LUT_error

#define     ADC_Cod_0   ADC_Rx[NReg_Volt][i]
#define     ADC_Cod_1   ADC_Rx[NReg_Volt][i+2]

#define     Rx_0        ADC_Rx[NReg_Volt][i+1]
#define     Rx_1        ADC_Rx[NReg_Volt][i+3]

//#define   ADC_Cod_0   ADC_Rx[CR_NDiap][i]
//#define   ADC_Cod_1   ADC_Rx[CR_NDiap][i+2]
//#define   Rx_0        ADC_Rx[CR_NDiap][i+1]
//#define   Rx_1        ADC_Rx[CR_NDiap][i+3]

extern  code unsigned long      ADC_Rx[ 3 ][ SD_Conv ];
                code unsigned long  ADC_Rx[ 3 ][ SD_Conv ] =
{
//[ 0 ][ 40 ]  250v R/2
    0xF665,   500,  0xD5E6,   600,  0xB73A,   700,  0xA0CC,    800, 0x8ED6,    900,
    0x805D,  1000,  0x74AF,  1100,  0x6B20,  1200,  0x62AF,   1300, 0x5BA5,   1400,
    0x557F,  1500,  0x5032,  1600,  0x472F,  1800,  0x400A,   2000, 0x3A43,   2200,
    0x3565,  2400,  0x312F,  2600,  0x2DB8,  2800,  0x2AAA,   3000, 0x2486,   3500,
    0x1FF5,  4000,  0x1C6C,  4500,  0x198F,  5000,  0x173A,   5500, 0x154C,   6000,
    0x13A6,  6500,  0x121F,  7000,  0x0000,     0,  0x0000,     0,  0x0000,      0,
//[ 1 ][ 40 ]  500v R
    0xF632,  6500,  0xE4F7,  7000,  0xD57E,  7500,  0xC83F,   8000, 0xBC92,   8500,
    0xB2BD,  9000,  0xA94B,  9500,  0xA037, 10000,  0x97F1,  10500, 0x9228,  11000,
    0x8B49, 11500,  0x85A6, 12000,  0x806A, 12500,  0x6B97,  15000, 0x505D,  20000,
    0x359B, 30000,  0x284F, 40000,  0x2025, 50000,  0x1AAB,  60000, 0x16E4,  70000,
    0x1402, 80000,  0x11C3, 90000,  0x100D,100000,  0x0E98, 110000, 0x0000,      0,
    0x0000,     0,  0x0000,     0,  0x0000,     0,  0x0000,      0, 0x0000,      0,
//[ 2 ][ 40 ] 1000v R
//0x1E80,100000,    0x0E2B,200000,  0x0970,303000,  0x070E, 415000, 0x04C6, 600000,
//0x0418,700000,    0x0385,800000,  0x030B,910000,  0x0000,      0, 0x0000,      0,
    0x20CE,  90000, 0x1BB7,102000,  0x0E0D,203000,  0x0948,303000,  0x06DD, 405000,
    0x0580, 500000, 0x0490,607000,  0x03DD,700000,  0x0353,809000,  0x02E8, 910000,
    0x0299,1000000, 0x0000,     0,  0x0000,     0,  0x0000,     0,  0x0000,      0,
    0x0000,      0, 0x0000,     0,  0x0000,     0,  0x0000,     0,  0x0000,      0,
    0x0000,      0, 0x0000,     0,  0x0000,     0,  0x0000,     0,  0x0000,      0,
    0x0000,      0, 0x0000,     0,  0x0000,     0,  0x0000,     0,  0x0000,      0,
};

extern  unsigned    long    Rx_L;                                                                                   //&
                unsigned    long    Rx_L;

unsigned    int     CR_work    = 0;
unsigned    int     ui_ADC_Cod = 0;

void    Conv_ADC_Rx_KLA(void);                                                                                  //$
void    Conv_ADC_Rx_KLA(void)
{
    int i;

    ui_ADC_Cod  = LRez;

    for( i = 0; i < SD_Conv; i += 2 ){      // Find Interval
        if( ADC_Cod_0 == ui_ADC_Cod   ){                                                                break; }
        if( ADC_Cod_1 <= ui_ADC_Cod   ){                                                                break; }
        if( ADC_Cod_1 == 0                ){    i = SD_Conv;                                    break; }
    }
                                                                                // Not found
    if( i == SD_Conv ){
    }else{                                                              // Ok
        if( ADC_Cod_0 == ui_ADC_Cod ){
            Rx_L = Rx_0;                /*Run_Show_Rx_Str();*/                                      return; }
        if( ADC_Cod_1 == ui_ADC_Cod ){
            Rx_L = Rx_1;                /*Run_Show_Rx_Str();*/                                      return; }
        else{
            LRez0 = Rx_1;                   LRez0 -= Rx_0;
            LRez1 = ADC_Cod_0;      LRez1 -= ADC_Cod_1;

            LRez  = ADC_Cod_0;      LRez  -= ui_ADC_Cod;
            Rx_L  = LRez0 * LRez;
            Rx_L /= LRez1;
            Rx_L += Rx_0;
        }
    }
}