Archive: 6 posts

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I have been playing around with the Advanced Logic Sequencer briefly and noticed that you could hook up a battery to the input of it and jump to a certain section of the sequencer by adjusting the battery power level. The problem is is that it just stops at that location and does not proceed. Is there a way to make it jump then run? If so, you could then set it up to return to where you left off in theory. Kind of like programming a subroutine.

2010-12-22 15:23:00 Author: dijon316 Posts: 23

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I don't think so, because the battery transmits a constant non-changing signal. Perhaps if you used a timer on directional or something? But interesting find anyway! I'm sure it will come in handy one day!

2010-12-22 15:28:00 Author: Weretigr Posts: 2105

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this is something to do with the "positional" setting on the sequencer right? if so then try using a counter or a timer, and however close the timer or counter gets to being full will move the sequencer on. for example a counter that is on 7 out of 10 will make the sequencer be 7 tenths of the way along. also by using a timer you can choose exactly how long the sequence will take by tweaking the target time of the sequencer. i think someone who knows more than me should do a proper tutorial cos this seems to me something that could be very useful indeed.

2010-12-22 23:31:00 Author: Skalio- Posts: 920

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It would be quite easy to set the position and then count by setting an offset (as you have described there) and then using a timer to progress - you'd have to add or subtract the values from the offset. It's not much of a stretch to be able to set the position to anything you want at will and then to move up or down at a variable rate. But for what you're asking it's a simple adder circuit, which you can find somewhere in my blog There's also a load of stuff on the positional setting for the sequencer.

2010-12-22 23:37:00 Author: rtm223 Posts: 6497

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It would be quite easy to set the position and then count by setting an offset (as you have described there) and then using a timer to progress - you'd have to add or subtract the values from the offset. It's not much of a stretch to be able to set the position to anything you want at will and then to move up or down at a variable rate. But for what you're asking it's a simple adder circuit, which you can find somewhere in my blog There's also a load of stuff on the positional setting for the sequencer. Good stuff in your blog. Looks like some good reading. I will be having fun experimenting! Thanks for the post.

2010-12-23 03:17:00 Author: manboy777 Posts: 20

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Speaking of logic blogs...

2010-12-23 22:33:00 Author: Rogar Posts: 2284

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