BOOL WEIGHT_ReadWeight(WORD _Port, long * _Weight)
{
 BYTE i, j, flag;
 DWORD temp1, temp2;
 DWORD_VAL	dwvValue;
 static LONG_VAL	lWeight;	
 static long	lTempWeight, lTempWeight2;
 DWORD	dwTempBuff[6];

#if !defined(OCWB_GW)
 if(!SPI_AD77xx_EndConversion()) return FALSE;
#endif
 if(_Port == SPI_AD77xx_PORT_1)	lTempWeight = Weight[0].Value;
#if defined(SPI_AD77xx_PORT_2)
 else if(_Port == SPI_AD77xx_PORT_2 && (WEIGHT_NumberActive == 2 || WEIGHT_NumberActive == 3))	lTempWeight = Weight[1].Value;
#endif
#if defined(SPI_AD77xx_PORT_3)
 else if(_Port == SPI_AD77xx_PORT_3 && WEIGHT_NumberActive == 3)	lTempWeight = Weight[2].Value;
#endif
 else return FALSE;
 j = 100;
 while(j++){
#if !defined(OCWB_GW)
     for(i=0; i<10; i++){	//nova konverzia
   if(SPI_AD77xx_ReadData(_Port, &dwvValue.Val))	break;
   DelayMs(100);
  }
  if(i == 10) return FALSE;
#else
  for(i=0; i<6; i++){
   if(HX711_ReadData(_Port, &dwvValue.Val)){
    dwTempBuff[i] = dwvValue.Val;
    DelayMs(5);
   }
   else return FALSE;
  }
  dwvValue.Val = (dwTempBuff[0] + dwTempBuff[1] + dwTempBuff[2] + dwTempBuff[3] + dwTempBuff[4] + dwTempBuff[5])/6;
#endif
  if(_Port == SPI_AD77xx_PORT_1){
#if defined OCWB_GW
   if(j == 101) temp1 = dwvValue.Val;
   else if(j == 102) temp2 = dwvValue.Val;
   if(dwvValue.Val & 0x800000)	flag = 1;
   else flag = 0;
   dwvValue.Val = (DWORD)((long)(dwvValue.Val&0xff7fffff) + Weight[0].CalibZero);
   if(flag && !(dwvValue.Val & 0x800000))	dwvValue.Val = 0;
   else if(!flag && (dwvValue.Val & 0x800000))	dwvValue.Val = 0;
   dwvValue.Val = dwvValue.Val&0xff7fffff;
#endif
   if(CtmuTemperature[2].Error)	lWeight.Val = Weight[0].CalibTemp;
   else lWeight.Val = CtmuTemperature[2].Value;
   lTempWeight2 = (long)round((double)((Weight[0].CalibTemp - lWeight.Val)/100.0 * Weight[0].TempConst));
      lWeight.Val = (long) (((double) dwvValue.Val * 1000.0) / (double)Weight[0].Calib) + lTempWeight2 ; //1g
   if((lWeight.Val - 10) < lTempWeight2)	lWeight.Val = 0;
    lWeight.Val = lWeight.Val - Weight[0].Tare;
   if(lTempWeight < (lWeight.Val - 30L) || lTempWeight > (lWeight.Val + 30L)){
    lTempWeight = lWeight.Val;
    continue;
   }
   Weight[0].Value = lWeight.Val;
   WEIGHT_Flag = TRUE;
//			if(Weight[0].Value > Weight[0].Max) Weight[0].Value = Weight[0].Max;
   *_Weight = Weight[0].Value;
   break;
  }
 #if defined(SPI_AD77xx_PORT_2)
  else if(_Port == SPI_AD77xx_PORT_2){
#if defined OCWB_GW
   if(dwvValue.Val & 0x800000)	flag = 1;
   else flag = 0;
   dwvValue.Val = (DWORD)((long)(dwvValue.Val&0xff7fffff) + Weight[1].CalibZero);
   if(flag && !(dwvValue.Val & 0x800000))	dwvValue.Val = 0;
   else if(!flag && (dwvValue.Val & 0x800000))	dwvValue.Val = 0;
   dwvValue.Val = dwvValue.Val&0xff7fffff;
#endif
   if(CtmuTemperature[2].Error)	lWeight.Val = Weight[1].CalibTemp;
   else lWeight.Val = CtmuTemperature[2].Value;
   lTempWeight2 = (long)round((double)((Weight[1].CalibTemp - lWeight.Val)/100.0 * Weight[1].TempConst));
      lWeight.Val = (long) (((float) dwvValue.Val * 1000.0) / Weight[1].Calib) - Weight[1].Tare + lTempWeight2 ; //1g
   if(lTempWeight < (lWeight.Val - 30L) || lTempWeight > (lWeight.Val + 30L)){
    lTempWeight = lWeight.Val;
    continue;
   }
   Weight[1].Value = lWeight.Val;
   WEIGHT_Flag = TRUE;
//			if(Weight[1].Value > Weight[1].Max) Weight[1].Value = Weight[1].Max;
   *_Weight = Weight[1].Value;
   break;
  }
 #endif
 #if defined(SPI_AD77xx_PORT_3)
  else if(_Port == SPI_AD77xx_PORT_3){
   if(CtmuTemperature[2].Error)	lWeight.Val = Weight[2].CalibTemp;
   else lWeight.Val = CtmuTemperature[2].Value;
   lTempWeight2 = (long)round((double)((Weight[2].CalibTemp - lWeight.Val)/100.0 * Weight[2].TempConst));
      lWeight.Val = (long) (((float) dwvValue.Val * 1000.0) / Weight[2].Calib) - Weight[2].Tare + lTempWeight2 ; //1g
   if(lTempWeight < (lWeight.Val - 30L) || lTempWeight > (lWeight.Val + 30L)){
    lTempWeight = lWeight.Val;
    continue;
   }
   Weight[2].Value = lWeight.Val;
   WEIGHT_Flag = TRUE;
   if(Weight[2].Value > Weight[2].Max) Weight[2].Value = Weight[2].Max;
   *_Weight = Weight[2].Value;
   break;
  }
 #endif
 }
 if(j == 0) return FALSE;
#if defined SYSTEM_DEBUG
       sprintf(bTemp, "\r\nsegments = %ld %ld\r\n", temp1, temp2);
  UART_PutData(PRINT_TEXT, bTemp, strlen(bTemp));
#endif
 return TRUE;
}