINE#         2550
+  C:268CH         LINE#         2551
+  C:2697H         LINE#         2552
+  C:26A2H         LINE#         2553
+  C:26AAH         LINE#         2554
+  C:26ACH         LINE#         2558
+  C:26B7H         LINE#         2564
+  C:26BBH         LINE#         2566
+  C:26BBH         LINE#         2567
+  C:26C2H         LINE#         2568
+  C:26C2H         LINE#         2570
+  C:26EDH         LINE#         2571
+  C:26F4H         LINE#         2572
+  C:26FBH         LINE#         2575
+  C:2703H         LINE#         2576
+  C:2705H         LINE#         2580
+  C:2717H         LINE#         2582
+  C:2717H         LINE#         2583
+  C:271AH         LINE#         2584
+  C:2725H         LINE#         2585
+  C:2730H         LINE#         2586
+  C:2738H         LINE#         2587
+  C:273AH         LINE#         2591
+  C:2742H         LINE#         2597
+  C:2746H         LINE#         2599
+  C:2746H         LINE#         2600
+  C:274DH         LINE#         2601
+  C:274DH         LINE#         2604
+  C:2756H         LINE#         2605
+  C:2759H         LINE#         2606
+  C:275BH         LINE#         2607
+  -------         ENDPROC       SYS_PARAMTS
+  -------         PROC          _BCD2BIN
+  D:0003H         SYMBOL        no
+  -------         DO            
+  D:005DH         SYMBOL        bin_val
+  D:0082H         SYMBOL        mul
+  D:0002H         SYMBOL        i
+  -------         ENDDO         
+  C:482FH         LINE#         2653
+  C:4831H         LINE#         2654
+  C:4831H         LINE#         2655
+  C:4834H         LINE#         2657
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 42
+
+
+  C:4839H         LINE#         2658
+  C:4849H         LINE#         2659
+  C:4849H         LINE#         2660
+  C:4862H         LINE#         2661
+  C:4871H         LINE#         2662
+  C:4874H         LINE#         2663
+  C:4878H         LINE#         2664
+  -------         ENDPROC       _BCD2BIN
+  C:4728H         SYMBOL        L?0777
+  C:4729H         SYMBOL        L?0778
+  -------         PROC          L?0776
+  -------         ENDPROC       L?0776
+  C:4728H         SYMBOL        L?0777
+  C:4729H         SYMBOL        L?0778
+  -------         PROC          _INCDEC
+  D:0007H         SYMBOL        name
+  D:0001H         SYMBOL        max
+  D:0003H         SYMBOL        min
+  C:472FH         LINE#         2666
+  C:4731H         LINE#         2667
+  C:4731H         LINE#         2671
+  C:4738H         LINE#         2673
+  C:4738H         LINE#         2674
+  C:4739H         LINE#         2675
+  C:4746H         LINE#         2676
+  C:4747H         LINE#         2680
+  C:474BH         LINE#         2682
+  C:474BH         LINE#         2683
+  C:474CH         LINE#         2684
+  C:4759H         LINE#         2685
+  C:475AH         LINE#         2688
+  C:4781H         LINE#         2689
+  C:4781H         LINE#         2690
+  C:4785H         LINE#         2691
+  C:4787H         LINE#         2692
+  C:4787H         LINE#         2694
+  C:4787H         LINE#         2695
+  -------         ENDPROC       _INCDEC
+  -------         PROC          CAL
+  -------         DO            
+  D:005BH         SYMBOL        j
+  -------         ENDDO         
+  C:3060H         LINE#         2697
+  C:3060H         LINE#         2698
+  C:3060H         LINE#         2701
+  C:3063H         LINE#         2702
+  C:3063H         LINE#         2703
+  C:308EH         LINE#         2705
+  C:308EH         LINE#         2708
+  C:30B9H         LINE#         2709
+  C:30C0H         LINE#         2710
+  C:30EBH         LINE#         2711
+  C:30F1H         LINE#         2715
+  C:30FEH         LINE#         2717
+  C:3107H         LINE#         2722
+  C:310DH         LINE#         2724
+  C:310DH         LINE#         2729
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 43
+
+
+  C:311FH         LINE#         2732
+  C:311FH         LINE#         2736
+  C:312EH         LINE#         2739
+  C:3159H         LINE#         2740
+  C:315BH         LINE#         2741
+  C:315DH         LINE#         2742
+  C:315FH         LINE#         2743
+  C:3162H         LINE#         2744
+  C:3164H         LINE#         2746
+  C:3167H         LINE#         2747
+  C:3175H         LINE#         2748
+  C:3177H         LINE#         2749
+  C:317AH         LINE#         2750
+  C:317AH         LINE#         2751
+  C:3192H         LINE#         2752
+  C:31A4H         LINE#         2753
+  C:31ABH         LINE#         2754
+  C:31ADH         LINE#         2758
+  C:31BAH         LINE#         2760
+  C:31BAH         LINE#         2761
+  C:31C5H         LINE#         2762
+  C:31D3H         LINE#         2767
+  C:31DFH         LINE#         2769
+  C:31DFH         LINE#         2770
+  C:31E1H         LINE#         2771
+  C:31EBH         LINE#         2772
+  C:31EBH         LINE#         2779
+  C:31EDH         LINE#         2783
+  C:31F3H         LINE#         2785
+  C:31F3H         LINE#         2789
+  C:31FAH         LINE#         2791
+  C:3202H         LINE#         2793
+  C:3202H         LINE#         2797
+  C:3208H         LINE#         2799
+  C:3211H         LINE#         2800
+  C:3213H         LINE#         2801
+  C:321FH         LINE#         2802
+  C:322BH         LINE#         2803
+  C:3232H         LINE#         2804
+  C:3234H         LINE#         2805
+  -------         ENDPROC       CAL
+  -------         PROC          CAL_FIND
+  C:39D9H         LINE#         2807
+  C:39D9H         LINE#         2808
+  C:39D9H         LINE#         2809
+  C:39DFH         LINE#         2810
+  C:39DFH         LINE#         2811
+  C:39E1H         LINE#         2812
+  C:39F4H         LINE#         2813
+  C:3A04H         LINE#         2815
+  C:3A1EH         LINE#         2816
+  C:3A30H         LINE#         2818
+  C:3A37H         LINE#         2819
+  C:3A37H         LINE#         2820
+  C:3A5CH         LINE#         2821
+  C:3A63H         LINE#         2823
+  C:3A67H         LINE#         2824
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 44
+
+
+  C:3A70H         LINE#         2825
+  C:3A79H         LINE#         2826
+  C:3AA4H         LINE#         2827
+  C:3AABH         LINE#         2828
+  C:3AAEH         LINE#         2829
+  C:3AAEH         LINE#         2831
+  C:3AAEH         LINE#         2832
+  C:3AD9H         LINE#         2833
+  C:3AE0H         LINE#         2834
+  C:3AE3H         LINE#         2835
+  C:3AE6H         LINE#         2836
+  C:3AE6H         LINE#         2837
+  C:3AE6H         LINE#         2838
+  -------         ENDPROC       CAL_FIND
+  -------         PROC          CALIBRATE
+  C:48C2H         LINE#         2840
+  C:48C2H         LINE#         2841
+  C:48C2H         LINE#         2842
+  C:48D2H         LINE#         2843
+  C:48E2H         LINE#         2844
+  C:4903H         LINE#         2845
+  C:490AH         LINE#         2847
+  -------         ENDPROC       CALIBRATE
+  -------         PROC          CAL_RST
+  C:417DH         LINE#         2849
+  C:417DH         LINE#         2850
+  C:417DH         LINE#         2851
+  C:4180H         LINE#         2852
+  C:4180H         LINE#         2853
+  C:41ABH         LINE#         2855
+  C:41ABH         LINE#         2858
+  C:41D6H         LINE#         2862
+  C:41E3H         LINE#         2864
+  C:41ECH         LINE#         2869
+  C:41F2H         LINE#         2871
+  C:41F2H         LINE#         2875
+  C:4201H         LINE#         2878
+  C:4201H         LINE#         2882
+  C:4207H         LINE#         2884
+  C:4210H         LINE#         2885
+  C:4213H         LINE#         2886
+  C:4217H         LINE#         2887
+  C:421EH         LINE#         2888
+  C:4225H         LINE#         2889
+  C:4228H         LINE#         2890
+  -------         ENDPROC       CAL_RST
+  -------         PROC          SELECT_MENU
+  -------         DO            
+  D:005AH         SYMBOL        no
+  -------         ENDDO         
+  C:275CH         LINE#         2892
+  C:275CH         LINE#         2893
+  C:275CH         LINE#         2894
+  C:275FH         LINE#         2895
+  C:2762H         LINE#         2899
+  C:2775H         LINE#         2901
+  C:2775H         LINE#         2902
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 45
+
+
+  C:277FH         LINE#         2904
+  C:278AH         LINE#         2905
+  C:278DH         LINE#         2906
+  C:27BEH         LINE#         2907
+  C:27BEH         LINE#         2908
+  C:27BEH         LINE#         2909
+  C:27E6H         LINE#         2910
+  C:27E9H         LINE#         2911
+  C:27E9H         LINE#         2912
+  C:2811H         LINE#         2913
+  C:2814H         LINE#         2914
+  C:2814H         LINE#         2915
+  C:283CH         LINE#         2916
+  C:283FH         LINE#         2917
+  C:283FH         LINE#         2918
+  C:2867H         LINE#         2919
+  C:286AH         LINE#         2920
+  C:286AH         LINE#         2921
+  C:2892H         LINE#         2922
+  C:2895H         LINE#         2923
+  C:2895H         LINE#         2924
+  C:28BDH         LINE#         2925
+  C:28C0H         LINE#         2926
+  C:28C0H         LINE#         2927
+  C:28E8H         LINE#         2928
+  C:28EBH         LINE#         2929
+  C:28EBH         LINE#         2930
+  C:2913H         LINE#         2931
+  C:2915H         LINE#         2932
+  C:2915H         LINE#         2933
+  C:2940H         LINE#         2934
+  C:2947H         LINE#         2935
+  C:2972H         LINE#         2936
+  C:2975H         LINE#         2937
+  C:2975H         LINE#         2938
+  C:2975H         LINE#         2942
+  C:297CH         LINE#         2944
+  C:29ADH         LINE#         2945
+  C:29ADH         LINE#         2947
+  C:29ADH         LINE#         2948
+  C:29B0H         LINE#         2949
+  C:29B3H         LINE#         2950
+  C:29B3H         LINE#         2951
+  C:29B3H         LINE#         2952
+  C:29B6H         LINE#         2953
+  C:29B6H         LINE#         2954
+  C:29B6H         LINE#         2955
+  C:29B9H         LINE#         2956
+  C:29B9H         LINE#         2957
+  C:29B9H         LINE#         2958
+  C:29BCH         LINE#         2959
+  C:29BCH         LINE#         2960
+  C:29BCH         LINE#         2961
+  C:29BFH         LINE#         2962
+  C:29BFH         LINE#         2963
+  C:29BFH         LINE#         2964
+  C:29C2H         LINE#         2965
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 46
+
+
+  C:29C2H         LINE#         2966
+  C:29C2H         LINE#         2967
+  C:29C5H         LINE#         2968
+  C:29C5H         LINE#         2969
+  C:29C5H         LINE#         2970
+  C:29C8H         LINE#         2971
+  C:29C8H         LINE#         2972
+  C:29C8H         LINE#         2973
+  C:29CBH         LINE#         2974
+  C:29CBH         LINE#         2975
+  C:29CBH         LINE#         2976
+  -------         ENDPROC       SELECT_MENU
+  -------         PROC          DISPLAY_TOTAL_CUMULATIVE
+  C:3CE5H         LINE#         2978
+  C:3CE5H         LINE#         2979
+  C:3CE5H         LINE#         2980
+  C:3CEEH         LINE#         2981
+  C:3CF0H         LINE#         2982
+  C:3D9FH         LINE#         2984
+  C:3DAAH         LINE#         2988
+  C:3DB7H         LINE#         2990
+  C:3DC0H         LINE#         2991
+  -------         ENDPROC       DISPLAY_TOTAL_CUMULATIVE
+  -------         PROC          DISPLAY_TOTAL_BATCH
+  C:364DH         LINE#         2993
+  C:364DH         LINE#         2994
+  C:364DH         LINE#         2995
+  C:373AH         LINE#         3002
+  C:3765H         LINE#         3003
+  C:3771H         LINE#         3007
+  C:377EH         LINE#         3009
+  C:3787H         LINE#         3010
+  -------         ENDPROC       DISPLAY_TOTAL_BATCH
+  -------         PROC          DISPLAY_CURRENT_CUMULATIVE
+  -------         DO            
+  D:005BH         SYMBOL        sdat
+  D:005CH         SYMBOL        b
+  -------         ENDDO         
+  C:3BE6H         LINE#         3012
+  C:3BE6H         LINE#         3013
+  C:3BE6H         LINE#         3014
+  C:3BECH         LINE#         3016
+  C:3BF5H         LINE#         3017
+  C:3BF7H         LINE#         3018
+  C:3C01H         LINE#         3019
+  C:3C06H         LINE#         3024
+  C:3C0CH         LINE#         3026
+  C:3C15H         LINE#         3027
+  C:3C40H         LINE#         3028
+  C:3C47H         LINE#         3030
+  C:3C4AH         LINE#         3031
+  C:3C4CH         LINE#         3035
+  C:3C61H         LINE#         3037
+  C:3C61H         LINE#         3038
+  C:3C6CH         LINE#         3039
+  C:3C81H         LINE#         3041
+  C:3C85H         LINE#         3042
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 47
+
+
+  C:3C8CH         LINE#         3044
+  C:3C91H         LINE#         3045
+  C:3C95H         LINE#         3046
+  C:3C9AH         LINE#         3047
+  C:3C9EH         LINE#         3048
+  C:3CA3H         LINE#         3049
+  C:3CA7H         LINE#         3050
+  C:3CACH         LINE#         3051
+  C:3CB0H         LINE#         3052
+  C:3CB5H         LINE#         3053
+  C:3CB9H         LINE#         3054
+  C:3CBEH         LINE#         3055
+  C:3CC8H         LINE#         3059
+  C:3CD2H         LINE#         3060
+  C:3CD5H         LINE#         3064
+  C:3CDBH         LINE#         3066
+  C:3CE4H         LINE#         3099
+  -------         ENDPROC       DISPLAY_CURRENT_CUMULATIVE
+  -------         PROC          DISPLAY_CURRENT_BATCH
+  -------         DO            
+  D:005BH         SYMBOL        sdat
+  D:005CH         SYMBOL        b
+  -------         ENDDO         
+  C:33A0H         LINE#         3101
+  C:33A0H         LINE#         3102
+  C:33A0H         LINE#         3103
+  C:33A6H         LINE#         3104
+  C:33AFH         LINE#         3105
+  C:33B1H         LINE#         3106
+  C:33BBH         LINE#         3107
+  C:33C0H         LINE#         3112
+  C:33C6H         LINE#         3114
+  C:33CFH         LINE#         3117
+  C:33FBH         LINE#         3118
+  C:3402H         LINE#         3119
+  C:3405H         LINE#         3121
+  C:3407H         LINE#         3125
+  C:3422H         LINE#         3127
+  C:3422H         LINE#         3128
+  C:342DH         LINE#         3129
+  C:3442H         LINE#         3131
+  C:3446H         LINE#         3132
+  C:344DH         LINE#         3134
+  C:3452H         LINE#         3135
+  C:3463H         LINE#         3136
+  C:3468H         LINE#         3137
+  C:3479H         LINE#         3138
+  C:347EH         LINE#         3139
+  C:348FH         LINE#         3140
+  C:3494H         LINE#         3141
+  C:34A5H         LINE#         3142
+  C:34AAH         LINE#         3143
+  C:34BBH         LINE#         3144
+  C:34C0H         LINE#         3145
+  C:34E0H         LINE#         3148
+  C:34E5H         LINE#         3149
+  C:34E8H         LINE#         3153
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 48
+
+
+  C:34F7H         LINE#         3155
+  C:34F9H         LINE#         3156
+  -------         ENDPROC       DISPLAY_CURRENT_BATCH
+  -------         PROC          CLEAR_CURRENT_CUMULATIVE_BATCH
+  C:3235H         LINE#         3192
+  C:3235H         LINE#         3193
+  C:3235H         LINE#         3194
+  C:3260H         LINE#         3198
+  C:3272H         LINE#         3200
+  C:3272H         LINE#         3201
+  C:327CH         LINE#         3202
+  C:327EH         LINE#         3206
+  C:3288H         LINE#         3208
+  C:3288H         LINE#         3209
+  C:3291H         LINE#         3210
+  C:3297H         LINE#         3211
+  C:329EH         LINE#         3212
+  C:329EH         LINE#         3213
+  C:32B0H         LINE#         3214
+  C:32B9H         LINE#         3215
+  C:32BFH         LINE#         3216
+  C:32C2H         LINE#         3217
+  C:32C9H         LINE#         3218
+  C:32C9H         LINE#         3219
+  C:32DBH         LINE#         3220
+  C:32E4H         LINE#         3221
+  C:32EAH         LINE#         3222
+  C:32EDH         LINE#         3223
+  C:32F4H         LINE#         3224
+  C:32F4H         LINE#         3225
+  C:3306H         LINE#         3226
+  C:330FH         LINE#         3227
+  C:3315H         LINE#         3228
+  C:3318H         LINE#         3229
+  C:331FH         LINE#         3230
+  C:331FH         LINE#         3231
+  C:3331H         LINE#         3232
+  C:333AH         LINE#         3233
+  C:3340H         LINE#         3234
+  C:3342H         LINE#         3235
+  C:3349H         LINE#         3236
+  C:3349H         LINE#         3237
+  C:335BH         LINE#         3238
+  C:3364H         LINE#         3239
+  C:336AH         LINE#         3240
+  C:336CH         LINE#         3241
+  C:337BH         LINE#         3242
+  C:337BH         LINE#         3243
+  C:338DH         LINE#         3244
+  C:3396H         LINE#         3245
+  C:339FH         LINE#         3246
+  C:339FH         LINE#         3247
+  C:339FH         LINE#         3248
+  -------         ENDPROC       CLEAR_CURRENT_CUMULATIVE_BATCH
+  -------         PROC          CLEAR_BATCH_CUMULATIVE
+  C:3788H         LINE#         3250
+  C:3788H         LINE#         3251
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 49
+
+
+  C:3788H         LINE#         3252
+  C:37B3H         LINE#         3256
+  C:37C5H         LINE#         3258
+  C:37C5H         LINE#         3259
+  C:37CFH         LINE#         3260
+  C:37D1H         LINE#         3264
+  C:37DBH         LINE#         3266
+  C:37DBH         LINE#         3267
+  C:37E4H         LINE#         3268
+  C:37EAH         LINE#         3270
+  C:37FCH         LINE#         3271
+  C:3805H         LINE#         3272
+  C:380EH         LINE#         3274
+  C:3820H         LINE#         3275
+  C:3829H         LINE#         3276
+  C:3832H         LINE#         3278
+  C:3844H         LINE#         3279
+  C:384DH         LINE#         3280
+  C:3856H         LINE#         3282
+  C:3868H         LINE#         3283
+  C:3871H         LINE#         3284
+  C:387AH         LINE#         3286
+  C:388CH         LINE#         3287
+  C:3895H         LINE#         3288
+  C:389EH         LINE#         3290
+  C:38B0H         LINE#         3291
+  C:38B9H         LINE#         3292
+  C:38C2H         LINE#         3293
+  C:38C2H         LINE#         3294
+  -------         ENDPROC       CLEAR_BATCH_CUMULATIVE
+  -------         ENDMOD        MAIN
+
+  -------         MODULE        SER_DISP
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  C:4A45H         PUBLIC        h_7
+  C:4950H         PUBLIC        display_name
+  D:0080H         PUBLIC        P0
+  D:0090H         PUBLIC        P1
+  D:00A0H         PUBLIC        P2
+  D:00B0H         PUBLIC        P3
+  B:00A8H.7       PUBLIC        EA
+  D:00A8H         PUBLIC        IE
+  C:4229H         PUBLIC        _long2bcd
+  D:00B8H         PUBLIC        IP
+  C:4A64H         PUBLIC        filltronics
+  C:4C60H         PUBLIC        _disp
+  D:0098H         PUBLIC        SCON
+  D:0088H         PUBLIC        TCON
+  B:00A0H.7       PUBLIC        ser_data
+  C:4C45H         PUBLIC        clr_disp
+  C:45FFH         PUBLIC        _batch2bcd
+  B:00A0H.6       PUBLIC        ser_clk
+  D:00C8H         PUBLIC        T2CON
+  C:46C7H         PUBLIC        display
+  D:00D0H         PUBLIC        PSW
+  -------         PROC          DISPLAY
+  -------         DO            
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 50
+
+
+  D:006CH         SYMBOL        i
+  D:006DH         SYMBOL        j
+  D:006EH         SYMBOL        temp
+  -------         ENDDO         
+  C:46C7H         LINE#         51
+  C:46C7H         LINE#         52
+  C:46C7H         LINE#         55
+  C:46C9H         LINE#         56
+  C:46CCH         LINE#         57
+  C:46CCH         LINE#         58
+  C:46E6H         LINE#         59
+  C:46F2H         LINE#         60
+  C:46F5H         LINE#         61
+  C:46F5H         LINE#         62
+  C:46FEH         LINE#         63
+  C:4700H         LINE#         65
+  C:4702H         LINE#         66
+  C:4703H         LINE#         67
+  C:4704H         LINE#         68
+  C:4705H         LINE#         69
+  C:4707H         LINE#         71
+  C:470DH         LINE#         72
+  C:470EH         LINE#         73
+  C:470FH         LINE#         74
+  C:4710H         LINE#         76
+  C:4713H         LINE#         77
+  C:471CH         LINE#         78
+  C:4725H         LINE#         80
+  C:4727H         LINE#         81
+  -------         ENDPROC       DISPLAY
+  -------         PROC          _DISP
+  D:0007H         SYMBOL        i1
+  D:0004H         SYMBOL        i2
+  D:0002H         SYMBOL        i3
+  D:0062H         SYMBOL        i4
+  D:0064H         SYMBOL        i5
+  D:0066H         SYMBOL        i6
+  D:0068H         SYMBOL        i7
+  D:006AH         SYMBOL        i8
+  C:4C60H         LINE#         83
+  C:4C60H         LINE#         84
+  C:4C60H         LINE#         85
+  C:4C62H         LINE#         86
+  C:4C64H         LINE#         87
+  C:4C66H         LINE#         88
+  C:4C69H         LINE#         89
+  C:4C6CH         LINE#         90
+  C:4C6FH         LINE#         91
+  C:4C72H         LINE#         92
+  C:4C75H         LINE#         93
+  -------         ENDPROC       _DISP
+  -------         PROC          CLR_DISP
+  C:4C45H         LINE#         96
+  C:4C45H         LINE#         97
+  C:4C45H         LINE#         98
+  C:4C48H         LINE#         99
+  C:4C4BH         LINE#         100
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 51
+
+
+  C:4C4EH         LINE#         101
+  C:4C51H         LINE#         102
+  C:4C54H         LINE#         103
+  C:4C57H         LINE#         104
+  C:4C5AH         LINE#         105
+  C:4C5DH         LINE#         106
+  -------         ENDPROC       CLR_DISP
+  -------         PROC          _LONG2BCD
+  D:005AH         SYMBOL        value
+  D:005EH         SYMBOL        no
+  -------         DO            
+  D:005FH         SYMBOL        i
+  -------         ENDDO         
+  C:4229H         LINE#         109
+  C:4231H         LINE#         110
+  C:4231H         LINE#         113
+  C:4244H         LINE#         114
+  C:4244H         LINE#         115
+  C:425EH         LINE#         116
+  C:4290H         LINE#         117
+  C:42A9H         LINE#         118
+  C:42ACH         LINE#         119
+  C:42B0H         LINE#         120
+  C:42C0H         LINE#         121
+  -------         ENDPROC       _LONG2BCD
+  -------         PROC          _BATCH2BCD
+  D:005BH         SYMBOL        value
+  D:005DH         SYMBOL        no
+  -------         DO            
+  D:005EH         SYMBOL        i
+  -------         ENDDO         
+  C:45FFH         LINE#         124
+  C:4605H         LINE#         125
+  C:4605H         LINE#         128
+  C:4618H         LINE#         129
+  C:4618H         LINE#         130
+  C:462AH         LINE#         131
+  C:4643H         LINE#         132
+  C:4652H         LINE#         133
+  C:4655H         LINE#         134
+  C:4659H         LINE#         135
+  C:465CH         LINE#         136
+  C:465FH         LINE#         137
+  C:4662H         LINE#         138
+  -------         ENDPROC       _BATCH2BCD
+  -------         PROC          DISPLAY_NAME
+  -------         DO            
+  D:0058H         SYMBOL        i
+  D:0007H         SYMBOL        j
+  -------         ENDDO         
+  C:4950H         LINE#         141
+  C:4950H         LINE#         142
+  C:4950H         LINE#         145
+  C:4953H         LINE#         146
+  C:4953H         LINE#         147
+  C:4968H         LINE#         148
+  C:496FH         LINE#         149
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 52
+
+
+  C:4981H         LINE#         150
+  C:4984H         LINE#         151
+  C:498FH         LINE#         152
+  -------         ENDPROC       DISPLAY_NAME
+  -------         ENDMOD        SER_DISP
+
+  -------         MODULE        UTILITY
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  D:0080H         PUBLIC        P0
+  D:0090H         PUBLIC        P1
+  D:00A0H         PUBLIC        P2
+  D:00B0H         PUBLIC        P3
+  C:4CC1H         PUBLIC        rst_wdt
+  D:00A8H         PUBLIC        IE
+  C:4A77H         PUBLIC        _delay
+  D:00B8H         PUBLIC        IP
+  C:4C8AH         PUBLIC        _bcd2int
+  D:0098H         PUBLIC        SCON
+  D:0088H         PUBLIC        TCON
+  D:00A6H         PUBLIC        wdt
+  D:00C8H         PUBLIC        T2CON
+  C:4990H         PUBLIC        _arr_cmp
+  C:4C29H         PUBLIC        _arr_cpy
+  D:00D0H         PUBLIC        PSW
+  -------         PROC          _DELAY
+  D:0063H         SYMBOL        del
+  -------         DO            
+  D:0065H         SYMBOL        j
+  D:0006H         SYMBOL        i
+  -------         ENDDO         
+  C:4A77H         LINE#         18
+  C:4A7BH         LINE#         19
+  C:4A7BH         LINE#         22
+  C:4A8BH         LINE#         23
+  C:4A8BH         LINE#         24
+  C:4A99H         LINE#         25
+  C:4A9CH         LINE#         26
+  C:4AA6H         LINE#         27
+  -------         ENDPROC       _DELAY
+  -------         PROC          _ARR_CMP
+  D:005AH         SYMBOL        arr1
+  D:005DH         SYMBOL        arr2
+  D:0060H         SYMBOL        len
+  -------         DO            
+  B:0025H.0       SYMBOL        b
+  D:0007H         SYMBOL        a
+  -------         ENDDO         
+  C:4990H         LINE#         29
+  C:4996H         LINE#         30
+  C:4996H         LINE#         31
+  C:4998H         LINE#         33
+  C:49A8H         LINE#         34
+  C:49A8H         LINE#         35
+  C:49CAH         LINE#         36
+  C:49CDH         LINE#         37
+  C:49CFH         LINE#         38
+  -------         ENDPROC       _ARR_CMP
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 53
+
+
+  -------         PROC          _ARR_CPY
+  D:0001H         SYMBOL        dest
+  D:0005H         SYMBOL        src
+  D:0002H         SYMBOL        len
+  -------         DO            
+  D:0007H         SYMBOL        a
+  -------         ENDDO         
+  C:4C29H         LINE#         40
+  C:4C2BH         LINE#         41
+  C:4C2BH         LINE#         43
+  C:4C39H         LINE#         44
+  C:4C39H         LINE#         45
+  C:4C3FH         LINE#         46
+  C:4C41H         LINE#         47
+  C:4C44H         LINE#         48
+  -------         ENDPROC       _ARR_CPY
+  -------         PROC          RST_WDT
+  C:4CC1H         LINE#         50
+  C:4CC1H         LINE#         51
+  C:4CC1H         LINE#         52
+  C:4CC4H         LINE#         53
+  C:4CC7H         LINE#         54
+  -------         ENDPROC       RST_WDT
+  -------         PROC          _BCD2INT
+  D:0007H         SYMBOL        bcd
+  C:4C8AH         LINE#         56
+  C:4C8AH         LINE#         57
+  C:4C8AH         LINE#         58
+  C:4C98H         LINE#         59
+  -------         ENDPROC       _BCD2INT
+  -------         ENDMOD        UTILITY
+
+  -------         MODULE        EEPROM
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  D:0080H         PUBLIC        P0
+  D:0090H         PUBLIC        P1
+  D:00A0H         PUBLIC        P2
+  D:00B0H         PUBLIC        P3
+  C:4A0DH         PUBLIC        _read_eeprom
+  C:44C8H         PUBLIC        _RTC_Writelong
+  D:00A8H         PUBLIC        IE
+  D:00B8H         PUBLIC        IP
+  C:4C0CH         PUBLIC        read_data
+  C:4B05H         PUBLIC        _write_eeprom
+  C:4BEDH         PUBLIC        _write_data
+  C:000EH         PUBLIC        ack
+  C:4C99H         PUBLIC        start
+  D:0098H         PUBLIC        SCON
+  D:0088H         PUBLIC        TCON
+  B:00B0H.6       PUBLIC        sda
+  B:00B0H.7       PUBLIC        scl
+  C:4CA8H         PUBLIC        stop
+  D:00C8H         PUBLIC        T2CON
+  C:4B60H         PUBLIC        _read_RTC
+  C:4BAAH         PUBLIC        _write_RTC
+  D:00D0H         PUBLIC        PSW
+  C:3E9DH         PUBLIC        _RTC_Readlong
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 54
+
+
+  -------         PROC          _WRITE_EEPROM
+  D:005DH         SYMBOL        wa
+  D:005EH         SYMBOL        wd
+  C:4B05H         LINE#         27
+  C:4B09H         LINE#         28
+  C:4B09H         LINE#         29
+  C:4B0CH         LINE#         30
+  C:4B0FH         LINE#         32
+  C:4B16H         LINE#         33
+  C:4B19H         LINE#         34
+  C:4B1EH         LINE#         35
+  C:4B21H         LINE#         36
+  C:4B26H         LINE#         37
+  C:4B29H         LINE#         38
+  C:4B2CH         LINE#         39
+  -------         ENDPROC       _WRITE_EEPROM
+  -------         PROC          _READ_EEPROM
+  D:005EH         SYMBOL        wa
+  -------         DO            
+  D:005FH         SYMBOL        d1
+  -------         ENDDO         
+  C:4A0DH         LINE#         42
+  C:4A0FH         LINE#         43
+  C:4A0FH         LINE#         46
+  C:4A12H         LINE#         47
+  C:4A15H         LINE#         49
+  C:4A1CH         LINE#         50
+  C:4A1FH         LINE#         51
+  C:4A24H         LINE#         52
+  C:4A27H         LINE#         53
+  C:4A2AH         LINE#         55
+  C:4A32H         LINE#         56
+  C:4A35H         LINE#         57
+  C:4A3AH         LINE#         58
+  C:4A3CH         LINE#         59
+  C:4A3FH         LINE#         60
+  C:4A42H         LINE#         61
+  C:4A44H         LINE#         62
+  -------         ENDPROC       _READ_EEPROM
+  -------         PROC          START
+  C:4C99H         LINE#         64
+  C:4C99H         LINE#         65
+  C:4C99H         LINE#         66
+  C:4C9BH         LINE#         67
+  C:4C9DH         LINE#         68
+  C:4CA0H         LINE#         69
+  C:4CA2H         LINE#         70
+  C:4CA5H         LINE#         71
+  C:4CA7H         LINE#         72
+  -------         ENDPROC       START
+  -------         PROC          STOP
+  C:4CA8H         LINE#         74
+  C:4CA8H         LINE#         75
+  C:4CA8H         LINE#         76
+  C:4CAAH         LINE#         77
+  C:4CADH         LINE#         78
+  C:4CAFH         LINE#         79
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 55
+
+
+  C:4CB2H         LINE#         80
+  C:4CB4H         LINE#         81
+  -------         ENDPROC       STOP
+  -------         PROC          _WRITE_DATA
+  D:0007H         SYMBOL        d
+  -------         DO            
+  D:0006H         SYMBOL        i
+  -------         ENDDO         
+  C:4BEDH         LINE#         83
+  C:4BEDH         LINE#         84
+  C:4BEDH         LINE#         86
+  C:4BEFH         LINE#         87
+  C:4BEFH         LINE#         88
+  C:4BF7H         LINE#         89
+  C:4BF9H         LINE#         90
+  C:4BFCH         LINE#         91
+  C:4BFEH         LINE#         92
+  C:4C01H         LINE#         93
+  C:4C03H         LINE#         94
+  C:4C07H         LINE#         95
+  C:4C0BH         LINE#         96
+  -------         ENDPROC       _WRITE_DATA
+  -------         PROC          READ_DATA
+  -------         DO            
+  D:0006H         SYMBOL        i
+  D:0007H         SYMBOL        d2
+  -------         ENDDO         
+  C:4C0CH         LINE#         98
+  C:4C0CH         LINE#         99
+  C:4C0CH         LINE#         101
+  C:4C0EH         LINE#         102
+  C:4C0FH         LINE#         103
+  C:4C0FH         LINE#         104
+  C:4C13H         LINE#         105
+  C:4C15H         LINE#         106
+  C:4C18H         LINE#         107
+  C:4C1AH         LINE#         108
+  C:4C22H         LINE#         109
+  C:4C22H         LINE#         110
+  C:4C26H         LINE#         111
+  C:4C28H         LINE#         112
+  C:4C28H         LINE#         113
+  -------         ENDPROC       READ_DATA
+  -------         PROC          L?0022
+  -------         ENDPROC       L?0022
+  -------         PROC          ACK
+  C:000EH         LINE#         115
+  C:000EH         LINE#         116
+  C:000EH         LINE#         117
+  C:0010H         LINE#         118
+  C:0013H         LINE#         119
+  C:0015H         LINE#         120
+  C:0018H         LINE#         121
+  C:001AH         LINE#         122
+  -------         ENDPROC       ACK
+  -------         PROC          _WRITE_RTC
+  D:0060H         SYMBOL        wa
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 56
+
+
+  D:0061H         SYMBOL        wd
+  C:4BAAH         LINE#         124
+  C:4BAEH         LINE#         125
+  C:4BAEH         LINE#         126
+  C:4BB1H         LINE#         127
+  C:4BB1H         LINE#         128
+  C:4BB1H         LINE#         129
+  C:4BB4H         LINE#         130
+  C:4BB9H         LINE#         131
+  C:4BBCH         LINE#         132
+  C:4BC1H         LINE#         133
+  C:4BC4H         LINE#         134
+  C:4BC7H         LINE#         135
+  -------         ENDPROC       _WRITE_RTC
+  -------         PROC          _READ_RTC
+  D:005EH         SYMBOL        wa
+  -------         DO            
+  D:0007H         SYMBOL        d1
+  -------         ENDDO         
+  C:4B60H         LINE#         138
+  C:4B62H         LINE#         139
+  C:4B62H         LINE#         142
+  C:4B65H         LINE#         143
+  C:4B65H         LINE#         144
+  C:4B65H         LINE#         145
+  C:4B68H         LINE#         146
+  C:4B6DH         LINE#         147
+  C:4B70H         LINE#         148
+  C:4B73H         LINE#         149
+  C:4B78H         LINE#         150
+  C:4B7BH         LINE#         151
+  C:4B7EH         LINE#         152
+  C:4B80H         LINE#         153
+  C:4B83H         LINE#         154
+  -------         ENDPROC       _READ_RTC
+  -------         PROC          _RTC_WRITELONG
+  D:005BH         SYMBOL        address
+  D:005CH         SYMBOL        value
+  -------         DO            
+  I:000AH         SYMBOL        four
+  I:000BH         SYMBOL        three
+  I:000CH         SYMBOL        two
+  I:000DH         SYMBOL        one
+  -------         ENDDO         
+  C:44C8H         LINE#         160
+  C:44CAH         LINE#         161
+  C:44CAH         LINE#         164
+  C:44D2H         LINE#         165
+  C:44E4H         LINE#         166
+  C:44F6H         LINE#         167
+  C:4507H         LINE#         170
+  C:450EH         LINE#         171
+  C:4519H         LINE#         172
+  C:4525H         LINE#         173
+  -------         ENDPROC       _RTC_WRITELONG
+  -------         PROC          _RTC_READLONG
+  D:005DH         SYMBOL        address
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 57
+
+
+  -------         DO            
+  I:000AH         SYMBOL        four
+  I:000EH         SYMBOL        three
+  I:0012H         SYMBOL        two
+  I:0016H         SYMBOL        one
+  -------         ENDDO         
+  C:3E9DH         LINE#         178
+  C:3E9FH         LINE#         179
+  C:3E9FH         LINE#         181
+  C:3EABH         LINE#         182
+  C:3EBBH         LINE#         183
+  C:3ECCH         LINE#         184
+  C:3EDDH         LINE#         187
+  C:3F59H         LINE#         188
+  -------         ENDPROC       _RTC_READLONG
+  -------         ENDMOD        EEPROM
+
+  -------         MODULE        4X4_KEY
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  D:0080H         PUBLIC        P0
+  B:0080H.0       PUBLIC        R1
+  B:0080H.1       PUBLIC        R2
+  B:0080H.2       PUBLIC        R3
+  B:0080H.3       PUBLIC        R4
+  C:434FH         PUBLIC        Read_Keypad
+  B:0080H.4       PUBLIC        C1
+  B:0080H.5       PUBLIC        C2
+  B:0080H.6       PUBLIC        C3
+  B:0080H.7       PUBLIC        C4
+  -------         PROC          READ_KEYPAD
+  C:434FH         LINE#         20
+  C:434FH         LINE#         21
+  C:434FH         LINE#         22
+  C:4351H         LINE#         23
+  C:4353H         LINE#         24
+  C:4355H         LINE#         25
+  C:4357H         LINE#         26
+  C:4359H         LINE#         27
+  C:435BH         LINE#         28
+  C:435DH         LINE#         29
+  C:435FH         LINE#         35
+  C:4365H         LINE#         36
+  C:436BH         LINE#         37
+  C:4371H         LINE#         38
+  C:4377H         LINE#         39
+  C:4379H         LINE#         40
+  C:437BH         LINE#         41
+  C:437DH         LINE#         42
+  C:437FH         LINE#         48
+  C:4385H         LINE#         49
+  C:438BH         LINE#         50
+  C:4391H         LINE#         51
+  C:4397H         LINE#         52
+  C:4399H         LINE#         53
+  C:439BH         LINE#         54
+  C:439DH         LINE#         55
+  C:439FH         LINE#         61
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 58
+
+
+  C:43A5H         LINE#         62
+  C:43ABH         LINE#         63
+  C:43B1H         LINE#         64
+  C:43B7H         LINE#         65
+  C:43B9H         LINE#         66
+  C:43BBH         LINE#         67
+  C:43BDH         LINE#         68
+  C:43BFH         LINE#         74
+  C:43C5H         LINE#         75
+  C:43CBH         LINE#         76
+  C:43D1H         LINE#         77
+  C:43D7H         LINE#         79
+  C:43D9H         LINE#         80
+  -------         ENDPROC       READ_KEYPAD
+  -------         ENDMOD        4X4_KEY
+
+  -------         MODULE        ADC_AD7780
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  D:0080H         PUBLIC        P0
+  D:0090H         PUBLIC        P1
+  D:00A0H         PUBLIC        P2
+  D:00B0H         PUBLIC        P3
+  D:00A8H         PUBLIC        IE
+  B:00B0H.4       PUBLIC        PDRST
+  D:00B8H         PUBLIC        IP
+  C:4AA7H         PUBLIC        Read_Adc_AD7780
+  C:4531H         PUBLIC        Get_Adc_Result_AD7780
+  D:0098H         PUBLIC        SCON
+  D:0088H         PUBLIC        TCON
+  B:00B0H.3       PUBLIC        clk
+  B:00B0H.2       PUBLIC        dout
+  B:00A8H.0       PUBLIC        EX0
+  D:00C8H         PUBLIC        T2CON
+  D:0008H         PUBLIC        Adc_Value
+  D:00D0H         PUBLIC        PSW
+  C:4CB5H         PUBLIC        init_adc_AD7780
+  -------         PROC          INIT_ADC_AD7780
+  C:4CB5H         LINE#         33
+  C:4CB5H         LINE#         34
+  C:4CB5H         LINE#         35
+  C:4CB7H         LINE#         36
+  C:4CBEH         LINE#         37
+  C:4CC0H         LINE#         38
+  -------         ENDPROC       INIT_ADC_AD7780
+  -------         PROC          READ_ADC_AD7780
+  -------         DO            
+  D:0056H         SYMBOL        dat
+  D:0057H         SYMBOL        i
+  -------         ENDDO         
+  C:4AA7H         LINE#         40
+  C:4AA7H         LINE#         41
+  C:4AA7H         LINE#         42
+  C:4AAAH         LINE#         44
+  C:4AACH         LINE#         45
+  C:4AACH         LINE#         46
+  C:4AB2H         LINE#         47
+  C:4AB4H         LINE#         48
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 59
+
+
+  C:4AB7H         LINE#         49
+  C:4AB9H         LINE#         50
+  C:4ABCH         LINE#         51
+  C:4AC4H         LINE#         52
+  C:4AC4H         LINE#         53
+  C:4AC7H         LINE#         54
+  C:4AD2H         LINE#         55
+  C:4AD4H         LINE#         56
+  C:4AD6H         LINE#         57
+  -------         ENDPROC       READ_ADC_AD7780
+  -------         PROC          GET_ADC_RESULT_AD7780
+  C:4531H         LINE#         59
+  C:4531H         LINE#         60
+  C:4531H         LINE#         61
+  C:4534H         LINE#         62
+  C:4534H         LINE#         63
+  C:4539H         LINE#         64
+  C:453EH         LINE#         65
+  C:4543H         LINE#         67
+  C:454CH         LINE#         68
+  C:454EH         LINE#         70
+  C:455FH         LINE#         71
+  C:4570H         LINE#         72
+  C:457CH         LINE#         73
+  C:457FH         LINE#         74
+  C:4584H         LINE#         75
+  C:4586H         LINE#         76
+  C:4588H         LINE#         77
+  C:4588H         LINE#         78
+  C:458DH         LINE#         79
+  C:458DH         LINE#         80
+  C:4594H         LINE#         82
+  C:4596H         LINE#         83
+  C:4598H         LINE#         84
+  C:4598H         LINE#         85
+  -------         ENDPROC       GET_ADC_RESULT_AD7780
+  -------         ENDMOD        ADC_AD7780
+
+  -------         MODULE        ADC_HX711
+  C:0000H         SYMBOL        _ICE_DUMMY_
+  -------         ENDMOD        ADC_HX711
+
+  -------         MODULE        ?C?SCDIV
+  C:29CCH         PUBLIC        ?C?SCDIV
+  -------         ENDMOD        ?C?SCDIV
+
+  -------         MODULE        ?C?CLDOPTR
+  C:29EEH         PUBLIC        ?C?CLDOPTR
+  -------         ENDMOD        ?C?CLDOPTR
+
+  -------         MODULE        ?C?IMUL
+  C:2A1BH         PUBLIC        ?C?IMUL
+  -------         ENDMOD        ?C?IMUL
+
+  -------         MODULE        ?C?UIDIV
+  C:2A2DH         PUBLIC        ?C?UIDIV
+  -------         ENDMOD        ?C?UIDIV
+BL51 BANKED LINKER/LOCATER V6.22.4.0                                                  07/10/2026  17:02:32  PAGE 60
+
+
+
+  -------         MODULE        ?C?LMUL
+  C:2A82H         PUBLIC        ?C?LMUL
+  -------         ENDMOD        ?C?LMUL
+
+  -------         MODULE        ?C?ULDIV
+  C:2B0DH         PUBLIC        ?C?ULDIV
+  -------         ENDMOD        ?C?ULDIV
+
+  -------         MODULE        ?C?ULCMP
+  C:2B9FH         PUBLIC        ?C?ULCMP
+  -------         ENDMOD        ?C?ULCMP
+
+  -------         MODULE        ?C?ULSHR
+  C:2BB0H         PUBLIC        ?C?ULSHR
+  -------         ENDMOD        ?C?ULSHR
+
+  -------         MODULE        ?C?LSHL
+  C:2BC3H         PUBLIC        ?C?LSHL
+  -------         ENDMOD        ?C?LSHL
+
+  -------         MODULE        ?C?LLDIDATA
+  C:2BD6H         PUBLIC        ?C?LLDIDATA
+  -------         ENDMOD        ?C?LLDIDATA
+
+  -------         MODULE        ?C?LLDIDATA0
+  C:2BE2H         PUBLIC        ?C?LLDIDATA0
+  -------         ENDMOD        ?C?LLDIDATA0
+
+  -------         MODULE        ?C?LSTIDATA
+  C:2BEFH         PUBLIC        ?C?LSTIDATA
+  -------         ENDMOD        ?C?LSTIDATA
+
+  -------         MODULE        ?C?LSTKIDATA
+  C:2BFBH         PUBLIC        ?C?LSTKIDATA
+  -------         ENDMOD        ?C?LSTKIDATA
+
+  -------         MODULE        ABS
+  C:4C78H         PUBLIC        _abs
+  -------         ENDMOD        ABS
+
+Program Size: data=189.1 xdata=0 code=19656
+LINK/LOCATE RUN COMPLETE.  0 WARNING(S),  0 ERROR(S)
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.hex b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.hex
new file mode 100644
index 0000000..3174dbf
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.hex	
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diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.lnp b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.lnp
new file mode 100644
index 0000000..495cd94
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.lnp	
@@ -0,0 +1,9 @@
+"main.obj",
+"ser_disp.obj",
+"utility.obj",
+"eeprom.obj",
+"4x4_key.obj",
+"ADC_AD7780.obj",
+"ADC_HX711.obj" 
+TO "Tin_fill_4x4_key_36Recipe_ad7780_55WD_default" 
+RAMSIZE(256) 
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.plg b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.plg
new file mode 100644
index 0000000..7c37742
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default.plg	
@@ -0,0 +1,35 @@
+
+
+
+
µVision Build Log

+
Project:

+C:\FILES\FILLTRONICS\2025 FILLTRONIC FINAL PROGRAMS\EMBEDED PROGRAMS 2025\C51 2025\Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2\fill.uvproj
+Project File Date:  01/21/2026
+
+
Output:

+compiling main.c...
