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funcs.h
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void errormsg(unsigned char errorcode,unsigned char showtime)
{
unsigned char err1,err2,err3;
unsigned int err4;
err1=read_e2prom_byte(WRITE_ERROR_INDEX);
err2=read_e2prom_byte(WRITE_ERROR_OV);
if(errorcode<MIN_CODE_OF_ERROR || errorcode>MAX_CODE_OF_ERROR)return;
err3=0;
if(err1>=SIZE_OF_ERROR_LIST)err1=0;
else
if(err1){if(errorcode==ErrorHistory[err1-1].ErrorNum){err1--;err3=ErrorHistory[err1].ErrorQty+1;}}
else
{
if(err2) //over flowed
{
if(errorcode==ErrorHistory[SIZE_OF_ERROR_LIST-1].ErrorNum){err1=SIZE_OF_ERROR_LIST-1;err3=ErrorHistory[err1].ErrorQty+1;}
}
else
{
err1=0;
}
}
ErrorHistory[err1].ErrorDate=day;
ErrorHistory[err1].ErrorMonth=month;
ErrorHistory[err1].ErrorYear=year;
ErrorHistory[err1].ErrorHour=hour;
ErrorHistory[err1].ErrorMin=minute;
ErrorHistory[err1].ErrorSec=second;
ErrorHistory[err1].ErrorNum=errorcode;
ErrorHistory[err1].ErrorQty=err3;
err1++;
if(err1>=SIZE_OF_ERROR_LIST){err1=0;write_e2prom_byte(1,WRITE_ERROR_OV);}
if(err3==0)write_e2prom_byte(err1,WRITE_ERROR_INDEX);
err1=read_e2prom_byte(NO_OF_ERRORS_L);
err4=read_e2prom_byte(NO_OF_ERRORS_H);
err4 *= 0x0100;
err4+= err1; //get_value_i3 is Number of ALL errors
err4++;
write_e2prom_byte((unsigned char)(err4),NO_OF_ERRORS_L);
write_e2prom_byte((unsigned char)(err4>>8),NO_OF_ERRORS_H);
switch(errorcode)
{
case POWERUP_ZERO_OVER_S1_ALARM :
case POWERUP_ZERO_UNDER_S1_ALARM :
case OVERLOAD_S1_ALARM :
case NO_ADC_CARD_FOUND_S1_ALARM :
case ADC_TIME_OVER_S1_ALARM :
show_errorcode_instead_xtra_cntr_scale1=showtime;
lasterrorcode_scale1=errorcode;
buz_start=1;buz_cntr=10;
break;
case POWERUP_ZERO_OVER_S2_ALARM :
case POWERUP_ZERO_UNDER_S2_ALARM :
case OVERLOAD_S2_ALARM :
case NO_ADC_CARD_FOUND_S2_ALARM :
case ADC_TIME_OVER_S2_ALARM :
show_errorcode_instead_xtra_cntr_scale2=showtime;
lasterrorcode_scale2=errorcode;
buz_start=1;buz_cntr=10;
break;
case CALIBRATION_LOCKED_ALARM :
case LOAD_FACTORY_ALARM :
case LOAD_EEPROM_PARAMETER_ALARM :
case SAVE_EEPROM_PARAMETER_ALARM :
case BROWN_OUT_ALARM :
case WATCH_DOG_ALARM :
show_errorcode_instead_xtra_cntr_scale1=showtime;
lasterrorcode_scale1=errorcode;
show_errorcode_instead_xtra_cntr_scale2=showtime;
lasterrorcode_scale2=errorcode;
break;
};
}
unsigned char check_master_pass(unsigned char *chk_pass)
{
if(*(chk_pass+0)!=MASTER_PASS[0])return 0;
if(*(chk_pass+1)!=MASTER_PASS[1])return 0;
if(*(chk_pass+2)!=MASTER_PASS[2])return 0;
if(*(chk_pass+3)!=MASTER_PASS[3])return 0;
if(*(chk_pass+4)!=MASTER_PASS[4])return 0;
if(*(chk_pass+5)!=MASTER_PASS[5])return 0;
return 0xFF;
}
unsigned char check_one_use_pass(unsigned char *chk_pass)
{
unsigned char coup1,coup2,coup3,temp_coup1[10];
unsigned int coup4,coup5;
jalali(day,month,year,&coup1,&coup2,&coup3); //coup1:day coup2:month coup3:year
coup4 = coup3;
coup3=coup1;
coup4 *= coup2;
coup5 = coup1;
coup5 *= 18;
coup4 += 635;
coup4 -= coup5;
sprintf(temp_coup1,"%04d",coup4);
