I wanna purchase something completely Andrew Simpler.
Something born from all his knowledge and experiences.
Something he would dream of making.
Electrobop
This.Electrobop wrote:No more emulations.
I wanna purchase something completely Andrew Simpler.
Something born from all his knowledge and experiences.
Something he would dream of making.
Electrobop
Does it mean that you plug... and play ?...maxxxter wrote:She is not a plugin, but a plugin host.dotl wrote:I wouldn't mind if he make a plug-in version of Kim Kardashian.
http://en.wikipedia.org/wiki/Dynamic_range_compressionAttack Time is the amount of time it will take for the gain to change a set amount of dB, decided by the manufacturer, very often 10 dB. For example, if the compressor's time constants are referenced to 10 dB, and the attack time is set to 1 ms, it will take 1 ms for the gain to decrease by 10 dB, and 2 ms to decrease by 20 dB.
I have done a circuit model so it all comes out in the wash from the values of all the individual components, but I did have a look at it briefly during development and measured it as being a 10%-90% time constant value as described here:Dr.Gunjah wrote:Hey andy,
I have a question about the attack time parameter of The Glue.
According to this:http://en.wikipedia.org/wiki/Dynamic_range_compressionAttack Time is the amount of time it will take for the gain to change a set amount of dB, decided by the manufacturer, very often 10 dB. For example, if the compressor's time constants are referenced to 10 dB, and the attack time is set to 1 ms, it will take 1 ms for the gain to decrease by 10 dB, and 2 ms to decrease by 20 dB.
What is the reference value at the Glue?
Cheers,
Doc
Yes, that is about right. So if your signal was at a level of 50, then suddenly jumped to a level of 100, then once the compressor started working 10% of the total amount, it would take around 10 mS to compress to 90% of the total amount. So for a ratio of 2, the final level would be around 75, so the 10 mS would be the time taken to travel from 97 to 77.Dr.Gunjah wrote:Hey andy,
thanks for your reply, although this seems a bit too deep for me
Does this mean, that if I set for example 10ms attack in The Glue, it always takes approximately 10ms to reach the max gain reduction for every possible gain reduction amount?
I don't know any compressor that behaves like this, but if there is one then by the article you posted from wikipedia it would take a different amount of time to reach the destination for different levels of total compression, since the measure was time per dB compression, not a percentage of total travel.Dr.Gunjah wrote:While in reverse a compressor with fixed reference values would be "slower" at higher gain reduction amounts(at equal attack times)?
Using a test waveforms is the only way to measure the actual attack and release curves between compressors since they all have different markings and behave differently under different conditions. You may need multiple test signals to get an idea of what is going on since some compressors also change time constants depending on audio content. This is the case with the "Auto Release" mode on The Glue.Dr.Gunjah wrote: I will try the test you described; could be handy doing this for all of my comps.
Cheers,
Doc
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