+main.c - 0 Error(s), 0 Warning(s).
+Build target 'Target 1'
+linking...
+Program Size: data=189.1 xdata=0 code=19656
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD_default"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD_default" - 0 Error(s), 0 Warning(s).
+compiling main.c...
+main.c - 0 Error(s), 0 Warning(s).
+Build target 'Target 1'
+linking...
+Program Size: data=189.1 xdata=0 code=19656
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD_default"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD_default" - 0 Error(s), 0 Warning(s).
+Build target 'Target 1'
+compiling main.c...
+compiling ser_disp.c...
+compiling utility.c...
+compiling eeprom.c...
+compiling 4x4_key.c...
+compiling ADC_AD7780.C...
+compiling ADC_HX711.C...
+linking...
+Program Size: data=189.1 xdata=0 code=19656
+creating hex file from "Tin_fill_4x4_key_36Recipe_ad7780_55WD_default"...
+"Tin_fill_4x4_key_36Recipe_ad7780_55WD_default" - 0 Error(s), 0 Warning(s).
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default_abort.hex b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default_abort.hex
new file mode 100644
index 0000000..8c89d6f
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/Tin_fill_4x4_key_36Recipe_ad7780_55WD_default_abort.hex	
@@ -0,0 +1,1303 @@
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diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/desktop.ini b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/desktop.ini
new file mode 100644
index 0000000..d9d3246
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/desktop.ini	
@@ -0,0 +1,2 @@
+[.ShellClassInfo]
+IconResource=C:\Program Files\Google\Drive File Stream\130.0.2.0\GoogleDriveFS.exe,27
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.LST
new file mode 100644
index 0000000..c225072
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.LST	
@@ -0,0 +1,258 @@
+C51 COMPILER V9.60.7.0   EEPROM                                                            07/10/2026 17:02:31 PAGE 1   
+
+
+C51 COMPILER V9.60.7.0, COMPILATION OF MODULE EEPROM
+OBJECT MODULE PLACED IN eeprom.OBJ
+COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE eeprom.c BROWSE DEBUG OBJECTEXTEND
+
+line level    source
+
+   1          //              Reads from & writes to eeprom
+   2          
+   3          //#include 
+   4          //#include 
+   5          
+   6          //#include 
+   7          #include 
+   8                  
+   9          #include                         
+  10          #include 
+  11          #include 
+  12          
+  13          #include 
+  14          #include 
+  15          //------------------------------------------------------------------------------
+  16          void start(void);
+  17          void stop(void);
+  18          void write_data(unsigned char d);
+  19          unsigned char read_data(void);
+  20          void ack(void);
+  21          
+  22          sbit sda=P3^6;
+  23          sbit scl=P3^7;
+  24          //-------------------------------------------------------------------------
+  25          extern unsigned char idata EEPROM_block;
+  26          //-----------------------------------------------------------------------------
+  27          void write_eeprom(unsigned char wa,unsigned char wd)
+  28          {
+  29   1        rst_wdt();
+  30   1              start();
+  31   1              //write_data(0xA0);
+  32   1              write_data(EEPROM_block);
+  33   1              ack();
+  34   1              write_data(wa);                                                 // Write to EEPROM.
+  35   1              ack();                                                                                  // wa = word address &
+  36   1              write_data(wd);                                                 // wd = data to be written.
+  37   1              ack();
+  38   1              stop();
+  39   1              delay(20);
+  40   1      }
+  41          //-----------------------------------------------------------------------------
+  42          unsigned char read_eeprom(unsigned char wa)
+  43          {
+  44   1        unsigned char d1;
+  45   1              
+  46   1              rst_wdt();
+  47   1              start();
+  48   1              //write_data(0xA0);                                             // Read from eeprom.
+  49   1              write_data(EEPROM_block);
+  50   1              ack();                                                                                  // returns the data.
+  51   1              write_data(wa);
+  52   1              ack();
+  53   1              start();
+  54   1              //write_data(0xA1);
+  55   1              write_data(EEPROM_block+0x01);
+C51 COMPILER V9.60.7.0   EEPROM                                                            07/10/2026 17:02:31 PAGE 2   
+
+  56   1              ack();
+  57   1              d1=read_data();
+  58   1              sda = 1;
+  59   1              ack();
+  60   1              stop();
+  61   1              return(d1);
+  62   1      }
+  63          //-----------------------------------------------------------------------------
+  64          void start(void)
+  65          {
+  66   1              sda = 1;
+  67   1              scl = 1;
+  68   1              nop();
+  69   1              sda = 0;
+  70   1              nop();
+  71   1              scl = 0;
+  72   1      }
+  73          //-----------------------------------------------------------------------------
+  74          void stop(void)
+  75          {
+  76   1        sda = 0;
+  77   1              nop();
+  78   1              scl = 1;
+  79   1              nop();
+  80   1              sda = 1;
+  81   1      }
+  82          //-----------------------------------------------------------------------------
+  83          void write_data(unsigned char d)
+  84          {
+  85   1        unsigned char i;
+  86   1              for(i=0;i<8;i++)
+  87   1              {
+  88   2                      if(d & 0x80) sda = 1;
+  89   2                      else  sda = 0;
+  90   2                      nop();
+  91   2                      scl = 1;
+  92   2                      nop();
+  93   2                      scl = 0;
+  94   2          d<<=1;
+  95   2              }
+  96   1      }
+  97          //-----------------------------------------------------------------------------
+  98          unsigned char read_data(void)
+  99          {
+ 100   1              unsigned char i,d2;
+ 101   1              d2 = 0x00;
+ 102   1              for(i=0;i<8;i++)
+ 103   1              {
+ 104   2                      d2<<=1;
+ 105   2                      scl = 0;
+ 106   2                      nop();
+ 107   2                      scl = 1;
+ 108   2                      if(sda) d2 = d2 | 0x01;
+ 109   2                else    d2 = d2 | 0x00;               
+ 110   2              }
+ 111   1              scl = 0;
+ 112   1              return(d2);
+ 113   1      }
+ 114          //-----------------------------------------------------------------------------
+ 115          void ack(void)
+ 116          {
+ 117   1              sda = 1;
+C51 COMPILER V9.60.7.0   EEPROM                                                            07/10/2026 17:02:31 PAGE 3   
+
+ 118   1              nop();
+ 119   1              scl = 1;
+ 120   1              nop();
+ 121   1              scl = 0;
+ 122   1      }
+ 123          //-----------------------------------------------------------------------------
+ 124          void write_RTC(unsigned char wa,unsigned char wd)
+ 125          {
+ 126   1        rst_wdt();
+ 127   1              start();
+ 128   1              write_data(0xD0);
+ 129   1              ack();
+ 130   1              write_data(wa);                                                 // Write to RTC.
+ 131   1              ack();                                                                  // wa = word address &
+ 132   1              write_data(wd);                                                 // wd = data to be written.
+ 133   1              ack();
+ 134   1              stop();
+ 135   1              delay(20);
+ 136   1      }
+ 137          //-----------------------------------------------------------------------------
+ 138          unsigned char read_RTC(unsigned char wa)
+ 139          {
+ 140   1        unsigned char d1;
+ 141   1              
+ 142   1              rst_wdt();
+ 143   1              start();
+ 144   1              write_data(0xD0);                                               // Read from RTC.
+ 145   1              ack();                                                                          // returns the data.
+ 146   1              write_data(wa);
+ 147   1              ack();
+ 148   1              start();
+ 149   1              write_data(0xD1);
+ 150   1              ack();
+ 151   1              d1=read_data();
+ 152   1              sda = 1;
+ 153   1              ack();
+ 154   1              stop();
+ 155   1              return(d1);
+ 156   1      }
+ 157          //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 158          //This function will write a 4 byte (32bit) long to the eeprom at
+ 159          //the specified address to adress + 3.
+ 160          void RTC_Writelong(unsigned char address,unsigned long value)
+ 161          {
+ 162   1      //Decomposition from a long to 4 bytes by using bitshift.
+ 163   1      //One = Most significant -> Four = Least significant byte
+ 164   1      idata unsigned char four  = (value & 0xFF);
+ 165   1      idata unsigned char three = ((value >> 8) & 0xFF);
+ 166   1      idata unsigned char two   = ((value >> 16) & 0xFF);
+ 167   1      idata unsigned char one   = ((value >> 24) & 0xFF);
+ 168   1      
+ 169   1      //Write the 4 bytes into the eeprom memory.
+ 170   1      write_RTC(address, four);
+ 171   1      write_RTC(address + 1, three);
+ 172   1      write_RTC(address + 2, two);
+ 173   1      write_RTC(address + 3, one);
+ 174   1      }
+ 175          //------------------------------------------------------------------------------
+ 176          //This function will return a 4 byte (32bit) long from the eeprom
+ 177          //at the specified address to adress + 3.
+ 178          unsigned long RTC_Readlong(unsigned char address)
+ 179          {
+C51 COMPILER V9.60.7.0   EEPROM                                                            07/10/2026 17:02:31 PAGE 4   
+
+ 180   1      //Read the 4 bytes from the eeprom memory.
+ 181   1      idata unsigned long four  = read_RTC(address);
+ 182   1      idata unsigned long three = read_RTC(address + 1);
+ 183   1      idata unsigned long two   = read_RTC(address + 2);
+ 184   1      idata unsigned long one   = read_RTC(address + 3);
+ 185   1      
+ 186   1      //Return the recomposed long by using bitshift.
+ 187   1      return (((four << 0) & 0xFF) + ((three << 8) & 0xFFFF) + ((two << 16) & 0xFFFFFF) + ((one << 24) & 0xFFFFF
+             -FFF));
+ 188   1      }
+ 189          //----------------------------------------------------------------------------------------- 
+ 190          
+ 191          
+ 192          //===========================================================================================
+ 193          //internal EEPROM usage
+ 194          //#include 
+ 195          //#include 
+ 196          
+ 197          /*
+ 198           * Return EEPROM Byte at address 'adr'
+ 199           */
+ 200          /*unsigned char ReadEEPROM (unsigned int adr)  {
+ 201            unsigned char v;
+ 202          
+ 203            WMCON |= EEMEN_;   //  enable EEPROM
+ 204            v = XBYTE[adr];    //  read value
+ 205            WMCON &= ~EEMEN_;  //  disable EEPROM
+ 206            return (v);
+ 207          }*/
+ 208          
+ 209          
+ 210          /*
+ 211           * Write EEPROM Byte 'val' at address 'adr'
+ 212           */
+ 213          /*void WriteEEPROM (unsigned int adr, unsigned char val)  {
+ 214            WMCON |= (EEMEN_ | EEMWE_);     // enable EEPROM and set write bit
+ 215            XBYTE[adr] = val;               // write value
+ 216            while ((WMCON & EERDY_) == 0);  // wait until value programmed
+ 217            WMCON &= ~(EEMWE_ | EEMEN_);    // disable EEPROM and write strobe
+ 218          }*/
+ 219          
+ 220          /*
+ 221          unsigned char v;
+ 222          
+ 223          void main (void)  {
+ 224            v = ReadEEPROM (0x200);         // read EEPROM address 0x200
+ 225            WriteEEPROM (0x200, 6);         // write 6 to EEPROM address 0x200
+ 226            while (1);
+ 227          }*/
+ 228          //------------------------------------------------------------------
+
+
+MODULE INFORMATION:   STATIC OVERLAYABLE
+   CODE SIZE        =    579    ----
+   CONSTANT SIZE    =   ----    ----
+   XDATA SIZE       =   ----    ----
+   PDATA SIZE       =   ----    ----
+   DATA SIZE        =   ----      13
+   IDATA SIZE       =   ----      20
+   BIT SIZE         =   ----    ----
+END OF MODULE INFORMATION.
+
+
+C51 COMPILATION COMPLETE.  0 WARNING(S),  0 ERROR(S)
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.OBJ
new file mode 100644
index 0000000..a9cae64
Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.OBJ differ
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.c
new file mode 100644
index 0000000..114ba61
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.c	
@@ -0,0 +1,228 @@
+//		Reads from & writes to eeprom
+
+//#include 
+//#include 
+
+//#include 
+#include 
+	
+#include                         
+#include 
+#include 
+
+#include 
+#include 
+//------------------------------------------------------------------------------
+void start(void);
+void stop(void);
+void write_data(unsigned char d);
+unsigned char read_data(void);
+void ack(void);
+
+sbit sda=P3^6;
+sbit scl=P3^7;
+//-------------------------------------------------------------------------
+extern unsigned char idata EEPROM_block;
+//-----------------------------------------------------------------------------
+void write_eeprom(unsigned char wa,unsigned char wd)
+{
+  rst_wdt();
+	start();
+	//write_data(0xA0);
+	write_data(EEPROM_block);
+	ack();
+	write_data(wa);							// Write to EEPROM.
+	ack();											// wa = word address &
+	write_data(wd);							// wd = data to be written.
+	ack();
+	stop();
+	delay(20);
+}
+//-----------------------------------------------------------------------------
+unsigned char read_eeprom(unsigned char wa)
+{
+  unsigned char d1;
+	
+	rst_wdt();
+	start();
+	//write_data(0xA0);						// Read from eeprom.
+	write_data(EEPROM_block);
+	ack();											// returns the data.
+	write_data(wa);
+	ack();
+	start();
+	//write_data(0xA1);
+	write_data(EEPROM_block+0x01);
+	ack();
+	d1=read_data();
+	sda = 1;
+	ack();
+	stop();
+	return(d1);
+}
+//-----------------------------------------------------------------------------
+void start(void)
+{
+	sda = 1;
+	scl = 1;
+	nop();
+	sda = 0;
+	nop();
+	scl = 0;
+}
+//-----------------------------------------------------------------------------
+void stop(void)
+{
+  sda = 0;
+	nop();
+	scl = 1;
+	nop();
+	sda = 1;
+}
+//-----------------------------------------------------------------------------
+void write_data(unsigned char d)
+{
+  unsigned char i;
+	for(i=0;i<8;i++)
+	{
+		if(d & 0x80) sda = 1;
+		else  sda = 0;
+		nop();
+		scl = 1;
+		nop();
+		scl = 0;
+    d<<=1;
+	}
+}
+//-----------------------------------------------------------------------------
+unsigned char read_data(void)
+{
+	unsigned char i,d2;
+	d2 = 0x00;
+	for(i=0;i<8;i++)
+	{
+		d2<<=1;
+		scl = 0;
+		nop();
+		scl = 1;
+		if(sda) d2 = d2 | 0x01;
+ 	  else    d2 = d2 | 0x00;		
+	}
+	scl = 0;
+	return(d2);
+}
+//-----------------------------------------------------------------------------
+void ack(void)
+{
+	sda = 1;
+	nop();
+	scl = 1;
+	nop();
+	scl = 0;
+}
+//-----------------------------------------------------------------------------
+void write_RTC(unsigned char wa,unsigned char wd)
+{
+  rst_wdt();
+	start();
+	write_data(0xD0);
+	ack();
+	write_data(wa);							// Write to RTC.
+	ack();									// wa = word address &
+	write_data(wd);							// wd = data to be written.
+	ack();
+	stop();
+	delay(20);
+}
+//-----------------------------------------------------------------------------
+unsigned char read_RTC(unsigned char wa)
+{
+  unsigned char d1;
+	
+	rst_wdt();
+	start();
+	write_data(0xD0);						// Read from RTC.
+	ack();										// returns the data.
+	write_data(wa);
+	ack();
+	start();
+	write_data(0xD1);
+	ack();
+	d1=read_data();
+	sda = 1;
+	ack();
+	stop();
+	return(d1);
+}
+//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+//This function will write a 4 byte (32bit) long to the eeprom at
+//the specified address to adress + 3.
+void RTC_Writelong(unsigned char address,unsigned long value)
+{
+//Decomposition from a long to 4 bytes by using bitshift.
+//One = Most significant -> Four = Least significant byte
+idata unsigned char four  = (value & 0xFF);
+idata unsigned char three = ((value >> 8) & 0xFF);
+idata unsigned char two   = ((value >> 16) & 0xFF);
+idata unsigned char one   = ((value >> 24) & 0xFF);
+
+//Write the 4 bytes into the eeprom memory.
+write_RTC(address, four);
+write_RTC(address + 1, three);
+write_RTC(address + 2, two);
+write_RTC(address + 3, one);
+}
+//------------------------------------------------------------------------------
+//This function will return a 4 byte (32bit) long from the eeprom
+//at the specified address to adress + 3.
+unsigned long RTC_Readlong(unsigned char address)
+{
+//Read the 4 bytes from the eeprom memory.
+idata unsigned long four  = read_RTC(address);
+idata unsigned long three = read_RTC(address + 1);
+idata unsigned long two   = read_RTC(address + 2);
+idata unsigned long one   = read_RTC(address + 3);
+
+//Return the recomposed long by using bitshift.
+return (((four << 0) & 0xFF) + ((three << 8) & 0xFFFF) + ((two << 16) & 0xFFFFFF) + ((one << 24) & 0xFFFFFFFF));
+}
+//----------------------------------------------------------------------------------------- 
+
+
+//===========================================================================================
+//internal EEPROM usage
+//#include 
+//#include 
+
+/*
+ * Return EEPROM Byte at address 'adr'
+ */
+/*unsigned char ReadEEPROM (unsigned int adr)  {
+  unsigned char v;
+
+  WMCON |= EEMEN_;   //  enable EEPROM
+  v = XBYTE[adr];    //  read value
+  WMCON &= ~EEMEN_;  //  disable EEPROM
+  return (v);
+}*/
+
+
+/*
+ * Write EEPROM Byte 'val' at address 'adr'
+ */
+/*void WriteEEPROM (unsigned int adr, unsigned char val)  {
+  WMCON |= (EEMEN_ | EEMWE_);     // enable EEPROM and set write bit
+  XBYTE[adr] = val;               // write value
+  while ((WMCON & EERDY_) == 0);  // wait until value programmed
+  WMCON &= ~(EEMWE_ | EEMEN_);    // disable EEPROM and write strobe
+}*/
+
+/*
+unsigned char v;
+
+void main (void)  {
+  v = ReadEEPROM (0x200);         // read EEPROM address 0x200
+  WriteEEPROM (0x200, 6);         // write 6 to EEPROM address 0x200
+  while (1);
+}*/
+//------------------------------------------------------------------
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.h
new file mode 100644
index 0000000..bfb5b3e
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/eeprom.h	
@@ -0,0 +1,72 @@
+#ifndef __EEPROM_H__
+#define __EEPROM_H__
+//------------------------------------------------------------------------------
+#define Block_0  0xA0 //'EEPROM Block 256 bytes in 24C08
+#define Block_1  0xA2
+#define Block_2  0xA4
+#define Block_3  0xA6 
+//----------------------------------------------------------------------------
+#define EE_test_loc_Mem      0x00 //1 byte
+#define EE_cal_val_Mem_MSB   0x01 //2 byte
+#define EE_cal_val_Mem_LSB   0x02
+#define EE_zset_Mem_MSB      0x03 //2 byte
+#define EE_zset_Mem_LSB      0x04
+#define EE_rng_val_Mem       0x05 //1 byte
+#define EE_res_Mem           0x06 //1 byte
+#define EE_mas_Mem           0x07 //1 byte
+#define EE_ztc_Mem           0x08 //1 byte
+#define EE_dp_val_mem        0x09 //1 byte
+#define EE_avg_Mem           0x0A //1 byte
+#define EE_wait_val_Mem      0x0B //1 byte
+#define EE_drop_wait_val_Mem 0x0C //1 byte
+#define EE_on_time_Mem       0x0D //1 byte
+//-----------------------------------------------------------------------------
+  //08h–3Fh RAM 56 x 8 (DS1307)
+#define RTC_MEM_current_recipe      0x08 //1 byte
+#define RTC_MEM_Auto_start_enable   0x09 //1 byte
+#define RTC_MEM_start_delay         0x0A //1 byte
+#define RTC_MEM_recipe_enable       0x0B //1 byte
+#define RTC_MEM_gross_weight_enable 0x0C //1 byte
+//#define RTC_MEM_start_status        0x0D //1 byte
+#define RTC_MEM_Instant_fill_enable 0x0E //1 byte
+#define RTC_MEM_status              0x0F //1 byte
+
+#define RTC_MEM_F1_batch_MSB        0x10 //1 byte
+#define RTC_MEM_F1_batch_LSB        0x11 //1 byte
+#define RTC_MEM_F2_batch_MSB        0x12 //1 byte
+#define RTC_MEM_F2_batch_LSB        0x13 //1 byte
+#define RTC_MEM_F3_batch_MSB        0x14 //1 byte
+#define RTC_MEM_F3_batch_LSB        0x15 //1 byte
+#define RTC_MEM_F4_batch_MSB        0x16 //1 byte
+#define RTC_MEM_F4_batch_LSB        0x17 //1 byte
+#define RTC_MEM_F5_batch_MSB        0x18 //1 byte
+#define RTC_MEM_F5_batch_LSB        0x19 //1 byte
+
+#define RTC_MEM_F1_cumulative       0x1A //4 byte
+#define RTC_MEM_F2_cumulative       0x1E //4 byte
+#define RTC_MEM_F3_cumulative       0x22 //4 byte
+#define RTC_MEM_F4_cumulative       0x26 //4 byte
+#define RTC_MEM_F5_cumulative       0x2A //4 byte
+
+#define RTC_MEM_F6_TO_F36_batch_MSB  0x2E //1 byte
+#define RTC_MEM_F6_TO_F36_batch_LSB  0x2F //1 byte
+#define RTC_MEM_F6_TO_F36_cumulative 0x30 //4 byte
+
+#define RTC_MEM_batch_set_MSB        0x34 //1 byte
+#define RTC_MEM_batch_set_LSB        0x35 //1 byte
+#define RTC_MEM_batch_set_enable     0x36 //1 byte
+
+#define RTC_MEM_batch_set_count_MSB  0x37 //1 byte
+#define RTC_MEM_batch_set_count_LSB  0x38 //1 byte
+
+#define RTC_fillset_MSB              0x39 //1 byte
+#define RTC_fillset_LSB              0x3A //1 byte
+//------------------------------------------------------------------------------
+void write_eeprom(unsigned char wa,unsigned char wd);
+unsigned char read_eeprom(unsigned char wa);
+void write_RTC(unsigned char wa,unsigned char wd);
+unsigned char read_RTC(unsigned char wa); 
+void RTC_Writelong(unsigned char address,unsigned long value);
+unsigned long RTC_Readlong(unsigned char address);
+//-------------------------------------------------------------------------------
+#endif
\ No newline at end of file
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvopt b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvopt
new file mode 100644
index 0000000..61169d0
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvopt	
@@ -0,0 +1,1681 @@
+
+
+
+  1.0
+
+  
### uVision Project, (C) Keil Software

+
+  
+    *.c
+    *.s*; *.src; *.a*
+    *.obj
+    *.lib
+    *.txt; *.h; *.inc
+    *.plm
+    *.cpp
+  
+
+  
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+    MCS-51
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diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvproj b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvproj
new file mode 100644
index 0000000..d9c61b0
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill.uvproj	
@@ -0,0 +1,400 @@
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+
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### uVision Project, (C) Keil Software

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diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill_uvopt.bak b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill_uvopt.bak
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+
+  
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+    
+      100
+      0
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+        
+          .\main.c
+          22
+          1157
+          1157
+        
+        
+          .\ser_disp.c
+          17
+          1
+          1
+        
+        
+          .\4x4_key.c
+          38
+          43
+          43
+        
+        
+          .\utility.c
+          34
+          24
+          24
+        
+        
+          utility.h
+          1
+          1
+          5
+        
+      
+    
+  
+
+
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill_uvproj.bak b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill_uvproj.bak
new file mode 100644
index 0000000..3744006
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/fill_uvproj.bak	
@@ -0,0 +1,400 @@
+
+
+
+  1.0
+
+  
### uVision Project, (C) Keil Software

+
+  
+    
+      Target 1
+      0x0
+      MCS-51
+      
+        
+          AT89C55WD
+          Atmel
+          IRAM(0-0xFF) IROM(0-0x4FFF) CLOCK(33000000) MODAT2
+          
+          "LIB\STARTUP.A51" ("Standard 8051 Startup Code")
+          
+          3414
+          REGX55.H
+          
+          
+          
+          
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+          
+          Atmel\
+          Atmel\
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+            0
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+          .\
+          Tin_fill_4x4_key_36Recipe_ad7780_55WD
+          1
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+            D:\VEN\CPGM\fill\Tin\h.bat fill
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+          65535
+        
+        
+          S8051.DLL
+          
+          DP51.DLL
+          -pAT52
+          S8051.DLL
+          
+          TP51.DLL
+          -pAT52
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+      
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+          Source Group 1
+          
+            
+              main.c
+              1
+              .\main.c
+            
+            
+              ser_disp.c
+              1
+              .\ser_disp.c
+            
+            
+              utility.c
+              1
+              .\utility.c
+            
+            
+              eeprom.c
+              1
+              .\eeprom.c
+            
+            
+              4x4_key.c
+              1
+              .\4x4_key.c
+            
+            
+              ADC_AD7780.C
+              1
+              .\ADC_AD7780.C
+            
+            
+              ADC_HX711.C
+              1
+              .\ADC_HX711.C
+            
+          
+        
+        
+          Documentation
+          
+            
+              Notes.txt
+              5
+              .\Notes.txt
+            
+          
+        
+      
+    
+  
+
+
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.c
new file mode 100644
index 0000000..dcaf0b5
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.c	
@@ -0,0 +1,52 @@
+//INCLUDE KEYBOARD HEADER FILE
+#include 
+#include 
+#include 
+
+//DECLARE GLOABL VARIABLE
+//--------------------------------------------------------------------------------
+unsigned char find_col(unsigned char key)
+{    
+	 key_data &= 0x0f;
+	 rst_wdt();
+	if(key_data == 0x0d)
+		key++;
+	else if(key_data == 0x0b)
+		key +=2;
+	else if(key_data == 0x07)
+		key +=3;
+	return key;
+}
+//--------------------------------------------------------------------------------
+unsigned char get_data()
+{	
+	unsigned char idata  digit,time_out = 0;
+	unsigned char code a[] = "0123456789ABCD*#";	
+	//unsigned char code a[] = "123A456B789C*0#D";
+	key_data = 0x0f;
+	
+	/*while(key_data != 0x0f);
+	delay(40); */
+	while(key_data != 0x0f);
+	rst_wdt();
+	while(key_data == 0x0f)
+       { 
+		delay(KEY_DELAY);		
+		if(time_out++ == MAX_TIME_OUT)
+				return 0;		 
+		}
+	//delay(20);
+  	if((key_data = 0x7f) && MASK != 0x0f)
+   		digit = find_col(0x00);
+	else if((key_data = 0xbf) && MASK != 0x0f)
+   		digit = find_col(0x04); 
+	else if((key_data = 0xdf) && MASK != 0x0f)
+   		digit = find_col(0x08);	 
+	else if((key_data = 0xef) && MASK != 0x0f)
+   		digit = find_col(0x0c);
+	
+	return a[digit];
+}
+//-----------------------------------------------------------------------------------
+
+
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.h
new file mode 100644
index 0000000..37faaef
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/keyboard4x4.h	
@@ -0,0 +1,25 @@
+#ifndef KEYBOARD4_4_H
+#define KEYBOARD4_4_H
+
+#include
+
+
+//USER DEFINED DATA TYPE
+//typedef unsigned char ubyte;
+
+
+//DEFINE PORTS/PINS
+#define key_data 		P0
+
+//DEFINE CONSTANT
+//#define KEY_DELAY 	100
+//#define MAX_TIME_OUT 	100
+#define KEY_DELAY 		1
+#define MAX_TIME_OUT 	10
+#define MASK 			(key_data & 0x0f)
+
+//FUNCTION PROTOTYPES 
+unsigned char get_data();
+unsigned char  find_col(unsigned char);
+
+#endif
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.LST
new file mode 100644
index 0000000..a3e1b82
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.LST	
@@ -0,0 +1,3447 @@
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 1   
+
+
+C51 COMPILER V9.60.7.0, COMPILATION OF MODULE MAIN
+OBJECT MODULE PLACED IN main.OBJ
+COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE main.c BROWSE DEBUG OBJECTEXTEND
+
+line level    source
+
+   1          //#pragma  ot(9,size)
+   2          //#pragma  nointpromote
+   3          
+   4          //#include 
+   5          //#include 
+   6          
+   7          #include 
+   8          #include                         //Library Header Files.
+   9          #include 
+  10          #include 
+  11          #include 
+  12          #include 
+  13          //-----------------------------------------------------------------------------
+  14          #include 
+  15          #include 
+  16          #include 
+  17          //#include 
+  18          //--------------------------------------------------------------------------
+  19          //define type of key board here
+  20          //#define _6_key 
+  21          #define _4x4_key 
+  22          //--------------------------------------------------------------------------
+  23          //define type of ADC here
+  24          #define _AD7780
+  25          //#define _HX711
+  26          //--------------------------------------------------------------------------
+  27          #ifdef _4x4_key
+  28           #undef _6_key
+  29          #endif
+  30          #ifdef _6_key
+               #undef _4x4_key
+              #endif
+  33          //---------------------------------------------------------------------------
+  34          #ifdef _4x4_key
+  35           #include <4x4_key.h>
+  36          #endif
+  37          //----------------------------------------------------------------------------
+  38          #ifdef _AD7780
+  39           #include 
+  40          #endif
+  41          #ifdef _HX711
+               #include 
+              #endif
+  44          //-----------------------------------------------------------------------------
+  45          void init(void);                                                                                                //Function declaration. 
+  46          void pwd(void);
+  47          void blink(start,no);
+  48          void menu(void);
+  49          unsigned int bcd2bin(char no);
+  50          void val_read(char a);
+  51          void bin2bcd(unsigned int value,char no);
+  52          void process(void);
+  53          void tare_chk(void);
+  54          void zero_track(void);
+  55          void read_values(void);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 2   
+
+  56          /*void time_date(void);*/
+  57          void display_value(void);
+  58          void check_keypad(void);
+  59          void check_switch(void);
+  60          void check_values(void);
+  61          /*void tare_entry(void);
+  62          void print_values(void);
+  63          void set_clear(void);*/
+  64          void filter(void);
+  65          char incdec(char name,char max,char min);
+  66          void cal(void);
+  67          void cal_find(void);
+  68          void calibrate(void);
+  69          void cal_rst(void);
+  70          void average(void);
+  71          void add_values(void);
+  72          void settings(void);
+  73          void sys_paramts(void);
+  74          void self_test(void);
+  75          void defaults(void);
+  76          void load_eep_defaults(void);
+  77          void select_menu(void);
+  78          void disp_check(void);
+  79          void fill_count(void);
+  80          void display_total_cumulative(void);
+  81          void display_total_batch(void);
+  82          void clear_current_cumulative_batch(void);
+  83          void display_current_cumulative(void);
+  84          void display_current_batch(void);
+  85          void clear_batch_cumulative(void);
+  86          void recipe_menu(void);
+  87          //void memory_backup_restore(void);
+  88          //---------------------------------------------
+  89          sbit  start=P1^0;
+  90          sbit  cal_en=P1^7;  //calibration lock
+  91          //---------------------------------------------
+  92          #ifdef _6_key  //6 key
+               sbit set  = P2^0;
+               sbit incr = P2^1;
+               sbit decr = P2^2;
+               sbit tare = P2^3;
+               sbit enter= P2^4;                                                                      
+               sbit mode = P2^5;
+              #endif
+ 100          
+ 101          #ifdef _4x4_key //16 key
+ 102           #define set   'A'
+ 103           #define tare  'C'
+ 104           #define enter 'D'
+ 105           #define mode  'B'
+ 106           //#define left  '*'
+ 107           //#define right  '#'
+ 108           #define incr  '*'
+ 109           #define decr  '#' 
+ 110          #endif
+ 111          //--------------------------------------------
+ 112          sbit  cf1  =P1^4;
+ 113          sbit  cf2  =P1^1;
+ 114          sbit  ff   =P1^2;
+ 115          sbit  waled=P1^3;
+ 116          
+ 117          sbit  v_down_rly =P1^5;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 3   
+
+ 118          sbit  v_up_rly   =P1^6;
+ 119          //--------------------Variable declaration,Char.--------------------------
+ 120          unsigned char idata EEPROM_block = 0x00;
+ 121          
+ 122          unsigned char data temp_data[8],disp_data[8];
+ 123          unsigned char idata temp_pwd[4],dp_val=4;
+ 124          
+ 125          unsigned char code pswd1[2]={3,6},pswd2[2]={6,3},pswd3[2]={1,9};
+ 126          unsigned char code pswd4[2]={9,1},pswd5[2]={2,8},pswd6[2]={8,2};
+ 127          unsigned char code pswd7[2]={5,5},pswd8[2]={1,1},pswd9[2]={2,2};
+ 128          unsigned char code pswd10[2]={7,7},pswd11[2]={6,6},pswd12[2]={3,3},pswd13[2]={4,4};
+ 129          unsigned char code pass_F1[2]={1,0},pass_F2[2]={2,0},pass_F3[2]={3,0},pass_F4[2]={4,0},pass_F5[2]={5,0};
+ 130          unsigned char code pass_F6[2]={6,0},pass_F7[2]={7,0},pass_F8[2]={8,0},pass_F9[2]={9,0},pass_F10[2]={9,9};
+ 131          //unsigned char data sec,min,hr,dt,mon,yr;
+ 132          //unsigned char data data_rd=0x40,ctr=0,active_cnt=10;
+ 133          unsigned char idata ztwc=0,res,tare_cnt=0,mul_factor,div_factor,ztc;
+ 134          unsigned char idata rng_val=0,mas,avg=0,t;
+ 135          unsigned char idata avg_cnt=10,add_cnt=0,test_loc=0x12,function=1;
+ 136          //unsigned char idata wait_val=1,drop_wait_val=1,drop_ctr=0,wait_ctr=0;
+ 137          unsigned char idata wait_val=1,drop_wait_val=1;
+ 138          unsigned int idata wait_ctr=0,drop_ctr=0;
+ 139          
+ 140          /*unsigned char code rng_array[7][3]={
+ 141                                                                                                          10,16,8,
+ 142                                                                                  10,24,12,       
+ 143                                                                                                          10,32,16,
+ 144                                                                                                          10,44,22,
+ 145                                                                                                          10,64,32,
+ 146                                                                                          10,84,42,
+ 147                                                                                                          10,104,52 }; */
+ 148          
+ 149          unsigned char code rng_array[10][3]={
+ 150                                                                                          10,4,2,
+ 151                                                                                                          10,16,8,
+ 152                                                                                  10,24,12,       
+ 153                                                                                                          10,32,16,
+ 154                                                                                                          10,44,22,
+ 155                                                                                                          10,64,32,
+ 156                                                                                          10,84,42,
+ 157                                                                                                                  10,104,50,
+ 158                                                                                                          10,104,52,
+ 159                                                                                                                  10,104,62 };
+ 160          
+ 161          //unsigned char clk_lsb=0x60,clk_msb=0x18,gain=0x26;
+ 162          
+ 163          unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits;
+ 164          
+ 165          unsigned char idata KeyPressed;
+ 166          unsigned char idata start_count=0x00,start_delay=0x50;
+ 167          unsigned char idata disp_count=0;
+ 168          //--------------------Variable declaration,Int.---------------------------
+ 169          unsigned int idata fillset=0,cf=0,ffd=0,nfl=0,zset=0,htar=0,ltar=0;
+ 170          unsigned int idata cfd1,cfd2;
+ 171          unsigned int data tare_val=0,scale_val,help_val,temp_tare;
+ 172          unsigned int idata disp_val=0,adc_val=0,filter_val=0,prev_val[5]={0,0,0,0,0},start_disp=0;
+ 173          //unsigned int data prn_cap,prn_nett,prn_tare,prn_gross;
+ 174          unsigned int idata bin_val,cal_val=0x2710,temp_val,on_time=100;
+ 175          unsigned long int data temp,temp1,temp2,add_adc=0;
+ 176          
+ 177          unsigned long hold_counter = 0;
+ 178          
+ 179          unsigned long idata cumulative=0;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 4   
+
+ 180          unsigned int  idata batch=0,bset=0;
+ 181          unsigned int  idata batch_count=0;
+ 182          //--------------------Variable declaration,Bit.---------------------------
+ 183          bit adc_pol=0,aco=0,tare_pol=0,disp_pol,dp_flag=0,c_flag=0;
+ 184          bit wt_ach=0,zset_flag=0,ed=1,drop_flag=0;
+ 185          bit start_flag=0,busy_flag=0,tare_flag=0,help_flag;
+ 186          bit cal_flag=0,ave_ok,esc_flag=0,wa_flag=0,wait_flag=0,process_flag=0;
+ 187          bit cf1_flag=0,cf2_flag=0,ff_flag=0,autotare=1,fill_start=0,adc_err=0;
+ 188          bit recipe=0,grwt=0,auto_start=0,bset_enable=0,grwt_ok=0;
+ 189          bit start_wait_flag=0,shift_flag=0,Instant_fill_enable=0;
+ 190          bit set_enter_flag=0,rd_ok=0,start_status=0;
+ 191          
+ 192          bit Adc_Data_Ready,Adc_Status_bit73;
+ 193          //-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-
+ 194          void main(void)
+ 195          {
+ 196   1              init(); 
+ 197   1        rst_wdt();
+ 198   1       #ifdef _6_key
+                      if(!tare)       autotare=0;     
+               #elif defined( _4x4_key )
+ 201   1              if(KeyPressed == tare)  autotare=0;             
+ 202   1       #endif
+ 203   1              dp_flag=0;
+ 204   1              disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+ 205   1        display_name();
+ 206   1              //delay(500);
+ 207   1              read_values();          
+ 208   1              dp_flag=0;
+ 209   1              t=read_eeprom(EE_test_loc_Mem);
+ 210   1              if(t != test_loc)
+ 211   1              {
+ 212   2                      disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);  
+ 213   2                      #ifdef _6_key
+                              while(enter && mode && set && decr && incr){delay(2);}
+                              #elif defined( _4x4_key )
+ 216   2                      while(KeyPressed != enter && KeyPressed != mode && KeyPressed != set)   {delay(2);}
+ 217   2                      #endif
+ 218   2                      
+ 219   2                      #ifdef _6_key
+                              if(!enter)
+                              #elif defined( _4x4_key )
+ 222   2                      if(KeyPressed == enter)
+ 223   2                      #endif
+ 224   2                      {
+ 225   3                              disp(0x11,0x16,0x17,0x0a,0x0d,0x01,0x18,0x09);  
+ 226   3                              load_eep_defaults();
+ 227   3                              delay(500);
+ 228   3                      }
+ 229   2              }
+ 230   1              //init_adc();
+ 231   1              #ifdef _AD7780
+ 232   1                init_adc_AD7780();
+ 233   1        #elif defined( _HX711 )
+                        init_adc_HX711();             
+                #endif
+ 236   1              //delay(500);   
+ 237   1              clr_disp();     
+ 238   1      
+ 239   1              if(autotare)
+ 240   1               {
+ 241   2                      disp_check();
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 5   
+
+ 242   2                      self_test();
+ 243   2                      clr_disp();     
+ 244   2                      tare_flag=1;    
+ 245   2                      disp(0x11,0x11,0x14,0x0a,0x13,0x0e,0x11,0x11);          
+ 246   2                      delay(1000);
+ 247   2                      clr_disp();
+ 248   2               }
+ 249   1              dp_flag=1;
+ 250   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 251   1              while(1)
+ 252   1              {       
+ 253   2                /*if(aco)
+ 254   2                      {
+ 255   2                              aco=0;
+ 256   2                              //ctr=0;
+ 257   2                              add_values();
+ 258   2                              add_cnt++;
+ 259   2                              if(add_cnt >= avg_cnt)
+ 260   2                              {
+ 261   2                                      add_cnt=0;
+ 262   2                                      average();      
+ 263   2                                      //filter();
+ 264   2                                      //process();
+ 265   2                              }                       
+ 266   2                      }               */
+ 267   2                      process();      
+ 268   2                      #ifdef _4x4_key
+ 269   2           KeyPressed=Read_Keypad();  
+ 270   2          #endif              
+ 271   2                      check_keypad();         
+ 272   2                      check_switch();
+ 273   2                      rst_wdt();
+ 274   2                      check_values();
+ 275   2                      disp_count++;
+ 276   2                      if(!help_flag && !tare_flag)
+ 277   2                              {if(disp_count>2){display_value(); disp_count=0;}}      
+ 278   2                      //if(!help_flag && !tare_flag)  display_value();                
+ 279   2                      //delay(5);
+ 280   2                      #ifdef _4x4_key
+ 281   2                        KeyPressed='x';
+ 282   2                      #endif
+ 283   2              }
+ 284   1      }
+ 285          //=========================================================================================
+ 286          void init(void)
+ 287          {
+ 288   1       //#if defined(_6_key)
+ 289   1       #ifdef _6_key
+                        P0=P1=P2=0xff; //when 6 key
+                        TMOD=0x1D;
+                  TH0=0x00;
+                  TL0=0x00;
+                  TCON=0x55;
+                  IE=0x81;    
+                  IP=0x01;
+                        SCON=0x00; 
+               #elif defined( _4x4_key )
+ 299   1                P1=P2=0xff; //when using 4x4 key
+ 300   1                TMOD=0x1D;
+ 301   1          TH0=0x00;
+ 302   1          TL0=0x00;
+ 303   1          TCON=0x55;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 6   
+
+ 304   1          IE=0x89;    
+ 305   1          IP=0x01;
+ 306   1          TH1=0xFC;
+ 307   1          TL1=0x66;
+ 308   1          SCON=0x00; 
+ 309   1       #endif
+ 310   1       
+ 311   1        //---------------------------------------------------------------------
+ 312   1        //Following value Only when HX710/HX711 ADC used
+ 313   1        //IT0 = 1;  // Configure interrupt 0 for falling edge on /INT0 (P3.2)
+ 314   1              IT0 = 0;    // Configure interrupt 0 for low level triggered /INT0 (P3.2)
+ 315   1        EX0 = 1;    // Enable EX0 Interrupt
+ 316   1        EA = 1;     // Enable Global Interrupt Flag
+ 317   1       //---------------------------------------------------------------------
+ 318   1      
+ 319   1              cf1=0;
+ 320   1              cf2=0;
+ 321   1              ff=0;
+ 322   1              waled=0;
+ 323   1      }
+ 324          //===============================================================================================
+ 325          void adcint0_isr(void) interrupt 0
+ 326          {
+ 327   1              Adc_Data_Ready=1;
+ 328   1        //Get_Adc_Result();
+ 329   1              #ifdef _AD7780 
+ 330   1                Get_Adc_Result_AD7780();
+ 331   1        #elif defined( _HX711 )
+                        Get_Adc_Result_HX711();               
+                #endif
+ 334   1              aco=1;
+ 335   1              
+ 336   1              if(rd_ok)
+ 337   1                      {
+ 338   2                              rd_ok=0;                        
+ 339   2                              add_values();
+ 340   2                              add_cnt++;
+ 341   2                              if(add_cnt >= avg_cnt)
+ 342   2                              {
+ 343   3                                      add_cnt=0;
+ 344   3                                      average();      
+ 345   3                                      if(!start_flag)filter();
+ 346   3                                      //process();
+ 347   3                              }                       
+ 348   2                      }                       
+ 349   1              EX0 = 1;
+ 350   1      }
+ 351          //===============================================================================================
+ 352          #ifdef _4x4_key
+ 353          void timer1_isr(void) interrupt 3
+ 354          {
+ 355   1        TR1=0;
+ 356   1        KeyPressed=Read_Keypad();
+ 357   1        TL1=0x66;
+ 358   1        //TH1=0xFc; 
+ 359   1        TH1=0x32;
+ 360   1        TR1=1;                
+ 361   1      }
+ 362          #endif
+ 363          //===============================================================================================
+ 364          void read_values(void)
+ 365          {
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 7   
+
+ 366   1              unsigned char dat;
+ 367   1              
+ 368   1        //write_RTC(RTC_MEM_start_status,0x00); //pause auto start when power failure
+ 369   1              start_status=0;
+ 370   1      
+ 371   1        dat=read_RTC(RTC_MEM_Auto_start_enable);        //Auto start Enable / Disable.