if(*(chk_pass+0)!=temp_coup1[0])return 0;
if(*(chk_pass+1)!=temp_coup1[1])return 0;
if(*(chk_pass+2)!=temp_coup1[2])return 0;
if(*(chk_pass+3)!=temp_coup1[3])return 0;
coup1 = MASTER_PASS[0];
coup1 -= '0';
coup1 *= 10;
coup2 = MASTER_PASS[1];
coup2 -= '0';
coup2+=coup1;
coup2 = 99 - coup2;
coup3 = coup3 /2;
coup3 = coup3 * 5;
coup2 += coup3;
coup2 = coup2 % 100;
sprintf(temp_coup1,"%02d",coup2);
if(*(chk_pass+4)!=temp_coup1[0])return 0;
if(*(chk_pass+5)!=temp_coup1[1])return 0;
return 0xFF;
}
unsigned char select_unit_str(unsigned char *con_str,unsigned char using_s)
{
unsigned char temp_s_str[3],out_unit=0;
if(using_s==1)
{
if(scale1_unit==0)sprintf(temp_s_str,"gr");
else if(scale1_unit==1)
{
if(scale1_float>0)sprintf(temp_s_str,"gr");
else sprintf(temp_s_str,"kg");
}
else
{
if(scale1_float>0)sprintf(temp_s_str,"kg");
else sprintf(temp_s_str,"tn");
}
}
if(using_s==2)
{
if(scale2_unit==0)sprintf(temp_s_str,"gr");
else if(scale2_unit==1)
{
if(scale2_float>0)sprintf(temp_s_str,"gr");
else sprintf(temp_s_str,"kg");
}
else
{
if(scale2_float>0)sprintf(temp_s_str,"kg");
else sprintf(temp_s_str,"tn");
}
}
if(con_str!=NULL)strcpy(con_str,temp_s_str);
if(*(temp_s_str)=='g')return 0;
if(*(temp_s_str)=='k')return 1;
if(*(temp_s_str)=='t')return 2;
}
unsigned char convert_num_point_str(unsigned char *con_str/*,unsigned char need2conv*/,unsigned long int inp_reg,unsigned char using_s,
unsigned char chr_width,unsigned char sign)
{
unsigned char temp_cni=0,temp_cni2=0,temp_cni3=0,temp_cni4=0,temp_cnstr[10],float_p,s_digits,s_unit;
unsigned long int temp_lint;
if(using_s==1)
{
float_p=scale1_float;
// sign=scale1_sign;
s_digits=scale1_digits;
s_unit=scale1_unit;
}
else
{
float_p=scale2_float;
// sign=scale2_sign;
s_digits=scale2_digits;
s_unit=scale2_unit;
}
temp_lint = inp_reg; //if unit is in gram no float point is used
if(s_unit>0) // value is in grams and need to convert in current format of scale
{
if(s_unit>=1)
{
temp_cni = 3 - float_p;
for(;temp_cni>0;temp_cni--)temp_lint = temp_lint / 10; //gr-->kg
}
if(s_unit==2)
{
temp_lint = temp_lint / 1000; //kg-->tn //HERE scale_float_value is float value of weigh with sign in grams
}
}
if(s_digits==0) //4digits
{
if(temp_lint>9999){sprintf(con_str,"----");return chr_width*4;}
}
if(s_digits==1) //5digits
{
if(temp_lint>99999){sprintf(con_str,"-----");return chr_width*5;}
}
if(s_digits==2) //6digits
{
if(temp_lint>999999){sprintf(con_str,"------");return chr_width*6;}
}
if(temp_lint>99999)
sprintf(temp_cnstr,"%d%04d",temp_lint/10000,temp_lint%10000);
else
if(temp_lint>9999)
sprintf(temp_cnstr,"%d%04d",temp_lint/10000,temp_lint%10000);
else
sprintf(temp_cnstr,"%d",temp_lint);
if(float_p>=strlen(temp_cnstr) && float_p && s_unit!=0)
{
if(float_p==3)sprintf(temp_cnstr,"%04d",temp_lint);
if(float_p==2)sprintf(temp_cnstr,"%03d",temp_lint);
if(float_p==1)sprintf(temp_cnstr,"%02d",temp_lint);
}
if(sign=='-')*(con_str)='-';else *(con_str)=' ';
if(float_p && s_unit!=0)temp_cni2 = strlen(temp_cnstr) - float_p+1;else temp_cni2= 0xff;
temp_cni3=0;
temp_cni=1;
