I think this is what you're looking for...
Hi there,since i am experimenting quite a bit with the mapping-abstractions...in the last dayswell, there is many times a solution for problems that i am facingThere is an object called "diff_n" which does simple differentiation, and thats exactly what you are looking for..maybe that helpsI have attached a patch...you dont need the mapping-abs in order to see how its made and how it is workingCheers Luigi
Am 24.04.2008 um 22:21 schrieb Matthew Logan:Looks like the decrease and increase represent bangs...
On 4/24/08, Ben Carney <bfcarney@gmail.com> wrote:it looks good, but not working. I have made a fe assumptions in your sketch.
does the big X represent the patch chords crossing to opposite inlets?
also, i am assuming that the decrease and increase at the bottom are
number boxes. with these assumptions, i am getting no change
whatsoever in the number boxe at the bottom.
also, before sending this i looked back, connected a number box tot he
outlet of [- ] and i am never getting a value above 0, therfore no
change is occurring.
On 4/24/08, Claude Heiland-Allen <claudiusmaximus@goto10.org> wrote:
> Ben Carney wrote:
>
> > I need to be able to tell direction the slider is being "slid"
> > relative to the direction it started from.
> >
>
> ((slider value) - (previous slider value)) > 0
>
>
> slider
> |
> [t f f]
> \ /
> X
> / \
> [- ]
> |
> [> 0]
> |
> [select 0 1]
> | |
> decrease increase
>
>
>
> Hope this helps,
>
>
> Claude
> --
> http://claudiusmaximus.goto10.org
>
--
Ben C.
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_______________________________________________PD-list@iem.at mailing listUNSUBSCRIBE and account-management -> http://lists.puredata.info/listinfo/pd-list>---------------------------------------<Luigi Rensinghoff
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