+ 372   1              if(dat==1)auto_start=1;
+ 373   1              else        auto_start=0;       
+ 374   1        
+ 375   1        dat=read_RTC(RTC_MEM_recipe_enable);    //Recipe enable/disabled
+ 376   1              if(dat==1)recipe=1;
+ 377   1              else        recipe=0;   
+ 378   1                 
+ 379   1              dat=read_RTC(RTC_MEM_Instant_fill_enable); //instant fillset entry enabled/disabled
+ 380   1              if(dat==1)Instant_fill_enable=1;
+ 381   1              else      Instant_fill_enable=0;
+ 382   1              
+ 383   1        //if(!recipe)function=1;
+ 384   1        if(!recipe)write_RTC(RTC_MEM_current_recipe,0x01);    
+ 385   1        function = read_RTC(RTC_MEM_current_recipe);          
+ 386   1      
+ 387   1        dat=read_RTC(RTC_MEM_gross_weight_enable);      //Gross weight display enable/disable
+ 388   1              if(dat==1)grwt=1;
+ 389   1              else        grwt=0;
+ 390   1      
+ 391   1              start_delay = read_RTC(RTC_MEM_start_delay);
+ 392   1              
+ 393   1              dat=read_RTC(RTC_MEM_batch_set_enable);   //Batch filling set enabled/disabled
+ 394   1              if(dat==1)bset_enable=1;
+ 395   1              else        bset_enable=0;
+ 396   1              bset=read_RTC(RTC_MEM_batch_set_MSB)*100 + read_RTC(RTC_MEM_batch_set_LSB); //batch set(no.of filling to 
+             -be done)
+ 397   1              rst_wdt();      
+ 398   1        //------------------------------------------------------------------------------------
+ 399   1              if(function>0 && function<=9) {EEPROM_block = Block_0;dat = function;}
+ 400   1        else if(function>9 && function<=18) {EEPROM_block = Block_1;dat=(function-9);}
+ 401   1        else if(function>18 && function<=27) {EEPROM_block = Block_2;dat=(function-18);}
+ 402   1        else if(function>27 && function<=36) {EEPROM_block = Block_3;dat=(function-27);}        
+ 403   1        //--------------------------------------------------------------------------------------
+ 404   1        if(Instant_fill_enable)  //if instant fillset entry enabled
+ 405   1                fillset=read_RTC(RTC_fillset_MSB) *0x100 + read_RTC(RTC_fillset_LSB);
+ 406   1        else //if instant fillset entry disabled
+ 407   1                fillset=read_eeprom(0x10*dat) *0x100 + read_eeprom((0x10*dat)+0x01);
+ 408   1       
+ 409   1              cf=read_eeprom((0x10*dat)+0x02) *0x100 + read_eeprom((0x10*dat)+0x03);
+ 410   1              ffd=read_eeprom((0x10*dat)+0x04) *0x100 + read_eeprom((0x10*dat)+0x05);  
+ 411   1              nfl=read_eeprom((0x10*dat)+0x06) *0x100 + read_eeprom((0x10*dat)+0x07); 
+ 412   1              htar=read_eeprom((0x10*dat)+0x08) *0x100 + read_eeprom((0x10*dat)+0x09);
+ 413   1              ltar=read_eeprom((0x10*dat)+0x0A) *0x100 + read_eeprom((0x10*dat)+0x0B);
+ 414   1              dat=read_eeprom((0x10*dat)+0x0C);
+ 415   1              if(dat==0)      ed=0;
+ 416   1              else                ed=1;
+ 417   1              //-----------------------------------------------------------------------
+ 418   1              EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+ 419   1              
+ 420   1              cal_val=read_eeprom(EE_cal_val_Mem_MSB)*0x100 + read_eeprom(EE_cal_val_Mem_LSB);
+ 421   1              zset=read_eeprom(EE_zset_Mem_MSB)*0x100 + read_eeprom(EE_zset_Mem_LSB);
+ 422   1      
+ 423   1              rng_val=read_eeprom(EE_rng_val_Mem);
+ 424   1              res=read_eeprom(EE_res_Mem);
+ 425   1              mas=read_eeprom(EE_mas_Mem);
+ 426   1              ztc=read_eeprom(EE_ztc_Mem);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 8   
+
+ 427   1              dp_val=read_eeprom(EE_dp_val_mem);
+ 428   1      
+ 429   1              avg=read_eeprom(EE_avg_Mem);
+ 430   1              avg_cnt=3*(10-avg);
+ 431   1                      rst_wdt();
+ 432   1              div_factor=rng_array[rng_val][0];
+ 433   1              mul_factor=rng_array[rng_val][1];
+ 434   1              help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+ 435   1              //help_val=20090;
+ 436   1              
+ 437   1              wait_val=read_eeprom(EE_wait_val_Mem);
+ 438   1              drop_wait_val=read_eeprom(EE_drop_wait_val_Mem);
+ 439   1              //on_time=read_eeprom(EE_on_time_Mem) * 100;
+ 440   1              on_time=read_eeprom(EE_on_time_Mem) * 10;
+ 441   1        //----------------------------------------------------------------------
+ 442   1        /*cfd1=fillset-ffd;    
+ 443   1              cfd2=fillset-ffd;
+ 444   1              //ffd=fillset-ffd;*/
+ 445   1              
+ 446   1              //cfd1=fillset-cf; 
+ 447   1              cfd1=fillset-ffd;       
+ 448   1              cfd2=fillset-ffd;
+ 449   1              
+ 450   1              start_wait_flag=0;      
+ 451   1      }
+ 452          //=============================================================================================
+ 453          void self_test(void)
+ 454          {
+ 455   1              unsigned char dat,i;
+ 456   1              bit aok=0;
+ 457   1      
+ 458   1              disp(0x05,0x0e,0x16,0x0f,0x14,0x0e,0x05,0x14);
+ 459   1              delay(500);
+ 460   1              //--------------------------------------------
+ 461   1              //EEPROM test
+ 462   1              disp(0x11,0x1a,0x0e,0x1a,0x17,0x13,0x1c,0x11);
+ 463   1              delay(500);     
+ 464   1              dat=read_eeprom(EE_test_loc_Mem);
+ 465   1              if(dat==test_loc)
+ 466   1                      disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"              
+ 467   1              else
+ 468   1               {
+ 469   2                      disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+ 470   2                      //defaults();
+ 471   2               }
+ 472   1              delay(500);
+ 473   1              //--------------------------------------------
+ 474   1              //RTC test
+ 475   1              disp(0x11,0x11,0x13,0x14,0x0C,0x11,0x11,0x11);
+ 476   1              delay(500);     
+ 477   1              dat=read_RTC(RTC_MEM_status);
+ 478   1              if(dat==test_loc)
+ 479   1                      disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"              
+ 480   1              else
+ 481   1               {
+ 482   2                      disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+ 483   2                      //defaults();
+ 484   2               }
+ 485   1              delay(500);
+ 486   1        //---------------------------------------------
+ 487   1              //ADC test
+ 488   1              disp(0x11,0x11,0x0a,0x0d,0x0c,0x11,0x11,0x11);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 9   
+
+ 489   1              //delay(1000);
+ 490   1              aco=0;
+ 491   1              for(i=0;i<255;i++)
+ 492   1               {
+ 493   2                      if(aco) 
+ 494   2                      {
+ 495   3                              aco=0;
+ 496   3                              aok=1;
+ 497   3                      }
+ 498   2                      delay(4);
+ 499   2               }
+ 500   1              if(aok)
+ 501   1               {
+ 502   2                      disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"
+ 503   2          adc_err=0;  
+ 504   2               }
+ 505   1              else
+ 506   1               {
+ 507   2                      disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+ 508   2                adc_err=1;
+ 509   2               }
+ 510   1              delay(500);     
+ 511   1      }
+ 512          //=======================================================================================
+ 513          void disp_check(void)
+ 514          {
+ 515   1              char i;
+ 516   1              for(i=0;i<10;i++)
+ 517   1               {
+ 518   2                      disp(i,i,i,i,i,i,i,i);
+ 519   2                      delay(200);
+ 520   2               }
+ 521   1      }
+ 522          //======================================================================================
+ 523          void defaults(void)
+ 524          {
+ 525   1              fillset=1000;
+ 526   1              //cf=800;
+ 527   1              //ffd=950;
+ 528   1              cf=200;
+ 529   1              ffd=50;
+ 530   1              nfl=0;
+ 531   1              zset=10;
+ 532   1              htar=100;
+ 533   1              ltar=0;
+ 534   1              ed=1;
+ 535   1              avg=9;
+ 536   1              avg_cnt=3*(10-avg);
+ 537   1              
+ 538   1      //      cal_val=0x2710;
+ 539   1      
+ 540   1              //RCAP2L=clk_array[spd];
+ 541   1      
+ 542   1              rng_val=1;              //2 for 20 Kg,4 for 50 Kg.
+ 543   1              res=05;
+ 544   1              mas=1;
+ 545   1              ztc=1;
+ 546   1              dp_val=4;
+ 547   1      
+ 548   1              div_factor=rng_array[rng_val][0];
+ 549   1              mul_factor=rng_array[rng_val][1];
+ 550   1              //help_val=20090;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 10  
+
+ 551   1              help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+ 552   1      
+ 553   1              /*cfd1=cf;
+ 554   1              cfd2=cf;
+ 555   1              ffd=cf;*/
+ 556   1      
+ 557   1              wait_val=3;
+ 558   1              drop_wait_val=2;
+ 559   1              on_time=30;             
+ 560   1      }
+ 561          //=======================================================================================
+ 562          void load_eep_defaults(void)
+ 563          {       
+ 564   1              unsigned char rcpe=0,dat=0x01;
+ 565   1              disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);  
+ 566   1              delay(3000);
+ 567   1              defaults();
+ 568   1        disp(0x16,0x17,0x0a,0x0d,0x01,0x18,0x09,0x10);        
+ 569   1              write_eeprom(EE_test_loc_Mem,test_loc);
+ 570   1              write_RTC(RTC_MEM_current_recipe,0x01);
+ 571   1              //-------------------------------------------------------------
+ 572   1        for(rcpe=1;rcpe<=36;rcpe++)
+ 573   1              {
+ 574   2         if(rcpe>0 && rcpe<=9) {EEPROM_block = Block_0; dat=rcpe;}
+ 575   2         else if(rcpe>9 && rcpe<=18) {EEPROM_block = Block_1; dat=(rcpe-9);}
+ 576   2         else if(rcpe>18 && rcpe<=27) {EEPROM_block = Block_2; dat=(rcpe-18);}
+ 577   2         else if(rcpe>27 && rcpe<=36) {EEPROM_block = Block_3; dat=(rcpe-27);}         
+ 578   2                      
+ 579   2               write_eeprom((0x10*dat),fillset / 0x100);
+ 580   2               write_eeprom((0x10*dat)+0x01,fillset % 0x100);
+ 581   2               write_eeprom((0x10*dat)+0x02,cf / 0x100);
+ 582   2               write_eeprom((0x10*dat)+0x03,cf % 0x100);
+ 583   2               write_eeprom((0x10*dat)+0x04,ffd / 0x100);
+ 584   2               write_eeprom((0x10*dat)+0x05,ffd % 0x100);
+ 585   2               write_eeprom((0x10*dat)+0x06,nfl / 0x100);
+ 586   2               write_eeprom((0x10*dat)+0x07,nfl % 0x100);     
+ 587   2               write_eeprom((0x10*dat)+0x08,htar / 0x100);
+ 588   2               write_eeprom((0x10*dat)+0x09,htar % 0x100);
+ 589   2               write_eeprom((0x10*dat)+0x0A,ltar / 0x100);
+ 590   2               write_eeprom((0x10*dat)+0x0B,ltar % 0x100);
+ 591   2               write_eeprom((0x10*dat)+0x0C,0x01);
+ 592   2         blink(7,1);   
+ 593   2              rst_wdt();
+ 594   2              }
+ 595   1              //--------------------------------------------------------------------
+ 596   1              EEPROM_block = Block_0; //following values store in first 16 bytes of block0
+ 597   1              
+ 598   1              write_eeprom(EE_zset_Mem_MSB,zset / 0x100);
+ 599   1              write_eeprom(EE_zset_Mem_LSB,zset % 0x100);
+ 600   1      
+ 601   1              write_eeprom(EE_rng_val_Mem,rng_val);   
+ 602   1              write_eeprom(EE_res_Mem,res);   
+ 603   1              write_eeprom(EE_mas_Mem,mas);   
+ 604   1              write_eeprom(EE_ztc_Mem,ztc);   
+ 605   1              write_eeprom(EE_dp_val_mem,dp_val);     
+ 606   1              write_eeprom(EE_avg_Mem,avg);   
+ 607   1      
+ 608   1      //      write_eeprom(EE_cal_val_Mem_MSB,0x27);
+ 609   1      //      write_eeprom((EE_cal_val_Mem_LSB),0x10);
+ 610   1      
+ 611   1              write_eeprom(EE_wait_val_Mem,wait_val); 
+ 612   1              write_eeprom(EE_drop_wait_val_Mem,drop_wait_val);       
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 11  
+
+ 613   1              write_eeprom(EE_on_time_Mem,on_time);   
+ 614   1              //----------------------------------------------------------------      
+ 615   1              write_RTC(RTC_MEM_Auto_start_enable,0x00); //Auto start disable
+ 616   1              write_RTC(RTC_MEM_recipe_enable,0x00); //Recipe disable
+ 617   1              write_RTC(RTC_MEM_gross_weight_enable,0x00); //Gross weight display disable
+ 618   1              write_RTC(RTC_MEM_start_delay,0x37); //Auto start delay
+ 619   1              write_RTC(RTC_MEM_batch_set_enable,0x00);//Batch filling disabled
+ 620   1              write_RTC(RTC_MEM_status,test_loc); //RTC_memory status 
+ 621   1              write_RTC(RTC_MEM_Instant_fill_enable,0x00);//Instant filling disabled
+ 622   1        //----------------------------------------------------------------    
+ 623   1              read_values();
+ 624   1              clr_disp();     
+ 625   1      }
+ 626          //=======================================================================================
+ 627          void add_values(void)
+ 628          {
+ 629   1              add_adc = add_adc + adc_val;    
+ 630   1      } 
+ 631          //=======================================================================================
+ 632          void average(void)
+ 633          {
+ 634   1              filter_val = add_adc / avg_cnt;
+ 635   1              add_adc=0;
+ 636   1      }
+ 637          //=======================================================================================
+ 638          void filter(void)
+ 639          {  
+ 640   1        unsigned char i;
+ 641   1        bit ave_ok=1;
+ 642   1      
+ 643   1        for(i=4;i>0;i--) prev_val[i]=prev_val[i-1];
+ 644   1        prev_val[0]=filter_val;
+ 645   1      
+ 646   1        for(i=0;i<4;i++)
+ 647   1        {
+ 648   2          if(abs(prev_val[i] - prev_val[i+1]) > 5)  ave_ok=0;
+ 649   2        }
+ 650   1      
+ 651   1        if(ave_ok)
+ 652   1        {
+ 653   2          temp=0;
+ 654   2                      for(i=0;i<5;i++) temp = temp + (long int)prev_val[i]; 
+ 655   2                      temp = temp / 0x05;
+ 656   2                      filter_val = (unsigned int)temp;
+ 657   2        }
+ 658   1      }
+ 659          //======================================================================================
+ 660          void process(void)
+ 661          {
+ 662   1              /*temp=(unsigned long int)filter_val * (unsigned long int)mul_factor;
+ 663   1        temp=temp / (unsigned long int)div_factor;
+ 664   1              temp=temp/10;
+ 665   1              scale_val = (unsigned int)temp;*/
+ 666   1              scale_val = filter_val;
+ 667   1              tare_chk();
+ 668   1              rst_wdt();
+ 669   1              zero_track();
+ 670   1              if(!c_flag)
+ 671   1               {
+ 672   2                      cal_find();
+ 673   2                      calibrate();
+ 674   2               }
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 12  
+
+ 675   1              if(disp_val > help_val && autotare)     
+ 676   1               {
+ 677   2                      dp_flag=0;
+ 678   2                      rst_wdt();
+ 679   2                      help_flag=1;
+ 680   2                      disp(0x11,0x11,0x15,0x0e,0x16,0x12,0x11,0x11); //"Help"
+ 681   2                      blink(0,8);
+ 682   2                      dp_flag=1;
+ 683   2               }
+ 684   1              else help_flag=0;
+ 685   1              
+ 686   1              if(adc_err)
+ 687   1               {
+ 688   2                      dp_flag=0;
+ 689   2                      rst_wdt();
+ 690   2                      help_flag=1;
+ 691   2                      disp(0x11,0x0a,0x0d,0x0c,0x11,0x0e,0x13,0x13); //"ADC err"
+ 692   2                      blink(0,8);
+ 693   2                      dp_flag=1;
+ 694   2               }
+ 695   1      }
+ 696          //====================================================================================
+ 697          void tare_chk(void)
+ 698          {
+ 699   1        if(tare_flag)                                                         //tare switch..
+ 700   1         {    
+ 701   2                      tare_val=scale_val;
+ 702   2                      tare_pol=adc_pol;
+ 703   2                      if(++tare_cnt>3)
+ 704   2                       {
+ 705   3                              tare_flag=0;
+ 706   3                              tare_cnt=0;
+ 707   3                       }
+ 708   2         }
+ 709   1      
+ 710   1      // Deducting tare value.
+ 711   1      
+ 712   1        if(tare_pol != adc_pol)
+ 713   1         {
+ 714   2          disp_val = scale_val + tare_val;
+ 715   2                disp_pol = adc_pol;
+ 716   2         }
+ 717   1        else
+ 718   1         {
+ 719   2          if(scale_val > tare_val)
+ 720   2                       {
+ 721   3                      disp_pol = adc_pol;
+ 722   3                              disp_val = scale_val - tare_val;
+ 723   3                       }
+ 724   2                      else
+ 725   2                 {
+ 726   3                              disp_pol = ~(adc_pol);
+ 727   3                              disp_val = tare_val - scale_val;
+ 728   3                       }
+ 729   2         }
+ 730   1      
+ 731   1       /* if(scale_val >= tare_val)
+ 732   1              {
+ 733   1                  disp_pol = 1;
+ 734   1                      disp_val = scale_val - tare_val;
+ 735   1              }
+ 736   1              else
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 13  
+
+ 737   1          {
+ 738   1                      disp_pol = 0;
+ 739   1                      disp_val = tare_val - scale_val;
+ 740   1              }*/
+ 741   1      
+ 742   1      }
+ 743          //==================================================================================
+ 744          void zero_track(void)
+ 745          {
+ 746   1        if(disp_val <= ztc) ztwc++;
+ 747   1              else  ztwc = 0;
+ 748   1      
+ 749   1              if(ztwc > 3)    
+ 750   1               {
+ 751   2                      tare_val = scale_val;
+ 752   2                      tare_pol = adc_pol;
+ 753   2                      ztwc = 0;
+ 754   2               }
+ 755   1      }       
+ 756          //=================================================================================
+ 757          void bin2bcd(unsigned int value,char no)
+ 758          {
+ 759   1        char i;                                               // Converts a bin value to bcd & display. 
+ 760   1                                                                                      // char no determines how many digits to be 
+ 761   1        for(i=7;i>=(8-no);i--)        // displayed.
+ 762   1         {
+ 763   2          disp_data[i]=value % 10;
+ 764   2          value=value / 10; 
+ 765   2         }
+ 766   1              display();
+ 767   1      }               
+ 768          //=================================================================================
+ 769          void display_value(void)
+ 770          {
+ 771   1              unsigned int value;
+ 772   1              char i;                                         // Converts a bin value to bcd & display. 
+ 773   1                                                                                      // char no determines how many digits to be 
+ 774   1                                                                                      // displayed.
+ 775   1              //disp_val=(disp_val/res)*res;
+ 776   1              //value=disp_val;
+ 777   1              value=(disp_val/res)*res;
+ 778   1              for(i=7;i>=3;i--)       
+ 779   1           {
+ 780   2                              disp_data[i]=value % 10;
+ 781   2            value=value / 10;
+ 782   2                       }
+ 783   1      
+ 784   1              if(disp_data[3]==0x00)disp_data[3]=0x11;
+ 785   1              if(disp_pol)    disp_data[3]=0x10; //"-" sign
+ 786   1        
+ 787   1              disp_data[7] = (disp_data[7] / res) * res;
+ 788   1              
+ 789   1              if(disp_val <= (mas * res))
+ 790   1                {
+ 791   2                 disp_data[7]=0x00;
+ 792   2                       disp_data[6]=0x00;
+ 793   2                       disp_data[3]=0x11;
+ 794   2                       disp_pol=0;
+ 795   2                }
+ 796   1              if(disp_val==0x00)      
+ 797   1                {     
+ 798   2                 disp_data[0]=0x11;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 14  
+
+ 799   2                 disp_data[1]=0x11;
+ 800   2                 disp_data[2]=0x11;   
+ 801   2                 disp_data[3]=0x11;
+ 802   2                }
+ 803   1      
+ 804   1              if(cf1_flag)
+ 805   1               {
+ 806   2                      disp_data[0]=0x0c;
+ 807   2                      disp_data[1]=0x01;              // Display "CF1".
+ 808   2                      disp_data[2]=0x11;
+ 809   2               }      
+ 810   1              else if(cf2_flag)
+ 811   1               {
+ 812   2                      disp_data[0]=0x0c;
+ 813   2                      disp_data[1]=0x02;              // Display "CF2".
+ 814   2                      disp_data[2]=0x11;
+ 815   2               }      
+ 816   1              else if(ff_flag)
+ 817   1               {
+ 818   2                      disp_data[0]=0x0f;
+ 819   2                      disp_data[1]=0x0f;
+ 820   2                      disp_data[2]=0x11;               // Display "FF".
+ 821   2               }
+ 822   1        else if(start_wait_flag && !wa_flag)
+ 823   1               {
+ 824   2                       disp_data[0]=0x0A;
+ 825   2                       disp_data[1]=0x05;              // Display "ast".
+ 826   2                       disp_data[2]=0x14;    
+ 827   2               }               
+ 828   1              else if(wa_flag)        
+ 829   1               {
+ 830   2                if(grwt && grwt_ok)  //Gross weight display
+ 831   2                 {
+ 832   3            disp_data[0]=0x19;
+ 833   3                        disp_data[1]=0x1D;            // Display "Gross weight".
+ 834   3                        disp_data[2]=0x14;
+ 835   3                       }
+ 836   2                else
+ 837   2                 {
+ 838   3                        disp_data[0]=0x05;
+ 839   3                        disp_data[1]=0x0a;            // Display "SA".
+ 840   3                        disp_data[2]=0x11;
+ 841   3                       }
+ 842   2               }      
+ 843   1              else
+ 844   1               {
+ 845   2                if(!recipe)
+ 846   2                 {
+ 847   3                        disp_data[0]=0x13;
+ 848   3                        disp_data[1]=0x0d;            // Display "RDY".
+ 849   3                        disp_data[2]=0x1c;
+ 850   3                       }
+ 851   2                else
+ 852   2                 {        
+ 853   3                        //disp_data[1]=function;              // Display "F1 ~ F5".
+ 854   3                        //disp_data[2]=0x11;
+ 855   3                              if(function<=9) 
+ 856   3                               {                        
+ 857   4                                disp_data[0]=0x0F; //Display "F"      
+ 858   4                                disp_data[1]=function % 10;
+ 859   4              //disp_data[0]=function / 10; 
+ 860   4              disp_data[2]=0x11;                               
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 15  
+
+ 861   4                               }      
+ 862   3            else
+ 863   3                               {                              
+ 864   4                          disp_data[1]=function % 10;
+ 865   4              disp_data[0]=function / 10; 
+ 866   4                                disp_data[2]=0x0F; //Display "F"      
+ 867   4              //disp_data[2]=0x1E; //Display "="      
+ 868   4             }                                
+ 869   3                 }
+ 870   2               }
+ 871   1              display();              
+ 872   1      }
+ 873          //==========================================================================================
+ 874          void check_keypad(void)         // Keypad checking routine.
+ 875          {
+ 876   1              unsigned char sdat=0,b=0;
+ 877   1       //-----------------------------------------------------------------------
+ 878   1       #ifdef _6_key
+                if(!shift_flag && !set && !process_flag) // SET key for value entry.
+               #elif defined( _4x4_key )
+ 881   1        if(!shift_flag && KeyPressed==set && !process_flag)
+ 882   1       #endif
+ 883   1               {                                                                              // Asks password,go to appropriate routines
+ 884   2                      dp_flag=0;                                                      // on entry of password. 
+ 885   2                      rst_wdt();
+ 886   2                      pwd();
+ 887   2                      rst_wdt();
+ 888   2                      arr_cpy(&temp_pwd[0],&disp_data[6],2);
+ 889   2          //  arr_cpy(&temp_pwd[0],&disp_data[4],4);          
+ 890   2                      //if(arr_cmp(pswd1,temp_pwd,4)&& !recipe)       menu();                 //Pswd. 36 (if recipe disabled)
+ 891   2                      #ifdef _6_key
+                              if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(!mode){while(!mode){dp_flag=1;}return;} menu
+             -();if(!recipe)return;}while(mode);
+                              #elif defined( _4x4_key )
+ 894   2      //              if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(KeyPressed==mode){while(KeyPressed==mode){
+             -dp_flag=1;}return;} menu();if(!recipe)return;}while(KeyPressed!=mode);
+ 895   2                      if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(KeyPressed==mode){while(KeyPressed==mode){ K
+             -eyPressed = 'X'; dp_flag=1;}return;} menu();if(!recipe)return;}while(KeyPressed!=mode);
+ 896   2      
+ 897   2                      #endif          
+ 898   2                      else if(arr_cmp(pswd2,temp_pwd,2))      cal();                                                  //Pswd. 63
+ 899   2              //      else if(arr_cmp(pswd3,temp_pwd,2))      cal_rst();                                              //Pswd. 19
+ 900   2      //              else if(arr_cmp(pswd3,temp_pwd,2))  memory_backup_restore();                    //Pswd. 19
+ 901   2                      else if(arr_cmp(pswd4,temp_pwd,2))      settings();                                             //Pswd. 91
+ 902   2                      else if(arr_cmp(pswd5,temp_pwd,2))      sys_paramts();                                  //Pswd. 28
+ 903   2                      else if(arr_cmp(pswd6,temp_pwd,2))      load_eep_defaults();                            //Pswd. 82
+ 904   2                      else if(arr_cmp(pswd7,temp_pwd,2))      select_menu();                                  //Pswd. 55                                           
+             -       
+ 905   2                      else if(arr_cmp(pswd8,temp_pwd,2))  display_total_cumulative();         //Pswd. 11
+ 906   2                      else if(arr_cmp(pswd9,temp_pwd,2))      display_current_batch();                //Pswd. 22
+ 907   2                      else if(arr_cmp(pswd10,temp_pwd,2))     clear_current_cumulative_batch();       //Pswd. 77
+ 908   2                      else if(arr_cmp(pswd11,temp_pwd,2))     display_current_cumulative();           //Pswd. 66
+ 909   2                      else if(arr_cmp(pswd12,temp_pwd,2)) clear_batch_cumulative();           //Pswd. 33
+ 910   2                      else if(arr_cmp(pswd13,temp_pwd,2)) display_total_batch();              //Pswd. 44
+ 911   2                      else if(arr_cmp(pass_F1,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x01); menu();}}               //P
+             -swd. 10
+ 912   2                      else if(arr_cmp(pass_F2,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x02); menu();}}               //P
+             -swd. 20
+ 913   2                      else if(arr_cmp(pass_F3,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x03); menu();}}               //P
+             -swd. 30
+ 914   2                      else if(arr_cmp(pass_F4,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x04); menu();}}               //P
+             -swd. 40
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 16  
+
+ 915   2                      else if(arr_cmp(pass_F5,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x05); menu();}}               //P
+             -swd. 50
+ 916   2                      else if(arr_cmp(pass_F6,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x06); menu();}}               //P
+             -swd. 60
+ 917   2                      else if(arr_cmp(pass_F7,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x07); menu();}}               //P
+             -swd. 70
+ 918   2                      else if(arr_cmp(pass_F8,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x08); menu();}}               //P
+             -swd. 80
+ 919   2                      else if(arr_cmp(pass_F9,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x09); menu();}}               //P
+             -swd. 90
+ 920   2                      else if(arr_cmp(pass_F10,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x0A); menu();}}              //Ps
+             -wd. 99
+ 921   2                                      
+ 922   2                      else disp(0x11,0x11,0x0e,0x13,0x13,0x17,0x13,0x11); //"error"
+ 923   2                      delay(1000);            // Don't check for SET & TARE sw while in start
+ 924   2                      clr_disp();                     // mode.
+ 925   2                      dp_flag=1;              
+ 926   2               }
+ 927   1                      rst_wdt();
+ 928   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 929   1              //tare switch pressed
+ 930   1              #ifdef _6_key
+                 if(!tare && !process_flag)                   
+                      #elif defined( _4x4_key )
+ 933   1         if(KeyPressed == tare && !process_flag)
+ 934   1              #endif
+ 935   1               {
+ 936   2                      disp(0x11,0x11,0x11,0x10,0x10,0x10,0x10,0x10); //"-----"
+ 937   2          #ifdef _6_key               
+                               while(!tare) {delay(2);}
+                              #elif defined( _4x4_key )// {delay(2);}
+ 940   2                       while(KeyPressed == tare) {delay(2);}
+ 941   2                      #endif           
+ 942   2                      tare_flag=1;            
+ 943   2               }      
+ 944   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 945   1              //Instant fillset direct entry option 
+ 946   1              #ifdef _6_key     
+                       if(!shift_flag && !decr && !process_flag) //fillset direct entry
+                      #elif defined( _4x4_key )
+ 949   1               if(!shift_flag && KeyPressed == decr && !process_flag)
+ 950   1              #endif
+ 951   1              {               
+ 952   2                      shift_flag=0;           
+ 953   2              if(Instant_fill_enable)
+ 954   2         {
+ 955   3                      disp(0x0F,0x01,0x16,0x00,0x00,0x00,0x00,0x00);
+ 956   3                      bin2bcd(fillset,5);                                                     // Fill set 
+ 957   3                      delay(500);
+ 958   3                      val_read(5);
+ 959   3                      temp=bcd2bin(5);
+ 960   3                      //if(t<=15000)
+ 961   3                if(temp > (rng_array[rng_val][2] * 1000) )
+ 962   3                        {                      
+ 963   4                                      disp(0x11,0x11,0x0e,0x13,0x13,0x17,0x13,0x11);
+ 964   4                                delay(1000);
+ 965   4                                clr_disp();           
+ 966   4                        }
+ 967   3                       else
+ 968   3                        {     
+ 969   4                        start_status=0;       //TO STOP AUTO START  AND TO READ FULL VALUR FROM EEPROM                        
+ 970   4                      fillset=(temp/res)*res;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 17  
+
+ 971   4              write_RTC(RTC_fillset_MSB,fillset/0x100);
+ 972   4              write_RTC(RTC_fillset_LSB,fillset%0x100);                       
+ 973   4                        }
+ 974   3               }
+ 975   2       }       
+ 976   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 977   1              //shift key pressed and press "set" or "enter" or "dec" key for short cut
+ 978   1              #ifdef _6_key
+                       if(!incr && !process_flag && !shift_flag) 
+                      #elif defined( _4x4_key )
+ 981   1               if(KeyPressed == incr && !process_flag && !shift_flag) 
+ 982   1              #endif
+ 983   1               {
+ 984   2                      shift_flag=1;   
+ 985   2          #ifdef _6_key
+                         while(!incr)
+                        #elif defined( _4x4_key )
+ 988   2                 while(KeyPressed == incr)
+ 989   2                #endif
+ 990   2                 {delay(2);}          
+ 991   2               }      
+ 992   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 993   1              //Shift and set key for Set fill parameters.
+ 994   1              #ifdef _6_key
+                       if(shift_flag && !set && !process_flag)
+                      #elif defined( _4x4_key )
+ 997   1               if(shift_flag && KeyPressed == set && !process_flag) 
+ 998   1              #endif
+ 999   1               {
+1000   2                      #ifdef _6_key
+                         while(!set)
+                        #elif defined( _4x4_key )
+1003   2                 while(KeyPressed == set)
+1004   2                #endif
+1005   2                  {delay(2);}
+1006   2                      shift_flag=0;
+1007   2                      sys_paramts();          
+1008   2               }
+1009   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1010   1              //Set batch count to be filled. shift and enter
+1011   1              #ifdef _6_key
+                       if(shift_flag && !enter && !process_flag && bset_enable)
+                      #elif defined( _4x4_key )
+1014   1               if(shift_flag && KeyPressed == enter && !process_flag && bset_enable) 
+1015   1              #endif
+1016   1               {      
+1017   2                      shift_flag=0;
+1018   2                      dp_flag=0;
+1019   2                disp(0x0B,0x05,0x0E,0x14,0x11,0x11,0x11,0x11);  //"bset"
+1020   2                bset=read_RTC(RTC_MEM_batch_set_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_LSB);
+1021   2                bin2bcd(bset,4);
+1022   2                delay(500);
+1023   2                val_read(4);    
+1024   2                bset = bcd2bin(4);
+1025   2                      
+1026   2                      #ifdef _6_key
+                         if(!mode)    return;
+                              #elif defined( _4x4_key )
+1029   2                 if(KeyPressed == mode)       return; 
+1030   2                      #endif
+1031   2                       
+1032   2                      #ifdef _6_key
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 18  
+
+                         if(set)
+                              #elif defined( _4x4_key )
+1035   2           if(KeyPressed == enter)
+1036   2                      //if(KeyPressed != set)
+1037   2                      #endif
+1038   2                      {
+1039   3                              write_RTC(RTC_MEM_batch_set_MSB,bset / 0x100); //bset value fixed memory
+1040   3                              write_RTC(RTC_MEM_batch_set_LSB,bset % 0x100);
+1041   3                              
+1042   3                              write_RTC(RTC_MEM_batch_set_count_MSB,bset / 0x100); //count down bset memory
+1043   3                              write_RTC(RTC_MEM_batch_set_count_LSB,bset % 0x100);
+1044   3                      }
+1045   2                      dp_flag=1;
+1046   2          #ifdef _6_key
+                         while(!enter)
+                              #elif defined( _4x4_key )
+1049   2           while(KeyPressed == enter)         
+1050   2                      #endif  
+1051   2            {delay(2);}                
+1052   2              }       
+1053   1       //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1054   1              //Recipe selection. Only mode key press
+1055   1              #ifdef _6_key
+                 //if(!mode && !process_flag && recipe)   
+                       if(!mode && !process_flag && recipe && !start_status)
+                      #elif defined( _4x4_key )
+1059   1         //if(KeyPressed == mode && !process_flag && recipe)
+1060   1               if(KeyPressed == mode && !process_flag && recipe && !start_status)
+1061   1              #endif
+1062   1              {               
+1063   2      rtn: 
+1064   2                      function = read_RTC(RTC_MEM_current_recipe);
+1065   2                      shift_flag=0;
+1066   2                      if(function<1)function=1;
+1067   2          disp(function/10,function%10,0x0F,0x11,0x11,0x11,0x11,0x11);
+1068   2          //disp(function/10,function%10,0x1E,0x11,0x11,0x11,0x11,0x11);      //"01="  
+1069   2                      delay(500);
+1070   2                      b=1;
+1071   2                      //b=0;
+1072   2                      dp_flag=1;
+1073   2              #ifdef _6_key
+                       while(enter && set)
+                      #elif defined( _4x4_key )
+1076   2               while(KeyPressed != enter && KeyPressed != set)
+1077   2              #endif
+1078   2                 {                     
+1079   3                        //blink(1,2);                          
+1080   3                        //disp_data[1]=incdec(disp_data[1],5,1);                 
+1081   3            blink(b,1);
+1082   3                        disp_data[b]=incdec(disp_data[b],9,0);        
+1083   3            //dat = (char)bcd2bin(2); 
+1084   3            //sdat = ((disp_data[1] & 0x0F) << 4 ) + (disp_data[2] & 0x0F);
+1085   3                              sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);   
+1086   3                              sdat = bcd2int(sdat);                    
+1087   3                        
+1088   3                              #ifdef _6_key
+                     if(!tare)        
+                    #elif defined( _4x4_key )                 
+1091   3                         if(('S' == KeyPressed) || (KeyPressed == tare))
+1092   3                              #endif
+1093   3                         {                                                                                            // blinking digit to right.
