any slicers or offset samplers in PD?

ok

the right up part play the sequenced sample with an simple decay volume env like,
the right down part trigger from t=0 the sample for each hot spot he has found in the sample

so if you have
ta----tic--boum
he plays :
ta----ta---ta

HK

niiiiiiice
i'm starting to understand this a bit more. you'll hear from me soon

any other info on bonk~ besides the PD docs? cause i'm very confused right now. some info on fiddle would be nice too

ok now your patch is acting totaly different. it doesnt randomise anything anymore. plays the loop straight through. very weird.

[bonk~] is less sensitive to input level changes than most beat detectors, but still, the level you give it makes a difference to which beats get detected or not.

There is a link to some more docs in the help page for bonk.

cool obi. gonna take another look(cant believe i didnt see that, but then again that text is so freaking small with my resolution that sometimes i just want to read the help docs and get it over with

http://www.crca.ucsd.edu/~msp/

this one?

didnt find anything there...

just a though, but maybe you'll get better bonk detection if you run the signal through [compressor~] first.

tried running compressor in PD to see if there are any help docs. couldnt load it. will have to look for it online

attaching the help file to this reply...it's pretty minimal

http://www.pdpatchrepo.info/hurleur/help-compressor~.pd

i dont have the object in pd is what i mean
compressor~
... couldn't create

aaarh, you're not on windows are you?

if not, you can get [compressor~] here: http://ydegoyon.free.fr/software.html

if so, there might be another one???

i'm on linux right now. and this is where i intend to do all or most of my PD work thanks for the link

Ok... this is something useful Frank Barknecht put together, It's a basic slicer based on aubio! Hoorah!

i haven't tried it myself yet, but it's what we have been talking about on this thread a lot.
**************

> Okay, I hacked together a little patch which uses aubioonset~ to
> analyse a sample and then randomly playes back the slices. The "-help"
> file is the main patch.

> Ciao
> --
> Frank Barknecht _ ______footils.org_ __goto10.org__

http://www.pdpatchrepo.info/hurleur/slicer.tgz

great news just got from work and had to satisfy my warcraft addiction. gonna log into linux now and check it out!!

dowanloaded aubio-0.3.2-0.pm.1.i586.rpm from RPM search.
it installed fine.

downloaded the attachment and then opened the help file(i didnt copy anything to the pd dir, i figured that that was what aubio was for.

and i got these messages:

error: canvas: no method for 'declare'
... you might be able to track this down from the Find menu.
 declare -lib aubio
... couldn't create
expr, expr~, fexpr~ version 0.4 under GNU General Public License 
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 arraysize
... couldn't create
 aubioonset~
... couldn't create
 arraysize
... couldn't create

so this is a great thread, thanks obi for the tutorial however when i look at bonk the right outlet gives me 3 nums. the first being instrument, 2nd amp. and 3rd ?. I can't find any documentation on that, Miller's help file or paper on bonk don't seem to cover it any one have an idea on the mysterious third parameter. Also what do you want to consider when setting the "mask" parameters as it seems it would be different for samples with rides versus drum machine samples. Do you want to relate it to the tempo? sample? or both? Anyways these are some rambling questions I have in regards to making a recycle type patch.

attached is the "audio analysis in pd" paper about pd and fiddle

regards..

http://www.pdpatchrepo.info/hurleur/audioAnalysisPd.pdf

Think mask works like a debounce, so if two very similar things happen together they get counted as one. I could be very wrong about this though.