Joe X Med O'

I'm doing a project that I need to optimize by storing multiple "list" as signals to do some math afterward with signals.

So currently I've been using multiple [mc.list~] through a [mc.selector~] to output the multichannel signal that I need, but the problem is that I need to be able to add more [mc.list~] depending of some input list in a [coll], I tried already to use a [coll] object to send the values through a [pak] object and then to the [mc.list~], but the problem is that the selector input value is a signal and [coll] doesn't understand signals and even I tried to use a [number~] object to translate that signal value to data, but the input changes are so fast that it misses some values.

So, I've been trying to find a way to do the same but with an object similar to [coll] but that understands signals, so I tried to use [jit.cellblock] to refer from [coll] but I cannot understand how to dump columns as a multichannel signal, I attempted to use [mc.jit.peek~] , but it didn't work like I wanted.

Can someone help me? I even tried to use [mc.gen~] with a [codebox] inside, but I cannot find a complete GenExpr language manual to see if I there is a "matrix" or "array" like variable to store many values dynamically and output them as a multichannel signal.

What I need is a multichannel store object that can understand signals to choose what mc signal to send, and that can dynamically add and remove mc signals.

Hi!
I'm doing a project that I need to optimize by storing multiple "list" as signals to do some math afterward with signals.
So currently I've been using multiple [mc.list~] through a [mc.selector~] to output the multichannel signal that I need, but the problem is that I need to be able to add more [mc.list~]  depending of some input list in a [coll], I tried already to use a [coll] object to send the values through a [pak] object and then to the [mc.list~], but the problem is that the selector input value is a signal and [coll] doesn't understand signals and even I tried to use a [number~] object to translate that signal value to data, but the input changes are so fast that it misses some values.
So, I've been trying to find a way to do the same but with an object similar to [coll] but that understands signals, so I tried to use [jit.cellblock] to refer from [coll] but I cannot understand how to dump columns as a multichannel signal, I attempted to use [mc.jit.peek~] , but it didn't work like I wanted.
Can someone help me? I even tried to use [mc.gen~] with a [codebox] inside, but I cannot find a complete GenExpr language manual to see if I there is a "matrix" or "array" like variable to store many  values dynamically and output them as a multichannel signal.
What I need is a multichannel store object that can understand signals to choose what mc signal to send, and that can dynamically add and remove mc signals.

Hi!
I'm doing a project that I need to optimize by storing multiple "list" as signals to do some math afterward with signals.
So currently I

is-there-a-"mc-coll"-like-way-to-store-"mc-list~"-signals

Ok... I've been looking around and thought "if I need to store signals, I could use a buffer", I felt like a fool because there it was the way to store signals, BUT now that I'm testing some buffer's objects I'm relizing that there is no way for me to use signals to read from the buffer to get a signal from a "sample-point", i.e. I have a [buffer~ sample 100 1] filled with a [cycle~ 10], but how can I use a [sig~ 0] to get sample point 0 value on the buffer as a signal value (get a constant signal output of, idk, 0.1)? I'm going to keep working around into that...

ok, I believe i have kinda gotten what i wanted... so I use a [buffer~ sampsbuff 100 7] to store the various [mc.list~] objects values of each channels per sample point on the buffer, and to read each sample using a signal value, I use a [gen~] object with the GenExpr [sample sampsbuff @channels 7 @index samples] to get the values of each channel at the given sample point, and also implementing the GenExpr [poke sampsbuff # @index samples] (# is the channel number from 0 to 6) to store the data for each sample point... I'm yet to try it on my project (I'm testing on a new patch)... so I'll post an update when I finish polishing the test patch and try it on my project...

If there is some mistake or improvement that I can use on the [gen~] object, I'm open to suggestions... :)

Yes! It worked out... using a multi channel buffer audio to store signals and using [gen~] to get the values as signals with signals... now I have to keep implementing the rest of the code... :)

Is there a "mc.coll" like way to store "mc.list~" signals?