@toxonic hey thanks for the explanation. So am I right in saying that with pd a reference of 100 is setting the compressor to push the signal towards 0db rms? Also, how does compression factor relate to compression ratio that you might expect to see on commercial compressors?

Thanks again

Hi guys, so ive made a compressor patch from Johannes Kreidler's Loadbang book, but there isnt loads of information about how to use it and how it works. Ive used compressors before, but this is the first time I've made one. The book progresses the patch from a limiter, which when I tested I found worked pretty much how I expected but I'm struggling to understand how I'm supposed to use the compressor. Say I have a signal coming in too quiet and I want to amplify it - what settings do I diall in ? I cant seem to get this behaviour. Have I missed something? Also, what are the threshold, reference and "compression factor" measured in in this case? Any help much appreciated.
compressorJK.pd

wow thanks everyone, a lot of reading to do to understand what these do but theyre all definitely less expensive than my method considering the only way i could think to re-run again and again until I had no zeroes was by putting a small delay in the circuit so I didnt get a stack overflow. But yeah, loads of great solutions. Pd community never fails! Thanks again.

@djpersonalspace made some progress using this method: https://cs.stackexchange.com/questions/3227/uniform-sampling-from-a-simplex?fbclid=IwAR22GMB9TZc2Day8uXRp7cDPa3RDuvw2iwq5LUtq37C4E1tieFj1dzuUudI

so i implemented that like so

just wondering if anyone knows how i could prevent zeros coming up? is there a way I could just re-run this code over and over if a zero comes up, without causing a stack overflow?

Hey guys, how can I randomly generate a number of values which add up to a given value? So say I want 4 numbers that add up to 16: they could be (4, 4, 4, 4) or (10, 2, 2, 2) or (4, 3, 5, 4) etc etc. does anyone know a way of doing this efficiently? I would also like to be able to control how many of these numbers are allowed to be zero, if any.

Thanks in advance

Hi guys

Looking to try and make a basic FM module with operators characteristic of the FM8 VST. I have been trying to work out what the scaling on the modulation index is. On the FM8 GUI, the output parameter it is given as 0 to 100.. I found this post about it and have tried to follow the instructions but am getting no good results. https://www.native-instruments.com/forum/threads/modulation-index.6534/

Am i missing something? With a test between waves getting modulated with the maximum index, and a ratio of 2, they do not sound the same. Although their spectrums are similar, they are not the same. What does the modulation index get multiplied by to scale it correctly?

@djpersonalspace said:

Hi sorry to bring up an old topic, but just wanted to be clear. The offset is to allow you to basically key in the desired midi notes to the array before they are played. So that you can hear them as you play them as well as storing them for the next loop yes? Struggling to get my head round the best way to do this..

Also, where do the linked lists come into it? I cant see any list objects in the patch?

Sorry if Im being thick just learning pd

Thanks in advance

Thanks again

Awesome thanks, works great. I do not understand your patch at all though so i I have some studying to do haha

Hi posted in here about this, but then deleted my post thinking ive found a solution. Now I've run into some problems with that. Basically i want to be able to play in and quantise notes to 16 step sequencer in real time. I thought if I used 1/32 clock running 0.5 ahead of the 1/16 clock this would do the trick. The only thing is that the way my patch works is that I sent the current step recording to a tabwrite object, as the index to write the note that is coming from notein to an array. The problem is if it is going from 1 to 32 then it is too many numbers for my array and if i half it then [i] to make integer it just runs at same time as the 1/16 clock. What am i missing here? Sorry i am a pd beginner. Thanks