do
{
temp_cni4=*(temp_cnstr+temp_cni3);
*(con_str+temp_cni) = temp_cni4;
temp_cni++;
temp_cni3++;
if(temp_cni2==temp_cni){*(con_str+temp_cni)='.';temp_cni++;}
}while(temp_cni4);
temp_cni4=strlen(con_str) * chr_width;
if(chr_width==13)
{
if(strrchr(con_str,'.'))return temp_cni4 - 9;
else return temp_cni4;
}
else
{
if(strrchr(con_str,'.'))return temp_cni4 - 15;
else return temp_cni4;
}
}
unsigned long int convert_unit(unsigned long int inp_reg,unsigned char unit_code)
{
if(unit_code==0)return inp_reg;
if(unit_code==1)return (inp_reg / 1000);
if(unit_code==2)return (inp_reg / 1000000);
}
unsigned long int invert_unit(unsigned long int inp_reg,unsigned char unit_code)
{
if(unit_code==0)return inp_reg;
if(unit_code==1)return (inp_reg * 1000);
if(unit_code==2)return (inp_reg * 1000000);
}
unsigned long int invert_unit_fp(unsigned long int inp_reg,unsigned char unit_code,unsigned char fp_code)
{
unsigned long int inp_temp;
unsigned char zeros_no;
inp_temp = inp_reg;
zeros_no=0;
if(unit_code==0)return inp_temp;
else
if(unit_code==1)zeros_no = 3;
else
if(unit_code==2)zeros_no = 6;
if(fp_code==1)zeros_no-=1;
if(fp_code==2)zeros_no-=2;
if(fp_code==3)zeros_no-=3;
while(zeros_no)
{
inp_temp = inp_temp / 10;
zeros_no--;
}
return inp_temp;
}
void printf_longnum(unsigned char *out_text,unsigned long int longnum,unsigned char digs)
{
unsigned char temp_text1[10];
if(digs==5)
{
if(longnum>10000)
sprintf(temp_text1,"%d%04d",longnum/10000,longnum%10000);
else
sprintf(temp_text1,"%d",longnum%10000);
// 5-strlen(temp_text1);
}
else
{
if(longnum>1000000)
sprintf(temp_text1,"%3d%04d",longnum/10000,longnum%10000);
else
if(longnum>100000)
sprintf(temp_text1,"%2d%04d",longnum/10000,longnum%10000);
else
if(longnum>10000)
sprintf(temp_text1,"%d%04d",longnum/10000,longnum%10000);
else
sprintf(temp_text1,"%d",longnum);
}
strcpy(out_text,temp_text1);
}
void load_float_in_string(float floatnum,unsigned char *str_tmp)
{
float lls1;
unsigned long int lls2,lls3;
unsigned char lls4,lls5;
/*
lls1 = 100000 * modf(floatnum,&lls2);
for(lls3=0;lls3<16;lls3++)get_value_ch[lls3]=0;
lls4 = lls1 % 10;
lls1 = lls1 / 10;
lls3 = (char)(lls4);
if(lls3==10){lls3=0;lls1+=1;}
sprintf(get_value_ch,"%u.%04u%u",(int)(lls2),(int)(lls1),(int)(lls3));
*/
if(floatnum<0){lls5=1;floatnum=-floatnum;}
else lls5=0;
for(lls3=0;lls3<16;lls3++)
*(str_tmp+lls3)=0;
lls2 = floatnum + 0.000005;
lls1 = floatnum - lls2;
lls1 = 100000 * lls1;
lls3 = lls1;
lls4 = (char)(lls3 % 10);
lls3 = lls3 / 10;
if(lls5==0)
sprintf(str_tmp,"%u.%04u%u",(int)(lls2),(int)(lls3),lls4);
else
sprintf(str_tmp,"-%u.%04u%u",(int)(lls2),(int)(lls3),lls4);
}
float convert_string_to_float(unsigned char *str_temp)
{
unsigned long int csf_l1,csf_l2,csf_l3;
unsigned char csf_n1,csf_n2,csf_n3,csf_i2,csf_i4;
float csf_f1,csf_f2,csf_f3;
if(*str_temp=='-')
{
csf_i4=1;
}
else csf_i4=0;
csf_i2=0;
csf_n3 = strlen(str_temp);
for(csf_n1=0;csf_n1<csf_n3;csf_n1++)
{
if( *(str_temp+csf_n1)=='.' ){csf_i2=csf_n1;break;}
}
if(csf_i2)csf_n2=csf_i2; //get_value_i2 place of .
