I see, and then how can I reduce them ?

could it be like this ?

*movlw LOW .300
                 movwf LedTimer
                 movlw HIGH .300
                 movwf LedTimer+1

counter* *
          Global     counter            ;Decrementing Sec's
          BANKSEL     LedTimer        ;timer value
          movf         LedTimer,w        ;for every counts
          btfss         STATUS,Z
          decf       LedTimer,f

          movf         LedTimer+1,w        ;for every counts
          btfss         STATUS,Z
          decf       LedTimer+1,f
          return*

Thank you
On 12/07/2013 7:36 PM, IVP wrote:
> Tag added
>
>> how can I enter .300 into LedTimer ?
> You might assign two registers, LedTimer_lo and LedTimer_hi
>
> The low( ) and high( ) operators do the division/remainder for you
>
> movlw  low(.300)  ;loads LedTimer_lo with 44
> movwf  LedTimer_lo
>
> movlw  high(.300)  ;loads LedTimer_hi with 1
> movwf  LedTimer_hi
>
> For 24-bit numbers this can be extended to
>
> movlw upper(.300)
> movwf  LedTime_up  ;if LedTimer_up is also present
>
> If the 300 is defined as a constant, this makes it easier to change
> in the following line rather than in the code
>
> LedTimer =3D .300
>
> movlw  low(LedTimer)
> movwf  LedTimer_lo
>
> movlw  high(LedTimer)
> movwf  LedTimer_hi
>
> A register LedTimer can also be addressed as LedTimer+0, the next
> in memory as LedTimer+1 and so on, if that suits you better
>
> Joe

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