Its not supported by the forum. You'll have to use offsite storage and link to it.

Would "y = tanh(x)" be odd transistor harmonics or even. See i can choose to produce harmonics without the distortion in odd or even,with a solid state tone and a little bit of neve ............... and a couple of other options.

Well, yes. It's the harmonics of a pair of transistor as pointed out. Use an exp() variation for a single transistor.
You can upload sounds to http://soundcloud.com/ and share the link here.

However I still don't see the intention behind your first post. Do you want to recruit a website programmer?

Also I wonder, when you have the formua to efficiently model any transistor thing, how do you know what the "SSL" of the "Neve" sound is? Or is it up to your ear? And if so, where lies the mathematical confidence in your ear?

"However I still don't see the intention behind your first post. Do you want to recruit a website programmer?"

I wanted to employ
-someone to help some of my audio units into stereo, 5.1, etc.
-someone to help connect up nice looking interfaces.
-someone to help with online delivery with security.

"Also I wonder, when you have the formua to efficiently model any transistor thing, how do you know what the "SSL" of the "Neve" sound is? Or is it up to your ear? And if so, where lies the mathematical confidence in your ear?"

I don't know exactly. Old Neve has a mid range push when driven. New Neve an overall push. It is a particular type of distortion that could be mimicked. Solid state has more of a masking quality that can also be mimicked. I suppose my ear then an attempt to figure out what the maths equivalent is.

Looks like your issue is only a simple matter of programming

Check Juce
http://www.rawmaterialsoftware.com/juce.php

Sorry forgot to include that this is where i posted a little sample

Yes if I did not want it in audio units only with cocoa I would agree.

Juce includes support for plugin (VST, AU, RTAS)

and yes if i were actually a programmer. I copied someone else doing c and have learnt it over the last two years part time. I now love it, but do not know all this classing stuff, etc.

No future in audio business without a VST Win version.

if you're offering a paying gig to do all the code around your dsp, post it here.
I'm pretty sure someone will be interested.
Last edited by otristan on Wed Mar 28, 2012 12:22 pm; edited 1 time in total

can you post a more scientific example?

for example try two sine tones 1000hz and 1005hz. this gives a fair representation of the attack, release and sustain and their effects on harmonic content in the ranges important in music, specifically guitars.

also you only need about 1 second which provides five/thousand cycles.

Please don't take the sample that seriously. This is a sample with the octave below harmonics emphasised and sounds a little obscure, but I would have liked you to listen for qualities like the stereoness of the final signal, how it cuts through other masking signals(run a signal with it and then the di) and the softening on high end frequencies.




That is what I am asking. I have got a little interest so far which is nice.

Thanks

ok, i won't then.