else csf_n2=strlen(str_temp);
csf_l2=1;
csf_l1=0;
for(csf_n1=1;csf_n1<=csf_n2;csf_n1++)
{
if(csf_i4==1 && csf_n2==csf_n1)break;
csf_l3 = *(str_temp + (csf_n2-csf_n1) )-'0';
csf_l3 *= csf_l2;
csf_l1 += csf_l3;
csf_l2 *= 10;
}
// csf_l1 integer part is saved
csf_f1=0;
if(csf_i2)
{
csf_n2 = csf_i2;
csf_n3 = strlen(str_temp);
csf_f2 = 0.10;
for(csf_n1=csf_n2+1;csf_n1<csf_n3;csf_n1++)
{
csf_f3 = *(str_temp + csf_n1 ) - '0';
csf_f3 *= csf_f2;
csf_f1 += csf_f3;
csf_f2 *= 0.10;
}
csf_f2 += 0.000001;
}
csf_f1 += csf_l1;
if(csf_i4)csf_f1 = -csf_f1;
return csf_f1;
}
void write_weighing_data_eeprom(struct weighing_data_record_format record_format,unsigned char address)
{
unsigned char str_wwd[32],temp_wwd;
unsigned int itemp_wwd=0;
str_wwd[0] = record_format.first_weighing_value_msb;
str_wwd[1] = record_format.first_weighing_value_mid;
str_wwd[2] = record_format.first_weighing_value_lsb;
str_wwd[3] = record_format.vehicle_no_msb;
str_wwd[4] = record_format.vehicle_no_mid;
str_wwd[5] = record_format.vehicle_no_lsb;
itemp_wwd = record_format.conseq1_serial;
str_wwd[6] = itemp_wwd;
itemp_wwd >>=8;
str_wwd[7] = itemp_wwd;
str_wwd[8] = record_format.date_day;
str_wwd[9] = record_format.date_month;
str_wwd[10] = record_format.date_year;
temp_wwd = record_format.scale_no;
temp_wwd = temp_wwd <<6;
temp_wwd &= 0b11000000;
temp_wwd |= record_format.time_hour;
str_wwd[11] = temp_wwd;
str_wwd[12] = record_format.time_minute;
str_wwd[13] = record_format.time_second;
str_wwd[14] = record_format.sort_code;
str_wwd[15] = record_format.customer_name[0];
str_wwd[16] = record_format.customer_name[1];
str_wwd[17] = record_format.customer_name[2];
str_wwd[18] = record_format.customer_name[3];
str_wwd[19] = record_format.customer_name[4];
str_wwd[20] = record_format.customer_name[5];
str_wwd[21] = record_format.customer_name[6];
str_wwd[22] = record_format.customer_name[7];
str_wwd[23] = record_format.customer_name[8];
str_wwd[24] = record_format.customer_name[9];
str_wwd[25] = record_format.customer_name[10];
str_wwd[26] = record_format.customer_name[11];
str_wwd[27] = record_format.customer_name[12];
str_wwd[28] = record_format.customer_name[13];
str_wwd[29] = record_format.customer_name[14];
str_wwd[30] = record_format.customer_name[15];
itemp_wwd = address+WEIGHING_DATA_START_PAGE_ADDRESS;
itemp_wwd <<=5;
itemp_wwd &= 0xFFE0;
write_e2prom_page(str_wwd,itemp_wwd,32);
}
void read_weighing_data_eeprom(struct weighing_data_record_format *record_format,unsigned char address)
{
unsigned char str_rwd[32],temp_rwd;
unsigned int itemp_rwd;
itemp_rwd = address+WEIGHING_DATA_START_PAGE_ADDRESS;
itemp_rwd <<=5;
itemp_rwd &= 0xFFE0;
read_e2prom_page(str_rwd,itemp_rwd);