+1094   4                                b++;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 19  
+
+1095   4                                //if(b>7)     b=8-2;
+1096   4                                      //if(b>2)       b=1;
+1097   4                                      if(b>1) b=0;
+1098   4                                      #ifdef _4x4_key
+1099   4                                 KeyPressed = 'X';  //clear keyPressed        
+1100   4              #endif                           
+1101   4                 }
+1102   3                               #ifdef _4x4_key
+1103   3                                //if(sdat > 36){disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);delay(500);sdat=1;goto rtn;}
+1104   3                                if(sdat > 36){disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);delay(500);sdat=36;} //"error"
+1105   3                               #endif 
+1106   3                              delay(100);                                     
+1107   3                  if(sdat>0 && sdat<=9) 
+1108   3              {EEPROM_block = Block_0;fillset=read_eeprom((0x10*sdat)) *0x100 + read_eeprom((0x10*sdat)+0x01);}
+1109   3            else if(sdat>9 && sdat<=18) 
+1110   3              {EEPROM_block = Block_1;fillset=read_eeprom(0x10*(sdat-9)) *0x100 + read_eeprom((0x10*(sdat-9))+0x
+             -01);}        
+1111   3            else if(sdat>18 && sdat<=27) 
+1112   3              {EEPROM_block = Block_2;fillset=read_eeprom(0x10*(sdat-18)) *0x100 + read_eeprom((0x10*(sdat-18))+
+             -0x01);}        
+1113   3            else if(sdat>27 && sdat<=36) 
+1114   3              {EEPROM_block = Block_3;fillset=read_eeprom(0x10*(sdat-27)) *0x100 + read_eeprom((0x10*(sdat-27))+
+             -0x01);}
+1115   3            bin2bcd(fillset,5);                               // display selected receipe Fill set                     
+1116   3                 }
+1117   2                      #ifdef _6_key
+                              if(!enter)
+                              #elif defined( _4x4_key )
+1120   2                if(KeyPressed == enter)
+1121   2                      #endif
+1122   2                 {    
+1123   3            if(sdat>36 || sdat<1)
+1124   3                               {                              
+1125   4                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11); //"error"
+1126   4                                      delay(500);
+1127   4                                      sdat = 36;
+1128   4                                      goto rtn;
+1129   4                               }
+1130   3            else
+1131   3                               {                              
+1132   4                                write_RTC(RTC_MEM_current_recipe,(sdat*0x01));
+1133   4              function = read_RTC(RTC_MEM_current_recipe);
+1134   4                          read_values();
+1135   4                    delay(500);       
+1136   4                               }                              
+1137   3                 }
+1138   2                      #ifdef _6_key
+                         while(!enter)
+                              #elif defined( _4x4_key )
+1141   2           while(KeyPressed == enter)         
+1142   2                      #endif  
+1143   2            {delay(2);}       
+1144   2               }      
+1145   1              //-------------------------------------------------
+1146   1              // display batch_count left to be filled
+1147   1              #ifdef _6_key
+                      if(shift_flag && !decr && !process_flag && bset_enable)
+                      #elif defined( _4x4_key )
+1150   1              if(shift_flag && KeyPressed == decr && !process_flag && bset_enable) 
+1151   1              #endif
+1152   1               {
+1153   2                       dp_flag=0;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 20  
+
+1154   2                       batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);
+1155   2                       disp(0x0B,0x0C,0x18,0x14,0x11,0x11,0x11,0x11); //"bcnt"
+1156   2                       bin2bcd(batch_count,4);                                
+1157   2                       delay(3000);
+1158   2           dp_flag=1;          
+1159   2               }
+1160   1               //-------------------------------------------------
+1161   1              // display current batch number filled
+1162   1               #ifdef _6_key
+                         if(!shift_flag && !decr && !process_flag && !Instant_fill_enable && bset_enable)                      
+                       #elif defined( _4x4_key )
+1165   1                 if(!shift_flag && KeyPressed == decr && !process_flag && !Instant_fill_enable && bset_enable) 
+1166   1               #endif
+1167   1               {
+1168   2                       display_current_batch();
+1169   2               }
+1170   1      }
+1171          //========================================================================================================
+             -======
+1172          void check_switch(void)
+1173          {
+1174   1              unsigned char dat=0,stop=0;     
+1175   1              
+1176   1              if(set_enter_flag){read_values(); set_enter_flag=0;} //If entered any settings read all values
+1177   1      bgn:
+1178   1              //if(start_flag) // if filling or auto start
+1179   1              #ifdef _6_key
+                       if((start_flag || start_status) && (!mode))
+                      #elif defined( _4x4_key )
+1182   1               if((start_flag || start_status) && (KeyPressed==mode))
+1183   1              #endif
+1184   1         {   
+1185   2              hold_counter++; 
+1186   2                      
+1187   2              if (hold_counter >= 1200) 
+1188   2                {
+1189   3                      
+1190   3                       dp_flag=0;
+1191   3                       disp(0x0A,0x0B,0x17,0x13,0x14,0x11,0x11,0x11); // "Abort"              
+1192   3                         ff=0;
+1193   3                         cf1=0;
+1194   3                         cf2=0;
+1195   3                         waled=0;
+1196   3                         cf1_flag=0;
+1197   3                         cf2_flag=0;
+1198   3                         ff_flag=0;
+1199   3                         wa_flag=0;                                   
+1200   3                         start_flag=0;
+1201   3                         drop_flag=0;                  
+1202   3                         tare_val=temp_tare;
+1203   3                               
+1204   3                         avg_cnt=3*(10-avg);                   
+1205   3                         add_cnt=0;
+1206   3                         add_adc=0;
+1207   3                               
+1208   3                         process_flag=0;
+1209   3             //write_RTC(RTC_MEM_start_status,0x00);      //pause auto start
+1210   3             start_status=0;                   
+1211   3             disp(0x0A,0x0B,0x17,0x13,0x14,0x0E,0x0D,0x11); // "Aborted"      
+1212   3                         delay(2000); 
+1213   3             dp_flag=1;
+1214   3      
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 21  
+
+1215   3      
+1216   3                      while (Read_Keypad() == mode); 
+1217   3              hold_counter = 0; // Reset counter for next press
+1218   3                }
+1219   2                                              
+1220   2                      }
+1221   1      else  // if not filling 
+1222   1        {
+1223   2              hold_counter = 0;
+1224   2              
+1225   2              
+1226   2               // Manual start Only first time after power on in auto mode
+1227   2         //if(auto_start && !process_flag &&(read_RTC(RTC_MEM_start_status)==0x00)) 
+1228   2               if(auto_start && !process_flag && !start_status)
+1229   2           {
+1230   3                               //dp_flag=0;
+1231   3             //disp(0x11,0x05,0x14,0x0A,0x13,0x14,0x11,0x11); //start                          
+1232   3             //blink(0,8);                     
+1233   3                              start_wait_flag=1;
+1234   3                  if(!start) // if start button pressed
+1235   3                   {
+1236   4                                      read_values();
+1237   4                                      //start_wait_flag=0;
+1238   4              if(bset_enable) {batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_
+             -set_count_LSB);}
+1239   4                                       
+1240   4                                      if(batch_count<1 && bset_enable)
+1241   4                                       {
+1242   5                                              //disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+1243   5                                               disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+1244   5                                              delay(1000);
+1245   5                                              return;
+1246   5                                       }              
+1247   4              //else if(batch_count>0 && bset_enable) start_wait_flag=0;                              
+1248   4                          //write_RTC(RTC_MEM_start_status,0x01);
+1249   4                                      start_wait_flag=0;
+1250   4                              start_status=1;                          
+1251   4              goto srt;
+1252   4                         }
+1253   3                 }      
+1254   2               // continuous auto start(filling) in auto mode if started
+1255   2         //if(auto_start && !process_flag && (read_RTC(RTC_MEM_start_status) == 0x01))
+1256   2               if(auto_start && !process_flag && start_status)
+1257   2           {    
+1258   3                  if((disp_val <= htar && disp_val >= ltar) && !disp_pol)
+1259   3                         {
+1260   4                          if(start_count == 0) start_disp = disp_val;
+1261   4                          if(start_disp == disp_val)start_count++;
+1262   4                                else start_count = 0;
+1263   4                                if(start_count >= start_delay*4) 
+1264   4                                 {
+1265   5                                   start_count = 0;
+1266   5                                   goto srt;
+1267   5                                 }
+1268   4                         }
+1269   3                 }
+1270   2                       //Manual start
+1271   2        if(!start && !process_flag && !disp_pol)              // Checking of Start button.
+1272   2                {
+1273   3                              read_values();
+1274   3                              if(bset_enable) {batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_c
+             -ount_LSB);}
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 22  
+
+1275   3                                       
+1276   3                              if(batch_count<1 && bset_enable)
+1277   3                                      {
+1278   4                                              //disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+1279   4                                              disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+1280   4                                              delay(1000);
+1281   4                                              return;
+1282   4                                      }               
+1283   3      //srt: if(cf>=fillset || ffd>=fillset || nfl>=(fillset-ffd) || zset>=fillset || ltar>=htar)
+1284   3      //srt:if(cf>=fillset || ffd>=cf || nfl>=ffd || zset>=fillset || ltar>=htar)
+1285   3      srt:if(ffd>=fillset || nfl>=ffd || zset>=fillset || ltar>=htar)
+1286   3                       {
+1287   4                              rst_wdt();
+1288   4                              dp_flag=0;
+1289   4                              disp(0x05,0x0e,0x14,0x11,0x0e,0x13,0x13,0x11);
+1290   4                              delay(500);
+1291   4                              dp_flag=1;
+1292   4                              //write_RTC(RTC_MEM_start_status,0x00);// Error in setting pause auto start
+1293   4                              start_status=0;
+1294   4                              goto bgn;
+1295   4                       }                
+1296   3                      else
+1297   3                       {
+1298   4                              if(ed && (disp_val <= htar && disp_val >= ltar) && !disp_pol)
+1299   4                               {
+1300   5                                      fill_start=1;                                   // Condition for filling to be started.
+1301   5                                      temp_tare=tare_val;             // If in tare enable mode, store current
+1302   5                                      tare_val=scale_val;             // tare value in a temp loc and tare
+1303   5                               }                                                                                      // the display value.
+1304   4                              else if(!ed && !disp_pol)
+1305   4                               {
+1306   5                                      fill_start=1;
+1307   5                                      temp_tare=tare_val;                     
+1308   5                               }
+1309   4                              else fill_start=0;
+1310   4                              
+1311   4                              process(); //To calculate scale value using new tare value
+1312   4                                              
+1313   4                        if(fill_start)
+1314   4                               {
+1315   5                                      fill_start=0;
+1316   5                                      start_flag=1;
+1317   5                                      process_flag=1;
+1318   5                                      delay(100);
+1319   5                                      ff=1;
+1320   5                                      delay(50);
+1321   5                                      cf2=1;                                                  // Filling started.,CF1,CF2,FF all ON.
+1322   5                                      delay(50);
+1323   5                                      cf1=1;
+1324   5                                      cf1_flag=1;
+1325   5                                      cf2_flag=1;
+1326   5                                      ff_flag=1;
+1327   5                                       
+1328   5                                      avg_cnt=1*(10-avg);
+1329   5                                      add_cnt=0;                              // No averaging, since in course feed.
+1330   5                                      add_adc=0;
+1331   5                               }
+1332   4                              else
+1333   4                               {
+1334   5                                      dp_flag=0;
+1335   5                                      disp(0x14,0x0a,0x13,0x0e,0x11,0x0e,0x13,0x13);
+1336   5                                      delay(500);                             // Display tare error.
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 23  
+
+1337   5                                      dp_flag=1;
+1338   5                               }                      
+1339   4                       }
+1340   3                }
+1341   2        }
+1342   1      }
+1343          //=======================================================================================
+1344          void check_values(void)
+1345          {       
+1346   1      if(process_flag)
+1347   1       {
+1348   2        if(start_flag && !drop_flag && !disp_pol)
+1349   2              {
+1350   3                      if(disp_val >= cfd1)    //CF2 condition.(CF2 & FF ON, CF1 OFF)
+1351   3                       {
+1352   4                              cf1=0;      // normal operation
+1353   4                              /*if(cf1_flag)
+1354   4                                {
+1355   4                                  ff=0;
+1356   4                                }*/
+1357   4                              cf1_flag=0;
+1358   4                       }              
+1359   3                if(disp_val >= cfd2)  
+1360   3                       {                                                                      // FF condition.(FF ON, CF1 & CF2 OFF)
+1361   4                              if(cf2_flag)
+1362   4                              {
+1363   5                                      //avg_cnt=2*(10-avg);
+1364   5                                      avg_cnt=1*(10-avg);
+1365   5                                      add_cnt=0;                      // In FF 2 count averaging.
+1366   5                                      add_adc=0;
+1367   5              //ff=1;
+1368   5                              } 
+1369   4                              cf1=0;
+1370   4                              cf2=0; // normal operation                      
+1371   4                              cf2_flag=0;
+1372   4                       }
+1373   3                if((disp_val + nfl) >= fillset)       
+1374   3                       {
+1375   4                              ff=0;                                                                   
+1376   4                              wait_flag=1;                                                    
+1377   4                       }                                                              // Final value is reached.but,
+1378   3              }
+1379   2      
+1380   2              if(wait_flag)                           // should wait for some time 
+1381   2                {                                                                     // for liquid to be settled.
+1382   3                       wait_ctr++;
+1383   3                       //delay(10); //if necessary enable
+1384   3                 //if(wait_ctr >= wait_val*10)
+1385   3                 if(wait_ctr >= wait_val*100)
+1386   3                        {
+1387   4                               wait_ctr=0;
+1388   4                               drop_flag=1;                                                   
+1389   4                               wait_flag=0;                                                   
+1390   4                        }
+1391   3                }
+1392   2      
+1393   2       if(drop_flag && !disp_pol)
+1394   2              {
+1395   3                      /*if(disp_val < cfd2) // After waiting time if value is
+1396   3                       {                  // less than CF2 value,Turn ON CF2.
+1397   3                              cf1=0;
+1398   3                              cf1_flag=0;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 24  
+
+1399   3                              cf2=1; 
+1400   3                              cf2_flag=1;
+1401   3                              ff=1;
+1402   3                              ff_flag=1;
+1403   3                              drop_flag=0;
+1404   3                       } */
+1405   3                      if((disp_val + nfl) < fillset)  // After waiting time if value is
+1406   3                       {                                                                              // less than FF value,Turn ON FF.
+1407   4                              ff=1;
+1408   4                              drop_flag=0;
+1409   4                       }
+1410   3                      else if(disp_val < fillset)
+1411   3                      {
+1412   4                              drop_ctr++;
+1413   4                              //if(drop_ctr >= drop_wait_val)
+1414   4                              if(drop_ctr >= drop_wait_val*100)
+1415   4                              {
+1416   5                                      drop_ctr=0;                             // Else,
+1417   5                                      ff=1;                                       // Final stage of filling.
+1418   5                                      delay(on_time);         // Proceeds drop by drop for accuracy.
+1419   5                                      ff=0;
+1420   5                              }
+1421   4                      }
+1422   3                      else
+1423   3                      {
+1424   4                              waled=1;
+1425   4                              wa_flag=1;                                      // Weight is acheived.                  
+1426   4                              start_flag=0;
+1427   4                              drop_ctr=0;
+1428   4                              drop_flag=0;
+1429   4                              cf1=0;  
+1430   4            cf1_flag=0;                       
+1431   4                              cf2=0; 
+1432   4                              cf2_flag=0;
+1433   4                              ff=0;   
+1434   4            ff_flag=0;        
+1435   4            wait_ctr=0;                                                               
+1436   4                              wait_flag=0;                    
+1437   4                              
+1438   4                              avg_cnt=3*(10-avg);                     
+1439   4                        add_cnt=0;
+1440   4                        add_adc=0;
+1441   4                              //------------------------batch set--------------------------------------------------------------
+1442   4                              batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);
+1443   4                              batch_count--;
+1444   4                              write_RTC(RTC_MEM_batch_set_count_MSB,batch_count / 0x100);
+1445   4                              write_RTC(RTC_MEM_batch_set_count_LSB,batch_count % 0x100);
+1446   4                              //------------------------------------------------------------------------------------------------
+1447   4              if(function == 1)
+1448   4                                 {
+1449   5                                  cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+1450   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1451   5                                  if(cumulative > 99999999) cumulative = 0;
+1452   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1453   5                              RTC_Writelong(RTC_MEM_F1_cumulative,cumulative);
+1454   5      
+1455   5                                        batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(0x11);
+1456   5                                        batch = batch + 1;                
+1457   5                                        write_RTC(RTC_MEM_F1_batch_MSB,batch / 0x100);
+1458   5                                        write_RTC(RTC_MEM_F1_batch_LSB,batch % 0x100);
+1459   5                                 }
+1460   4                               else if(function == 2)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 25  
+
+1461   4                                 {
+1462   5                                  cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+1463   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1464   5                                  if(cumulative > 99999999) cumulative = 0;
+1465   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1466   5                              RTC_Writelong(RTC_MEM_F2_cumulative,cumulative);
+1467   5      
+1468   5                                        batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);
+1469   5                                        batch = batch + 1;                
+1470   5                                        write_RTC(RTC_MEM_F2_batch_MSB,batch / 0x100);
+1471   5                                        write_RTC(RTC_MEM_F2_batch_LSB,batch % 0x100);
+1472   5                                 }
+1473   4                              else if(function == 3)
+1474   4                                 {
+1475   5                                  cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+1476   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1477   5                                  if(cumulative > 99999999) cumulative = 0;
+1478   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1479   5                              RTC_Writelong(RTC_MEM_F3_cumulative,cumulative);
+1480   5      
+1481   5                                        batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);
+1482   5                                        batch = batch + 1;                
+1483   5                                        write_RTC(RTC_MEM_F3_batch_MSB,batch / 0x100);
+1484   5                                        write_RTC(RTC_MEM_F3_batch_LSB,batch % 0x100);
+1485   5                                 }
+1486   4                              else if(function == 4)
+1487   4                                 {
+1488   5                                  cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+1489   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1490   5                                  if(cumulative > 99999999) cumulative = 0;
+1491   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1492   5                              RTC_Writelong(RTC_MEM_F4_cumulative,cumulative);
+1493   5      
+1494   5                                        batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);
+1495   5                                        batch = batch + 1;                
+1496   5                                        write_RTC(RTC_MEM_F4_batch_MSB,batch / 0x100);
+1497   5                                        write_RTC(RTC_MEM_F4_batch_LSB,batch % 0x100);
+1498   5                                 }
+1499   4                              else if(function == 5)
+1500   4                                 {
+1501   5                                  cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+1502   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1503   5                                  if(cumulative > 99999999) cumulative = 0;
+1504   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1505   5                              RTC_Writelong(RTC_MEM_F5_cumulative,cumulative);
+1506   5      
+1507   5                                        batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);
+1508   5                                        batch = batch + 1;                
+1509   5                                        write_RTC(RTC_MEM_F5_batch_MSB,batch / 0x100);
+1510   5                                        write_RTC(RTC_MEM_F5_batch_LSB,batch % 0x100);
+1511   5                                 }
+1512   4                              else if((function >= 6)&& (function <= 36))
+1513   4                                {
+1514   5                                        cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);
+1515   5                                        cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+1516   5                                  if(cumulative > 99999999) cumulative = 0;
+1517   5                                        //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+1518   5                              RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative);
+1519   5      
+1520   5                                        batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);
+1521   5                                        batch = batch + 1;                
+1522   5                                        write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch / 0x100);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 26  
+
+1523   5                                        write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch % 0x100);
+1524   5                                }      
+1525   4                       }
+1526   3              }
+1527   2              //-----------------------------------------------------
+1528   2              if(wa_flag && grwt && !grwt_ok) // should wait for some time 
+1529   2                {                                                                           // before gross weight display.
+1530   3                       wait_ctr++;            
+1531   3                 if(wait_ctr >= wait_val*60)
+1532   3             {
+1533   4                                       grwt_ok=1;
+1534   4                                       tare_val=temp_tare; 
+1535   4                                       wait_ctr=0;
+1536   4                               }
+1537   3                }
+1538   2              //-------------------------------------------------------------
+1539   2              if(batch_count<1 && bset_enable && wa_flag) //Batch over if batch set enabled
+1540   2               {
+1541   3                if(grwt && grwt_ok)wait_ctr++;                  
+1542   3                      else if(!grwt && !grwt_ok)wait_ctr++;
+1543   3                      if(wait_ctr >= wait_val*50)       
+1544   3                        {   
+1545   4             wait_ctr=0;                      
+1546   4                         dp_flag=0;                    
+1547   4                               //disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+1548   4                               disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+1549   4                               //write_RTC(RTC_MEM_start_status,0x00); //pause auto start when batch over
+1550   4                               start_status=0;
+1551   4                        
+1552   4                              #ifdef _6_key
+                                  while(enter)
+                                #elif defined( _4x4_key )
+1555   4                    while(KeyPressed != enter)
+1556   4                        #endif
+1557   4                                       {delay(20); dp_flag=1;}
+1558   4                  }
+1559   3                      }
+1560   2              //-------------------------------------------------------------
+1561   2        // Can Removed. Resetting for next filling     
+1562   2              if(((disp_val <= zset) || disp_pol) && wa_flag)
+1563   2              {
+1564   3                      waled=0;
+1565   3                      wa_flag=0;                                              
+1566   3                      tare_val=temp_tare;
+1567   3                      avg_cnt=3*(10-avg);
+1568   3                      
+1569   3                      add_cnt=0;
+1570   3                      add_adc=0;
+1571   3                      process_flag=0;
+1572   3                      grwt_ok=0;
+1573   3              }
+1574   2       }
+1575   1      }
+1576          //=======================================================================================
+1577          void pwd(void)
+1578          {
+1579   1              unsigned char b=6;
+1580   1              //unsigned char b=4;
+1581   1              KeyPressed = 'X';
+1582   1              disp(0x0c,0x17,0x0d,0x0e,0x11,0x11,0x00,0x00);
+1583   1        //disp(0x0c,0x17,0x0d,0x0e,0x00,0x00,0x00,0x00);
+1584   1              rst_wdt();
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 27  
+
+1585   1              #ifdef _6_key
+                      while(enter)    // will overloop to back on reaching max.
+                      #elif defined( _4x4_key )
+1588   1              while(KeyPressed != enter)
+1589   1              #endif
+1590   1              {
+1591   2                      blink(b,1);
+1592   2                      disp_data[b]=incdec(disp_data[b],9,0);  
+1593   2          #ifdef _6_key               
+                              if(!tare)                                                         // shift key is also checked which shifts     
+                  #elif defined( _4x4_key )
+1596   2              if(('S' == KeyPressed)||(KeyPressed == tare)) // blinking digit to right.       
+1597   2                      #endif
+1598   2                      {                                                                                               
+1599   3                              b++;
+1600   3                              if(b>7)b=6;
+1601   3                              //if(b>7)       b=4;
+1602   3                              #ifdef _4x4_key
+1603   3                              KeyPressed = 'X';
+1604   3                              #endif
+1605   3                      }
+1606   2                      /*if(KeyPressed == left)
+1607   2                        {
+1608   2                   b--;
+1609   2                              if(b<4) b=7;
+1610   2                              KeyPressed = 'X';  //clear keyPressed
+1611   2                        }*/
+1612   2              }
+1613   1              #ifdef _6_key
+                       while(!enter)          
+                      #elif defined( _4x4_key )       
+1616   1               while(KeyPressed == enter)
+1617   1              #endif
+1618   1                 {delay(2);}
+1619   1      }
+1620          //=============================================================================================
+1621          void val_read(char a)                           // Will read value which is entered.
+1622          {
+1623   1              unsigned char b;                                // Up to 'char a' characters from max to 
+1624   1              b=8-a;                                                                          // back are read one by one.
+1625   1                                                                                                                      // current entry char will blink.
+1626   1              #ifdef _6_key
+                       while(enter && set && mode)    // will overloop to back on reaching max.
+                      #elif defined( _4x4_key )
+1629   1               while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+1630   1              #endif
+1631   1              {
+1632   2                      blink(b,1);
+1633   2                      disp_data[b]=incdec(disp_data[b],9,0);  
+1634   2          #ifdef _6_key               
+                              if(!tare)                                                         // shift key is also checked which shifts
+                              #elif defined( _4x4_key )
+1637   2                      //if(('S' == KeyPressed) || (KeyPressed == right))  
+1638   2                      if(('S' == KeyPressed) || (KeyPressed == tare))
+1639   2                      #endif
+1640   2                       {                                                                                              // blinking digit to right.
+1641   3                              b++;
+1642   3                              if(b>7) b=8-a;
+1643   3                              #ifdef _4x4_key
+1644   3                               KeyPressed = 'X';  //clear keyPressed
+1645   3                              #endif
+1646   3                       }
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 28  
+
+1647   2                      /*if(KeyPressed == left)
+1648   2                        {
+1649   2                   b--;
+1650   2                              if(b<(8-a))     b=7;
+1651   2                              KeyPressed = 'X';  //clear keyPressed
+1652   2                        }*/
+1653   2              }
+1654   1              #ifdef _6_key
+                      if(!mode)
+                      #elif defined( _4x4_key )
+1657   1              if(KeyPressed == mode)
+1658   1              #endif
+1659   1              {
+1660   2                      #ifdef _6_key
+                              while(!mode)
+                              #elif defined( _4x4_key )               
+1663   2                      while(KeyPressed == mode)
+1664   2                      #endif
+1665   2                        {delay(2);}
+1666   2                      esc_flag=1;
+1667   2              }
+1668   1              else    esc_flag=0; 
+1669   1              /*#ifdef _4x4_key 
+1670   1               KeyPressed = 'X'; // "keyPressed" clearing
+1671   1        #endif */
+1672   1      }
+1673          //==========================================================================================
+1674          void blink(start,no)                    // Will create blinking display.
+1675          {                                                                         
+1676   1              unsigned char k;        // Blinking display will be from 'start' to 
+1677   1                                                                                      // display numbered no.
+1678   1              arr_cpy(&temp_data[0],&disp_data[0],8);
+1679   1              for(k=start;k7)b=6;
+1714   3                              //if(b>7)       b=4;
+1715   3                               #ifdef _4x4_key
+1716   3                               KeyPressed = 'X';
+1717   3                               #endif
+1718   3                       }
+1719   2                       #ifdef _6_key
+                               if(!mode)return;
+                               #elif defined( _4x4_key )
+1722   2           if(KeyPressed == mode)return;
+1723   2           #endif      
+1724   2                      /*if(KeyPressed == left)
+1725   2                        {
+1726   2                   b--;
+1727   2                              if(b<4) b=7;
+1728   2                              KeyPressed = 'X';  //clear keyPressed
+1729   2                        }*/
+1730   2              }
+1731   1              #ifdef _6_key
+                      if(!enter)      
+                      #elif defined( _4x4_key )
+1734   1              if(KeyPressed == enter) 
+1735   1              #endif
+1736   1           {                   
+1737   2                              b = ((disp_data[6] & 0x0F) << 4 ) + (disp_data[7] & 0x0F);
+1738   2                              b = bcd2int(b);
+1739   2                              if(b > 36)
+1740   2                               {                              
+1741   3                                disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1742   3                                      delay(500);
+1743   3                                      goto err_rtn;
+1744   3                               }      
+1745   2                              write_RTC(RTC_MEM_current_recipe,b);                     
+1746   2                       }
+1747   1         #ifdef _6_key
+                 while(!enter)        
+                 #elif defined( _4x4_key )     
+1750   1               while(KeyPressed==enter)                 
+1751   1               #endif  
+1752   1                 {delay(2);}           
+1753   1      }
+1754          //============================================================================================
+1755          void menu(void)                                                 // Main menu entry.
+1756          {         
+1757   1              char dat;
+1758   1              bit err_flag=0;
+1759   1              unsigned int temp;
+1760   1                              
+1761   1              read_values();
+1762   1        dp_flag=1;
+1763   1        set_enter_flag=1;     
+1764   1                      
+1765   1              if(function>0 && function<=9) {EEPROM_block = Block_0;}
+1766   1        else if(function>9 && function<=18) {EEPROM_block = Block_1;}
+1767   1        else if(function>18 && function<=27) {EEPROM_block = Block_2;}
+1768   1        else if(function>27 && function<=36) {EEPROM_block = Block_3;}        
+1769   1        //--------------------------------------------------------------------
+1770   1              do
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 30  
+
+1771   1              {
+1772   2                if(!recipe) disp(0x0F,0x01,0x16,0x11,0x00,0x00,0x00,0x00);
+1773   2                      //else disp(0x0F,function,0x11,0x11,0x00,0x00,0x00,0x00);
+1774   2                      else disp(function/10,function%10,0x0F,0x11,0x00,0x00,0x00,0x00);
+1775   2                      bin2bcd(fillset,5);                                                     // Fill set 
+1776   2                      delay(500);
+1777   2                      val_read(5);
+1778   2                      if(esc_flag)    return;
+1779   2                      #ifdef _6_key
+                              if(set)
+                              #elif defined( _4x4_key )
+1782   2                      //if(KeyPressed != set)
+1783   2                      if(KeyPressed == enter)
+1784   2                      #endif
+1785   2                      {
+1786   3                              temp=bcd2bin(5);        
+1787   3                              if(temp > (rng_array[rng_val][2] * 1000) )
+1788   3                              {
+1789   4                                      err_flag=1;
+1790   4                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1791   4                                      delay(500);
+1792   4                              }
+1793   3                              else
+1794   3                              {
+1795   4                                      fillset=temp;                                   
+1796   4              if(function>0 && function<=9)dat = function;                            
+1797   4              else if(function>9 && function<=18) dat=(function-9);
+1798   4                    else if(function>18 && function<=27) dat=(function-18);
+1799   4                    else if(function>27 && function<=36) dat=(function-27);
+1800   4                                      
+1801   4                                      write_eeprom((0x10*dat),fillset/0x100);
+1802   4                      write_eeprom(((0x10*dat)+0x01),fillset%0x100);
+1803   4                                      err_flag=0;
+1804   4                              }
+1805   3                      }
+1806   2              } while(err_flag);      
+1807   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  
+1808   1        /*do
+1809   1              {
+1810   1                      //disp(0x0C,0x0F,0x11,0x11,0x00,0x00,0x00,0x00);
+1811   1          if(!recipe) disp(0x0C,0x0F,0x11,0x11,0x11,0x00,0x00,0x00);
+1812   1                      //else disp(0x0C,0x0F,function,0x11,0x11,0x00,0x00,0x00); // Course feed
+1813   1                      else disp(function/10,function%10,0x0C,0x11,0x11,0x00,0x00,0x00); // Course feed
+1814   1                      //cf=(fillset-cf);
+1815   1                      bin2bcd(cf,3);                                                          
+1816   1                      delay(500);
+1817   1                      val_read(3);
+1818   1                      if(esc_flag) return;
+1819   1                #ifdef _6_key
+1820   1                      if(set)
+1821   1                #elif defined( _4x4_key )
+1822   1                      //if(KeyPressed != set)
+1823   1                if(KeyPressed == enter)
+1824   1                #endif
+1825   1                      {
+1826   1                              temp=bcd2bin(3);        
+1827   1                              if(temp >= fillset)
+1828   1                              //if(temp >= fillset || (fillset-temp > ffd))
+1829   1                              {
+1830   1                                      err_flag=1;
+1831   1                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1832   1                                      delay(500);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 31  
+
+1833   1                              }
+1834   1                              else
+1835   1                              {
+1836   1                                      cf=temp;        
+1837   1              //cf=(fillset-temp);                            
+1838   1              if(function>0 && function<=9)dat = function;                            
+1839   1              else if(function>9 && function<=18) dat=(function-9);
+1840   1                    else if(function>18 && function<=27) dat=(function-18);
+1841   1                    else if(function>27 && function<=36) dat=(function-27);
+1842   1              
+1843   1                                      write_eeprom((0x10*dat)+0x02,cf / 0x100);
+1844   1                                      write_eeprom((0x10*dat)+0x03,cf % 0x100);                                
+1845   1                                      err_flag=0;                     
+1846   1                              }
+1847   1                      }               
+1848   1              } while(err_flag);      */
+1849   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1850   1              do    
+1851   1              {
+1852   2                if(!recipe) disp(0x0F,0x0F,0x11,0x11,0x11,0x00,0x00,0x00);
+1853   2                      //else disp(0x0F,0x0F,function,0x11,0x11,0x00,0x00,0x00);
+1854   2                      else disp(function/10,function%10,0x0D,0x11,0x11,0x00,0x00,0x00);
+1855   2                      //ffd=(fillset-ffd);
+1856   2      //14_02_24              bin2bcd(ffd,3); 
+1857   2                      bin2bcd(ffd,4); 
+1858   2                      delay(500);
+1859   2                      //val_read(5);
+1860   2      //14_02_24              val_read(3);
+1861   2                      val_read(4);
+1862   2                      if(esc_flag)    return;
+1863   2                      #ifdef _6_key
+                              if(set)
+                              #elif defined( _4x4_key )
+1866   2                      //if(KeyPressed != set)
+1867   2                      if(KeyPressed == enter)
+1868   2                      #endif
+1869   2                      {
+1870   3                              //temp=bcd2bin(5);
+1871   3      //14_02_24                      temp=bcd2bin(3);
+1872   3                              temp=bcd2bin(4);
+1873   3                              //if((temp >= fillset) || (fillset-temp <= cf))
+1874   3                              if(temp >= fillset)                     
+1875   3                              {
+1876   4                                      err_flag=1;
+1877   4                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1878   4                                      delay(500);
+1879   4                              }
+1880   3                              else
+1881   3                              {
+1882   4                                      //ffd=(fillset-temp);   
+1883   4                                      ffd=temp;                                       
+1884   4              if(function>0 && function<=9)dat = function;                            
+1885   4              else if(function>9 && function<=18) dat=(function-9);
+1886   4                    else if(function>18 && function<=27) dat=(function-18);
+1887   4                    else if(function>27 && function<=36) dat=(function-27);           
+1888   4                                      
+1889   4                                      write_eeprom((0x10*dat)+0x04,ffd / 0x100);
+1890   4                                      write_eeprom((0x10*dat)+0x05,ffd % 0x100);                               
+1891   4                                      err_flag=0;
+1892   4                              }
+1893   3                      }               
+1894   2              } while(err_flag);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 32  
+
+1895   1                       
+1896   1              /*cfd1=fillset-ffd;
+1897   1              //cfd1=cf;
+1898   1              cfd2=fillset-ffd;
+1899   1              ffd=fillset-ffd;*/      
+1900   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1901   1              do
+1902   1              {
+1903   2                      if(!recipe)disp(0x18,0x0F,0x16,0x11,0x11,0x00,0x00,0x00);
+1904   2                      //else disp(0x18,0x0F,function,0x11,0x11,0x00,0x00,0x00);
+1905   2                      else disp(function/10,function%10,0x18,0x11,0x11,0x00,0x00,0x00);
+1906   2                      bin2bcd(nfl,3);                                                         // Inflight
+1907   2                      delay(500);
+1908   2                      val_read(3);
+1909   2                      if(esc_flag)    return;
+1910   2                      #ifdef _6_key
+                              if(set)
+                              #elif defined( _4x4_key )
+1913   2                      //if(KeyPressed != set)
+1914   2                      if(KeyPressed == enter)
+1915   2                      #endif
+1916   2                      {
+1917   3                              temp=bcd2bin(3);        
+1918   3                              //if(temp > fillset)
+1919   3                              if((temp+ffd) > fillset)
+1920   3                              {
+1921   4                                      err_flag=1;
+1922   4                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1923   4                                      delay(500);
+1924   4                              }
+1925   3                              else
+1926   3                              {
+1927   4                                      nfl=temp;                                       
+1928   4              if(function>0 && function<=9)dat = function;                            
+1929   4              else if(function>9 && function<=18) dat=(function-9);
+1930   4                    else if(function>18 && function<=27) dat=(function-18);
+1931   4                    else if(function>27 && function<=36) dat=(function-27);
+1932   4                                      
+1933   4                                      write_eeprom((0x10*dat)+0x06,nfl / 0x100);
+1934   4                                      write_eeprom((0x10*dat)+0x07,nfl % 0x100);                              
+1935   4                                      err_flag=0;
+1936   4                              }
+1937   3                      }
+1938   2              } while(err_flag);
+1939   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1940   1        do
+1941   1         {
+1942   2              if(!recipe)disp(0x15,0x14,0x13,0x11,0x11,0x00,0x00,0x00);
+1943   2              //else disp(0x15,function,0x11,0x11,0x11,0x00,0x00,0x00);
+1944   2              else disp(function/10,function%10,0x15,0x11,0x11,0x00,0x00,0x00);
+1945   2              bin2bcd(htar,5);                                                                // High tare
+1946   2              delay(500);
+1947   2              val_read(5);
+1948   2              if(esc_flag)    return;
+1949   2              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+1952   2              //if(KeyPressed != set)
+1953   2              if(KeyPressed == enter)
+1954   2              #endif
+1955   2              {
+1956   3                temp=bcd2bin(5);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 33  
+
+1957   3                //if(temp > (rng_array[rng_val][2] * 1000) )
+1958   3               if(temp+fillset > (rng_array[rng_val][2] * 1000) )
+1959   3                      {
+1960   4                        err_flag=1;
+1961   4                        disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+1962   4                        delay(500);
+1963   4                      }
+1964   3                else
+1965   3                 {
+1966   4                              htar=temp;                               
+1967   4            if(function>0 && function<=9)dat = function;                              
+1968   4            else if(function>9 && function<=18) dat=(function-9);
+1969   4                  else if(function>18 && function<=27) dat=(function-18);
+1970   4                  else if(function>27 && function<=36) dat=(function-27);
+1971   4                               
+1972   4                        write_eeprom((0x10*dat)+0x08,htar / 0x100);
+1973   4                        write_eeprom((0x10*dat)+0x09,htar % 0x100);            
+1974   4                        err_flag=0;
+1975   4                 }
+1976   3              }
+1977   2         }while(err_flag);     
+1978   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+1979   1              do
+1980   1              {
+1981   2                if(!recipe)disp(0x16,0x14,0x13,0x11,0x11,0x00,0x00,0x00);
+1982   2                      //else disp(0x16,function,0x11,0x11,0x11,0x00,0x00,0x00);
+1983   2                      else disp(function/10,function%10,0x16,0x11,0x11,0x00,0x00,0x00);
+1984   2                      bin2bcd(ltar,3);                                                                // Low tare
+1985   2                      delay(500);
+1986   2                      val_read(3);
+1987   2                      if(esc_flag)    return;
+1988   2                      #ifdef _6_key
+                              if(set)
+                              #elif defined( _4x4_key )
+1991   2                      //if(KeyPressed != set)
+1992   2                      if(KeyPressed == enter)
+1993   2                      #endif
+1994   2                      {
+1995   3                              temp=bcd2bin(3);        
+1996   3                              if(temp >= htar)
+1997   3                              {
+1998   4                                      err_flag=1;
+1999   4                                      disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+2000   4                                      delay(500);
+2001   4                              }
+2002   3                              else
+2003   3                              {
+2004   4                                      ltar=temp;                              
+2005   4              if(function>0 && function<=9)dat = function;                            
+2006   4              else if(function>9 && function<=18) dat=(function-9);
+2007   4                    else if(function>18 && function<=27) dat=(function-18);
+2008   4                    else if(function>27 && function<=36) dat=(function-27);
+2009   4                                      
+2010   4                                      write_eeprom((0x10*dat)+0x0A,ltar / 0x100);
+2011   4                                      write_eeprom((0x10*dat)+0x0B,ltar % 0x100);                             
+2012   4                                      err_flag=0;
+2013   4                              }
+2014   3                      }
+2015   2              }       while(err_flag);        
+2016   1              dp_flag=0;
+2017   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2018   1              if(!recipe)disp(0x0a,0x14,0x11,0x14,0x13,0x11,0x11,0x11);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 34  
+
+2019   1              //else disp(0x0a,function,0x11,0x11,0x11,0x11,0x11,0x11);
+2020   1              else disp(function/10,function%10,0x0a,0x11,0x11,0x11,0x11,0x11);
+2021   1              delay(500);
+2022   1              if(!ed) dat=0;
+2023   1              else    dat=1;                          //Auto tare Enable / Disable.
+2024   1              #ifdef _6_key
+                      while(enter && set)
+                      #elif defined( _4x4_key )
+2027   1              while(KeyPressed != set && KeyPressed != enter)
+2028   1              #endif
+2029   1              {
+2030   2                      blink(7,1);
+2031   2                      dat=incdec(dat,1,0);
+2032   2                      if(dat==0){     disp_data[7]=0x0d;      ed=0;}
+2033   2                      else      { disp_data[7]=0x0e;  ed=1;}
+2034   2              }
+2035   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2038   1              //if(KeyPressed != set)
+2039   1              if(KeyPressed == enter)
+2040   1              #endif
+2041   1                {                     
+2042   2                       if(function>0 && function<=9)write_eeprom((0x10*function)+0x0C,dat);   
+2043   2           else if(function>9 && function<=18) write_eeprom(((0x10*(function-9))+0x0C),dat);  
+2044   2                       else if(function>18 && function<=27) write_eeprom(((0x10*(function-18))+0x0C),dat);
+2045   2                       else if(function>27 && function<=36) write_eeprom(((0x10*(function-27))+0x0C),dat);                    
+2046   2                }
+2047   1              while(KeyPressed == enter){delay(20);}
+2048   1        dp_flag=1;    
+2049   1        //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2050   1              dat=read_eeprom(EE_test_loc_Mem);
+2051   1              if(dat != test_loc)     write_eeprom(EE_test_loc_Mem, test_loc);
+2052   1        read_values(); //loading new values           
+2053   1      }
+2054          //===============================================================================================
+2055          void settings(void)
+2056          {
+2057   1              char dat;
+2058   1              read_values(); 
+2059   1              EEPROM_block = Block_0;
+2060   1              set_enter_flag=1;
+2061   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2062   1              dat=wait_val;// Time delay for showing 'SA' after the weight has crossed the Fillset value.
