
Can't wait to see how this one turns out
yes we are, but like I said, you're free to completely ignore this aspect of the compressors. look at popular compressor designs (the schematics I mean) and you will spot this everywhere, including on the ones you have already "covered".Pipelineaudio wrote:Again, we arent talking about automode here
and that's apparently enough to emulate the env. capacitor network (read: automode) design of three completely different compressor topologies.Pipelineaudio wrote:ReaComp has an auto-release of sorts, but not an auto attack
Pipelineaudio wrote:The attacks are going to be plenty fast for the most part that the actual shape will have LITTLE bearing, if any on the character of the compressor

just a general observation on these type of threads, nothing to do with you.bduffy wrote:WTF did I say now?
I can, but you haven't understood much of what I've written this far. It's pointless to continue.Pipelineaudio wrote:So thats a no, you cannot attack my premise
Doesn't prove anything, does it? Registered at many forums?Marduchk wrote:well, if you look for google pipelineaudio
http://www.google.com/search?sourceid=n ... elineaudio
then go to http://noisevault.com/smf/index.php?action=profile;u=23
and go to studioz - http://www.studiozpro.com - he must know what hes talking about -- but perhaps kingston knows a little more? But not have same clients
need to say i cant bare to watch
Pardon, I got the wrong idea. I'll leave you to...whatever it is...you guys are talking about...Kingston wrote:just a general observation on these type of threads, nothing to do with you.bduffy wrote:WTF did I say now?
Firstly, the compression amplifier in the mc77 comes before the attack/release setting, and they are not fed back, thus they have no bearing on the actual compression gradient/transfer function. That's a fixed value on a switched voltage divider of 4, 8, 16, etc. In a feed back amplifier this wouldn't be the case. So walk the road to your nearest library.Kingston wrote:walk the road of attack and release shapes (and their program dependency) and study the transfer curves in detail. Take in account a least two main forms of release program dependencies, and how that might affect peak and RMS ratios, which also happen to have a bearing on the transfer curves.Pipelineaudio wrote:Why dont you tell me where I got it wrong smartass
Then you will eventually run to the brick wall of very fast attack speed vs. distortion vs. rectification ripple in various forms of feedback topologies.
Let's not even get into the nearly uncharted territory of vari-mu digital emulations, which you so casually blanketed under "tube compression".
Then along comes capacitor/resistor networks in attack and release shaping with several standard forms of "auto" modes with serial or parallel topologies.
"fun"
understand any of the above concepts and the pretense of replicating much of it without actually programming your own plugin stops there and then.
some of us smartass dickheads also have our feet pretty firmly on the ground.Pipelineaudio wrote:couple of smatass dickheads that can do nothing but talk shit. Why dont you show me whats up
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