Take this action when these numbers are reached. How?

[richard]

select case counter

case 2
led1 = 1
case 4
led1 = 1
case 6
led1 = 1
case 8
led1 = 1
case 10
led1 = 1
case else
led1 = 0
end select

or
if (counter = 2 )| (counter = 4) |,,,,, etc then
led1 = 1
else
led1 = 0
endif

[ERMEGM]

if (counter = 2 )| (counter = 4) |,,,,, etc then
led1 = 1
else
led1 = 0
endif

That's the simplest way huh? I guess being tired didn't matter. Thanks for the help.

Tony

[richard]

it depends on how high count goes up to and wether it starts at 0
eq if the count was between 1 and 10 then all that's required is to check bit0 if it set then count is odd therefore led1 is off

[HenrikOlsson]

Perhaps something like;

If Counter < 11 THEN

  If Counter // 2 = 0 THEN
    LED1 = 1
  ELSE
    LED0 = 0
  ENDIF

ELSE

  IF Counter // 2 = 0 THEN
    LED2 = 1
  ELSE
    LED2 = 0
  ENDIF

ENDIF

/Henrik.

[Amoque]

Can you do something like?

If Counter< 10 then LED1 = Counter.0 : LED2 = NOT LED1

[peterdeco1]

Hi Tony. How about

counter var byte
clear 'all variables
let portb =0 'off everything

loophere:
if counter = (your maximum number) then let counter = 0
let counter = (counter + 1)
pause 100
let portb = counter
goto loophere

You will have a binary output on portb and can use the appropriate pins depending on the counter number.

[ERMEGM]

Due to the complexity of the rest of the code, I have the main code setting the pause time. The three gosub commands I have written will be immediate, so as not to interfere with the timing cycle of the aforementioned pause.

I have multiple outputs being controlled by two inputs. The outputs must reflect what the inputs are doing in real time, however, two of the outputs must run this code and not affect the timing of the rest of the outputs. A third set of outputs will execute another routine, but that code has already been written and tested. This is the last piece I have to finish.

Using the method I mentioned above, it adds 240 words to my assembly. The way I came up for this program to work in my setup is to have the counter increment with each pass. Half of the count will be dedicated to LED1 and the other half to LED2. It will simply alternate flash the way the code is written.

As I said, the timing portion is set by the main code, so no delays are in these subroutines, and hence, not affect the real time reflection of the inputs.