+2063   1              disp(0x05,0x0A,0x10,0x0D,0x16,0x11,dat/10,dat%10);      
+2064   1              bin2bcd(dat,2);                                                         
+2065   1              delay(500);
+2066   1              val_read(2);
+2067   1              if(esc_flag) return;
+2068   1              wait_val = bcd2bin(2);  
+2069   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2072   1              if(KeyPressed == enter)
+2073   1              #endif
+2074   1                {
+2075   2                 write_eeprom(EE_wait_val_Mem, wait_val);
+2076   2                }
+2077   1        //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2078   1              //dat=drop_wait_val/10;  // The time delay between drops.
+2079   1              dat=read_eeprom(EE_drop_wait_val_Mem);
+2080   1              disp(0x0D,0x13,0x12,0x0D,0x16,0x11,dat/10,dat%10);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 35  
+
+2081   1              bin2bcd(dat,2);                                                         
+2082   1              delay(500);
+2083   1              val_read(2);
+2084   1              if(esc_flag) return;
+2085   1              drop_wait_val = bcd2bin(2);
+2086   1                      
+2087   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2090   1              if(KeyPressed == mode)  return; 
+2091   1              #endif
+2092   1              
+2093   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2096   1              if(KeyPressed == enter)
+2097   1              #endif
+2098   1              {
+2099   2               write_eeprom(EE_drop_wait_val_Mem, drop_wait_val);     
+2100   2              }
+2101   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++                      
+2102   1              //dat=on_time/100;  // The drop ON TIME.
+2103   1              dat=read_eeprom(EE_on_time_Mem);
+2104   1              disp(0x00,0x18,0x14,0x01,0x1a,0x0e,dat/10,dat%10);
+2105   1              bin2bcd(dat,2);                                                         
+2106   1              delay(500);
+2107   1              val_read(2);
+2108   1              if(esc_flag) return;
+2109   1              dat = bcd2bin(2);
+2110   1              
+2111   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2114   1              if(KeyPressed == mode)  return; 
+2115   1              #endif
+2116   1              
+2117   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2120   1              if(KeyPressed == enter)
+2121   1              #endif
+2122   1              {
+2123   2                write_eeprom(EE_on_time_Mem, dat);    
+2124   2              }
+2125   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++                      
+2126   1              disp(0x00,0x10,0x05,0x0E,0x14,0x00,0x00,0x00);
+2127   1              bin2bcd(zset,3);                                                                // Zero set
+2128   1              delay(500);
+2129   1              //while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2130   1              //{
+2131   1              val_read(3);
+2132   1              zset = bcd2bin(3);      
+2133   1              //}
+2134   1              if(esc_flag) return;
+2135   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2138   1              if(KeyPressed == enter)
+2139   1              #endif
+2140   1                {                     
+2141   2                      write_eeprom(EE_zset_Mem_MSB,zset / 0x100);
+2142   2                      write_eeprom((EE_zset_Mem_LSB),zset % 0x100);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 36  
+
+2143   2                } 
+2144   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~    
+2145   1        disp(0x05,0x12,0x0d,0x11,0x11,0x11,0x11,avg);
+2146   1              delay(500);
+2147   1              #ifdef _6_key
+                      while(enter && set && mode)                             //speed(averaging).
+                      #elif defined( _4x4_key )
+2150   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2151   1              #endif
+2152   1              {
+2153   2                      blink(7,1);
+2154   2                      avg=incdec(avg,9,1);            
+2155   2                      disp_data[7]=avg;
+2156   2              }       
+2157   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2160   1              if(KeyPressed == mode)  return;
+2161   1              #endif
+2162   1                      
+2163   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2166   1              if(KeyPressed == enter)
+2167   1              #endif
+2168   1              {
+2169   2                write_eeprom(EE_avg_Mem,avg);
+2170   2          avg_cnt=3*(10-avg); 
+2171   2        }
+2172   1      //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++  
+2173   1              if(cal_en) //calibration hardware lock to protect scale setting
+2174   1               {
+2175   2               disp(0x12,0x13,0x00,0x14,0x0E,0x0C,0x14,0x0D);
+2176   2               //return; 
+2177   2               goto end;
+2178   2               }
+2179   1              else 
+2180   1      //--------------------------------------------------------------------
+2181   1              disp(0x05,0x10,0x0c,0x0a,0x12,0x11,0x00,0x00);
+2182   1              bin2bcd(rng_array[rng_val][2],2);                                                               
+2183   1              delay(500);
+2184   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2187   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2188   1              #endif
+2189   1              {
+2190   2                      blink(6,2);             
+2191   2                      //rng_val=incdec(rng_val,6,0);
+2192   2      //1             rng_val=incdec(rng_val,7,0);
+2193   2                      rng_val=incdec(rng_val,9,0);
+2194   2                        #ifdef _4x4_key
+2195   2                  //if(KeyPressed == right)
+2196   2                  if(KeyPressed == tare)
+2197   2                          {
+2198   3                           rng_val++;                      
+2199   3                                       //if(rng_val>6) rng_val=0;
+2200   3              //                       if(rng_val>7) rng_val=0;
+2201   3                                              if(rng_val>9) rng_val=0;
+2202   3                                }     
+2203   2            #endif                            
+2204   2                      /*if(KeyPressed == left)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 37  
+
+2205   2                {
+2206   2                  
+2207   2                              if(rng_val >= 1) rng_val--;
+2208   2                              else   rng_val=4;
+2209   2                        }*/
+2210   2                      bin2bcd(rng_array[rng_val][2],2);                                                               
+2211   2              }       
+2212   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2215   1              if(KeyPressed == mode)  return;
+2216   1              #endif
+2217   1              
+2218   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )       
+2221   1              if(KeyPressed == enter)
+2222   1        #endif                
+2223   1              {
+2224   2                write_eeprom(EE_rng_val_Mem,rng_val);
+2225   2              }               
+2226   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2227   1              disp(0x13,0x0e,0x05,0x11,0x11,0x11,res/10,res%10);
+2228   1              delay(500);
+2229   1              dat=res;
+2230   1              if(res==5)      dat=3;
+2231   1              if(res==10)     dat=0;
+2232   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2235   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2236   1              #endif
+2237   1              {
+2238   2                      blink(6,2);
+2239   2                      dat=incdec(dat,3,0);
+2240   2                      #ifdef _4x4_key
+2241   2                      //if(KeyPressed == right) 
+2242   2                      if(KeyPressed == tare)
+2243   2                          {
+2244   3                           dat++;                            
+2245   3                           if(dat>3) dat=0;
+2246   3                                }
+2247   2          #endif                              
+2248   2                      /*if(KeyPressed == left)
+2249   2                {            
+2250   2                              if(dat >= 1)dat--;
+2251   2                              else  dat = 3;
+2252   2                        }*/
+2253   2                      res=dat;
+2254   2                      if(dat==3)      res=5;
+2255   2                      if(dat==0)      res=10;
+2256   2                      disp_data[7]=res%10;
+2257   2                      disp_data[6]=res/10;            
+2258   2              }       
+2259   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2262   1              if(KeyPressed == mode)  return; 
+2263   1              #endif
+2264   1              
+2265   1              #ifdef _6_key
+                      if(set)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 38  
+
+                      #elif defined( _4x4_key )        
+2268   1               if(KeyPressed == enter)
+2269   1              #endif
+2270   1               {
+2271   2                write_eeprom(EE_res_Mem,res); 
+2272   2               }
+2273   1              //+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2274   1              div_factor=rng_array[rng_val][0];
+2275   1              mul_factor=rng_array[rng_val][1];
+2276   1              help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+2277   1      //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2278   1              disp(0x1a,0x0a,0x05,0x11,0x11,0x11,0x11,mas);
+2279   1              delay(500);
+2280   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2283   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2284   1              #endif
+2285   1              {
+2286   2                      blink(7,1);
+2287   2                      mas=incdec(mas,5,0);
+2288   2                      #ifdef _4x4_key
+2289   2                      //if(KeyPressed == right) 
+2290   2                      if(KeyPressed == tare)
+2291   2                        {
+2292   3                           mas++;                            
+2293   3                           if(mas>5) mas=0;           
+2294   3                        }
+2295   2                      #endif
+2296   2                      /*if(KeyPressed == left)
+2297   2                {            
+2298   2                              if(mas >= 1)mas--;
+2299   2                              else   mas=5;
+2300   2                        }*/
+2301   2                      disp_data[7]=mas;
+2302   2              }
+2303   1        #ifdef _6_key 
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2306   1              if(KeyPressed == mode)  return; 
+2307   1              #endif
+2308   1              
+2309   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )       
+2312   1              if(KeyPressed == enter)
+2313   1              #endif
+2314   1              {
+2315   2                 write_eeprom(EE_mas_Mem,mas);        
+2316   2              }       
+2317   1      //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2318   1              disp(0x00,0x10,0x14,0x13,0x0A,0x0C,0x11,ztc);
+2319   1              delay(500);
+2320   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2323   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2324   1              #endif
+2325   1              {
+2326   2                      blink(7,1);
+2327   2                      ztc=incdec(ztc,5,0);
+2328   2                      #ifdef _4x4_key
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 39  
+
+2329   2                  //if(KeyPressed == right) 
+2330   2                       if(KeyPressed == tare) 
+2331   2                        {
+2332   3                          ztc++;                             
+2333   3                          if(ztc>5) ztc=0;            
+2334   3                        }
+2335   2                      #endif
+2336   2                      /*if(KeyPressed == left)
+2337   2                {            
+2338   2                              if(ztc >= 1)ztc--;
+2339   2                              else  ztc=5;
+2340   2                        }*/
+2341   2                      disp_data[7]=ztc;
+2342   2              }       
+2343   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2346   1              if(KeyPressed == mode)  return; 
+2347   1              #endif
+2348   1              
+2349   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )        
+2352   1              if(KeyPressed == enter)
+2353   1              #endif
+2354   1              {
+2355   2                  write_eeprom(EE_ztc_Mem,ztc);       
+2356   2              }
+2357   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+2358   1              dp_flag=1;
+2359   1              disp(0x0D,0x0E,0x0C,0x11,0x11,0x11,0x11,dp_val);
+2360   1              delay(500);
+2361   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2364   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2365   1              #endif
+2366   1              {
+2367   2                      blink(7,1);
+2368   2                      dp_val=incdec(dp_val,7,3);
+2369   2                      #ifdef _4x4_key
+2370   2                      //if(KeyPressed == right)       
+2371   2                 if(KeyPressed == tare)
+2372   2                        {
+2373   3                           dp_val++;                         
+2374   3                           if(dp_val>7)dp_val=3;              
+2375   3                        }
+2376   2                      #endif
+2377   2                      /*if(KeyPressed == left)
+2378   2                {            
+2379   2                              if(dp_val >= 3) dp_val--;
+2380   2                              else  dp_val=7;
+2381   2                        }*/
+2382   2                      disp_data[7]=dp_val;
+2383   2              }       
+2384   1              #ifdef _6_key
+                      if(!mode)       return; 
+                      #elif defined( _4x4_key )
+2387   1              if(KeyPressed == mode)  return; 
+2388   1              #endif
+2389   1              
+2390   1              #ifdef _6_key
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 40  
+
+                      if(set)
+                      #elif defined( _4x4_key )
+2393   1              if(KeyPressed == enter)
+2394   1              #endif
+2395   1              {
+2396   2                write_eeprom(EE_dp_val_mem,dp_val);             
+2397   2              }
+2398   1              dp_flag=0;      
+2399   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~    
+2400   1      end:
+2401   1              dat=read_eeprom(EE_test_loc_Mem);
+2402   1              if(dat != test_loc)     write_eeprom(EE_test_loc_Mem, test_loc);
+2403   1              read_values(); 
+2404   1      }       
+2405          //============================================================================================
+2406          void sys_paramts(void)
+2407          {
+2408   1              char dat;               
+2409   1        read_values();        
+2410   1              dp_flag=0;      
+2411   1              set_enter_flag=1;
+2412   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2413   1              //Instant fillset entry Enable / Disable.
+2414   1              disp(0x01,0x18,0x05,0x14,0x18,0x14,0x11,0x11); 
+2415   1              dat=read_RTC(RTC_MEM_Instant_fill_enable);
+2416   1              delay(500);
+2417   1              //if(dat==1)Instant_fill_enable=1;
+2418   1              //else      Instant_fill_enable=0;      
+2419   1              if(dat==0)Instant_fill_enable=0;
+2420   1              else        Instant_fill_enable=1;
+2421   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2424   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2425   1              #endif
+2426   1              {
+2427   2                      blink(7,1);
+2428   2                      dat=incdec(dat,1,0);
+2429   2                      if(dat==0){     disp_data[7]=0x0d;      Instant_fill_enable=0;}
+2430   2                      else      { dat=1; disp_data[7]=0x0e;   Instant_fill_enable=1;}
+2431   2              }
+2432   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2435   1              if(KeyPressed == mode)  return;
+2436   1              #endif
+2437   1              
+2438   1              #ifdef _6_key
+                      if(!enter)
+                      #elif defined( _4x4_key )
+2441   1        if(KeyPressed == enter)
+2442   1        #endif        
+2443   1         {    
+2444   2                 write_RTC(RTC_MEM_Instant_fill_enable,dat);
+2445   2               }
+2446   1       //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2447   1              disp(0x0a,0x1B,0x14,0x05,0x11,0x11,0x11,0x11); //Auto start Enable / Disable.
+2448   1              dat=read_RTC(RTC_MEM_Auto_start_enable);
+2449   1              delay(500);
+2450   1              //if(dat==1)auto_start=1;
+2451   1              //else   auto_start=0;
+2452   1        if(dat==0)auto_start=0;
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 41  
+
+2453   1              else     auto_start=1;           
+2454   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2457   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2458   1              #endif
+2459   1              {
+2460   2                      blink(7,1);
+2461   2                      dat=incdec(dat,1,0);
+2462   2                      if(dat==0){     disp_data[7]=0x0d;      auto_start=0;}
+2463   2                      else      { dat=1; disp_data[7]=0x0e;   auto_start=1;}
+2464   2              }
+2465   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2468   1              if(KeyPressed == mode)  return;
+2469   1              #endif
+2470   1              
+2471   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2474   1        if(KeyPressed == enter)
+2475   1        #endif        
+2476   1         {    
+2477   2                 write_RTC(RTC_MEM_Auto_start_enable,dat);
+2478   2               }
+2479   1              //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++      
+2480   1              //disp(0x0a,0x1B,0x14,0x00,0x05,0x11,0x11,0x11);  //Auto start delay
+2481   1              disp(0x0A,0x14,0x05,0x0D,0x16,0x11,0x11,0x11); 
+2482   1              start_delay=read_RTC(RTC_MEM_start_delay);
+2483   1              bin2bcd(start_delay,2);
+2484   1              delay(500);
+2485   1              val_read(2);
+2486   1              if(esc_flag) return;
+2487   1              start_delay = (unsigned char)bcd2bin(2);        
+2488   1              
+2489   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2492   1              if(KeyPressed == mode)  return; 
+2493   1              #endif
+2494   1              
+2495   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2498   1        if(KeyPressed == enter)
+2499   1              #endif
+2500   1              {
+2501   2                write_RTC(RTC_MEM_start_delay,start_delay);
+2502   2              }
+2503   1              //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2504   1              disp(0x13,0x0E,0x0C,0x01,0x12,0x0E,0x11,0x11);  //Recipe Enable/Disable
+2505   1              dat=read_RTC(RTC_MEM_recipe_enable);
+2506   1              delay(500);
+2507   1              //if(dat==1)recipe=1;
+2508   1              //else   recipe=0;      
+2509   1              if(dat==0)recipe=0;
+2510   1              else     recipe=1;
+2511   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2514   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 42  
+
+2515   1        #endif
+2516   1              {
+2517   2                      blink(7,1);
+2518   2                      dat=incdec(dat,1,0);
+2519   2                      if(dat==0){     disp_data[7]=0x0d;      recipe=0;}
+2520   2                      else      { dat=1; disp_data[7]=0x0e;   recipe=1;}
+2521   2              }
+2522   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2525   1              if(KeyPressed == mode)  return;
+2526   1              #endif
+2527   1              
+2528   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2531   1        if(KeyPressed == enter)       
+2532   1              #endif
+2533   1              {
+2534   2                 write_RTC(RTC_MEM_recipe_enable,dat);
+2535   2              }       
+2536   1       //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2537   1              disp(0x0B,0x05,0x0E,0x14,0x10,0x0F,0x11,0x11);  //Batch filling enable
+2538   1              dat=read_RTC(RTC_MEM_batch_set_enable);
+2539   1              delay(500);
+2540   1              //if(dat==1)bset_enable=1;
+2541   1              //else   bset_enable=0; 
+2542   1              if(dat==0)bset_enable=0;
+2543   1              else     bset_enable=1;
+2544   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2547   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2548   1              #endif
+2549   1              {
+2550   2                      blink(7,1);
+2551   2                      dat=incdec(dat,1,0);
+2552   2                      if(dat==0){     disp_data[7]=0x0d;      bset_enable=0;}
+2553   2                      else      { dat=1; disp_data[7]=0x0e;   bset_enable=1;}
+2554   2              }
+2555   1              #ifdef _6_key
+                       if(!mode)      return;
+                      #elif defined( _4x4_key )
+2558   1               if(KeyPressed == mode) return;
+2559   1              #endif
+2560   1              
+2561   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2564   1        if(KeyPressed == enter)
+2565   1              #endif
+2566   1              {
+2567   2              write_RTC(RTC_MEM_batch_set_enable,dat);
+2568   2              }       
+2569   1        //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2570   1              disp(0x19,0x13,0x1D,0x14,0x11,0x11,0x11,0x11);  //Grows weight display Enable/Disable
+2571   1              dat=read_RTC(RTC_MEM_gross_weight_enable);
+2572   1              delay(500);
+2573   1              //if(dat==1)grwt=1;
+2574   1              //else   grwt=0;
+2575   1        if(dat==0)grwt=0;
+2576   1              else     grwt=1;        
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 43  
+
+2577   1              #ifdef _6_key
+                      while(enter && set && mode)
+                      #elif defined( _4x4_key )
+2580   1              while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+2581   1              #endif
+2582   1              {
+2583   2                      blink(7,1);
+2584   2                      dat=incdec(dat,1,0);
+2585   2                      if(dat==0){     disp_data[7]=0x0d;      grwt=0;}
+2586   2                      else      { dat=1; disp_data[7]=0x0e;   grwt=1;}
+2587   2              }
+2588   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2591   1              if(KeyPressed == mode)  return;
+2592   1              #endif
+2593   1              
+2594   1              #ifdef _6_key
+                      if(set)
+                      #elif defined( _4x4_key )
+2597   1        if(KeyPressed == enter)       
+2598   1              #endif
+2599   1              {
+2600   2               write_RTC(RTC_MEM_gross_weight_enable,dat);
+2601   2              }
+2602   1       //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+2603   1        //write_eeprom(EE_test_loc_Mem,test_loc); //write status update
+2604   1              write_RTC(RTC_MEM_status,test_loc);       
+2605   1              read_values(); //loading new values
+2606   1              dp_flag=1;
+2607   1      }
+2608          //==================================================================================================
+2609          /*
+2610          void memory_backup_restore(void)
+2611          {
+2612                  char no=1;
+2613                  clr_disp();
+2614                  #ifdef _6_key
+2615                  while(enter && mode)
+2616                  #elif defined( _4x4_key )
+2617                  while(KeyPressed != enter && KeyPressed != mode)
+2618                  #endif
+2619                  {
+2620                          blink(0,8);
+2621                          no=incdec(no,2,1);              
+2622                          rst_wdt();
+2623                          switch(no)
+2624                          {
+2625                                  case 1:
+2626                                           disp(0x1A,0x0C,0x11,0x14,0x17,0x11,0x0E,0x0E);
+2627                                          break;
+2628                                  case 2:
+2629                                           disp(0x0E,0x0E,0x11,0x14,0x17,0x11,0x1A,0x0C);
+2630                                          break;                                          
+2631                          }
+2632                  }
+2633                  #ifdef _6_key
+2634                  if(!mode)       return;
+2635                  #elif defined( _4x4_key )
+2636                  if(KeyPressed == mode)return;
+2637                  #endif
+2638                  switch(no)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 44  
+
+2639                  {               
+2640                          rst_wdt();
+2641                          case 1:
+2642                                  sectors_copy_to_EEPROM(BLK1_DST_ADDR, 0x00);
+2643                                  break;
+2644                          case 2:
+2645                                  EEPROM_copy_to_sectors(BLK1_DST_ADDR, 0x00);
+2646                                  break;                          
+2647                  }       
+2648                  delay(500);
+2649                  read_values(); //loading new values     
+2650          }
+2651          */
+2652          //=====================================================================================
+2653          unsigned int bcd2bin(char no)   // Converts bcd in the display and 
+2654          {                                                                                               // returns the equ. int value.
+2655   1              unsigned int bin_val,mul=1;                     // char no.,determines how much 
+2656   1              char i;                                                                         // digits in the display should be
+2657   1              bin_val=0x00;                                                           // converted.
+2658   1              for(i=7;i>=(8-no);i--)
+2659   1                {
+2660   2                       bin_val = bin_val + disp_data[i] * mul;
+2661   2                       mul = mul * 10;
+2662   2                }
+2663   1              return(bin_val);
+2664   1      } 
+2665          //====================================================================================
+2666          char incdec(char name,char max,char min)
+2667          {       
+2668   1              #ifdef _6_key
+                      if(!incr)
+                      #elif defined( _4x4_key )
+2671   1              if(KeyPressed == incr)
+2672   1              #endif
+2673   1                {
+2674   2                      name++;
+2675   2                      if(name>max)name=min;           
+2676   2                }
+2677   1              #ifdef _6_key
+                      if(!decr)
+                      #elif defined( _4x4_key )
+2680   1              else if(KeyPressed == decr)
+2681   1              #endif
+2682   1                {
+2683   2                      name--;
+2684   2                      if(name= 0x00) && (KeyPressed <= 0x09))  
+2688   1        else if((KeyPressed >= min) && (KeyPressed <= max)) 
+2689   1                {
+2690   2                 name = KeyPressed;
+2691   2                       KeyPressed = 'S';  //for shifting digit
+2692   2                } 
+2693   1              #endif
+2694   1              return(name);
+2695   1      }
+2696          //======================================================================================
+2697          void cal(void)
+2698          {
+2699   1              unsigned char j;
+2700   1      
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 45  
+
+2701   1              if(cal_en) //calibration hardware lock
+2702   1               {
+2703   2               disp(0x11,0x0C,0x0A,0x11,0x16,0x17,0x0C,0x11);
+2704   2               return; 
+2705   2               }
+2706   1              else 
+2707   1      
+2708   1              disp(0x11,0x11,0x11,0x0c,0x0a,0x16,0x11,0x11);
+2709   1              delay(1000);
+2710   1              disp(0x11,0x1d,0x0e,0x01,0x19,0x15,0x14,0x11);
+2711   1              delay(1000);
+2712   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+2715   1              while(KeyPressed != enter && KeyPressed != mode)        
+2716   1              #endif
+2717   1                {delay(2);}
+2718   1              
+2719   1              #ifdef _6_key
+                      if(!mode) 
+                      #elif defined( _4x4_key )
+2722   1              if(KeyPressed == mode)
+2723   1              #endif
+2724   1              {
+2725   2                      #ifdef _6_key
+                              while(!mode)    { delay(2);}    
+                  #elif defined( _4x4_key )   
+2728   2                      //while(KeyPressed == mode)     {KeyPressed = 'X'; delay(2);}
+2729   2          while(KeyPressed == mode){delay(2);}                
+2730   2                      #endif
+2731   2                      return;
+2732   2              }
+2733   1              #ifdef _6_key
+                      while(!enter){delay(2);}
+                      #elif defined( _4x4_key )
+2736   1              while(KeyPressed == enter){delay(2);}
+2737   1              #endif    
+2738   1      
+2739   1              disp(0x0c,0x0a,0x16,0x11,0x11,0x11,0x11,0x11);
+2740   1              dp_flag=1;
+2741   1              c_flag=1;
+2742   1              tare_flag=0;
+2743   1              while(!aco);
+2744   1              aco=0;
+2745   1              //filter_val=adc_val;
+2746   1              process();      
+2747   1              temp_val = disp_val;
+2748   1              c_flag=0;
+2749   1         for(j=7;j>2;j--)
+2750   1          {
+2751   2          disp_data[j]=temp_val % 10;
+2752   2          temp_val=temp_val / 10; 
+2753   2          }
+2754   1              j=3;
+2755   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+2758   1              while(KeyPressed != enter && KeyPressed != mode)
+2759   1              #endif
+2760   1              {
+2761   2                blink(j,1);
+2762   2                disp_data[j]=incdec(disp_data[j],9,0);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 46  
+
+2763   2                      #ifdef _6_key
+                              if(!tare)       
+                  #elif defined( _4x4_key )   
+2766   2                      //if(('S' == KeyPressed) || (KeyPressed == right))
+2767   2                      if(('S' == KeyPressed) || (KeyPressed == tare))
+2768   2                      #endif
+2769   2                        {
+2770   3                              j++;
+2771   3                              if(j>7) j=3;
+2772   3                        }
+2773   2                      /*if(KeyPressed == left)
+2774   2                      {
+2775   2                              j--;
+2776   2                              if(j<3) j=7;
+2777   2                      }*/
+2778   2                      
+2779   2              }
+2780   1              #ifdef _6_key
+                      if(!mode)
+                      #elif defined( _4x4_key )
+2783   1        if(KeyPressed == mode)
+2784   1              #endif
+2785   1              {
+2786   2                      #ifdef _6_key
+                              while(!mode)    
+                              #elif defined( _4x4_key )
+2789   2                      while(KeyPressed == mode)
+2790   2                      #endif
+2791   2                        {delay(2);}
+2792   2                      return;
+2793   2              }
+2794   1              #ifdef _6_key
+                      while(!enter)
+                      #elif defined( _4x4_key )               
+2797   1              while(KeyPressed == enter)
+2798   1              #endif
+2799   1                 {delay(2);}
+2800   1              cal_flag=1;
+2801   1              bin_val=bcd2bin(5);
+2802   1              if(res==0)bin_val=bin_val + 10;
+2803   1              else            bin_val=bin_val + res;
+2804   1              dp_flag=0;
+2805   1      }       
+2806          //=====================================================================================
+2807          void cal_find(void)
+2808          {
+2809   1              if(cal_flag)
+2810   1              {
+2811   2                      cal_flag=0;             
+2812   2                      temp1=(unsigned long int)bin_val;
+2813   2                      temp2=(unsigned long int)disp_val;
+2814   2      
+2815   2                      if(disp_val > bin_val)  temp_val = disp_val - bin_val;
+2816   2                      else    temp_val = bin_val - disp_val;
+2817   2                      //if(temp_val <= (disp_val/10))
+2818   2                      if(temp_val)
+2819   2                      {
+2820   3                              temp =(temp1 * 0x2710)/temp2;
+2821   3                              cal_val = (unsigned int)temp;
+2822   3                              //if((temp % temp2) > (temp2/2))        cal_val+=1;     //it was enabled                
+2823   3                              EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+2824   3                              write_eeprom(EE_cal_val_Mem_MSB,cal_val/0x100);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 47  
+
+2825   3                              write_eeprom((EE_cal_val_Mem_LSB),cal_val%0x100);
+2826   3                              disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05);                  
+2827   3                              delay(1000);
+2828   3                              clr_disp();
+2829   3                      }
+2830   2                      else    
+2831   2                      {
+2832   3                              disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11);                  
+2833   3                              delay(1000);
+2834   3                              clr_disp();
+2835   3                              calibrate();
+2836   3                      }
+2837   2              }
+2838   1      }
+2839          //==========================================================================================
+2840          void calibrate(void)
+2841          {
+2842   1              temp1=(unsigned long int)disp_val;
+2843   1              temp2=(unsigned long int)cal_val;
+2844   1              temp =(temp1 * temp2)/0x2710;
+2845   1              disp_val = (unsigned int)temp;
+2846   1              //if(((temp1*temp2) % 0x2710) > 0x1388) disp_val+=1; //It was enabled
+2847   1      }
+2848          //=========================================================================================
+2849          void cal_rst(void)
+2850          {
+2851   1              if(cal_en) //calibration hardware lock
+2852   1               {
+2853   2               disp(0x11,0x0C,0x0A,0x11,0x16,0x17,0x0C,0x11);
+2854   2               return; 
+2855   2               }
+2856   1              else
+2857   1              
+2858   1              disp(0x11,0x13,0x0e,0x05,0x0e,0x14,0x11,0x11);
+2859   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+2862   1              while((KeyPressed != enter) && (KeyPressed != mode))    
+2863   1              #endif
+2864   1                 {delay(2);}
+2865   1              
+2866   1              #ifdef _6_key
+                      if(!mode)
+                      #elif defined( _4x4_key )
+2869   1              if(KeyPressed == mode)
+2870   1              #endif
+2871   1              {
+2872   2                      #ifdef _6_key
+                              while(!mode)    {delay(2);}
+                  #elif defined( _4x4_key )           
+2875   2                      while(KeyPressed == mode)       {delay(2);}
+2876   2                      #endif
+2877   2                      return;
+2878   2              }
+2879   1              #ifdef _6_key
+                      while(!enter)   
+                      #elif defined( _4x4_key )
+2882   1              while(KeyPressed == enter)
+2883   1              #endif
+2884   1                {delay(2);}
+2885   1              clr_disp();
+2886   1              EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 48  
+
+2887   1              write_eeprom(EE_cal_val_Mem_MSB,0x27);
+2888   1              write_eeprom((EE_cal_val_Mem_LSB),0x10);
+2889   1              read_values();
+2890   1      }
+2891          //=======================================================================================
+2892          void select_menu(void)
+2893          {
+2894   1              char no=1;
+2895   1              clr_disp();
+2896   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+2899   1              while(KeyPressed != enter && KeyPressed != mode)
+2900   1              #endif
+2901   1              {
+2902   2                      blink(0,8);
+2903   2                      //no=incdec(no,5,1);
+2904   2                      no=incdec(no,9,1);
+2905   2                      rst_wdt();
+2906   2                      switch(no)
+2907   2                      {
+2908   3                              case 1:
+2909   3                                       disp(0x0f,0x01,0x16,0x11,0x12,0x0a,0x13,0x0a);
+2910   3                                      break;                  
+2911   3                              case 2:
+2912   3                                       disp(0x05,0x0c,0x16,0x11,0x05,0x0e,0x14,0x11);
+2913   3                                      break;
+2914   3                              case 3:
+2915   3                                       disp(0x11,0x0c,0x0a,0x16,0x11,0x11,0x11,0x11);
+2916   3                                      break;
+2917   3                              case 4:
+2918   3                                       disp(0x0c,0x0a,0x16,0x11,0x13,0x05,0x14,0x11);
+2919   3                                      break;
+2920   3                              case 5:
+2921   3                                       disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);
+2922   3                                      break;                  
+2923   3                              case 6:
+2924   3                                       disp(0x0C,0x1B,0x1A,0x1B,0x16,0x0A,0x14,0x0E);
+2925   3                                      break;
+2926   3                              case 7:
+2927   3                                       disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x11,0x11);
+2928   3                                      break;
+2929   3                              case 8: 
+2930   3                                       disp(0x0B,0x0A,0x14,0x0C,0x15,0x14,0x17,0x14);                         
+2931   3                                      break;
+2932   3                              case 9:
+2933   3                                       disp(0x0B,0x0A,0x14,0x15,0x11,0x0C,0x1B,0x1A);
+2934   3                                       delay(500);
+2935   3                                       disp(0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11,0x11);
+2936   3                                      break;
+2937   3                      }
+2938   2              }
+2939   1              #ifdef _6_key
+                      if(!mode)       return;
+                      #elif defined( _4x4_key )
+2942   1              if(KeyPressed == mode)return;
+2943   1              #endif
+2944   1              switch(no)
+2945   1              {               
+2946   2      //              rst_wdt();
+2947   2                      case 1:
+2948   2                              sys_paramts();
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 49  
+
+2949   2                              rst_wdt();
+2950   2                              break;
+2951   2                      case 2:
+2952   2                              settings();
+2953   2                              break;
+2954   2                      case 3:
+2955   2                              cal();
+2956   2                              break;
+2957   2                      case 4:
+2958   2                              cal_rst();
+2959   2                              break;
+2960   2                      case 5:
+2961   2                              load_eep_defaults();
+2962   2                              break;          
+2963   2                      case 6:
+2964   2                              display_current_cumulative();
+2965   2                              break;
+2966   2          case 7:
+2967   2                              display_current_batch();
+2968   2                              break;
+2969   2          case 8:
+2970   2                              display_total_batch();
+2971   2                              break;
+2972   2                      case 9:                 
+2973   2                        clear_batch_cumulative();
+2974   2                        break;
+2975   2              }       
+2976   1      }
+2977          //========================================================================================
+2978          void display_total_cumulative(void)
+2979          {
+2980   1        cumulative = 0;
+2981   1              dp_flag=1;
+2982   1        cumulative = RTC_Readlong(RTC_MEM_F1_cumulative) + RTC_Readlong(RTC_MEM_F2_cumulative) + RTC_Readlong(RT
+             -C_MEM_F3_cumulative)+ \
+2983   1                     RTC_Readlong(RTC_MEM_F4_cumulative) + RTC_Readlong(RTC_MEM_F5_cumulative)+ RTC_Readlong(RTC
+             -_MEM_F6_TO_F36_cumulative);
+2984   1        long2bcd(cumulative,8);
+2985   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+2988   1              while(KeyPressed != enter && KeyPressed != mode)
+2989   1              #endif
+2990   1               {delay(2);}
+2991   1      }
+2992          //=============================================================================================
+2993          void display_total_batch(void)
+2994          { 
+2995   1        batch=(read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB))+    
+2996   1              (read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB))+     
+2997   1              (read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB))+   
+2998   1              (read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB))+   
+2999   1              (read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB))+   
+3000   1              (read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB));   
+3001   1       
+3002   1              disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+3003   1        batch2bcd(batch,5);   
+3004   1              #ifdef _6_key
+                      while(enter && mode)
+                      #elif defined( _4x4_key )
+3007   1              while(KeyPressed != enter && KeyPressed != mode)
+3008   1              #endif
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 50  
+
+3009   1                {delay(2);}
+3010   1      }
+3011          //===========================================================================================
+3012          void display_current_cumulative(void)
+3013          { 
+3014   1        unsigned char sdat=1,b=0;
+3015   1              
+3016   1              function = read_RTC(RTC_MEM_current_recipe);
+3017   1              shift_flag=0;
+3018   1              if(function>6)sdat=1;
+3019   1              else sdat=function;
+3020   1              
+3021   1              #ifdef _6_key
+                       while(!enter)
+                      #elif defined( _4x4_key )
+3024   1         while(KeyPressed == enter)           
+3025   1              #endif  
+3026   1          {delay(2);}   
+3027   1        disp(sdat,0x0C,0x11,0x11,0x11,0x11,0x11,0x11);        //"1C"  
+3028   1              delay(500);
+3029   1              //b=1;
+3030   1              b=0; //Digit from left one
+3031   1              dp_flag=1;
+3032   1              #ifdef _6_key
+                       while(enter && set && mode)
+                      #elif defined( _4x4_key )
+3035   1               while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+3036   1              #endif
+3037   1                {                
+3038   2            blink(b,1);
+3039   2                        disp_data[b]=incdec(disp_data[b],6,1);        
+3040   2            //sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);   
+3041   2                              sdat = (disp_data[0] & 0xFF);   
+3042   2                              sdat = bcd2int(sdat);                           
+3043   2                              //delay(100);   
+3044   2           if(sdat==1)
+3045   2                               cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+3046   2                       else if(sdat==2)
+3047   2                               cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+3048   2                       else if(sdat==3)
+3049   2                               cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+3050   2                       else if(sdat==4)
+3051   2                               cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+3052   2                       else if(sdat==5)
+3053   2                               cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+3054   2                       else if(sdat==6)
+3055   2                               cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);   
+3056   2                        
+3057   2                       //bin2bcd(batch,5);    
+3058   2           //long2bcd(cumulative,8);
+3059   2                       bin2bcd(cumulative,6);                  
+3060   2                }             
+3061   1                      #ifdef _6_key
+                         while(!enter)
+                              #elif defined( _4x4_key )
+3064   1           while(KeyPressed == enter)         
+3065   1                      #endif  
+3066   1            {delay(2);}       
+3067   1              
+3068   1       /*if(function==1)
+3069   1         {
+3070   1          cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 51  
+
+3071   1         }
+3072   1       else if(function==2)
+3073   1         {
+3074   1          cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+3075   1         }
+3076   1       else if(function==3)
+3077   1         {
+3078   1          cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+3079   1         }
+3080   1       else if(function==4)
+3081   1         {
+3082   1          cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+3083   1         }
+3084   1       else if(function==5)
+3085   1         {
+3086   1          cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+3087   1         }
+3088   1       else if((function>=6) && (function<=36))
+3089   1         {
+3090   1          cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);
+3091   1         }
+3092   1        long2bcd(cumulative,8);       
+3093   1              #ifdef _6_key
+3094   1              while(enter && mode)
+3095   1              #elif defined( _4x4_key )
+3096   1              while(KeyPressed != enter && KeyPressed != mode)
+3097   1              #endif
+3098   1                {delay(2);} */
+3099   1      }
+3100          //============================================================================================
+3101          void display_current_batch(void)
+3102          {
+3103   1              unsigned char sdat=1,b=0;;
+3104   1              function = read_RTC(RTC_MEM_current_recipe);
+3105   1              shift_flag=0;
+3106   1              if(function>6)sdat=1;
+3107   1              else sdat=function;
+3108   1              
+3109   1              #ifdef _6_key
+                       while(!enter)
+                      #elif defined( _4x4_key )
+3112   1         while(KeyPressed == enter)           
+3113   1              #endif  
+3114   1          {delay(2);} 
+3115   1                              
+3116   1        //disp(function/10,function%10,0x0F,0x11,0x11,0x11,0x11,0x11);
+3117   1        disp(0x0B,sdat,0x1E,0x11,0x11,0x11,0x11,0x11);        //"B1="  
+3118   1              delay(500);
+3119   1              b=1;
+3120   1              //b=0;
+3121   1              dp_flag=0;
+3122   1              #ifdef _6_key
+                       while(enter && set && mode)
+                      #elif defined( _4x4_key )
+3125   1               while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+3126   1              #endif
+3127   1                 {               
+3128   2            blink(b,1);
+3129   2                        disp_data[b]=incdec(disp_data[b],6,1);        
+3130   2            //sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);   
+3131   2                              sdat = (disp_data[1] & 0xFF);   
+3132   2                              sdat = bcd2int(sdat);                           
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 52  
+
+3133   2                              //delay(100);   
+3134   2           if(sdat==1)
+3135   2                               batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB);
+3136   2                       else if(sdat==2)
+3137   2                               batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);
+3138   2                       else if(sdat==3)
+3139   2                               batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);
+3140   2                       else if(sdat==4)
+3141   2                               batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);
+3142   2                       else if(sdat==5)
+3143   2                               batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);
+3144   2                       else if(sdat==6)
+3145   2                               batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);   
+3146   2                              
+3147   2            //batch2bcd(batch,5);  
+3148   2            bin2bcd(batch,5);                 
+3149   2                 }            
+3150   1                      #ifdef _6_key
+                         while(!enter){delay(2);}     
+                              #elif defined( _4x4_key )
+3153   1           while(KeyPressed == enter) {delay(2);}     
+3154   1                #endif              
+3155   1              dp_flag=1;
+3156   1      }
+3157           //---------------------------------------------------------------------------  
+3158           /*if(function==1)
+3159            {
+3160             batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB);  
+3161            }
+3162           else if(function==2)
+3163            {
+3164             batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);   
+3165            }
+3166           else if(function==3)
+3167            {
+3168             batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);   
+3169            }
+3170           else if(function==4)
+3171            {
+3172             batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);   
+3173            }
+3174           else if(function==5)
+3175            {
+3176             batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);   
+3177            }
+3178           else if((function>=6) && (function<=36))
+3179            {
+3180             batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);   
+3181            }
+3182                  disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+3183            batch2bcd(batch,5);   
+3184                  #ifdef _6_key
+3185                  while(enter && mode)
+3186                  #elif defined( _4x4_key )
+3187                  while(KeyPressed != enter && KeyPressed != mode)
+3188                  #endif
+3189                   {delay(2);} 
+3190          }*/
+3191          //===============================================================================================
+3192          void clear_current_cumulative_batch(void)
+3193          {
+3194   1        disp(0x11,0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11);
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 53  
+
+3195   1              #ifdef _6_key
+                 while(tare && set && mode)
+                      #elif defined( _4x4_key )
+3198   1         while(KeyPressed != tare &&KeyPressed != set && KeyPressed != mode)
+3199   1              #endif
+3200   1           {
+3201   2                        blink(0,8); 
+3202   2                 }
+3203   1              #ifdef _6_key
+                if(!tare)
+                      #elif defined( _4x4_key )
+3206   1        if(KeyPressed == tare)
+3207   1              #endif
+3208   1         {
+3209   2          cumulative=0;
+3210   2          batch=0;
+3211   2              if(function==1)
+3212   2               {
+3213   3           RTC_Writelong(RTC_MEM_F1_cumulative,cumulative); //cumulative clear 
+3214   3           write_RTC(RTC_MEM_F1_batch_MSB,batch/0x100);  //batch clear
+3215   3           write_RTC(RTC_MEM_F1_batch_LSB,batch%0x100);
+3216   3               }
+3217   2              else if(function==2)
+3218   2               {
+3219   3           RTC_Writelong(RTC_MEM_F2_cumulative,cumulative); //cumulative clear 
+3220   3           write_RTC(RTC_MEM_F2_batch_MSB,batch/0x100);  //batch clear
+3221   3           write_RTC(RTC_MEM_F2_batch_LSB,batch%0x100);
+3222   3               }
+3223   2          else if(function==3)
+3224   2               {
+3225   3           RTC_Writelong(RTC_MEM_F3_cumulative,cumulative); //cumulative clear 
+3226   3           write_RTC(RTC_MEM_F3_batch_MSB,batch/0x100);  //batch clear
+3227   3           write_RTC(RTC_MEM_F3_batch_LSB,batch%0x100);
+3228   3               }
+3229   2          else if(function==4)
+3230   2               {
+3231   3           RTC_Writelong(RTC_MEM_F4_cumulative,cumulative); //cumulative clear 
+3232   3           write_RTC(RTC_MEM_F4_batch_MSB,batch/0x100);  //batch clear
+3233   3           write_RTC(RTC_MEM_F4_batch_LSB,batch%0x100);
+3234   3               }
+3235   2          else if(function==5)
+3236   2               {
+3237   3           RTC_Writelong(RTC_MEM_F5_cumulative,cumulative); //cumulative clear 
+3238   3           write_RTC(RTC_MEM_F5_batch_MSB,batch/0x100);  //batch clear
+3239   3           write_RTC(RTC_MEM_F5_batch_LSB,batch%0x100);
+3240   3               }
+3241   2                else if((function>=6) && (function<=36))
+3242   2               {
+3243   3           RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative); //cumulative clear 
+3244   3           write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch/0x100);  //batch clear
+3245   3           write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch%0x100);
+3246   3               }
+3247   2         }     
+3248   1      }
+3249          //=================================================================================================
+3250          void clear_batch_cumulative(void)
+3251          {
+3252   1        disp(0x11,0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11);
+3253   1              #ifdef _6_key
+                 while(tare && set && mode)
+                      #elif defined( _4x4_key )
+3256   1         while(KeyPressed != tare &&KeyPressed != set && KeyPressed != mode)
+C51 COMPILER V9.60.7.0   MAIN                                                              07/10/2026 17:02:30 PAGE 54  
+
+3257   1              #endif
+3258   1           {
+3259   2                        blink(0,8); 
+3260   2                 }
+3261   1              #ifdef _6_key
+                 if(!tare)
+                      #elif defined( _4x4_key )
+3264   1         if(KeyPressed == tare)
+3265   1              #endif
+3266   1         {
+3267   2           cumulative=0;
+3268   2           batch=0;
+3269   2      
+3270   2           RTC_Writelong(RTC_MEM_F1_cumulative,cumulative); //F1 cumulative clear 
+3271   2           write_RTC(RTC_MEM_F1_batch_MSB,batch/0x100);  //F1 batch clear
+3272   2           write_RTC(RTC_MEM_F1_batch_LSB,batch%0x100);
+3273   2      
+3274   2           RTC_Writelong(RTC_MEM_F2_cumulative,cumulative); //F2 cumulative clear 
+3275   2           write_RTC(RTC_MEM_F2_batch_MSB,batch/0x100);  //F2 batch clear
+3276   2           write_RTC(RTC_MEM_F2_batch_LSB,batch%0x100);
+3277   2      
+3278   2           RTC_Writelong(RTC_MEM_F3_cumulative,cumulative); //F3 cumulative clear 
+3279   2           write_RTC(RTC_MEM_F3_batch_MSB,batch/0x100);  //F3 batch clear
+3280   2           write_RTC(RTC_MEM_F3_batch_LSB,batch%0x100);
+3281   2      
+3282   2           RTC_Writelong(RTC_MEM_F4_cumulative,cumulative); //F4 cumulative clear 
+3283   2           write_RTC(RTC_MEM_F4_batch_MSB,batch/0x100);  //F4 batch clear
+3284   2           write_RTC(RTC_MEM_F4_batch_LSB,batch%0x100);
+3285   2      
+3286   2           RTC_Writelong(RTC_MEM_F5_cumulative,cumulative); //F5 cumulative clear 
+3287   2           write_RTC(RTC_MEM_F5_batch_MSB,batch/0x100);  //F5batch clear
+3288   2           write_RTC(RTC_MEM_F5_batch_LSB,batch%0x100);
+3289   2                       
+3290   2                       RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative); //F6~F36 cumulative clear 
+3291   2           write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch/0x100);  //batch clear
+3292   2           write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch%0x100);
+3293   2         }     
+3294   1      }
+3295          //======================================================================================================
+
+
+MODULE INFORMATION:   STATIC OVERLAYABLE
+   CODE SIZE        =  17047    ----
+   CONSTANT SIZE    =     76    ----
+   XDATA SIZE       =   ----    ----
+   PDATA SIZE       =   ----    ----
+   DATA SIZE        =     48      36
+   IDATA SIZE       =     84    ----
+   BIT SIZE         =     39       3
+END OF MODULE INFORMATION.