record_format->first_weighing_value_msb = str_rwd[0];
record_format->first_weighing_value_mid = str_rwd[1];
record_format->first_weighing_value_lsb = str_rwd[2];
record_format->vehicle_no_msb = str_rwd[3];
record_format->vehicle_no_mid = str_rwd[4];
record_format->vehicle_no_lsb = str_rwd[5];
itemp_rwd = str_rwd[7];
itemp_rwd <<=8;
itemp_rwd +=str_rwd[6];
record_format->conseq1_serial = itemp_rwd;
record_format->date_day = str_rwd[8];
record_format->date_month = str_rwd[9];
record_format->date_year = str_rwd[10];
temp_rwd = str_rwd[11]; // str_rwd[11] = (2bits : scale_no) (6bits : time_hour)
record_format->time_hour = (temp_rwd&0x3F);
record_format->time_minute = str_rwd[12];
record_format->time_second = str_rwd[13];
temp_rwd = temp_rwd>>6;
record_format->scale_no = (temp_rwd&0x03);
record_format->sort_code = str_rwd[14];
record_format->customer_name[0] = str_rwd[15];
record_format->customer_name[1] = str_rwd[16];
record_format->customer_name[2] = str_rwd[17];
record_format->customer_name[3] = str_rwd[18];
record_format->customer_name[4] = str_rwd[19];
record_format->customer_name[5] = str_rwd[20];
record_format->customer_name[6] = str_rwd[21];
record_format->customer_name[7] = str_rwd[22];
record_format->customer_name[8] = str_rwd[23];
record_format->customer_name[9] = str_rwd[24];
record_format->customer_name[10] = str_rwd[25];
record_format->customer_name[11] = str_rwd[26];
record_format->customer_name[12] = str_rwd[27];
record_format->customer_name[13] = str_rwd[28];
record_format->customer_name[14] = str_rwd[29];
record_format->customer_name[15] = str_rwd[30];
}
void read_sort_name(unsigned char *record_format,unsigned char sort_code_address)
{
unsigned char str_rsn[32];
unsigned int itemp_rsn;
itemp_rsn = sort_code_address;
itemp_rsn *= 16;
itemp_rsn &= 0xFFF0;
itemp_rsn += SORT_NAMES_INITIAL_ADDRESS;
read_e2prom_page(str_rsn,itemp_rsn);
for(itemp_rsn=0;itemp_rsn<16;itemp_rsn++)
{
*(record_format+itemp_rsn) = str_rsn[itemp_rsn];
}
*(record_format+16) = 0;
if(*(record_format)==0 || *(record_format)==0xFF){*record_format='0';*(record_format+1)=0;}
}
void write_sort_name(unsigned char *record_format,unsigned char sort_code_address)
{
unsigned char str_wsn[32];
unsigned int itemp_wsn;
for(itemp_wsn=0;itemp_wsn<16;itemp_wsn++)
{
str_wsn[itemp_wsn] = *(record_format+itemp_wsn);
}
str_wsn[15] = 0;
itemp_wsn = sort_code_address;
itemp_wsn *= 16;
itemp_wsn &= 0xFFF0;
itemp_wsn += SORT_NAMES_INITIAL_ADDRESS;
write_e2prom_page(str_wsn,itemp_wsn,16);
}
unsigned char check_ID_truck_in_memory(unsigned long int idchecked,unsigned char tempindex) //get id_truck and returns inbound code
{
unsigned char cit1,cit2,cit3,cit4,cit6;
