steffensen

Is there a AHD (Attack Hold Decay) object around for me to study?

Or can anyone hint me a way to create such a thing?

My own guess would be to edit the adsr~'s Release, am i way off?

Is there a AHD (Attack Hold Decay) object around for me to study?
Or can anyone hint me a way to create such a thing?

My own guess would be to edit the adsr~'s Release, am i way off?


Have a look at the graphical breakpoint function. You can set nodes to

> Is there a AHD (Attack Hold Decay) object around for me to study?

> Or can anyone hint me a way to create such a thing?

> My own guess would be to edit the adsr~'s Release, am i way off?

Have a look at the graphical breakpoint function.  You can set nodes to
hold.

On 2/26/07 11:43 AM, "steffensen"  wrote:

>
> Is there a AHD (Attack Hold Decay) object around for me to study?
> Or can anyone hint me a way to create such a thing?
>
> My own guess would be to edit the adsr~'s Release, am i way off?

Cheers
Gary Lee Nelson
Oberlin College
www.timara.oberlin.edu/GaryLeeNelson

Is there any way i can apply this behaviour to a curve~?

As this is what i use for ADSR at the moment.

I really only want a simple Attack, Decay and Hold.

Is there any way i can apply this behaviour to a curve~?
As this is what i use for ADSR at the moment.

I really only want a simple Attack, Decay and Hold.


The help file for curve~ shows how it might be used as envelope. Check it out.

I have/am, but i guess i will continue to scratch my head then, thanks. :)

What is it you are finding hard to grasp? - maybe i can help.

Thing is, im using curve~ so i can slide between Log and Exp, as the adsr~ isnt able to do this as far as i know?

Using adsr~ i am able to do this ADH thing however, thanks to the help file as u adviced me to check out.

On the other hand, adsr~ might be all i need as Main Amp Env.

Im using curve~ for mod env's however, and i dont necessarily need Hold on them.

I think ill leave this for now, and focus on the more essential problems in the patch as of now. Thanks for making me check out adsr~ again, i missed some options there before.

Thing is, im using curve~ so i can slide between Log and Exp, as the adsr~ isnt able to do this as far as i know?
Using adsr~ i am able to do this ADH thing however, thanks to the help file as u adviced me to check out.

On the other hand, adsr~ might be all i need as Main Amp Env.
Im using curve~ for mod env's however, and i dont necessarily need Hold on them.

I think ill leave this for now, and focus on the more essential problems in the patch as of now. Thanks for making me check out adsr~ again, i missed some options there before.


not quite sure how at this point, but u could try to turn adsr's output into exp / log curve rather than linear...

adsr~ seems to be a better solution than using curve~ it seems, even if i have to transform the outcoming signals afterwards to exp/log.

thanks, will try that. 
adsr~ seems to be a better solution than using curve~ it seems, even if i have to transform the outcoming signals afterwards to exp/log.


Here is a solution. In the patch below I have an AHD envelope tied to the volume of a simple monophonic synth.

["destination value" "rise time" "exponent"]

So an AHD has three of these sets of parementers packed into a message. The first one "1. 250. 0." says "rise to 1. in 250 ms with a linear curve". The "1. 500. 0" says "stay at 1. for 500 ms". This would be the hold portion of the envelope. The exponent doesnt matter since the value stays the same, but put it in there so curve doesn't get confused. The last three numbers (0. 250 0.) say "go to 0. in 250 ms with a linear curve.

Here is a solution. In the patch below I have an AHD envelope tied to the volume of a simple monophonic synth. 

The parameters for curve look like this 
["destination value" "rise time" "exponent"] 

So an AHD has three of these sets of parementers packed into a message. The first one "1. 250. 0." says "rise to 1. in 250 ms with a linear curve". The "1. 500. 0" says "stay at 1. for 500 ms". This would be the hold portion of the envelope. The exponent doesnt matter since the value stays the same, but put it in there so curve doesn't get confused. The last three numbers (0. 250 0.) say "go to 0. in 250 ms with a linear curve. 

This really solved it all, and by looking at it, it totally makes sense. I almost feel like hitting myself hard.

Yeah!
This really solved it all, and by looking at it, it totally makes sense. I almost feel like hitting myself hard.
Thanks a million man! :)


AHD?