+
+
+C51 COMPILATION COMPLETE.  0 WARNING(S),  0 ERROR(S)
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.OBJ
new file mode 100644
index 0000000..b81b8e2
Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.OBJ differ
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.c
new file mode 100644
index 0000000..5a0420b
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/main.c	
@@ -0,0 +1,3295 @@
+//#pragma  ot(9,size)
+//#pragma  nointpromote
+
+//#include 
+//#include 
+
+#include 
+#include                         //Library Header Files.
+#include 
+#include 
+#include 
+#include 
+//-----------------------------------------------------------------------------
+#include 
+#include 
+#include 
+//#include 
+//--------------------------------------------------------------------------
+//define type of key board here
+//#define _6_key 
+#define _4x4_key 
+//--------------------------------------------------------------------------
+//define type of ADC here
+#define _AD7780
+//#define _HX711
+//--------------------------------------------------------------------------
+#ifdef _4x4_key
+ #undef _6_key
+#endif
+#ifdef _6_key
+ #undef _4x4_key
+#endif
+//---------------------------------------------------------------------------
+#ifdef _4x4_key
+ #include <4x4_key.h>
+#endif
+//----------------------------------------------------------------------------
+#ifdef _AD7780
+ #include 
+#endif
+#ifdef _HX711
+ #include 
+#endif
+//-----------------------------------------------------------------------------
+void init(void);												//Function declaration.	
+void pwd(void);
+void blink(start,no);
+void menu(void);
+unsigned int bcd2bin(char no);
+void val_read(char a);
+void bin2bcd(unsigned int value,char no);
+void process(void);
+void tare_chk(void);
+void zero_track(void);
+void read_values(void);
+/*void time_date(void);*/
+void display_value(void);
+void check_keypad(void);
+void check_switch(void);
+void check_values(void);
+/*void tare_entry(void);
+void print_values(void);
+void set_clear(void);*/
+void filter(void);
+char incdec(char name,char max,char min);
+void cal(void);
+void cal_find(void);
+void calibrate(void);
+void cal_rst(void);
+void average(void);
+void add_values(void);
+void settings(void);
+void sys_paramts(void);
+void self_test(void);
+void defaults(void);
+void load_eep_defaults(void);
+void select_menu(void);
+void disp_check(void);
+void fill_count(void);
+void display_total_cumulative(void);
+void display_total_batch(void);
+void clear_current_cumulative_batch(void);
+void display_current_cumulative(void);
+void display_current_batch(void);
+void clear_batch_cumulative(void);
+void recipe_menu(void);
+//void memory_backup_restore(void);
+//---------------------------------------------
+sbit  start=P1^0;
+sbit  cal_en=P1^7;  //calibration lock
+//---------------------------------------------
+#ifdef _6_key  //6 key
+ sbit set  = P2^0;
+ sbit incr = P2^1;
+ sbit decr = P2^2;
+ sbit tare = P2^3;
+ sbit enter= P2^4;									
+ sbit mode = P2^5;
+#endif
+
+#ifdef _4x4_key //16 key
+ #define set   'A'
+ #define tare  'C'
+ #define enter 'D'
+ #define mode  'B'
+ //#define left  '*'
+ //#define right  '#'
+ #define incr  '*'
+ #define decr  '#' 
+#endif
+//--------------------------------------------
+sbit  cf1  =P1^4;
+sbit  cf2  =P1^1;
+sbit  ff   =P1^2;
+sbit  waled=P1^3;
+
+sbit  v_down_rly =P1^5;
+sbit  v_up_rly   =P1^6;
+//--------------------Variable declaration,Char.--------------------------
+unsigned char idata EEPROM_block = 0x00;
+
+unsigned char data temp_data[8],disp_data[8];
+unsigned char idata temp_pwd[4],dp_val=4;
+
+unsigned char code pswd1[2]={3,6},pswd2[2]={6,3},pswd3[2]={1,9};
+unsigned char code pswd4[2]={9,1},pswd5[2]={2,8},pswd6[2]={8,2};
+unsigned char code pswd7[2]={5,5},pswd8[2]={1,1},pswd9[2]={2,2};
+unsigned char code pswd10[2]={7,7},pswd11[2]={6,6},pswd12[2]={3,3},pswd13[2]={4,4};
+unsigned char code pass_F1[2]={1,0},pass_F2[2]={2,0},pass_F3[2]={3,0},pass_F4[2]={4,0},pass_F5[2]={5,0};
+unsigned char code pass_F6[2]={6,0},pass_F7[2]={7,0},pass_F8[2]={8,0},pass_F9[2]={9,0},pass_F10[2]={9,9};
+//unsigned char data sec,min,hr,dt,mon,yr;
+//unsigned char data data_rd=0x40,ctr=0,active_cnt=10;
+unsigned char idata ztwc=0,res,tare_cnt=0,mul_factor,div_factor,ztc;
+unsigned char idata rng_val=0,mas,avg=0,t;
+unsigned char idata avg_cnt=10,add_cnt=0,test_loc=0x12,function=1;
+//unsigned char idata wait_val=1,drop_wait_val=1,drop_ctr=0,wait_ctr=0;
+unsigned char idata wait_val=1,drop_wait_val=1;
+unsigned int idata wait_ctr=0,drop_ctr=0;
+
+/*unsigned char code rng_array[7][3]={
+											      	10,16,8,
+                            						10,24,12,	
+											      	10,32,16,
+											     	10,44,22,
+											      	10,64,32,
+	                          						10,84,42,
+											      	10,104,52 }; */
+
+unsigned char code rng_array[10][3]={
+	                          						10,4,2,
+											     	10,16,8,
+                            						10,24,12,	
+											      	10,32,16,
+											      	10,44,22,
+											      	10,64,32,
+	                          						10,84,42,
+													10,104,50,
+											      	10,104,52,
+													10,104,62 };
+
+//unsigned char clk_lsb=0x60,clk_msb=0x18,gain=0x26;
+
+unsigned char data Adc_Value_LSB,Adc_Value_MSB,Adc_Value_MLSB,Status_Bits;
+
+unsigned char idata KeyPressed;
+unsigned char idata start_count=0x00,start_delay=0x50;
+unsigned char idata disp_count=0;
+//--------------------Variable declaration,Int.---------------------------
+unsigned int idata fillset=0,cf=0,ffd=0,nfl=0,zset=0,htar=0,ltar=0;
+unsigned int idata cfd1,cfd2;
+unsigned int data tare_val=0,scale_val,help_val,temp_tare;
+unsigned int idata disp_val=0,adc_val=0,filter_val=0,prev_val[5]={0,0,0,0,0},start_disp=0;
+//unsigned int data prn_cap,prn_nett,prn_tare,prn_gross;
+unsigned int idata bin_val,cal_val=0x2710,temp_val,on_time=100;
+unsigned long int data temp,temp1,temp2,add_adc=0;
+
+unsigned long hold_counter = 0;
+
+unsigned long idata cumulative=0;
+unsigned int  idata batch=0,bset=0;
+unsigned int  idata batch_count=0;
+//--------------------Variable declaration,Bit.---------------------------
+bit adc_pol=0,aco=0,tare_pol=0,disp_pol,dp_flag=0,c_flag=0;
+bit wt_ach=0,zset_flag=0,ed=1,drop_flag=0;
+bit start_flag=0,busy_flag=0,tare_flag=0,help_flag;
+bit cal_flag=0,ave_ok,esc_flag=0,wa_flag=0,wait_flag=0,process_flag=0;
+bit cf1_flag=0,cf2_flag=0,ff_flag=0,autotare=1,fill_start=0,adc_err=0;
+bit recipe=0,grwt=0,auto_start=0,bset_enable=0,grwt_ok=0;
+bit start_wait_flag=0,shift_flag=0,Instant_fill_enable=0;
+bit set_enter_flag=0,rd_ok=0,start_status=0;
+
+bit Adc_Data_Ready,Adc_Status_bit73;
+//-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-=*=-
+void main(void)
+{
+	init();	
+  rst_wdt();
+ #ifdef _6_key
+	if(!tare)	autotare=0;	
+ #elif defined( _4x4_key )
+	if(KeyPressed == tare)	autotare=0;		
+ #endif
+	dp_flag=0;
+ 	disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+  display_name();
+	//delay(500);
+ 	read_values();		
+	dp_flag=0;
+	t=read_eeprom(EE_test_loc_Mem);
+	if(t != test_loc)
+	{
+		disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);	
+		#ifdef _6_key
+		while(enter && mode && set && decr && incr){delay(2);}
+		#elif defined( _4x4_key )
+		while(KeyPressed != enter && KeyPressed != mode && KeyPressed != set)	{delay(2);}
+		#endif
+		
+		#ifdef _6_key
+		if(!enter)
+		#elif defined( _4x4_key )
+		if(KeyPressed == enter)
+		#endif
+		{
+			disp(0x11,0x16,0x17,0x0a,0x0d,0x01,0x18,0x09);	
+			load_eep_defaults();
+			delay(500);
+		}
+	}
+	//init_adc();
+	#ifdef _AD7780
+	  init_adc_AD7780();
+  #elif defined( _HX711 )
+	  init_adc_HX711();		
+  #endif
+	//delay(500);	
+	clr_disp();	
+
+	if(autotare)
+	 {
+		disp_check();
+		self_test();
+		clr_disp();	
+		tare_flag=1;	
+		disp(0x11,0x11,0x14,0x0a,0x13,0x0e,0x11,0x11);		
+		delay(1000);
+		clr_disp();
+	 }
+	dp_flag=1;
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	while(1)
+	{	
+	  /*if(aco)
+		{
+			aco=0;
+			//ctr=0;
+			add_values();
+			add_cnt++;
+			if(add_cnt >= avg_cnt)
+			{
+				add_cnt=0;
+				average();	
+				//filter();
+				//process();
+			}			
+		}		*/
+		process();	
+		#ifdef _4x4_key
+     KeyPressed=Read_Keypad();	
+    #endif		
+		check_keypad();		
+		check_switch();
+		rst_wdt();
+		check_values();
+		disp_count++;
+		if(!help_flag && !tare_flag)
+			{if(disp_count>2){display_value(); disp_count=0;}}      
+		//if(!help_flag && !tare_flag)	display_value();		
+		//delay(5);
+		#ifdef _4x4_key
+		  KeyPressed='x';
+		#endif
+	}
+}
+//=========================================================================================
+void init(void)
+{
+ //#if defined(_6_key)
+ #ifdef _6_key
+	  P0=P1=P2=0xff; //when 6 key
+	  TMOD=0x1D;
+    TH0=0x00;
+    TL0=0x00;
+    TCON=0x55;
+    IE=0x81;	
+    IP=0x01;
+	  SCON=0x00; 
+ #elif defined( _4x4_key )
+	  P1=P2=0xff; //when using 4x4 key
+	  TMOD=0x1D;
+    TH0=0x00;
+    TL0=0x00;
+    TCON=0x55;
+    IE=0x89;	
+    IP=0x01;
+    TH1=0xFC;
+    TL1=0x66;
+    SCON=0x00; 
+ #endif
+ 
+  //---------------------------------------------------------------------
+  //Following value Only when HX710/HX711 ADC used
+  //IT0 = 1;  // Configure interrupt 0 for falling edge on /INT0 (P3.2)
+	IT0 = 0;    // Configure interrupt 0 for low level triggered /INT0 (P3.2)
+  EX0 = 1;    // Enable EX0 Interrupt
+  EA = 1;     // Enable Global Interrupt Flag
+ //---------------------------------------------------------------------
+
+	cf1=0;
+	cf2=0;
+	ff=0;
+	waled=0;
+}
+//===============================================================================================
+void adcint0_isr(void) interrupt 0
+{
+	Adc_Data_Ready=1;
+  //Get_Adc_Result();
+	#ifdef _AD7780 
+	  Get_Adc_Result_AD7780();
+  #elif defined( _HX711 )
+	  Get_Adc_Result_HX711();		
+  #endif
+	aco=1;
+	
+	if(rd_ok)
+		{
+			rd_ok=0;			
+			add_values();
+			add_cnt++;
+			if(add_cnt >= avg_cnt)
+			{
+				add_cnt=0;
+				average();	
+				if(!start_flag)filter();
+				//process();
+			}			
+		}			
+	EX0 = 1;
+}
+//===============================================================================================
+#ifdef _4x4_key
+void timer1_isr(void) interrupt 3
+{
+  TR1=0;
+  KeyPressed=Read_Keypad();
+  TL1=0x66;
+  //TH1=0xFc; 
+  TH1=0x32;
+  TR1=1;		
+}
+#endif
+//===============================================================================================
+void read_values(void)
+{
+	unsigned char dat;
+	
+  //write_RTC(RTC_MEM_start_status,0x00); //pause auto start when power failure
+	start_status=0;
+
+  dat=read_RTC(RTC_MEM_Auto_start_enable);	  //Auto start Enable / Disable.
+	if(dat==1)auto_start=1;
+	else	    auto_start=0;	
+  
+  dat=read_RTC(RTC_MEM_recipe_enable);	  //Recipe enable/disabled
+	if(dat==1)recipe=1;
+	else	    recipe=0;	
+	   
+	dat=read_RTC(RTC_MEM_Instant_fill_enable); //instant fillset entry enabled/disabled
+	if(dat==1)Instant_fill_enable=1;
+	else      Instant_fill_enable=0;
+ 	
+  //if(!recipe)function=1;
+  if(!recipe)write_RTC(RTC_MEM_current_recipe,0x01);	
+  function = read_RTC(RTC_MEM_current_recipe);  	
+
+  dat=read_RTC(RTC_MEM_gross_weight_enable);	  //Gross weight display enable/disable
+	if(dat==1)grwt=1;
+	else	    grwt=0;
+
+	start_delay = read_RTC(RTC_MEM_start_delay);
+	
+	dat=read_RTC(RTC_MEM_batch_set_enable);	  //Batch filling set enabled/disabled
+	if(dat==1)bset_enable=1;
+	else	    bset_enable=0;
+	bset=read_RTC(RTC_MEM_batch_set_MSB)*100 + read_RTC(RTC_MEM_batch_set_LSB); //batch set(no.of filling to be done)
+	rst_wdt();	
+  //------------------------------------------------------------------------------------
+	if(function>0 && function<=9) {EEPROM_block = Block_0;dat = function;}
+  else if(function>9 && function<=18) {EEPROM_block = Block_1;dat=(function-9);}
+  else if(function>18 && function<=27) {EEPROM_block = Block_2;dat=(function-18);}
+  else if(function>27 && function<=36) {EEPROM_block = Block_3;dat=(function-27);}	  
+  //--------------------------------------------------------------------------------------
+  if(Instant_fill_enable)  //if instant fillset entry enabled
+	  fillset=read_RTC(RTC_fillset_MSB) *0x100 + read_RTC(RTC_fillset_LSB);
+  else //if instant fillset entry disabled
+	  fillset=read_eeprom(0x10*dat) *0x100 + read_eeprom((0x10*dat)+0x01);
+ 
+	cf=read_eeprom((0x10*dat)+0x02) *0x100 + read_eeprom((0x10*dat)+0x03);
+	ffd=read_eeprom((0x10*dat)+0x04) *0x100 + read_eeprom((0x10*dat)+0x05);  
+	nfl=read_eeprom((0x10*dat)+0x06) *0x100 + read_eeprom((0x10*dat)+0x07);	
+	htar=read_eeprom((0x10*dat)+0x08) *0x100 + read_eeprom((0x10*dat)+0x09);
+	ltar=read_eeprom((0x10*dat)+0x0A) *0x100 + read_eeprom((0x10*dat)+0x0B);
+	dat=read_eeprom((0x10*dat)+0x0C);
+	if(dat==0)	ed=0;
+	else		    ed=1;
+	//-----------------------------------------------------------------------
+	EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+	
+	cal_val=read_eeprom(EE_cal_val_Mem_MSB)*0x100 + read_eeprom(EE_cal_val_Mem_LSB);
+  	zset=read_eeprom(EE_zset_Mem_MSB)*0x100 + read_eeprom(EE_zset_Mem_LSB);
+
+	rng_val=read_eeprom(EE_rng_val_Mem);
+	res=read_eeprom(EE_res_Mem);
+	mas=read_eeprom(EE_mas_Mem);
+	ztc=read_eeprom(EE_ztc_Mem);
+	dp_val=read_eeprom(EE_dp_val_mem);
+
+	avg=read_eeprom(EE_avg_Mem);
+	avg_cnt=3*(10-avg);
+	 	rst_wdt();
+	div_factor=rng_array[rng_val][0];
+	mul_factor=rng_array[rng_val][1];
+	help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+	//help_val=20090;
+	
+	wait_val=read_eeprom(EE_wait_val_Mem);
+	drop_wait_val=read_eeprom(EE_drop_wait_val_Mem);
+	//on_time=read_eeprom(EE_on_time_Mem) * 100;
+	on_time=read_eeprom(EE_on_time_Mem) * 10;
+  //----------------------------------------------------------------------
+  /*cfd1=fillset-ffd;    
+	cfd2=fillset-ffd;
+	//ffd=fillset-ffd;*/
+	
+	//cfd1=fillset-cf; 
+  	cfd1=fillset-ffd;	
+	cfd2=fillset-ffd;
+	
+	start_wait_flag=0;	
+}
+//=============================================================================================
+void self_test(void)
+{
+	unsigned char dat,i;
+	bit aok=0;
+
+	disp(0x05,0x0e,0x16,0x0f,0x14,0x0e,0x05,0x14);
+	delay(500);
+	//--------------------------------------------
+	//EEPROM test
+	disp(0x11,0x1a,0x0e,0x1a,0x17,0x13,0x1c,0x11);
+	delay(500);	
+	dat=read_eeprom(EE_test_loc_Mem);
+	if(dat==test_loc)
+		disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"		
+	else
+	 {
+		disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+		//defaults();
+	 }
+	delay(500);
+	//--------------------------------------------
+	//RTC test
+	disp(0x11,0x11,0x13,0x14,0x0C,0x11,0x11,0x11);
+	delay(500);	
+	dat=read_RTC(RTC_MEM_status);
+	if(dat==test_loc)
+		disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"		
+	else
+	 {
+		disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+		//defaults();
+	 }
+	delay(500);
+  //---------------------------------------------
+	//ADC test
+	disp(0x11,0x11,0x0a,0x0d,0x0c,0x11,0x11,0x11);
+	//delay(1000);
+	aco=0;
+	for(i=0;i<255;i++)
+	 {
+		if(aco)	
+		{
+			aco=0;
+			aok=1;
+		}
+		delay(4);
+	 }
+	if(aok)
+	 {
+		disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05); //"SUCCESS"
+    adc_err=0;	
+	 }
+	else
+	 {
+		disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11); //"Fail"
+	  adc_err=1;
+	 }
+	delay(500);	
+}
+//=======================================================================================
+void disp_check(void)
+{
+	char i;
+	for(i=0;i<10;i++)
+	 {
+		disp(i,i,i,i,i,i,i,i);
+		delay(200);
+	 }
+}
+//======================================================================================
+void defaults(void)
+{
+	fillset=1000;
+	//cf=800;
+	//ffd=950;
+	cf=200;
+	ffd=50;
+	nfl=0;
+	zset=10;
+	htar=100;
+	ltar=0;
+	ed=1;
+	avg=9;
+	avg_cnt=3*(10-avg);
+	
+//	cal_val=0x2710;
+
+	//RCAP2L=clk_array[spd];
+
+	rng_val=1;		//2 for 20 Kg,4 for 50 Kg.
+	res=05;
+	mas=1;
+	ztc=1;
+	dp_val=4;
+
+	div_factor=rng_array[rng_val][0];
+	mul_factor=rng_array[rng_val][1];
+	//help_val=20090;
+  	help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+
+	/*cfd1=cf;
+	cfd2=cf;
+	ffd=cf;*/
+
+	wait_val=3;
+	drop_wait_val=2;
+	on_time=30;		
+}
+//=======================================================================================
+void load_eep_defaults(void)
+{	
+	unsigned char rcpe=0,dat=0x01;
+	disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);	
+	delay(3000);
+	defaults();
+  disp(0x16,0x17,0x0a,0x0d,0x01,0x18,0x09,0x10);	
+	write_eeprom(EE_test_loc_Mem,test_loc);
+	write_RTC(RTC_MEM_current_recipe,0x01);
+	//-------------------------------------------------------------
+  for(rcpe=1;rcpe<=36;rcpe++)
+	{
+   if(rcpe>0 && rcpe<=9) {EEPROM_block = Block_0; dat=rcpe;}
+   else if(rcpe>9 && rcpe<=18) {EEPROM_block = Block_1; dat=(rcpe-9);}
+   else if(rcpe>18 && rcpe<=27) {EEPROM_block = Block_2; dat=(rcpe-18);}
+   else if(rcpe>27 && rcpe<=36) {EEPROM_block = Block_3; dat=(rcpe-27);}	 
+		
+	 write_eeprom((0x10*dat),fillset / 0x100);
+	 write_eeprom((0x10*dat)+0x01,fillset % 0x100);
+	 write_eeprom((0x10*dat)+0x02,cf / 0x100);
+	 write_eeprom((0x10*dat)+0x03,cf % 0x100);
+	 write_eeprom((0x10*dat)+0x04,ffd / 0x100);
+	 write_eeprom((0x10*dat)+0x05,ffd % 0x100);
+	 write_eeprom((0x10*dat)+0x06,nfl / 0x100);
+	 write_eeprom((0x10*dat)+0x07,nfl % 0x100);	
+	 write_eeprom((0x10*dat)+0x08,htar / 0x100);
+	 write_eeprom((0x10*dat)+0x09,htar % 0x100);
+	 write_eeprom((0x10*dat)+0x0A,ltar / 0x100);
+	 write_eeprom((0x10*dat)+0x0B,ltar % 0x100);
+	 write_eeprom((0x10*dat)+0x0C,0x01);
+   blink(7,1);	 
+   	rst_wdt();
+	}
+	//--------------------------------------------------------------------
+	EEPROM_block = Block_0; //following values store in first 16 bytes of block0
+	
+	write_eeprom(EE_zset_Mem_MSB,zset / 0x100);
+	write_eeprom(EE_zset_Mem_LSB,zset % 0x100);
+
+	write_eeprom(EE_rng_val_Mem,rng_val);	
+	write_eeprom(EE_res_Mem,res);	
+	write_eeprom(EE_mas_Mem,mas);	
+	write_eeprom(EE_ztc_Mem,ztc);	
+	write_eeprom(EE_dp_val_mem,dp_val);	
+	write_eeprom(EE_avg_Mem,avg);	
+
+//	write_eeprom(EE_cal_val_Mem_MSB,0x27);
+//	write_eeprom((EE_cal_val_Mem_LSB),0x10);
+
+	write_eeprom(EE_wait_val_Mem,wait_val);	
+	write_eeprom(EE_drop_wait_val_Mem,drop_wait_val);	
+	write_eeprom(EE_on_time_Mem,on_time);	
+	//----------------------------------------------------------------	
+	write_RTC(RTC_MEM_Auto_start_enable,0x00); //Auto start disable
+	write_RTC(RTC_MEM_recipe_enable,0x00); //Recipe disable
+	write_RTC(RTC_MEM_gross_weight_enable,0x00); //Gross weight display disable
+	write_RTC(RTC_MEM_start_delay,0x37); //Auto start delay
+	write_RTC(RTC_MEM_batch_set_enable,0x00);//Batch filling disabled
+	write_RTC(RTC_MEM_status,test_loc); //RTC_memory status	
+	write_RTC(RTC_MEM_Instant_fill_enable,0x00);//Instant filling disabled
+  //----------------------------------------------------------------	
+	read_values();
+	clr_disp();	
+}
+//=======================================================================================
+void add_values(void)
+{
+	add_adc = add_adc + adc_val;	
+} 
+//=======================================================================================
+void average(void)
+{
+	filter_val = add_adc / avg_cnt;
+	add_adc=0;
+}
+//=======================================================================================
+void filter(void)
+{  
+  unsigned char i;
+  bit ave_ok=1;
+
+  for(i=4;i>0;i--) prev_val[i]=prev_val[i-1];
+  prev_val[0]=filter_val;
+
+  for(i=0;i<4;i++)
+  {
+    if(abs(prev_val[i] - prev_val[i+1]) > 5)  ave_ok=0;
+  }
+
+  if(ave_ok)
+  {
+    temp=0;
+		for(i=0;i<5;i++) temp = temp + (long int)prev_val[i]; 
+		temp = temp / 0x05;
+		filter_val = (unsigned int)temp;
+  }
+}
+//======================================================================================
+void process(void)
+{
+	/*temp=(unsigned long int)filter_val * (unsigned long int)mul_factor;
+  temp=temp / (unsigned long int)div_factor;
+	temp=temp/10;
+	scale_val = (unsigned int)temp;*/
+	scale_val = filter_val;
+	tare_chk();
+	rst_wdt();
+	zero_track();
+	if(!c_flag)
+	 {
+		cal_find();
+		calibrate();
+	 }
+	if(disp_val > help_val && autotare)	
+	 {
+		dp_flag=0;
+		rst_wdt();
+		help_flag=1;
+		disp(0x11,0x11,0x15,0x0e,0x16,0x12,0x11,0x11); //"Help"
+		blink(0,8);
+		dp_flag=1;
+	 }
+	else help_flag=0;
+	
+	if(adc_err)
+	 {
+		dp_flag=0;
+		rst_wdt();
+		help_flag=1;
+		disp(0x11,0x0a,0x0d,0x0c,0x11,0x0e,0x13,0x13); //"ADC err"
+		blink(0,8);
+		dp_flag=1;
+	 }
+}
+//====================================================================================
+void tare_chk(void)
+{
+  if(tare_flag) 							//tare switch..
+   {    
+		tare_val=scale_val;
+		tare_pol=adc_pol;
+		if(++tare_cnt>3)
+		 {
+			tare_flag=0;
+			tare_cnt=0;
+		 }
+   }
+
+// Deducting tare value.
+
+  if(tare_pol != adc_pol)
+   {
+    disp_val = scale_val + tare_val;
+	  disp_pol = adc_pol;
+   }
+  else
+   {
+    if(scale_val > tare_val)
+		 {
+	  	disp_pol = adc_pol;
+			disp_val = scale_val - tare_val;
+		 }
+		else
+	   {
+			disp_pol = ~(adc_pol);
+			disp_val = tare_val - scale_val;
+		 }
+   }
+
+ /* if(scale_val >= tare_val)
+	{
+  	    disp_pol = 1;
+		disp_val = scale_val - tare_val;
+	}
+	else
+    {
+		disp_pol = 0;
+		disp_val = tare_val - scale_val;
+	}*/
+
+}
+//==================================================================================
+void zero_track(void)
+{
+  if(disp_val <= ztc) ztwc++;
+	else  ztwc = 0;
+
+	if(ztwc > 3)	
+	 {
+		tare_val = scale_val;
+		tare_pol = adc_pol;
+		ztwc = 0;
+	 }
+}	
+//=================================================================================
+void bin2bcd(unsigned int value,char no)
+{
+  char i;						// Converts a bin value to bcd & display. 
+										// char no determines how many digits to be 
+  for(i=7;i>=(8-no);i--)	// displayed.
+   {
+    disp_data[i]=value % 10;
+    value=value / 10; 
+   }
+	display();
+}		
+//=================================================================================
+void display_value(void)
+{
+	unsigned int value;
+	char i;						// Converts a bin value to bcd & display. 
+										// char no determines how many digits to be 
+										// displayed.
+	//disp_val=(disp_val/res)*res;
+	//value=disp_val;
+	value=(disp_val/res)*res;
+	for(i=7;i>=3;i--)	
+     {
+			disp_data[i]=value % 10;
+      value=value / 10;
+		 }
+
+	if(disp_data[3]==0x00)disp_data[3]=0x11;
+	if(disp_pol)	disp_data[3]=0x10; //"-" sign
+  
+	disp_data[7] = (disp_data[7] / res) * res;
+	
+	if(disp_val <= (mas * res))
+	  {
+	   disp_data[7]=0x00;
+		 disp_data[6]=0x00;
+		 disp_data[3]=0x11;
+		 disp_pol=0;
+	  }
+	if(disp_val==0x00)	
+	  {	
+	   disp_data[0]=0x11;
+	   disp_data[1]=0x11;
+	   disp_data[2]=0x11;	
+	   disp_data[3]=0x11;
+	  }
+
+	if(cf1_flag)
+	 {
+		disp_data[0]=0x0c;
+		disp_data[1]=0x01;		// Display "CF1".
+		disp_data[2]=0x11;
+	 }	
+	else if(cf2_flag)
+	 {
+		disp_data[0]=0x0c;
+		disp_data[1]=0x02;		// Display "CF2".
+		disp_data[2]=0x11;
+	 }	
+	else if(ff_flag)
+	 {
+		disp_data[0]=0x0f;
+		disp_data[1]=0x0f;
+		disp_data[2]=0x11;		 // Display "FF".
+	 }
+  else if(start_wait_flag && !wa_flag)
+	 {
+		 disp_data[0]=0x0A;
+		 disp_data[1]=0x05;		 // Display "ast".
+		 disp_data[2]=0x14;    
+	 }		 
+	else if(wa_flag)	
+	 {
+	  if(grwt && grwt_ok)  //Gross weight display
+	   {
+      disp_data[0]=0x19;
+		  disp_data[1]=0x1D;		// Display "Gross weight".
+		  disp_data[2]=0x14;
+		 }
+	  else
+	   {
+		  disp_data[0]=0x05;
+		  disp_data[1]=0x0a;		// Display "SA".
+		  disp_data[2]=0x11;
+		 }
+	 }	
+	else
+	 {
+	  if(!recipe)
+	   {
+		  disp_data[0]=0x13;
+		  disp_data[1]=0x0d;		// Display "RDY".
+		  disp_data[2]=0x1c;
+		 }
+	  else
+	   {	    
+		  //disp_data[1]=function;		// Display "F1 ~ F5".
+		  //disp_data[2]=0x11;
+			if(function<=9)	
+			 {			  
+			  disp_data[0]=0x0F; //Display "F"	
+			  disp_data[1]=function % 10;
+        //disp_data[0]=function / 10; 
+        disp_data[2]=0x11;				 
+			 }	
+      else
+			 {				
+		    disp_data[1]=function % 10;
+        disp_data[0]=function / 10; 
+			  disp_data[2]=0x0F; //Display "F"	
+        //disp_data[2]=0x1E; //Display "="	
+       }				
+	   }
+	 }
+	display();		
+}
+//==========================================================================================
+void check_keypad(void)		// Keypad checking routine.
+{
+	unsigned char sdat=0,b=0;
+ //-----------------------------------------------------------------------
+ #ifdef _6_key
+  if(!shift_flag && !set && !process_flag) // SET key for value entry.
+ #elif defined( _4x4_key )
+  if(!shift_flag && KeyPressed==set && !process_flag)
+ #endif
+	 {										// Asks password,go to appropriate routines
+		dp_flag=0;							// on entry of password. 
+		rst_wdt();
+		pwd();
+		rst_wdt();
+		arr_cpy(&temp_pwd[0],&disp_data[6],2);
+    //	arr_cpy(&temp_pwd[0],&disp_data[4],4);		
+		//if(arr_cmp(pswd1,temp_pwd,4)&& !recipe)	menu();			//Pswd. 36 (if recipe disabled)
+		#ifdef _6_key
+		if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(!mode){while(!mode){dp_flag=1;}return;} menu();if(!recipe)return;}while(mode);
+		#elif defined( _4x4_key )
+//		if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(KeyPressed==mode){while(KeyPressed==mode){dp_flag=1;}return;} menu();if(!recipe)return;}while(KeyPressed!=mode);
+		if(arr_cmp(pswd1,temp_pwd,2))do{if(recipe)recipe_menu(); if(KeyPressed==mode){while(KeyPressed==mode){ KeyPressed = 'X'; dp_flag=1;}return;} menu();if(!recipe)return;}while(KeyPressed!=mode);
+
+		#endif		
+		else if(arr_cmp(pswd2,temp_pwd,2))	cal();				           		//Pswd. 63
+	//	else if(arr_cmp(pswd3,temp_pwd,2))	cal_rst();			       			//Pswd. 19
+//		else if(arr_cmp(pswd3,temp_pwd,2))  memory_backup_restore(); 			//Pswd. 19
+		else if(arr_cmp(pswd4,temp_pwd,2))	settings();			         		//Pswd. 91
+		else if(arr_cmp(pswd5,temp_pwd,2))	sys_paramts();	         			//Pswd. 28
+		else if(arr_cmp(pswd6,temp_pwd,2))	load_eep_defaults();     			//Pswd. 82
+		else if(arr_cmp(pswd7,temp_pwd,2))	select_menu();           			//Pswd. 55		                                    
+		else if(arr_cmp(pswd8,temp_pwd,2))  display_total_cumulative();       	//Pswd. 11
+		else if(arr_cmp(pswd9,temp_pwd,2))	display_current_batch();          	//Pswd. 22
+		else if(arr_cmp(pswd10,temp_pwd,2))	clear_current_cumulative_batch(); 	//Pswd. 77
+		else if(arr_cmp(pswd11,temp_pwd,2))	display_current_cumulative();     	//Pswd. 66
+		else if(arr_cmp(pswd12,temp_pwd,2)) clear_batch_cumulative();         	//Pswd. 33
+		else if(arr_cmp(pswd13,temp_pwd,2)) display_total_batch();           	//Pswd. 44
+		else if(arr_cmp(pass_F1,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x01); menu();}}	  	//Pswd. 10
+		else if(arr_cmp(pass_F2,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x02); menu();}}	  	//Pswd. 20
+		else if(arr_cmp(pass_F3,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x03); menu();}}	  	//Pswd. 30
+		else if(arr_cmp(pass_F4,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x04); menu();}}	  	//Pswd. 40
+		else if(arr_cmp(pass_F5,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x05); menu();}}	  	//Pswd. 50
+		else if(arr_cmp(pass_F6,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x06); menu();}}	  	//Pswd. 60
+		else if(arr_cmp(pass_F7,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x07); menu();}}	  	//Pswd. 70
+		else if(arr_cmp(pass_F8,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x08); menu();}}	  	//Pswd. 80
+		else if(arr_cmp(pass_F9,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x09); menu();}}	  	//Pswd. 90
+		else if(arr_cmp(pass_F10,temp_pwd,2)){if(recipe){write_RTC(RTC_MEM_current_recipe,0x0A); menu();}}		//Pswd. 99
+				
+		else disp(0x11,0x11,0x0e,0x13,0x13,0x17,0x13,0x11); //"error"
+		delay(1000);		// Don't check for SET & TARE sw while in start
+		clr_disp();			// mode.
+		dp_flag=1;		
+	 }
+	 	rst_wdt();
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//tare switch pressed
+	#ifdef _6_key
+   if(!tare && !process_flag)			
+	#elif defined( _4x4_key )
+   if(KeyPressed == tare && !process_flag)
+	#endif
+	 {
+		disp(0x11,0x11,0x11,0x10,0x10,0x10,0x10,0x10); //"-----"
+    #ifdef _6_key		
+		 while(!tare) {delay(2);}
+		#elif defined( _4x4_key )// {delay(2);}
+		 while(KeyPressed == tare) {delay(2);}
+		#endif		 
+		tare_flag=1;		
+ 	 }	
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//Instant fillset direct entry option 
+	#ifdef _6_key	  
+	 if(!shift_flag && !decr && !process_flag) //fillset direct entry
+	#elif defined( _4x4_key )
+	 if(!shift_flag && KeyPressed == decr && !process_flag)
+	#endif
+	{	     	
+		shift_flag=0;		
+	if(Instant_fill_enable)
+   {
+		disp(0x0F,0x01,0x16,0x00,0x00,0x00,0x00,0x00);
+		bin2bcd(fillset,5);							// Fill set 
+		delay(500);
+		val_read(5);
+		temp=bcd2bin(5);
+		//if(t<=15000)
+	  if(temp > (rng_array[rng_val][2] * 1000) )
+		  {			 
+			 	disp(0x11,0x11,0x0e,0x13,0x13,0x17,0x13,0x11);
+			  delay(1000);
+			  clr_disp();		
+		  }
+		 else
+		  {	
+		  start_status=0;	//TO STOP AUTO START  AND TO READ FULL VALUR FROM EEPROM			
+		fillset=(temp/res)*res;
+        write_RTC(RTC_fillset_MSB,fillset/0x100);
+        write_RTC(RTC_fillset_LSB,fillset%0x100);		        
+		  }
+	 }
+ }	 
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//shift key pressed and press "set" or "enter" or "dec" key for short cut
+	#ifdef _6_key
+	 if(!incr && !process_flag && !shift_flag) 
+	#elif defined( _4x4_key )
+	 if(KeyPressed == incr && !process_flag && !shift_flag) 
+	#endif
+	 {
+		shift_flag=1;	
+    #ifdef _6_key
+	   while(!incr)
+	  #elif defined( _4x4_key )
+	   while(KeyPressed == incr)
+	  #endif
+	   {delay(2);}		
+	 }	
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//Shift and set key for Set fill parameters.