struct weighing_data_record_format weighing_data_temp;
unsigned long int cit5;
cit6=tempindex-1;
cit5 = idchecked;
cit1 = (unsigned char)(cit5); //cit1 is lsb
cit5 = (cit5>>8);
cit2 = (unsigned char)(cit5); //cit2 is mid
cit5 = (cit5>>8);
cit3 = (unsigned char)(cit5); //cit3 is msb
for(cit4=0;cit4<NUM_OF_FIRST_WEIGHING_MEMORY;cit4++)
{
#asm("wdr")
read_weighing_data_eeprom(&weighing_data_temp,cit6);
if(cit1==weighing_data_temp.vehicle_no_lsb &&
cit2==weighing_data_temp.vehicle_no_mid &&
cit3==weighing_data_temp.vehicle_no_msb)return cit6;
if(cit6)cit6--;
else cit6=NUM_OF_FIRST_WEIGHING_MEMORY-1;
}
return 0xFF; //0xFF means Failed
}
void display_weight(void)
{
unsigned char temp_dw1[50],temp_dw2[20],temp_kdw0[3],temp_dwstr[20],dw2=0,dw3,dw4,dw5;
unsigned long int temp_idw0,temp_idw1;
float temp_fdw;
if(countout_display)
{
if(scales_func_mode==0) //0 -->both 3 --> + 1-->1 2-->2
{
temp_fdw = scale1_raw_value ;
temp_fdw = temp_fdw / (0x80000); //2^19 = 524288
temp_fdw = temp_fdw - 1;
if(temp_fdw<0){sprintf(temp_dw2,"-");temp_fdw=-temp_fdw;} else sprintf(temp_dw2," ");
dw5 = (unsigned char)( temp_fdw);
temp_fdw = temp_fdw - dw5;
temp_fdw = temp_fdw * 100000;
temp_idw0 =(unsigned long int)( temp_fdw);
temp_idw1 = temp_idw0 % 10;
temp_idw0 = temp_idw0 / 10;
sprintf(temp_dw1,"%s%02d.%04d%d",temp_dw2,dw5,temp_idw0,temp_idw1);
LCD_setxy(5,18);
LCD_put_stringnumber_arial(temp_dw1,18);
temp_fdw = scale2_raw_value ;
temp_fdw = temp_fdw / (0x80000); //2^19 = 524288
temp_fdw = temp_fdw - 1;
if(temp_fdw<0){sprintf(temp_dw2,"-");temp_fdw=-temp_fdw;} else sprintf(temp_dw2," ");
dw5 = (unsigned char)( temp_fdw);
temp_fdw = temp_fdw - dw5;
temp_fdw = temp_fdw * 100000;
temp_idw0 =(unsigned long int)( temp_fdw);
temp_idw1 = temp_idw0 % 10;
temp_idw0 = temp_idw0 / 10;
sprintf(temp_dw1,"%s%02d.%04d%d",temp_dw2,dw5,temp_idw0,temp_idw1);
LCD_setxy(2+120,18);
LCD_put_stringnumber_arial(temp_dw1,18);
}
else
if(scales_func_mode==1) //0 -->both 3 --> + 1-->1 2-->2
{
temp_fdw = scale1_raw_value ;
temp_fdw = temp_fdw / (0x80000); //2^19 = 524288
temp_fdw = temp_fdw - 1;
if(temp_fdw<0){sprintf(temp_dw2,"-");temp_fdw=-temp_fdw;} else sprintf(temp_dw2," ");
dw5 = (unsigned char)( temp_fdw);
temp_fdw = temp_fdw - dw5;
temp_fdw = temp_fdw * 100000;
temp_idw0 =(unsigned long int)( temp_fdw);
temp_idw1 = temp_idw0 % 10;
temp_idw0 = temp_idw0 / 10;
sprintf(temp_dw1,"%s%02d.%04d%d",temp_dw2,dw5,temp_idw0,temp_idw1);
LCD_setxy(30,5);
LCD_put_stringnumber_arial(temp_dw1,36);
scale2_weig_string_length=dw3;
LCD_setxy(205,25);
sprintf(temp_dw1,"mV/V");
LCD_put_string_tahoma(temp_dw1,8);
}
else
if(scales_func_mode==2) //0 -->both 3 --> + 1-->1 2-->2
{
temp_fdw = scale2_raw_value ;
temp_fdw = temp_fdw / (0x80000); //2^19 = 524288
temp_fdw = temp_fdw - 1;
if(temp_fdw<0){sprintf(temp_dw2,"-");temp_fdw=-temp_fdw;} else sprintf(temp_dw2," ");
dw5 = (unsigned char)( temp_fdw);
temp_fdw = temp_fdw - dw5;
temp_fdw = temp_fdw * 100000;
temp_idw0 =(unsigned long int)( temp_fdw);
temp_idw1 = temp_idw0 % 10;
temp_idw0 = temp_idw0 / 10;
sprintf(temp_dw1,"%s%02d.%04d%d",temp_dw2,dw5,temp_idw0,temp_idw1);
LCD_setxy(30,5);
LCD_put_stringnumber_arial(temp_dw1,36);
scale2_weig_string_length=dw3;
LCD_setxy(205,25);
sprintf(temp_dw1,"mV/V");
LCD_put_string_tahoma(temp_dw1,8);
}
return;
}
if(scales_func_mode==0) //0 -->both 3 --> + 1-->1 2-->2
{
LCD_setxy(20,2);
if(scale1_mode=='z')LCD_draw_icon(zero,19,10);
else
if(scale1_mode=='f')LCD_draw_icon(fixed,19,10);
else LCD_draw_icon(blank,19,10);
dw3=convert_num_point_str(temp_dw1,scale1_value,1,13,scale1_sign);
dw2 = 95 - dw3; //right limit of NUMBER
LCD_setxy(0,18);
if(scale1_weig_string_length>dw3)
for(dw4=0;dw4<dw2;dw4++)LCD_putnumber_arial('|',18);
LCD_setxy(dw2,18);
LCD_put_stringnumber_arial(temp_dw1,18);
scale1_weig_string_length=dw3;
LCD_setxy(95,25);
if(manual_tare_s1_state || pb_tare_s1_state)
{
if(manual_tare_s1_state)dw5='M';
if(pb_tare_s1_state)dw5='P';
if(scale1_unit==0)sprintf(temp_dw1,"g%cT",dw5);
else
if(scale1_unit==1)sprintf(temp_dw1,"K%cT",dw5);
else if(scale1_unit==2)sprintf(temp_dw1,"t%cT",dw5);
LCD_put_string_tahoma(temp_dw1,8);
}
else
{
if(scale1_unit==0)sprintf(temp_dw1,"g ");
else
if(scale1_unit==1)sprintf(temp_dw1,"Kg ");
else if(scale1_unit==2)sprintf(temp_dw1,"ton");
LCD_put_string_tahoma(temp_dw1,8);
}
LCD_setxy(95,15);
if(tenfold_out_cntr && using_scale==1)LCD_puttahoma('X',8); else LCD_puttahoma(' ',8);
LCD_setxy(110,15);
if(pb_zero_s1_state)LCD_puttahoma('0',8); else LCD_puttahoma(' ',8);
LCD_setxy(20+121,2);
if(scale2_mode=='z')LCD_draw_icon(zero,19,10);
else
if(scale2_mode=='f')LCD_draw_icon(fixed,19,10);
else LCD_draw_icon(blank,19,10);
dw3=convert_num_point_str(temp_dw1,scale2_value,2,13,scale2_sign);
dw2 = 95 - dw3; //right limit of NUMBER
LCD_setxy(121,18);
if(scale2_weig_string_length>dw3)
for(dw4=0;dw4<dw2;dw4++)LCD_putnumber_arial('|',18);
LCD_setxy(121+dw2,18);
LCD_put_stringnumber_arial(temp_dw1,18);
scale2_weig_string_length=dw3;
LCD_setxy(121+95,25);
if(manual_tare_s2_state || pb_tare_s2_state)
{
if(manual_tare_s2_state)dw5='M';
if(pb_tare_s2_state)dw5='P';
if(scale2_unit==0)sprintf(temp_dw1,"g%cT",dw5);
else
if(scale2_unit==1)sprintf(temp_dw1,"K%cT",dw5);
else if(scale2_unit==2)sprintf(temp_dw1,"t%cT",dw5);
LCD_put_string_tahoma(temp_dw1,8);
}
else
{
if(scale2_unit==0)sprintf(temp_dw1,"g ");
else