+	#ifdef _6_key
+	 if(shift_flag && !set && !process_flag)
+	#elif defined( _4x4_key )
+	 if(shift_flag && KeyPressed == set && !process_flag) 
+	#endif
+	 {
+		#ifdef _6_key
+	   while(!set)
+	  #elif defined( _4x4_key )
+	   while(KeyPressed == set)
+	  #endif
+	    {delay(2);}
+		shift_flag=0;
+		sys_paramts();		
+	 }
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//Set batch count to be filled. shift and enter
+ 	#ifdef _6_key
+	 if(shift_flag && !enter && !process_flag && bset_enable)
+	#elif defined( _4x4_key )
+	 if(shift_flag && KeyPressed == enter && !process_flag && bset_enable) 
+	#endif
+	 {	
+		shift_flag=0;
+		dp_flag=0;
+	  disp(0x0B,0x05,0x0E,0x14,0x11,0x11,0x11,0x11);  //"bset"
+	  bset=read_RTC(RTC_MEM_batch_set_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_LSB);
+	  bin2bcd(bset,4);
+	  delay(500);
+	  val_read(4);	  
+	  bset = bcd2bin(4);
+		
+		#ifdef _6_key
+	   if(!mode)	return;
+		#elif defined( _4x4_key )
+	   if(KeyPressed == mode)	return;	
+		#endif
+		 
+		#ifdef _6_key
+	   if(set)
+		#elif defined( _4x4_key )
+     if(KeyPressed == enter)
+		//if(KeyPressed != set)
+		#endif
+		{
+			write_RTC(RTC_MEM_batch_set_MSB,bset / 0x100); //bset value fixed memory
+			write_RTC(RTC_MEM_batch_set_LSB,bset % 0x100);
+			
+			write_RTC(RTC_MEM_batch_set_count_MSB,bset / 0x100); //count down bset memory
+			write_RTC(RTC_MEM_batch_set_count_LSB,bset % 0x100);
+		}
+		dp_flag=1;
+    #ifdef _6_key
+	   while(!enter)
+		#elif defined( _4x4_key )
+     while(KeyPressed == enter)		
+		#endif	
+      {delay(2);}		 
+	}	
+ //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//Recipe selection. Only mode key press
+	#ifdef _6_key
+   //if(!mode && !process_flag && recipe)   
+	 if(!mode && !process_flag && recipe && !start_status)
+	#elif defined( _4x4_key )
+   //if(KeyPressed == mode && !process_flag && recipe)
+	 if(KeyPressed == mode && !process_flag && recipe && !start_status)
+	#endif
+	{		
+rtn: 
+		function = read_RTC(RTC_MEM_current_recipe);
+		shift_flag=0;
+		if(function<1)function=1;
+    disp(function/10,function%10,0x0F,0x11,0x11,0x11,0x11,0x11);
+    //disp(function/10,function%10,0x1E,0x11,0x11,0x11,0x11,0x11);	//"01="  
+		delay(500);
+		b=1;
+		//b=0;
+		dp_flag=1;
+	#ifdef _6_key
+	 while(enter && set)
+	#elif defined( _4x4_key )
+	 while(KeyPressed != enter && KeyPressed != set)
+	#endif
+	   {			 
+		  //blink(1,2);	      			 
+		  //disp_data[1]=incdec(disp_data[1],5,1);		   
+      blink(b,1);
+		  disp_data[b]=incdec(disp_data[b],9,0);	
+      //dat = (char)bcd2bin(2);	
+      //sdat = ((disp_data[1] & 0x0F) << 4 ) + (disp_data[2] & 0x0F);
+			sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);	
+			sdat = bcd2int(sdat);			 
+		  
+			#ifdef _6_key
+       if(!tare)	
+      #elif defined( _4x4_key )			
+		   if(('S' == KeyPressed) || (KeyPressed == tare))
+			#endif
+		   {												// blinking digit to right.
+			  b++;
+			  //if(b>7)	b=8-2;
+				//if(b>2)	b=1;
+				if(b>1)	b=0;
+				#ifdef _4x4_key
+			   KeyPressed = 'X';  //clear keyPressed	
+        #endif				 
+  	   }
+			 #ifdef _4x4_key
+			  //if(sdat > 36){disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);delay(500);sdat=1;goto rtn;}
+			  if(sdat > 36){disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);delay(500);sdat=36;} //"error"
+			 #endif	
+			delay(100);				 	
+	    if(sdat>0 && sdat<=9) 
+        {EEPROM_block = Block_0;fillset=read_eeprom((0x10*sdat)) *0x100 + read_eeprom((0x10*sdat)+0x01);}
+      else if(sdat>9 && sdat<=18) 
+        {EEPROM_block = Block_1;fillset=read_eeprom(0x10*(sdat-9)) *0x100 + read_eeprom((0x10*(sdat-9))+0x01);}	
+      else if(sdat>18 && sdat<=27) 
+        {EEPROM_block = Block_2;fillset=read_eeprom(0x10*(sdat-18)) *0x100 + read_eeprom((0x10*(sdat-18))+0x01);}	
+      else if(sdat>27 && sdat<=36) 
+        {EEPROM_block = Block_3;fillset=read_eeprom(0x10*(sdat-27)) *0x100 + read_eeprom((0x10*(sdat-27))+0x01);}
+      bin2bcd(fillset,5);				// display selected receipe Fill set			 
+	   }
+		#ifdef _6_key
+		if(!enter)
+		#elif defined( _4x4_key )
+	  if(KeyPressed == enter)
+		#endif
+	   {	
+      if(sdat>36 || sdat<1)
+			 {				
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11); //"error"
+				delay(500);
+				sdat = 36;
+				goto rtn;
+			 }
+      else
+			 {				
+			  write_RTC(RTC_MEM_current_recipe,(sdat*0x01));
+        function = read_RTC(RTC_MEM_current_recipe);
+		    read_values();
+	      delay(500);	
+			 }				
+	   }
+		#ifdef _6_key
+	   while(!enter)
+		#elif defined( _4x4_key )
+     while(KeyPressed == enter)		
+		#endif	
+      {delay(2);}	
+	 }	
+	//-------------------------------------------------
+	// display batch_count left to be filled
+	#ifdef _6_key
+	if(shift_flag && !decr && !process_flag && bset_enable)
+	#elif defined( _4x4_key )
+	if(shift_flag && KeyPressed == decr && !process_flag && bset_enable) 
+	#endif
+	 {
+		 dp_flag=0;
+		 batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);
+		 disp(0x0B,0x0C,0x18,0x14,0x11,0x11,0x11,0x11); //"bcnt"
+		 bin2bcd(batch_count,4);				
+		 delay(3000);
+     dp_flag=1;		 
+	 }
+	 //-------------------------------------------------
+	// display current batch number filled
+	 #ifdef _6_key
+	   if(!shift_flag && !decr && !process_flag && !Instant_fill_enable && bset_enable)			 
+	 #elif defined( _4x4_key )
+	   if(!shift_flag && KeyPressed == decr && !process_flag && !Instant_fill_enable && bset_enable) 
+	 #endif
+	 {
+		 display_current_batch();
+	 }
+}
+//==============================================================================================================
+void check_switch(void)
+{
+	unsigned char dat=0,stop=0;	
+	
+	if(set_enter_flag){read_values(); set_enter_flag=0;} //If entered any settings read all values
+bgn:
+	//if(start_flag) // if filling or auto start
+	#ifdef _6_key
+	 if((start_flag || start_status) && (!mode))
+	#elif defined( _4x4_key )
+	 if((start_flag || start_status) && (KeyPressed==mode))
+	#endif
+   {   
+	hold_counter++;	
+		
+	if (hold_counter >= 1200) 
+          {
+		
+		 dp_flag=0;
+		 disp(0x0A,0x0B,0x17,0x13,0x14,0x11,0x11,0x11); // "Abort"		
+		   ff=0;
+		   cf1=0;
+		   cf2=0;
+		   waled=0;
+		   cf1_flag=0;
+		   cf2_flag=0;
+		   ff_flag=0;
+		   wa_flag=0;					
+		   start_flag=0;
+		   drop_flag=0;			 
+		   tare_val=temp_tare;
+			 
+		   avg_cnt=3*(10-avg);			 
+		   add_cnt=0;
+		   add_adc=0;
+			 
+		   process_flag=0;
+       //write_RTC(RTC_MEM_start_status,0x00);	    //pause auto start
+       start_status=0;			 
+       disp(0x0A,0x0B,0x17,0x13,0x14,0x0E,0x0D,0x11); // "Aborted"	
+		   delay(2000);	
+       dp_flag=1;
+
+
+		while (Read_Keypad() == mode); 
+      	hold_counter = 0; // Reset counter for next press
+          }
+	   		    		
+		}
+else  // if not filling 
+  {
+	hold_counter = 0;
+	
+	
+	 // Manual start Only first time after power on in auto mode
+   //if(auto_start && !process_flag &&(read_RTC(RTC_MEM_start_status)==0x00)) 
+	 if(auto_start && !process_flag && !start_status)
+     {
+			 //dp_flag=0;
+       //disp(0x11,0x05,0x14,0x0A,0x13,0x14,0x11,0x11); //start	       			 
+       //blink(0,8);			 
+			start_wait_flag=1;
+	    if(!start) // if start button pressed
+	     {
+				read_values();
+				//start_wait_flag=0;
+        if(bset_enable) {batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);}
+				 
+				if(batch_count<1 && bset_enable)
+				 {
+					//disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+					 disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+					delay(1000);
+					return;
+				 }		
+        //else if(batch_count>0 && bset_enable) start_wait_flag=0;				
+		    //write_RTC(RTC_MEM_start_status,0x01);
+				start_wait_flag=0;
+        		start_status=1;				 
+        goto srt;
+		   }
+	   }	  
+	 // continuous auto start(filling) in auto mode if started
+   //if(auto_start && !process_flag && (read_RTC(RTC_MEM_start_status) == 0x01))
+	 if(auto_start && !process_flag && start_status)
+     {	  
+	    if((disp_val <= htar && disp_val >= ltar) && !disp_pol)
+		   {
+		    if(start_count == 0) start_disp = disp_val;
+		    if(start_disp == disp_val)start_count++;
+			  else start_count = 0;
+			  if(start_count >= start_delay*4) 
+			   {
+			     start_count = 0;
+			     goto srt;
+			   }
+		   }
+	   }
+		 //Manual start
+  if(!start && !process_flag && !disp_pol)		// Checking of Start button.
+	  {
+			read_values();
+			if(bset_enable) {batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);}
+				 
+			if(batch_count<1 && bset_enable)
+				{
+					//disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+					disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+					delay(1000);
+					return;
+				}		
+//srt: if(cf>=fillset || ffd>=fillset || nfl>=(fillset-ffd) || zset>=fillset || ltar>=htar)
+//srt:if(cf>=fillset || ffd>=cf || nfl>=ffd || zset>=fillset || ltar>=htar)
+srt:if(ffd>=fillset || nfl>=ffd || zset>=fillset || ltar>=htar)
+		 {
+			rst_wdt();
+			dp_flag=0;
+			disp(0x05,0x0e,0x14,0x11,0x0e,0x13,0x13,0x11);
+			delay(500);
+			dp_flag=1;
+			//write_RTC(RTC_MEM_start_status,0x00);// Error in setting pause auto start
+			start_status=0;
+			goto bgn;
+		 }	          
+		else
+		 {
+			if(ed && (disp_val <= htar && disp_val >= ltar) && !disp_pol)
+			 {
+				fill_start=1;					// Condition for filling to be started.
+				temp_tare=tare_val;		// If in tare enable mode, store current
+				tare_val=scale_val;		// tare value in a temp loc and tare
+			 }											// the display value.
+			else if(!ed && !disp_pol)
+			 {
+				fill_start=1;
+				temp_tare=tare_val;			
+			 }
+			else fill_start=0;
+			
+			process(); //To calculate scale value using new tare value
+					
+		  if(fill_start)
+			 {
+				fill_start=0;
+				start_flag=1;
+				process_flag=1;
+				delay(100);
+				ff=1;
+				delay(50);
+				cf2=1;							// Filling started.,CF1,CF2,FF all ON.
+				delay(50);
+				cf1=1;
+				cf1_flag=1;
+				cf2_flag=1;
+				ff_flag=1;
+				 
+				avg_cnt=1*(10-avg);
+				add_cnt=0;				// No averaging, since in course feed.
+				add_adc=0;
+			 }
+			else
+			 {
+				dp_flag=0;
+				disp(0x14,0x0a,0x13,0x0e,0x11,0x0e,0x13,0x13);
+				delay(500);				// Display tare error.
+				dp_flag=1;
+			 }			
+		 }
+	  }
+  }
+}
+//=======================================================================================
+void check_values(void)
+{	
+if(process_flag)
+ {
+  if(start_flag && !drop_flag && !disp_pol)
+	{
+		if(disp_val >= cfd1)	//CF2 condition.(CF2 & FF ON, CF1 OFF)
+		 {
+			cf1=0;      // normal operation
+			/*if(cf1_flag)
+			  {
+			    ff=0;
+			  }*/
+			cf1_flag=0;
+		 }		
+	  if(disp_val >= cfd2)	
+		 {									// FF condition.(FF ON, CF1 & CF2 OFF)
+			if(cf2_flag)
+			{
+				//avg_cnt=2*(10-avg);
+				avg_cnt=1*(10-avg);
+				add_cnt=0;			// In FF 2 count averaging.
+				add_adc=0;
+        //ff=1;
+			} 
+			cf1=0;
+			cf2=0; // normal operation			
+			cf2_flag=0;
+		 }
+	  if((disp_val + nfl) >= fillset)	
+		 {
+			ff=0;									
+			wait_flag=1;				 			
+		 }								// Final value is reached.but,
+	}
+
+	if(wait_flag)				// should wait for some time 
+	  {									// for liquid to be settled.
+		 wait_ctr++;
+		 //delay(10); //if necessary enable
+	   //if(wait_ctr >= wait_val*10)
+	   if(wait_ctr >= wait_val*100)
+		  {
+			 wait_ctr=0;
+			 drop_flag=1;							
+			 wait_flag=0;							
+		  }
+	  }
+
+ if(drop_flag && !disp_pol)
+	{
+		/*if(disp_val < cfd2) // After waiting time if value is
+		 {                  // less than CF2 value,Turn ON CF2.
+			cf1=0;
+			cf1_flag=0;
+			cf2=1; 
+			cf2_flag=1;
+			ff=1;
+			ff_flag=1;
+			drop_flag=0;
+		 } */
+		if((disp_val + nfl) < fillset)	// After waiting time if value is
+		 {								                // less than FF value,Turn ON FF.
+			ff=1;
+			drop_flag=0;
+		 }
+		else if(disp_val < fillset)
+		{
+			drop_ctr++;
+			//if(drop_ctr >= drop_wait_val)
+			if(drop_ctr >= drop_wait_val*100)
+			{
+				drop_ctr=0;				// Else,
+				ff=1;					    // Final stage of filling.
+				delay(on_time);		// Proceeds drop by drop for accuracy.
+				ff=0;
+			}
+		}
+		else
+		{
+			waled=1;
+			wa_flag=1;					// Weight is acheived.			
+			start_flag=0;
+			drop_ctr=0;
+			drop_flag=0;
+			cf1=0;	
+      cf1_flag=0;			
+			cf2=0; 
+			cf2_flag=0;
+			ff=0;	
+      ff_flag=0;	
+      wait_ctr=0;			 					
+			wait_flag=0;			
+			
+			avg_cnt=3*(10-avg);			
+		  add_cnt=0;
+		  add_adc=0;
+			//------------------------batch set--------------------------------------------------------------
+			batch_count=read_RTC(RTC_MEM_batch_set_count_MSB)*0x100 + read_RTC(RTC_MEM_batch_set_count_LSB);
+			batch_count--;
+			write_RTC(RTC_MEM_batch_set_count_MSB,batch_count / 0x100);
+			write_RTC(RTC_MEM_batch_set_count_LSB,batch_count % 0x100);
+			//------------------------------------------------------------------------------------------------
+        if(function == 1)
+			   {
+			    cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F1_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(0x11);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F1_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F1_batch_LSB,batch % 0x100);
+			   }
+			 else if(function == 2)
+			   {
+			    cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F2_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F2_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F2_batch_LSB,batch % 0x100);
+			   }
+			else if(function == 3)
+			   {
+			    cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F3_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F3_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F3_batch_LSB,batch % 0x100);
+			   }
+			else if(function == 4)
+			   {
+			    cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F4_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F4_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F4_batch_LSB,batch % 0x100);
+			   }
+			else if(function == 5)
+			   {
+			    cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F5_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F5_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F5_batch_LSB,batch % 0x100);
+			   }
+			else if((function >= 6)&& (function <= 36))
+			  {
+				  cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);
+				  cumulative = cumulative + (unsigned long)((disp_val/res)*res);
+			    if(cumulative > 99999999) cumulative = 0;
+				  //if(cumulative > 0x5F5E0FF) cumulative = 0x00000000;
+		     	RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative);
+
+				  batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);
+				  batch = batch + 1;                
+				  write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch / 0x100);
+				  write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch % 0x100);
+			  }      
+		 }
+	}
+	//-----------------------------------------------------
+	if(wa_flag && grwt && !grwt_ok)	// should wait for some time 
+	  {									      // before gross weight display.
+		 wait_ctr++;		
+	   if(wait_ctr >= wait_val*60)
+       {
+				 grwt_ok=1;
+				 tare_val=temp_tare; 
+				 wait_ctr=0;
+			 }
+	  }
+	//-------------------------------------------------------------
+	if(batch_count<1 && bset_enable && wa_flag) //Batch over if batch set enabled
+	 {
+	  if(grwt && grwt_ok)wait_ctr++;		  
+		else if(!grwt && !grwt_ok)wait_ctr++;
+		if(wait_ctr >= wait_val*50)	  
+		  {   
+       wait_ctr=0;			
+		   dp_flag=0;			 
+			 //disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x17,0x13); // batch over
+			 disp(0x0B,0x11,0x11,0x0e,0x13,0x13,0x11,0x11); //b err
+			 //write_RTC(RTC_MEM_start_status,0x00); //pause auto start when batch over
+			 start_status=0;
+		  
+			#ifdef _6_key
+		    while(enter)
+		  #elif defined( _4x4_key )
+	      while(KeyPressed != enter)
+		  #endif
+				 {delay(20); dp_flag=1;}
+	    }
+		}
+	//-------------------------------------------------------------
+  // Can Removed. Resetting for next filling	 
+	if(((disp_val <= zset) || disp_pol) && wa_flag)
+	{
+		waled=0;
+		wa_flag=0;						
+		tare_val=temp_tare;
+		avg_cnt=3*(10-avg);
+		
+		add_cnt=0;
+		add_adc=0;
+		process_flag=0;
+		grwt_ok=0;
+	}
+ }
+}
+//=======================================================================================
+void pwd(void)
+{
+	unsigned char b=6;
+	//unsigned char b=4;
+	KeyPressed = 'X';
+	disp(0x0c,0x17,0x0d,0x0e,0x11,0x11,0x00,0x00);
+  //disp(0x0c,0x17,0x0d,0x0e,0x00,0x00,0x00,0x00);
+	rst_wdt();
+	#ifdef _6_key
+	while(enter)	// will overloop to back on reaching max.
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter)
+	#endif
+	{
+		blink(b,1);
+		disp_data[b]=incdec(disp_data[b],9,0);	
+    #ifdef _6_key		
+		if(!tare)							  // shift key is also checked which shifts	
+    #elif defined( _4x4_key )
+  	if(('S' == KeyPressed)||(KeyPressed == tare)) // blinking digit to right.	
+		#endif
+		{												
+			b++;
+			if(b>7)b=6;
+			//if(b>7)	b=4;
+			#ifdef _4x4_key
+			KeyPressed = 'X';
+			#endif
+		}
+		/*if(KeyPressed == left)
+		  {
+             b--;
+			if(b<4)	b=7;
+			KeyPressed = 'X';  //clear keyPressed
+		  }*/
+	}
+	#ifdef _6_key
+	 while(!enter)		
+	#elif defined( _4x4_key )	
+	 while(KeyPressed == enter)
+	#endif
+	   {delay(2);}
+}
+//=============================================================================================
+void val_read(char a)				// Will read value which is entered.
+{
+	unsigned char b;  				// Up to 'char a' characters from max to 
+	b=8-a;										// back are read one by one.
+														// current entry char will blink.
+	#ifdef _6_key
+	 while(enter && set && mode)	// will overloop to back on reaching max.
+	#elif defined( _4x4_key )
+	 while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(b,1);
+		disp_data[b]=incdec(disp_data[b],9,0);	
+    #ifdef _6_key		
+		if(!tare)							  // shift key is also checked which shifts
+		#elif defined( _4x4_key )
+		//if(('S' == KeyPressed) || (KeyPressed == right))  
+		if(('S' == KeyPressed) || (KeyPressed == tare))
+		#endif
+		 {												// blinking digit to right.
+			b++;
+			if(b>7)	b=8-a;
+			#ifdef _4x4_key
+			 KeyPressed = 'X';  //clear keyPressed
+			#endif
+		 }
+		/*if(KeyPressed == left)
+		  {
+             b--;
+			if(b<(8-a))	b=7;
+			KeyPressed = 'X';  //clear keyPressed
+		  }*/
+	}
+	#ifdef _6_key
+	if(!mode)
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)
+	#endif
+	{
+		#ifdef _6_key
+		while(!mode)
+		#elif defined( _4x4_key )		
+		while(KeyPressed == mode)
+		#endif
+		  {delay(2);}
+		esc_flag=1;
+	}
+	else	esc_flag=0; 
+	/*#ifdef _4x4_key 
+	 KeyPressed = 'X'; // "keyPressed" clearing
+  #endif */
+}
+//==========================================================================================
+void blink(start,no)			// Will create blinking display.
+{									  
+	unsigned char k;	// Blinking display will be from 'start' to 
+										// display numbered no.
+	arr_cpy(&temp_data[0],&disp_data[0],8);
+	for(k=start;k7)b=6;
+			//if(b>7)	b=4;
+			 #ifdef _4x4_key
+			 KeyPressed = 'X';
+			 #endif
+		 }
+		 #ifdef _6_key
+		 if(!mode)return;
+		 #elif defined( _4x4_key )
+     if(KeyPressed == mode)return;
+     #endif	 
+		/*if(KeyPressed == left)
+		  {
+             b--;
+			if(b<4)	b=7;
+			KeyPressed = 'X';  //clear keyPressed
+		  }*/
+	}
+	#ifdef _6_key
+	if(!enter)	
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)	
+	#endif
+     {			 
+			b = ((disp_data[6] & 0x0F) << 4 ) + (disp_data[7] & 0x0F);
+			b = bcd2int(b);
+			if(b > 36)
+			 {				
+			  disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+				goto err_rtn;
+			 }	
+			write_RTC(RTC_MEM_current_recipe,b);       		 
+		 }
+   #ifdef _6_key
+   while(!enter)	
+   #elif defined( _4x4_key )	 
+	 while(KeyPressed==enter)		  
+	 #endif	 
+	   {delay(2);}      	 
+}
+//============================================================================================
+void menu(void)							// Main menu entry.
+{	  
+	char dat;
+	bit err_flag=0;
+	unsigned int temp;
+			
+	read_values();
+  dp_flag=1;
+  set_enter_flag=1;	
+		
+	if(function>0 && function<=9) {EEPROM_block = Block_0;}
+  else if(function>9 && function<=18) {EEPROM_block = Block_1;}
+  else if(function>18 && function<=27) {EEPROM_block = Block_2;}
+  else if(function>27 && function<=36) {EEPROM_block = Block_3;}	
+  //--------------------------------------------------------------------
+	do
+	{
+	  if(!recipe) disp(0x0F,0x01,0x16,0x11,0x00,0x00,0x00,0x00);
+		//else disp(0x0F,function,0x11,0x11,0x00,0x00,0x00,0x00);
+		else disp(function/10,function%10,0x0F,0x11,0x00,0x00,0x00,0x00);
+		bin2bcd(fillset,5);							// Fill set 
+		delay(500);
+		val_read(5);
+		if(esc_flag)	return;
+		#ifdef _6_key
+		if(set)
+		#elif defined( _4x4_key )
+		//if(KeyPressed != set)
+		if(KeyPressed == enter)
+		#endif
+		{
+			temp=bcd2bin(5);	
+			if(temp > (rng_array[rng_val][2] * 1000) )
+			{
+				err_flag=1;
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+			}
+			else
+			{
+				fillset=temp;					
+        if(function>0 && function<=9)dat = function; 				
+        else if(function>9 && function<=18) dat=(function-9);
+	      else if(function>18 && function<=27) dat=(function-18);
+	      else if(function>27 && function<=36) dat=(function-27);
+				
+				write_eeprom((0x10*dat),fillset/0x100);
+	    	write_eeprom(((0x10*dat)+0x01),fillset%0x100);
+				err_flag=0;
+			}
+		}
+	} while(err_flag);	
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~	
+  /*do
+	{
+		//disp(0x0C,0x0F,0x11,0x11,0x00,0x00,0x00,0x00);
+    if(!recipe) disp(0x0C,0x0F,0x11,0x11,0x11,0x00,0x00,0x00);
+		//else disp(0x0C,0x0F,function,0x11,0x11,0x00,0x00,0x00); // Course feed
+		else disp(function/10,function%10,0x0C,0x11,0x11,0x00,0x00,0x00); // Course feed
+		//cf=(fillset-cf);
+		bin2bcd(cf,3);								
+		delay(500);
+		val_read(3);
+		if(esc_flag) return;
+	  #ifdef _6_key
+		if(set)
+	  #elif defined( _4x4_key )
+		//if(KeyPressed != set)
+	  if(KeyPressed == enter)
+	  #endif
+		{
+			temp=bcd2bin(3);	
+			if(temp >= fillset)
+			//if(temp >= fillset || (fillset-temp > ffd))
+			{
+				err_flag=1;
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+			}
+			else
+			{
+				cf=temp;	
+        //cf=(fillset-temp);				
+        if(function>0 && function<=9)dat = function; 				
+        else if(function>9 && function<=18) dat=(function-9);
+	      else if(function>18 && function<=27) dat=(function-18);
+	      else if(function>27 && function<=36) dat=(function-27);
+	
+				write_eeprom((0x10*dat)+0x02,cf / 0x100);
+				write_eeprom((0x10*dat)+0x03,cf % 0x100);				 
+				err_flag=0;			
+			}
+		}		
+	} while(err_flag); 	*/
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	do    
+	{
+	  if(!recipe) disp(0x0F,0x0F,0x11,0x11,0x11,0x00,0x00,0x00);
+		//else disp(0x0F,0x0F,function,0x11,0x11,0x00,0x00,0x00);
+		else disp(function/10,function%10,0x0D,0x11,0x11,0x00,0x00,0x00);
+		//ffd=(fillset-ffd);
+//14_02_24		bin2bcd(ffd,3);	
+		bin2bcd(ffd,4);	
+		delay(500);
+		//val_read(5);
+//14_02_24		val_read(3);
+		val_read(4);
+		if(esc_flag)	return;
+		#ifdef _6_key
+		if(set)
+		#elif defined( _4x4_key )
+		//if(KeyPressed != set)
+		if(KeyPressed == enter)
+		#endif
+		{
+			//temp=bcd2bin(5);
+//14_02_24			temp=bcd2bin(3);
+			temp=bcd2bin(4);
+			//if((temp >= fillset) || (fillset-temp <= cf))
+			if(temp >= fillset)			
+			{
+				err_flag=1;
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+			}
+			else
+			{
+				//ffd=(fillset-temp);	
+				ffd=temp;					
+        if(function>0 && function<=9)dat = function; 				
+        else if(function>9 && function<=18) dat=(function-9);
+	      else if(function>18 && function<=27) dat=(function-18);
+	      else if(function>27 && function<=36) dat=(function-27);		
+				
+				write_eeprom((0x10*dat)+0x04,ffd / 0x100);
+				write_eeprom((0x10*dat)+0x05,ffd % 0x100);				 
+				err_flag=0;
+			}
+		}		
+	} while(err_flag);
+		 
+	/*cfd1=fillset-ffd;
+	//cfd1=cf;
+	cfd2=fillset-ffd;
+	ffd=fillset-ffd;*/	
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	do
+	{
+		if(!recipe)disp(0x18,0x0F,0x16,0x11,0x11,0x00,0x00,0x00);
+		//else disp(0x18,0x0F,function,0x11,0x11,0x00,0x00,0x00);
+		else disp(function/10,function%10,0x18,0x11,0x11,0x00,0x00,0x00);
+		bin2bcd(nfl,3);								// Inflight
+		delay(500);
+		val_read(3);
+		if(esc_flag)	return;
+		#ifdef _6_key
+		if(set)
+		#elif defined( _4x4_key )
+		//if(KeyPressed != set)
+		if(KeyPressed == enter)
+		#endif
+		{
+			temp=bcd2bin(3);	
+			//if(temp > fillset)
+			if((temp+ffd) > fillset)
+			{
+				err_flag=1;
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+			}
+			else
+			{
+				nfl=temp;					
+        if(function>0 && function<=9)dat = function; 				
+        else if(function>9 && function<=18) dat=(function-9);
+	      else if(function>18 && function<=27) dat=(function-18);
+	      else if(function>27 && function<=36) dat=(function-27);
+				
+				write_eeprom((0x10*dat)+0x06,nfl / 0x100);
+				write_eeprom((0x10*dat)+0x07,nfl % 0x100);				
+				err_flag=0;
+			}
+		}
+	} while(err_flag);
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  do
+   {
+	if(!recipe)disp(0x15,0x14,0x13,0x11,0x11,0x00,0x00,0x00);
+	//else disp(0x15,function,0x11,0x11,0x11,0x00,0x00,0x00);
+	else disp(function/10,function%10,0x15,0x11,0x11,0x00,0x00,0x00);
+	bin2bcd(htar,5);								// High tare
+	delay(500);
+	val_read(5);
+	if(esc_flag)	return;
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	//if(KeyPressed != set)
+	if(KeyPressed == enter)
+	#endif
+	{
+	  temp=bcd2bin(5);
+	  //if(temp > (rng_array[rng_val][2] * 1000) )
+	 if(temp+fillset > (rng_array[rng_val][2] * 1000) )
+		{
+		  err_flag=1;
+		  disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+		  delay(500);
+		}
+	  else
+	   {
+			htar=temp;				 
+      if(function>0 && function<=9)dat = function; 				
+      else if(function>9 && function<=18) dat=(function-9);
+	    else if(function>18 && function<=27) dat=(function-18);
+	    else if(function>27 && function<=36) dat=(function-27);
+			 
+		  write_eeprom((0x10*dat)+0x08,htar / 0x100);
+		  write_eeprom((0x10*dat)+0x09,htar % 0x100);		 
+		  err_flag=0;
+	   }
+	}
+   }while(err_flag);	 
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	do
+	{
+	  if(!recipe)disp(0x16,0x14,0x13,0x11,0x11,0x00,0x00,0x00);
+		//else disp(0x16,function,0x11,0x11,0x11,0x00,0x00,0x00);
+		else disp(function/10,function%10,0x16,0x11,0x11,0x00,0x00,0x00);
+		bin2bcd(ltar,3);								// Low tare
+		delay(500);
+		val_read(3);
+		if(esc_flag)	return;
+		#ifdef _6_key
+		if(set)
+		#elif defined( _4x4_key )
+		//if(KeyPressed != set)
+		if(KeyPressed == enter)
+		#endif
+		{
+			temp=bcd2bin(3);	
+			if(temp >= htar)
+			{
+				err_flag=1;
+				disp(0x11,0x0e,0x13,0x13,0x17,0x13,0x11,0x11);
+				delay(500);
+			}
+			else
+			{
+				ltar=temp;				
+        if(function>0 && function<=9)dat = function; 				
+        else if(function>9 && function<=18) dat=(function-9);
+	      else if(function>18 && function<=27) dat=(function-18);
+	      else if(function>27 && function<=36) dat=(function-27);
+				
+				write_eeprom((0x10*dat)+0x0A,ltar / 0x100);
+				write_eeprom((0x10*dat)+0x0B,ltar % 0x100);				
+				err_flag=0;
+			}
+		}
+	}	while(err_flag);	
+	dp_flag=0;
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	if(!recipe)disp(0x0a,0x14,0x11,0x14,0x13,0x11,0x11,0x11);
+	//else disp(0x0a,function,0x11,0x11,0x11,0x11,0x11,0x11);
+	else disp(function/10,function%10,0x0a,0x11,0x11,0x11,0x11,0x11);
+	delay(500);
+	if(!ed)	dat=0;
+	else	dat=1;				//Auto tare Enable / Disable.
+	#ifdef _6_key
+	while(enter && set)
+	#elif defined( _4x4_key )
+	while(KeyPressed != set && KeyPressed != enter)
+	#endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	ed=0;}
+		else      { disp_data[7]=0x0e;	ed=1;}
+	}
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	//if(KeyPressed != set)
+	if(KeyPressed == enter)
+	#endif
+	  {			
+		 if(function>0 && function<=9)write_eeprom((0x10*function)+0x0C,dat);	
+     else if(function>9 && function<=18) write_eeprom(((0x10*(function-9))+0x0C),dat);	
+		 else if(function>18 && function<=27) write_eeprom(((0x10*(function-18))+0x0C),dat);
+		 else if(function>27 && function<=36) write_eeprom(((0x10*(function-27))+0x0C),dat);			
+	  }
+	while(KeyPressed == enter){delay(20);}
+  dp_flag=1;	
+  //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	dat=read_eeprom(EE_test_loc_Mem);
+	if(dat != test_loc)	write_eeprom(EE_test_loc_Mem, test_loc);
+  read_values(); //loading new values		
+}
+//===============================================================================================
+void settings(void)
+{
+	char dat;
+	read_values(); 
+	EEPROM_block = Block_0;
+	set_enter_flag=1;
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	dat=wait_val;// Time delay for showing 'SA' after the weight has crossed the Fillset value.
+	disp(0x05,0x0A,0x10,0x0D,0x16,0x11,dat/10,dat%10);	
+	bin2bcd(dat,2);								
+	delay(500);
+	val_read(2);
+	if(esc_flag) return;
+	wait_val = bcd2bin(2);	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	  {
+	   write_eeprom(EE_wait_val_Mem, wait_val);
+	  }
+  //++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	//dat=drop_wait_val/10;  // The time delay between drops.
+	dat=read_eeprom(EE_drop_wait_val_Mem);
+	disp(0x0D,0x13,0x12,0x0D,0x16,0x11,dat/10,dat%10);
+	bin2bcd(dat,2);								
+	delay(500);
+	val_read(2);
+	if(esc_flag) return;
+	drop_wait_val = bcd2bin(2);
+		
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	{
+	 write_eeprom(EE_drop_wait_val_Mem, drop_wait_val);	
+	}
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++			
+	//dat=on_time/100;  // The drop ON TIME.
+	dat=read_eeprom(EE_on_time_Mem);
+	disp(0x00,0x18,0x14,0x01,0x1a,0x0e,dat/10,dat%10);
+	bin2bcd(dat,2);								
+	delay(500);
+	val_read(2);
+	if(esc_flag) return;
+	dat = bcd2bin(2);
+	
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	{
+	  write_eeprom(EE_on_time_Mem, dat);	
+	}
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++			
+	disp(0x00,0x10,0x05,0x0E,0x14,0x00,0x00,0x00);
+	bin2bcd(zset,3);								// Zero set
+	delay(500);
+	//while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	//{
+	val_read(3);
+	zset = bcd2bin(3);	
+	//}
+	if(esc_flag) return;
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	  {			
+		write_eeprom(EE_zset_Mem_MSB,zset / 0x100);
+		write_eeprom((EE_zset_Mem_LSB),zset % 0x100);
+	  } 
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~	
+  disp(0x05,0x12,0x0d,0x11,0x11,0x11,0x11,avg);
+	delay(500);
+	#ifdef _6_key
+	while(enter && set && mode)				//speed(averaging).
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		avg=incdec(avg,9,1);		
+		disp_data[7]=avg;
+	}	
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+		
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	{
+	  write_eeprom(EE_avg_Mem,avg);
+    avg_cnt=3*(10-avg); 
+  }
+//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++	
+	if(cal_en) //calibration hardware lock to protect scale setting
+	 {
+	 disp(0x12,0x13,0x00,0x14,0x0E,0x0C,0x14,0x0D);
+	 //return; 
+	 goto end;
+	 }
+	else 
+//--------------------------------------------------------------------
+	disp(0x05,0x10,0x0c,0x0a,0x12,0x11,0x00,0x00);
+	bin2bcd(rng_array[rng_val][2],2);								
+	delay(500);
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(6,2);		
+		//rng_val=incdec(rng_val,6,0);
+//1		rng_val=incdec(rng_val,7,0);
+		rng_val=incdec(rng_val,9,0);
+		  #ifdef _4x4_key
+	    //if(KeyPressed == right)
+ 	    if(KeyPressed == tare)
+		    {
+		     rng_val++;			     
+				 //if(rng_val>6) rng_val=0;
+	//			 if(rng_val>7) rng_val=0;
+				 	if(rng_val>9) rng_val=0;
+			  }	
+      #endif				
+		/*if(KeyPressed == left)
+          {
+            
+			if(rng_val >= 1) rng_val--;
+			else   rng_val=4;
+		  }*/
+		bin2bcd(rng_array[rng_val][2],2);								
+	}	
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )	
+	if(KeyPressed == enter)
+  #endif		
+	{
+	  write_eeprom(EE_rng_val_Mem,rng_val);
+	}		
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	disp(0x13,0x0e,0x05,0x11,0x11,0x11,res/10,res%10);
+	delay(500);
+	dat=res;
+	if(res==5)	dat=3;
+	if(res==10)	dat=0;
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(6,2);
+		dat=incdec(dat,3,0);
+		#ifdef _4x4_key
+		//if(KeyPressed == right) 
+		if(KeyPressed == tare)
+		    {
+		     dat++;		               
+		     if(dat>3) dat=0;
+			  }
+    #endif				
+		/*if(KeyPressed == left)
+          {            
+			if(dat >= 1)dat--;
+			else  dat = 3;
+		  }*/
+		res=dat;
+		if(dat==3)	res=5;
+		if(dat==0)	res=10;
+		disp_data[7]=res%10;
+		disp_data[6]=res/10;		
+	}	
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )	 
+	 if(KeyPressed == enter)
+	#endif
+	 {
+	  write_eeprom(EE_res_Mem,res);	
+	 }
+	//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	div_factor=rng_array[rng_val][0];
+	mul_factor=rng_array[rng_val][1];
+	help_val=(rng_array[rng_val][2] * 1000) + (res * 9);
+//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	disp(0x1a,0x0a,0x05,0x11,0x11,0x11,0x11,mas);
+	delay(500);
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		mas=incdec(mas,5,0);
+		#ifdef _4x4_key
+		//if(KeyPressed == right) 
+		if(KeyPressed == tare)
+		  {
+		     mas++;		               
+		     if(mas>5) mas=0;		
+		  }
+		#endif
+		/*if(KeyPressed == left)
+          {            
+			if(mas >= 1)mas--;
+			else   mas=5;
+		  }*/
+		disp_data[7]=mas;
+	}
+  #ifdef _6_key	
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )	
+	if(KeyPressed == enter)
+	#endif
+	{
+	   write_eeprom(EE_mas_Mem,mas);	
+	}	
+//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	disp(0x00,0x10,0x14,0x13,0x0A,0x0C,0x11,ztc);
+	delay(500);
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		ztc=incdec(ztc,5,0);
+		#ifdef _4x4_key
+	    //if(KeyPressed == right) 
+		 if(KeyPressed == tare) 
+		  {
+		    ztc++;		               
+		    if(ztc>5) ztc=0;		
+		  }
+		#endif
+		/*if(KeyPressed == left)
+          {            
+			if(ztc >= 1)ztc--;
+			else  ztc=5;
+		  }*/
+		disp_data[7]=ztc;
+	}	
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )	 
+	if(KeyPressed == enter)
+	#endif
+	{
+	    write_eeprom(EE_ztc_Mem,ztc);	
+	}
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+	dp_flag=1;
+	disp(0x0D,0x0E,0x0C,0x11,0x11,0x11,0x11,dp_val);
+	delay(500);
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		dp_val=incdec(dp_val,7,3);
+		#ifdef _4x4_key
+		//if(KeyPressed == right)	
+	   if(KeyPressed == tare)
+		  {
+		     dp_val++;		               
+		     if(dp_val>7)dp_val=3;		
+		  }
+		#endif
+		/*if(KeyPressed == left)
+          {            
+			if(dp_val >= 3) dp_val--;
+			else  dp_val=7;
+		  }*/
+		disp_data[7]=dp_val;
+	}	
+	#ifdef _6_key
+	if(!mode)	return;	
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+	if(KeyPressed == enter)
+	#endif
+	{
+	  write_eeprom(EE_dp_val_mem,dp_val);		  
+	}
+	dp_flag=0;	
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~	
+end:
+	dat=read_eeprom(EE_test_loc_Mem);
+	if(dat != test_loc)	write_eeprom(EE_test_loc_Mem, test_loc);
+	read_values(); 
+}	
+//============================================================================================
+void sys_paramts(void)
+{
+	char dat;		
+  read_values(); 	
+	dp_flag=0;	
+	set_enter_flag=1;
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	//Instant fillset entry Enable / Disable.
+	disp(0x01,0x18,0x05,0x14,0x18,0x14,0x11,0x11); 
+	dat=read_RTC(RTC_MEM_Instant_fill_enable);
+	delay(500);
+	//if(dat==1)Instant_fill_enable=1;
+	//else	    Instant_fill_enable=0;	
+	if(dat==0)Instant_fill_enable=0;
+	else	    Instant_fill_enable=1;
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	Instant_fill_enable=0;}
+		else      { dat=1; disp_data[7]=0x0e;	Instant_fill_enable=1;}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(!enter)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)
+  #endif	
+   {	
+	   write_RTC(RTC_MEM_Instant_fill_enable,dat);
+	 }
+ //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	disp(0x0a,0x1B,0x14,0x05,0x11,0x11,0x11,0x11); //Auto start Enable / Disable.