if(scale2_unit==1)sprintf(temp_dw1,"Kg ");
else if(scale2_unit==2)sprintf(temp_dw1,"ton");
LCD_put_string_tahoma(temp_dw1,8);
}
LCD_setxy(121+95,15);
if(tenfold_out_cntr && using_scale==2)LCD_puttahoma('X',8); else LCD_puttahoma(' ',8);
LCD_setxy(121+110,15);
if(pb_zero_s2_state)LCD_puttahoma('0',8); else LCD_puttahoma(' ',8);
if(show_errorcode_instead_xtra_cntr_scale1)
{
if(lasterrorcode_scale1)strcpyf(temp_dw2,errorshortcode_table[lasterrorcode_scale1-MIN_CODE_OF_ERROR]);
sprintf(temp_dw1," %s ",temp_dw2);
LCD_setxy(42 ,7);
LCD_put_string_tahoma(temp_dw1,'m'); //tempdw2 Second Line
while(currentx<113)LCD_puttahoma(' ',7);
}
else
if(homepos==SHOWINFO)
{
sprintf(temp_dw2,"%dW%d",scale1_range_display+scale1_ranges-1,scale1_ranges+1);
if(scale1_range_display==2 || scale1_ranges==0)temp_idw0=convert_unit(scale1_interval[2],scale1_interval_unit);
else if(scale1_range_display==1)temp_idw0=convert_unit(scale1_interval[1],scale1_interval_unit);
else if(scale1_range_display==0)temp_idw0=convert_unit(scale1_interval[0],scale1_interval_unit);
if(temp_idw0>999){temp_idw0 /= 1000;sprintf(temp_kdw0,"K");} else sprintf(temp_kdw0,"");
sprintf(temp_dwstr," e:%d%s",temp_idw0,temp_kdw0);
if(scale1_interval_unit==0)strcatf(temp_dwstr,"g");
if(scale1_interval_unit==1)strcatf(temp_dwstr,"KG");
if(scale1_interval_unit==2)strcatf(temp_dwstr,"tn");
strcat(temp_dw2,temp_dwstr);
LCD_setxy(42 ,7);
LCD_put_string_tahoma(temp_dw2,7); //tempdw2 Second Line
while(currentx<113)LCD_puttahoma(' ',7);
}
if(show_errorcode_instead_xtra_cntr_scale2)
{
if(lasterrorcode_scale2)strcpyf(temp_dw2,errorshortcode_table[lasterrorcode_scale2-MIN_CODE_OF_ERROR]);
sprintf(temp_dw1," %s ",temp_dw2);
LCD_setxy(120+42 ,7);
LCD_put_string_tahoma(temp_dw1,'m'); //tempdw2 Second Line
while(currentx<235)LCD_puttahoma(' ',7);
}
else
if(homepos==SHOWINFO)
{
sprintf(temp_dw2,"%dW%d",scale2_range_display+scale2_ranges-1,scale2_ranges+1);
if(scale2_range_display==2 || scale2_ranges==0)temp_idw0=convert_unit(scale2_interval[2],scale2_interval_unit);
else if(scale2_range_display==1)temp_idw0=convert_unit(scale2_interval[1],scale2_interval_unit);
else if(scale2_range_display==0)temp_idw0=convert_unit(scale2_interval[0],scale2_interval_unit);
if(temp_idw0>999){temp_idw0 /= 1000;sprintf(temp_kdw0,"K");} else sprintf(temp_kdw0,"");
sprintf(temp_dwstr," e:%d%s",temp_idw0,temp_kdw0);
if(scale2_interval_unit==0)strcatf(temp_dwstr,"g");
if(scale2_interval_unit==1)strcatf(temp_dwstr,"KG");
if(scale2_interval_unit==2)strcatf(temp_dwstr,"tn");
strcat(temp_dw2,temp_dwstr);
LCD_setxy(120+42 ,7);
LCD_put_string_tahoma(temp_dw2,7); //tempdw2 Second Line
while(currentx<235)LCD_puttahoma(' ',7);