+	dat=read_RTC(RTC_MEM_Auto_start_enable);
+	delay(500);
+	//if(dat==1)auto_start=1;
+	//else	 auto_start=0;
+  if(dat==0)auto_start=0;
+	else	 auto_start=1;		 
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	auto_start=0;}
+		else      { dat=1; disp_data[7]=0x0e;	auto_start=1;}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)
+  #endif	
+   {	
+	   write_RTC(RTC_MEM_Auto_start_enable,dat);
+	 }
+	//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++	
+	//disp(0x0a,0x1B,0x14,0x00,0x05,0x11,0x11,0x11);  //Auto start delay
+	disp(0x0A,0x14,0x05,0x0D,0x16,0x11,0x11,0x11); 
+	start_delay=read_RTC(RTC_MEM_start_delay);
+	bin2bcd(start_delay,2);
+	delay(500);
+	val_read(2);
+	if(esc_flag) return;
+	start_delay = (unsigned char)bcd2bin(2);	
+	
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;	
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)
+	#endif
+	{
+	  write_RTC(RTC_MEM_start_delay,start_delay);
+	}
+	//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	disp(0x13,0x0E,0x0C,0x01,0x12,0x0E,0x11,0x11);  //Recipe Enable/Disable
+	dat=read_RTC(RTC_MEM_recipe_enable);
+	delay(500);
+	//if(dat==1)recipe=1;
+	//else	 recipe=0;	
+	if(dat==0)recipe=0;
+	else	 recipe=1;
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+  #endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	recipe=0;}
+		else      { dat=1; disp_data[7]=0x0e;	recipe=1;}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)	
+	#endif
+	{
+	   write_RTC(RTC_MEM_recipe_enable,dat);
+	}	
+ //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	disp(0x0B,0x05,0x0E,0x14,0x10,0x0F,0x11,0x11);  //Batch filling enable
+	dat=read_RTC(RTC_MEM_batch_set_enable);
+	delay(500);
+	//if(dat==1)bset_enable=1;
+	//else	 bset_enable=0;	
+	if(dat==0)bset_enable=0;
+	else	 bset_enable=1;
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	bset_enable=0;}
+		else      { dat=1; disp_data[7]=0x0e;	bset_enable=1;}
+	}
+	#ifdef _6_key
+	 if(!mode)	return;
+	#elif defined( _4x4_key )
+	 if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)
+	#endif
+	{
+  	write_RTC(RTC_MEM_batch_set_enable,dat);
+	}	
+  //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ 	disp(0x19,0x13,0x1D,0x14,0x11,0x11,0x11,0x11);  //Grows weight display Enable/Disable
+	dat=read_RTC(RTC_MEM_gross_weight_enable);
+	delay(500);
+	//if(dat==1)grwt=1;
+	//else	 grwt=0;
+  if(dat==0)grwt=0;
+	else	 grwt=1;	
+	#ifdef _6_key
+	while(enter && set && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	{
+		blink(7,1);
+		dat=incdec(dat,1,0);
+		if(dat==0){	disp_data[7]=0x0d; 	grwt=0;}
+		else      { dat=1; disp_data[7]=0x0e;	grwt=1;}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)	return;
+	#endif
+	
+	#ifdef _6_key
+	if(set)
+	#elif defined( _4x4_key )
+  if(KeyPressed == enter)	
+	#endif
+	{
+	 write_RTC(RTC_MEM_gross_weight_enable,dat);
+	}
+ //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  //write_eeprom(EE_test_loc_Mem,test_loc); //write status update
+	write_RTC(RTC_MEM_status,test_loc);       
+	read_values(); //loading new values
+	dp_flag=1;
+}
+//==================================================================================================
+/*
+void memory_backup_restore(void)
+{
+	char no=1;
+	clr_disp();
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	{
+		blink(0,8);
+		no=incdec(no,2,1);		
+		rst_wdt();
+		switch(no)
+		{
+			case 1:
+				 disp(0x1A,0x0C,0x11,0x14,0x17,0x11,0x0E,0x0E);
+				break;
+			case 2:
+				 disp(0x0E,0x0E,0x11,0x14,0x17,0x11,0x1A,0x0C);
+				break;						
+		}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)return;
+	#endif
+	switch(no)
+	{		
+		rst_wdt();
+		case 1:
+			sectors_copy_to_EEPROM(BLK1_DST_ADDR, 0x00);
+			break;
+		case 2:
+			EEPROM_copy_to_sectors(BLK1_DST_ADDR, 0x00);
+			break;				
+	}	
+	delay(500);
+	read_values(); //loading new values	
+}
+*/
+//=====================================================================================
+unsigned int bcd2bin(char no)	// Converts bcd in the display and 
+{												// returns the equ. int value.
+	unsigned int bin_val,mul=1;			// char no.,determines how much 
+	char i;    									// digits in the display should be
+	bin_val=0x00;								// converted.
+	for(i=7;i>=(8-no);i--)
+	  {
+		 bin_val = bin_val + disp_data[i] * mul;
+		 mul = mul * 10;
+	  }
+	return(bin_val);
+} 
+//====================================================================================
+char incdec(char name,char max,char min)
+{	
+	#ifdef _6_key
+	if(!incr)
+	#elif defined( _4x4_key )
+	if(KeyPressed == incr)
+	#endif
+	  {
+		name++;
+		if(name>max)name=min;		
+	  }
+	#ifdef _6_key
+	if(!decr)
+	#elif defined( _4x4_key )
+	else if(KeyPressed == decr)
+	#endif
+	  {
+		name--;
+		if(name= 0x00) && (KeyPressed <= 0x09))  
+  else if((KeyPressed >= min) && (KeyPressed <= max)) 
+	  {
+	   name = KeyPressed;
+		 KeyPressed = 'S';  //for shifting digit
+	  } 
+	#endif
+	return(name);
+}
+//======================================================================================
+void cal(void)
+{
+	unsigned char j;
+
+	if(cal_en) //calibration hardware lock
+	 {
+	 disp(0x11,0x0C,0x0A,0x11,0x16,0x17,0x0C,0x11);
+	 return; 
+	 }
+	else 
+
+	disp(0x11,0x11,0x11,0x0c,0x0a,0x16,0x11,0x11);
+	delay(1000);
+	disp(0x11,0x1d,0x0e,0x01,0x19,0x15,0x14,0x11);
+	delay(1000);
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)	
+	#endif
+	  {delay(2);}
+	
+	#ifdef _6_key
+	if(!mode) 
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)
+	#endif
+	{
+		#ifdef _6_key
+ 		while(!mode)	{ delay(2);}	
+    #elif defined( _4x4_key )	
+		//while(KeyPressed == mode)	{KeyPressed = 'X'; delay(2);}
+    while(KeyPressed == mode){delay(2);}		
+		#endif
+		return;
+	}
+	#ifdef _6_key
+	while(!enter){delay(2);}
+	#elif defined( _4x4_key )
+	while(KeyPressed == enter){delay(2);}
+	#endif	  
+
+	disp(0x0c,0x0a,0x16,0x11,0x11,0x11,0x11,0x11);
+	dp_flag=1;
+	c_flag=1;
+	tare_flag=0;
+	while(!aco);
+	aco=0;
+	//filter_val=adc_val;
+	process();	
+	temp_val = disp_val;
+	c_flag=0;
+   for(j=7;j>2;j--)
+    {
+    disp_data[j]=temp_val % 10;
+    temp_val=temp_val / 10; 
+    }
+	j=3;
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	{
+	  blink(j,1);
+	  disp_data[j]=incdec(disp_data[j],9,0);
+		#ifdef _6_key
+		if(!tare) 	
+    #elif defined( _4x4_key )	
+		//if(('S' == KeyPressed) || (KeyPressed == right))
+		if(('S' == KeyPressed) || (KeyPressed == tare))
+		#endif
+		  {
+			j++;
+			if(j>7) j=3;
+		  }
+		/*if(KeyPressed == left)
+		{
+			j--;
+			if(j<3) j=7;
+		}*/
+		
+	}
+	#ifdef _6_key
+	if(!mode)
+	#elif defined( _4x4_key )
+  if(KeyPressed == mode)
+	#endif
+	{
+		#ifdef _6_key
+ 		while(!mode)	
+		#elif defined( _4x4_key )
+		while(KeyPressed == mode)
+		#endif
+		  {delay(2);}
+		return;
+	}
+	#ifdef _6_key
+	while(!enter)
+	#elif defined( _4x4_key )		
+	while(KeyPressed == enter)
+	#endif
+	   {delay(2);}
+	cal_flag=1;
+	bin_val=bcd2bin(5);
+	if(res==0)bin_val=bin_val + 10;
+	else		bin_val=bin_val + res;
+	dp_flag=0;
+}	
+//=====================================================================================
+void cal_find(void)
+{
+	if(cal_flag)
+	{
+		cal_flag=0;		
+		temp1=(unsigned long int)bin_val;
+		temp2=(unsigned long int)disp_val;
+
+		if(disp_val > bin_val)	temp_val = disp_val - bin_val;
+		else	temp_val = bin_val - disp_val;
+		//if(temp_val <= (disp_val/10))
+		if(temp_val)
+		{
+			temp =(temp1 * 0x2710)/temp2;
+			cal_val = (unsigned int)temp;
+			//if((temp % temp2) > (temp2/2))	cal_val+=1;	//it was enabled		
+			EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+			write_eeprom(EE_cal_val_Mem_MSB,cal_val/0x100);
+			write_eeprom((EE_cal_val_Mem_LSB),cal_val%0x100);
+			disp(0x11,0x05,0x1b,0x0c,0x0c,0x0e,0x05,0x05);			
+			delay(1000);
+			clr_disp();
+		}
+		else	
+		{
+			disp(0x11,0x11,0x0f,0x0a,0x01,0x16,0x11,0x11);			
+			delay(1000);
+			clr_disp();
+			calibrate();
+		}
+	}
+}
+//==========================================================================================
+void calibrate(void)
+{
+	temp1=(unsigned long int)disp_val;
+	temp2=(unsigned long int)cal_val;
+	temp =(temp1 * temp2)/0x2710;
+	disp_val = (unsigned int)temp;
+	//if(((temp1*temp2) % 0x2710) > 0x1388)	disp_val+=1; //It was enabled
+}
+//=========================================================================================
+void cal_rst(void)
+{
+	if(cal_en) //calibration hardware lock
+	 {
+	 disp(0x11,0x0C,0x0A,0x11,0x16,0x17,0x0C,0x11);
+	 return; 
+	 }
+	else
+	
+	disp(0x11,0x13,0x0e,0x05,0x0e,0x14,0x11,0x11);
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while((KeyPressed != enter) && (KeyPressed != mode))	
+	#endif
+	   {delay(2);}
+	
+	#ifdef _6_key
+	if(!mode)
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)
+	#endif
+	{
+		#ifdef _6_key
+		while(!mode)	{delay(2);}
+    #elif defined( _4x4_key )		
+		while(KeyPressed == mode)	{delay(2);}
+		#endif
+		return;
+	}
+	#ifdef _6_key
+	while(!enter)	
+	#elif defined( _4x4_key )
+	while(KeyPressed == enter)
+	#endif
+	  {delay(2);}
+	clr_disp();
+	EEPROM_block = Block_0; //Following parameters in block0 of EEPROM
+	write_eeprom(EE_cal_val_Mem_MSB,0x27);
+	write_eeprom((EE_cal_val_Mem_LSB),0x10);
+	read_values();
+}
+//=======================================================================================
+void select_menu(void)
+{
+	char no=1;
+	clr_disp();
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	{
+		blink(0,8);
+		//no=incdec(no,5,1);
+		no=incdec(no,9,1);
+		rst_wdt();
+		switch(no)
+		{
+			case 1:
+				 disp(0x0f,0x01,0x16,0x11,0x12,0x0a,0x13,0x0a);
+				break;			
+			case 2:
+				 disp(0x05,0x0c,0x16,0x11,0x05,0x0e,0x14,0x11);
+				break;
+			case 3:
+				 disp(0x11,0x0c,0x0a,0x16,0x11,0x11,0x11,0x11);
+				break;
+			case 4:
+				 disp(0x0c,0x0a,0x16,0x11,0x13,0x05,0x14,0x11);
+				break;
+			case 5:
+				 disp(0x0d,0x0e,0x0f,0x0a,0x1b,0x16,0x14,0x05);
+				break;			
+			case 6:
+				 disp(0x0C,0x1B,0x1A,0x1B,0x16,0x0A,0x14,0x0E);
+				break;
+			case 7:
+				 disp(0x0B,0x0A,0x14,0x0C,0x15,0x11,0x11,0x11);
+				break;
+			case 8:	
+				 disp(0x0B,0x0A,0x14,0x0C,0x15,0x14,0x17,0x14);			   	
+				break;
+			case 9:
+				 disp(0x0B,0x0A,0x14,0x15,0x11,0x0C,0x1B,0x1A);
+				 delay(500);
+				 disp(0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11,0x11);
+				break;
+		}
+	}
+	#ifdef _6_key
+	if(!mode)	return;
+	#elif defined( _4x4_key )
+	if(KeyPressed == mode)return;
+	#endif
+	switch(no)
+	{		
+//		rst_wdt();
+		case 1:
+			sys_paramts();
+			rst_wdt();
+			break;
+		case 2:
+			settings();
+			break;
+		case 3:
+			cal();
+			break;
+		case 4:
+			cal_rst();
+			break;
+		case 5:
+			load_eep_defaults();
+			break;		
+		case 6:
+			display_current_cumulative();
+			break;
+    case 7:
+			display_current_batch();
+			break;
+    case 8:
+			display_total_batch();
+			break;
+		case 9:			
+		  clear_batch_cumulative();
+		  break;
+	}	
+}
+//========================================================================================
+void display_total_cumulative(void)
+{
+  cumulative = 0;
+	dp_flag=1;
+  cumulative = RTC_Readlong(RTC_MEM_F1_cumulative) + RTC_Readlong(RTC_MEM_F2_cumulative) + RTC_Readlong(RTC_MEM_F3_cumulative)+ \
+               RTC_Readlong(RTC_MEM_F4_cumulative) + RTC_Readlong(RTC_MEM_F5_cumulative)+ RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);
+  long2bcd(cumulative,8);
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	 {delay(2);}
+}
+//=============================================================================================
+void display_total_batch(void)
+{ 
+  batch=(read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB))+    
+        (read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB))+     
+        (read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB))+   
+        (read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB))+   
+        (read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB))+   
+        (read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB));   
+ 
+	disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+  batch2bcd(batch,5);	
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	  {delay(2);}
+}
+//===========================================================================================
+void display_current_cumulative(void)
+{ 
+  unsigned char sdat=1,b=0;
+	
+	function = read_RTC(RTC_MEM_current_recipe);
+	shift_flag=0;
+	if(function>6)sdat=1;
+	else sdat=function;
+	
+	#ifdef _6_key
+	 while(!enter)
+	#elif defined( _4x4_key )
+   while(KeyPressed == enter)		
+	#endif	
+    {delay(2);}	  
+  disp(sdat,0x0C,0x11,0x11,0x11,0x11,0x11,0x11);	//"1C"  
+	delay(500);
+	//b=1;
+	b=0; //Digit from left one
+	dp_flag=1;
+	#ifdef _6_key
+	 while(enter && set && mode)
+	#elif defined( _4x4_key )
+	 while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	  {		   
+      blink(b,1);
+		  disp_data[b]=incdec(disp_data[b],6,1);	
+      //sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);	
+			sdat = (disp_data[0] & 0xFF);	
+			sdat = bcd2int(sdat);				
+			//delay(100);	
+     if(sdat==1)
+			 cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+		 else if(sdat==2)
+			 cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+		 else if(sdat==3)
+			 cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+		 else if(sdat==4)
+			 cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+		 else if(sdat==5)
+			 cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+		 else if(sdat==6)
+			 cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);   
+		  
+		 //bin2bcd(batch,5);	
+     //long2bcd(cumulative,8);
+		 bin2bcd(cumulative,6);     		 
+	  }		
+		#ifdef _6_key
+	   while(!enter)
+		#elif defined( _4x4_key )
+     while(KeyPressed == enter)		
+		#endif	
+      {delay(2);}	
+	
+ /*if(function==1)
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F1_cumulative);
+   }
+ else if(function==2)
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F2_cumulative);
+   }
+ else if(function==3)
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F3_cumulative);
+   }
+ else if(function==4)
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F4_cumulative);
+   }
+ else if(function==5)
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F5_cumulative);
+   }
+ else if((function>=6) && (function<=36))
+   {
+    cumulative = RTC_Readlong(RTC_MEM_F6_TO_F36_cumulative);
+   }
+  long2bcd(cumulative,8);	
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	  {delay(2);} */
+}
+//============================================================================================
+void display_current_batch(void)
+{
+	unsigned char sdat=1,b=0;;
+	function = read_RTC(RTC_MEM_current_recipe);
+	shift_flag=0;
+	if(function>6)sdat=1;
+	else sdat=function;
+	
+	#ifdef _6_key
+	 while(!enter)
+	#elif defined( _4x4_key )
+   while(KeyPressed == enter)		
+	#endif	
+    {delay(2);}	
+			
+  //disp(function/10,function%10,0x0F,0x11,0x11,0x11,0x11,0x11);
+  disp(0x0B,sdat,0x1E,0x11,0x11,0x11,0x11,0x11);	//"B1="  
+	delay(500);
+	b=1;
+	//b=0;
+	dp_flag=0;
+	#ifdef _6_key
+	 while(enter && set && mode)
+	#elif defined( _4x4_key )
+	 while(KeyPressed != enter && KeyPressed != set && KeyPressed != mode)
+	#endif
+	   {		   
+      blink(b,1);
+		  disp_data[b]=incdec(disp_data[b],6,1);	
+      //sdat = ((disp_data[0] & 0x0F) << 4 ) + (disp_data[1] & 0x0F);	
+			sdat = (disp_data[1] & 0xFF);	
+			sdat = bcd2int(sdat);				
+			//delay(100);	
+     if(sdat==1)
+			 batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB);
+		 else if(sdat==2)
+			 batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);
+		 else if(sdat==3)
+			 batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);
+		 else if(sdat==4)
+			 batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);
+		 else if(sdat==5)
+			 batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);
+		 else if(sdat==6)
+			 batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);   
+		        
+      //batch2bcd(batch,5);  
+      bin2bcd(batch,5);			
+	   }		
+		#ifdef _6_key
+	   while(!enter){delay(2);}	
+		#elif defined( _4x4_key )
+     while(KeyPressed == enter)	{delay(2);}	
+	  #endif	      
+	dp_flag=1;
+}
+ //---------------------------------------------------------------------------	
+ /*if(function==1)
+  {
+   batch=read_RTC(RTC_MEM_F1_batch_MSB)*0x100 + read_RTC(RTC_MEM_F1_batch_LSB);  
+  }
+ else if(function==2)
+  {
+   batch=read_RTC(RTC_MEM_F2_batch_MSB)*0x100 + read_RTC(RTC_MEM_F2_batch_LSB);   
+  }
+ else if(function==3)
+  {
+   batch=read_RTC(RTC_MEM_F3_batch_MSB)*0x100 + read_RTC(RTC_MEM_F3_batch_LSB);   
+  }
+ else if(function==4)
+  {
+   batch=read_RTC(RTC_MEM_F4_batch_MSB)*0x100 + read_RTC(RTC_MEM_F4_batch_LSB);   
+  }
+ else if(function==5)
+  {
+   batch=read_RTC(RTC_MEM_F5_batch_MSB)*0x100 + read_RTC(RTC_MEM_F5_batch_LSB);   
+  }
+ else if((function>=6) && (function<=36))
+  {
+   batch=read_RTC(RTC_MEM_F6_TO_F36_batch_MSB)*0x100 + read_RTC(RTC_MEM_F6_TO_F36_batch_LSB);   
+  }
+	disp(0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11);
+  batch2bcd(batch,5);	
+	#ifdef _6_key
+	while(enter && mode)
+	#elif defined( _4x4_key )
+	while(KeyPressed != enter && KeyPressed != mode)
+	#endif
+	 {delay(2);} 
+}*/
+//===============================================================================================
+void clear_current_cumulative_batch(void)
+{
+  disp(0x11,0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11);
+	#ifdef _6_key
+   while(tare && set && mode)
+	#elif defined( _4x4_key )
+   while(KeyPressed != tare &&KeyPressed != set && KeyPressed != mode)
+	#endif
+     {
+		  blink(0,8); 
+ 	   }
+	#ifdef _6_key
+  if(!tare)
+	#elif defined( _4x4_key )
+  if(KeyPressed == tare)
+	#endif
+   {
+    cumulative=0;
+    batch=0;
+	if(function==1)
+	 {
+     RTC_Writelong(RTC_MEM_F1_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F1_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F1_batch_LSB,batch%0x100);
+	 }
+	else if(function==2)
+	 {
+     RTC_Writelong(RTC_MEM_F2_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F2_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F2_batch_LSB,batch%0x100);
+	 }
+    else if(function==3)
+	 {
+     RTC_Writelong(RTC_MEM_F3_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F3_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F3_batch_LSB,batch%0x100);
+	 }
+    else if(function==4)
+	 {
+     RTC_Writelong(RTC_MEM_F4_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F4_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F4_batch_LSB,batch%0x100);
+	 }
+    else if(function==5)
+	 {
+     RTC_Writelong(RTC_MEM_F5_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F5_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F5_batch_LSB,batch%0x100);
+	 }
+	  else if((function>=6) && (function<=36))
+	 {
+     RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative); //cumulative clear 
+     write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch%0x100);
+	 }
+   }	 
+}
+//=================================================================================================
+void clear_batch_cumulative(void)
+{
+  disp(0x11,0x0C,0x16,0x0E,0x0A,0x13,0x11,0x11);
+	#ifdef _6_key
+   while(tare && set && mode)
+	#elif defined( _4x4_key )
+   while(KeyPressed != tare &&KeyPressed != set && KeyPressed != mode)
+	#endif
+     {
+		  blink(0,8); 
+ 	   }
+	#ifdef _6_key
+   if(!tare)
+	#elif defined( _4x4_key )
+   if(KeyPressed == tare)
+	#endif
+   {
+     cumulative=0;
+     batch=0;
+
+     RTC_Writelong(RTC_MEM_F1_cumulative,cumulative); //F1 cumulative clear 
+     write_RTC(RTC_MEM_F1_batch_MSB,batch/0x100);  //F1 batch clear
+     write_RTC(RTC_MEM_F1_batch_LSB,batch%0x100);
+
+     RTC_Writelong(RTC_MEM_F2_cumulative,cumulative); //F2 cumulative clear 
+     write_RTC(RTC_MEM_F2_batch_MSB,batch/0x100);  //F2 batch clear
+     write_RTC(RTC_MEM_F2_batch_LSB,batch%0x100);
+
+     RTC_Writelong(RTC_MEM_F3_cumulative,cumulative); //F3 cumulative clear 
+     write_RTC(RTC_MEM_F3_batch_MSB,batch/0x100);  //F3 batch clear
+     write_RTC(RTC_MEM_F3_batch_LSB,batch%0x100);
+
+     RTC_Writelong(RTC_MEM_F4_cumulative,cumulative); //F4 cumulative clear 
+     write_RTC(RTC_MEM_F4_batch_MSB,batch/0x100);  //F4 batch clear
+     write_RTC(RTC_MEM_F4_batch_LSB,batch%0x100);
+
+     RTC_Writelong(RTC_MEM_F5_cumulative,cumulative); //F5 cumulative clear 
+     write_RTC(RTC_MEM_F5_batch_MSB,batch/0x100);  //F5batch clear
+     write_RTC(RTC_MEM_F5_batch_LSB,batch%0x100);
+		 
+		 RTC_Writelong(RTC_MEM_F6_TO_F36_cumulative,cumulative); //F6~F36 cumulative clear 
+     write_RTC(RTC_MEM_F6_TO_F36_batch_MSB,batch/0x100);  //batch clear
+     write_RTC(RTC_MEM_F6_TO_F36_batch_LSB,batch%0x100);
+   }	 
+}
+//======================================================================================================
\ No newline at end of file
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.c
new file mode 100644
index 0000000..550e5bb
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.c	
@@ -0,0 +1,205 @@
+/*
+ * _4x4_key.c
+ *
+ * Created: 11-03-2015 15:22:49
+ *  Author: stanly
+ */ 
+#include 
+#include  
+#include 
+
+
+//extern unsigned char idata  keyPressed, key_digit=0;
+extern unsigned char idata  KeyPressed;	
+unsigned char  key_value[2]={0,0};
+
+#define KB_PORT_OUT P0
+#define KB_PORT_IN  P0
+
+//***********************************************************************/
+void init_matrixKeypad(void)
+{
+	P0=0x0F;
+	//pull_up_matrix_key_port;
+}
+
+void read_matrixKeypad(void)
+{
+	//unsigned char upperNibble, keyCode, i, keyPressed;
+	unsigned char idata upperNibble, keyCode, i;		
+	upperNibble = 0xff;
+   
+    KeyPressed = '@'; //clearing every time
+		
+	for(i=0; i<4; i++)
+	{		
+		delay(1);
+		KB_PORT_OUT = ~(0x01 << i);		  		  	 		  
+		delay(1);  //delay for port o/p settling
+		upperNibble = KB_PORT_IN | 0x0f;
+		
+		if (upperNibble != 0xff)
+		{			  		 
+			delay(20);  //key debouncing delay
+			upperNibble = KB_PORT_IN | 0x0f;
+			if(upperNibble == 0xff) goto OUT;				
+			keyCode = (upperNibble & 0xf0) | (0x0f & ~(0x01 << i));			
+			while (upperNibble != 0xff)
+			upperNibble = KB_PORT_IN | 0x0f;				   			   
+			delay(20);  //key debouncing delay			
+			switch (keyCode)			   //generating key character to display on LCD
+			{			 			  
+				case (0xd7): 
+				if(KEY_LAYOUT)KeyPressed = 0x00;
+				else KeyPressed = 0x07;
+				break;
+				case (0xee): 
+				if(KEY_LAYOUT)KeyPressed = 0x01;
+				else KeyPressed = 'D';
+				break;
+				case (0xde): 
+				if(KEY_LAYOUT)KeyPressed = 0x02;
+				else KeyPressed = 'C';
+				break;
+				case (0xbe): 
+				if(KEY_LAYOUT)KeyPressed = 0x03;
+				else KeyPressed = 'B';
+				break;
+				case (0xed): 
+				if(KEY_LAYOUT)KeyPressed = 0x04;
+				else KeyPressed = '#';
+				break;
+				case (0xdd): 
+				if(KEY_LAYOUT)KeyPressed = 0x05;				
+				else KeyPressed = 0x09;				
+				break;
+				case (0xbd): KeyPressed = 0x06;
+				break;
+				case (0xeb): 
+				if(KEY_LAYOUT)KeyPressed = 0x07;
+				else KeyPressed = 0x00;
+				break;
+				case (0xdb): KeyPressed = 0x08;
+				break;
+				case (0xbb): 				
+				if(KEY_LAYOUT)KeyPressed = 0x05;				
+				KeyPressed = 0x09;
+				break;
+				case (0x7e): KeyPressed = 'A';
+				break;
+				case (0x7d): 
+				if(KEY_LAYOUT)KeyPressed = 'B';
+				else KeyPressed = 0x03;
+				break;
+				case (0x7b): 
+				if(KEY_LAYOUT)KeyPressed = 'C';
+				else KeyPressed = 0x02;
+				break;
+				case (0x77): 
+				if(KEY_LAYOUT)KeyPressed = 'D';
+				else KeyPressed = 0x01;
+				break;
+				case (0xe7): KeyPressed = '*';
+				break;
+				case (0xb7): 
+				if(KEY_LAYOUT)KeyPressed = '#';
+				else KeyPressed = 0x04;
+				break;
+				default	   : KeyPressed = 'X';			  			  
+			}//end of switch				
+		 //lcd_gotoxy(0x0F, 0x00);
+		 //lcd_putc(keyPressed);						
+		OUT:;		
+		}//end of if
+	}//end of for 		    
+} 
+/*void read_matrixKeypad(void)
+{
+	//unsigned char upperNibble, keyCode, i, keyPressed;
+	unsigned char upperNibble, keyCode, i;
+	upperNibble = 0xff;
+	
+	keyPressed = '@'; //clearing every time
+	
+	for(i=0; i<4; i++)
+	{
+		_delay_ms(1);
+		KB_PORT_OUT = ~(0x01 << i);
+		_delay_ms(1);  //delay for port o/p settling
+		upperNibble = KB_PORT_IN | 0x0f;
+		
+		if (upperNibble != 0xff)
+		{
+			_delay_ms(20);  //key debouncing delay
+			upperNibble = KB_PORT_IN | 0x0f;
+			if(upperNibble == 0xff) goto OUT;
+			keyCode = (upperNibble & 0xf0) | (0x0f & ~(0x01 << i));
+			while (upperNibble != 0xff)
+			upperNibble = KB_PORT_IN | 0x0f;
+			_delay_ms(20);  //key debouncing delay
+			switch (keyCode)			   //generating key character to display on LCD
+			{
+				case (0xd7):
+				if(KEY_LAYOUT)keyPressed = 0;
+				else keyPressed = 7;
+				break;
+				case (0xee):
+				if(KEY_LAYOUT)keyPressed = 1;
+				else keyPressed = 'D';
+				break;
+				case (0xde):
+				if(KEY_LAYOUT)keyPressed = 2;
+				else keyPressed = 'C';
+				break;
+				case (0xbe):
+				if(KEY_LAYOUT)keyPressed = 3;
+				else keyPressed = 'B';
+				break;
+				case (0xed):
+				if(KEY_LAYOUT)keyPressed = 4;
+				else keyPressed = '#';
+				break;
+				case (0xdd):
+				if(KEY_LAYOUT)keyPressed = 5;
+				else keyPressed = 9;
+				break;
+				case (0xbd): keyPressed = 6;
+				break;
+				case (0xeb):
+				if(KEY_LAYOUT)keyPressed = 7;
+				else keyPressed = 0;
+				break;
+				case (0xdb): keyPressed = 8;
+				break;
+				case (0xbb):
+				if(KEY_LAYOUT)keyPressed = 5;
+				keyPressed = 9;
+				break;
+				case (0x7e): keyPressed = 'A';
+				break;
+				case (0x7d):
+				if(KEY_LAYOUT)keyPressed = 'B';
+				else keyPressed = 3;
+				break;
+				case (0x7b):
+				if(KEY_LAYOUT)keyPressed = 'C';
+				else keyPressed = 2;
+				break;
+				case (0x77):
+				if(KEY_LAYOUT)keyPressed = 'D';
+				else keyPressed = 1;
+				break;
+				case (0xe7): keyPressed = '*';
+				break;
+				case (0xb7):
+				if(KEY_LAYOUT)keyPressed = '#';
+				else keyPressed = 4;
+				break;
+				default	   : keyPressed = 'X';
+			}//end of switch
+			lcd_gotoxy(0x0F, 0x00);
+			lcd_putc(keyPressed);
+			OUT:;
+		}//end of if
+	}//end of for
+} */
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.h
new file mode 100644
index 0000000..02992ea
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/matrix_key.h	
@@ -0,0 +1,22 @@
+/*
+ * _4x4_key.h
+ *
+ * Created: 11-03-2015 15:29:39
+ *  Author: stanly
+ */ 
+
+#ifndef MATRIX_KEY_H_
+#define MATRIX_KEY_H_
+
+
+//#define KEY_LAYOUT 0  //straight
+#define KEY_LAYOUT 1  //reverse
+
+
+//extern unsigned char keyPressed, key_digit;
+extern unsigned char key_value[2];
+
+extern void init_matrixKeypad(void);
+extern void read_matrixKeypad(void);
+
+#endif /* MATRIX_KEY_H_ */
\ No newline at end of file
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ser_disp.LST b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ser_disp.LST
new file mode 100644
index 0000000..c947cfa
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/ser_disp.LST	
@@ -0,0 +1,180 @@
+C51 COMPILER V9.60.7.0   SER_DISP                                                          07/10/2026 17:02:31 PAGE 1   
+
+
+C51 COMPILER V9.60.7.0, COMPILATION OF MODULE SER_DISP
+OBJECT MODULE PLACED IN ser_disp.OBJ
+COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE ser_disp.c BROWSE DEBUG OBJECTEXTEND
+
+line level    source
+
+   1          //#pragma  nointpromote
+   2          #include 
+   3          //#include 
+   4          //#include 
+   5          
+   6          //#include 
+   7          #include                         
+   8          #include 
+   9          #include 
+  10          #include 
+  11          
+  12          #include 
+  13          #include 
+  14          
+  15          sbit ser_clk =P2^6;
+  16          sbit ser_data=P2^7;
+  17          
+  18          /* Display code storage.
+  19             Display     Code.
+  20             0 to F    0x00 to 0x0F
+  21                -                 0x10
+  22                  Blank           0x11
+  23                    P                     0x12
+  24                    R                     0x13
+  25                    T             0x14
+  26                    H                     0x15
+  27                    L                     0x16
+  28                    O                     0x17
+  29                    N                     0x18
+  30                    G                     0x19
+  31                    M                     0x1A
+  32                    U                     0x1B
+  33                          Y     0x1C
+  34                          W     0x1D
+  35                          =     0x1E
+  36          */                      
+  37          
+  38          unsigned char code h_7[]={0xC0,0xF9,0xA4,0xB0,0x99,0x92,0x82,0xF8,0x80,0x90, 
+  39                                                                   0x88,0x83,0xC6,0xA1,0x86,0x8E, 
+  40                                                                   0xBF,0xFF,0x8C,0xAF,0x87,0x89,0xC7, 
+  41                                                                   0xA3,0xAB,0xC2,0xAA,0xC1,0x91,0x95,0xF6};
+  42          
+  43          unsigned char code filltronics[]={0x0F,0x01,0x16,0x16,0x14,0x13,0x17,0x18,0x01,0x0C,0x05,
+  44                                                                                      0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11}; //Filltronics 
+  45          
+  46          extern unsigned char data disp_data[8];
+  47          extern unsigned char idata dp_val;
+  48          extern bit dp_flag;
+  49                                                           
+  50          //---------------------------------------------------------------------
+  51          void display(void)
+  52          {
+  53   1        unsigned char i,j,temp;
+  54   1        //EX0 = 0;
+  55   1        EA=0;
+C51 COMPILER V9.60.7.0   SER_DISP                                                          07/10/2026 17:02:31 PAGE 2   
+
+  56   1        for(i=0;i<8;i++)
+  57   1        {
+  58   2                      if(i == dp_val && dp_flag)      temp=h_7[disp_data[i]] & 0x7F;
+  59   2                      else                                        temp=h_7[disp_data[i]];
+  60   2          for(j=0;j<=7;j++)
+  61   2                      {
+  62   3                        if(temp & 0x80) ser_data=1;
+  63   3                        else ser_data=0;
+  64   3              
+  65   3                        ser_clk=1;
+  66   3                        _nop_();
+  67   3                        _nop_();
+  68   3                        _nop_();
+  69   3                        ser_clk=0;
+  70   3                      
+  71   3                        temp<<=1;
+  72   3                        _nop_();
+  73   3                        _nop_();
+  74   3                        _nop_();
+  75   3      
+  76   3                rst_wdt();
+  77   3                      }
+  78   2         }
+  79   1         //EX0 = 1;
+  80   1         EA=1;
+  81   1      }
+  82          //---------------------------------------------------------------------
+  83          void disp(char i1,i2,i3,i4,i5,i6,i7,i8)
+  84          {
+  85   1              disp_data[0]=i1;
+  86   1              disp_data[1]=i2;
+  87   1              disp_data[2]=i3;
+  88   1              disp_data[3]=i4;
+  89   1              disp_data[4]=i5;
+  90   1              disp_data[5]=i6;
+  91   1              disp_data[6]=i7;
+  92   1              disp_data[7]=i8;
+  93   1              display();
+  94   1      }
+  95          //------------------------------------------------------------------------
+  96          void clr_disp(void)
+  97          {
+  98   1              disp_data[0]=0x11;
+  99   1              disp_data[1]=0x11;
+ 100   1              disp_data[2]=0x11;
+ 101   1              disp_data[3]=0x11;
+ 102   1              disp_data[4]=0x11;
+ 103   1              disp_data[5]=0x11;
+ 104   1              disp_data[6]=0x11;
+ 105   1              disp_data[7]=0x11;
+ 106   1              display();
+ 107   1      }
+ 108          //------------------------------------------------------------------------
+ 109          void long2bcd(unsigned long value,char no)
+ 110          {
+ 111   1              char i;                                         // Converts a bin value to bcd & display. 
+ 112   1                                                                                      // char no determines how many digits to be 
+ 113   1              for(i=7;i>=(8-no);i--)  // displayed.
+ 114   1          {            
+ 115   2           disp_data[i]=value % 10;
+ 116   2                       if(value==0 && i=(8-no);i--)        // displayed.
+ 129   1        {             
+ 130   2          disp_data[i]=value % 10;
+ 131   2                      if(value==0 && i<7 && disp_data[i]==0x00)disp_data[i]=0x11; //masking zero
+ 132   2          value=value / 10;                   
+ 133   2          rst_wdt();  
+ 134   2        }
+ 135   1              disp_data[0]=0x0B; //Display "Bat"
+ 136   1              disp_data[1]=0x0A;
+ 137   1              disp_data[2]=0x14;
+ 138   1              display();
+ 139   1      }               
+ 140          //-----------------------------------------------------------------------------
+ 141          void display_name(void)
+ 142          {
+ 143   1              char i,j;
+ 144   1              //for(i=0;i<22;i++)
+ 145   1        for(i=0;i
+//#include 
+//#include 
+
+//#include 
+#include                         
+#include 
+#include 
+#include 
+
+#include 
+#include 
+
+sbit ser_clk =P2^6;
+sbit ser_data=P2^7;
+
+/* Display code storage.
+   Display     Code.
+   0 to F    0x00 to 0x0F
+      - 		0x10
+	Blank		0x11
+	  P			0x12
+	  R			0x13
+	  T  		0x14
+	  H			0x15
+	  L			0x16
+	  O			0x17
+	  N			0x18
+	  G			0x19
+	  M			0x1A
+ 	  U			0x1B
+		Y     0x1C
+		W     0x1D
+		=     0x1E
+*/			
+
+unsigned char code h_7[]={0xC0,0xF9,0xA4,0xB0,0x99,0x92,0x82,0xF8,0x80,0x90, 
+					                 0x88,0x83,0xC6,0xA1,0x86,0x8E, 
+					                 0xBF,0xFF,0x8C,0xAF,0x87,0x89,0xC7, 
+					                 0xA3,0xAB,0xC2,0xAA,0xC1,0x91,0x95,0xF6};
+
+unsigned char code filltronics[]={0x0F,0x01,0x16,0x16,0x14,0x13,0x17,0x18,0x01,0x0C,0x05,
+							                    0x11,0x11,0x11,0x11,0x11,0x11,0x11,0x11}; //Filltronics 
+
+extern unsigned char data disp_data[8];
+extern unsigned char idata dp_val;
+extern bit dp_flag;
+						 
+//---------------------------------------------------------------------
+void display(void)
+{
+  unsigned char i,j,temp;
+  //EX0 = 0;
+  EA=0;
+  for(i=0;i<8;i++)
+  {
+		if(i == dp_val && dp_flag)	temp=h_7[disp_data[i]] & 0x7F;
+		else					    temp=h_7[disp_data[i]];
+    for(j=0;j<=7;j++)
+		{
+		  if(temp & 0x80) ser_data=1;
+		  else ser_data=0;
+	
+		  ser_clk=1;
+		  _nop_();
+		  _nop_();
+		  _nop_();
+		  ser_clk=0;
+         	
+		  temp<<=1;
+		  _nop_();
+		  _nop_();
+		  _nop_();
+
+          rst_wdt();
+		}
+   }
+   //EX0 = 1;
+   EA=1;
+}
+//---------------------------------------------------------------------
+void disp(char i1,i2,i3,i4,i5,i6,i7,i8)
+{
+	disp_data[0]=i1;
+	disp_data[1]=i2;
+	disp_data[2]=i3;
+	disp_data[3]=i4;
+	disp_data[4]=i5;
+	disp_data[5]=i6;
+	disp_data[6]=i7;
+	disp_data[7]=i8;
+	display();
+}
+//------------------------------------------------------------------------
+void clr_disp(void)
+{
+	disp_data[0]=0x11;
+	disp_data[1]=0x11;
+	disp_data[2]=0x11;
+	disp_data[3]=0x11;
+	disp_data[4]=0x11;
+	disp_data[5]=0x11;
+	disp_data[6]=0x11;
+	disp_data[7]=0x11;
+	display();
+}
+//------------------------------------------------------------------------
+void long2bcd(unsigned long value,char no)
+{
+	char i;						// Converts a bin value to bcd & display. 
+										// char no determines how many digits to be 
+	for(i=7;i>=(8-no);i--)	// displayed.
+    {		 
+     disp_data[i]=value % 10;
+		 if(value==0 && i=(8-no);i--)	// displayed.
+  {		
+    disp_data[i]=value % 10;
+		if(value==0 && i<7 && disp_data[i]==0x00)disp_data[i]=0x11; //masking zero
+    value=value / 10;     		
+    rst_wdt();  
+  }
+	disp_data[0]=0x0B; //Display "Bat"
+	disp_data[1]=0x0A;
+	disp_data[2]=0x14;
+	display();
+}		
+//-----------------------------------------------------------------------------
+void display_name(void)
+{
+	char i,j;
+	//for(i=0;i<22;i++)
+  for(i=0;i                                                     /* Library header files */      
+   5          //#include 
+   6          //#include     
+   7          #include                         
+   8          #include 
+   9          #include 
+  10          #include 
+  11          
+  12          #include 
+  13          //-----------------------------------------------------------------------------
+  14          extern int idata len;
+  15          //-----------------------------------------------------------------------------
+  16          sfr wdt =0xA6;
+  17          //------------------------------------------------------------------------
+  18          void delay(unsigned int del)
+  19          {
+  20   1              unsigned int j;
+  21   1              unsigned int i;                                 // Delay of 'del' mS.
+  22   1              for(j=0;j> 4) + (bcd & 0xF);
+  59   1      }
+  60          //------------------------------------------------------------------------------
+  61          
+
+
+MODULE INFORMATION:   STATIC OVERLAYABLE
+   CODE SIZE        =    162    ----
+   CONSTANT SIZE    =   ----    ----
+   XDATA SIZE       =   ----    ----
+   PDATA SIZE       =   ----    ----
+   DATA SIZE        =   ----      12
+   IDATA SIZE       =   ----    ----
+   BIT SIZE         =   ----       1
+END OF MODULE INFORMATION.
+
+
+C51 COMPILATION COMPLETE.  0 WARNING(S),  0 ERROR(S)
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.OBJ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.OBJ
new file mode 100644
index 0000000..b5a004e
Binary files /dev/null and b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.OBJ differ
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.c b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.c
new file mode 100644
index 0000000..429165b
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.c	
@@ -0,0 +1,61 @@
+//		Routines which are commonly used in all programs.
+
+//#pragma  code
+#include 							/* Library header files */	
+//#include 
+//#include 	
+#include                         
+#include 
+#include 
+#include 
+
+#include 
+//-----------------------------------------------------------------------------
+extern int idata len;
+//-----------------------------------------------------------------------------
+sfr wdt =0xA6;
+//------------------------------------------------------------------------
+void delay(unsigned int del)
+{
+	unsigned int j;
+	unsigned int i;					// Delay of 'del' mS.
+	for(j=0;j> 4) + (bcd & 0xF);
+}
+//------------------------------------------------------------------------------
+
diff --git a/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.h b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.h
new file mode 100644
index 0000000..235225c
--- /dev/null
+++ b/Tin_fill_ 4x4-&_6Key_8digit_new_key_36_recipe_HX711_AD7780- 55wd_V3.2/utility.h	
@@ -0,0 +1,6 @@
+#define nop(); _nop_(); _nop_(); _nop_(); 
+void delay(unsigned int del);
+extern bit arr_cmp(char arr1[],char arr2[],int len);
+void arr_cpy(char idata *dest,char idata *src,int len);
+void rst_wdt(void);
+unsigned char bcd2int(unsigned char bcd);
\ No newline at end of file