Hans-Gunter Lock

I want to use a matrix~-Object with 64 inputs and 64 outputs. But i doesn't 

work, if I connect them more than 32 patch-chords to the inlets. Is there a 

limitation of number of possible inlets and outlets? I use a PowerBook G4 

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I want to use a matrix~-Object with 64 inputs and 64 outputs. But i doesn't 
work, if I connect them more than 32 patch-chords to the inlets. Is there a 
limitation of number of possible inlets and outlets? I use a PowerBook G4 
1GHz, OS 10.4.6 Max/MSP 4.5.7.

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matrix-limited-to-32-32

Sorry for my posting "matrix~ limited to 32 32?". I figured out, that not 

the amount of inlets and outlets is the reason. I made some effect with MSP 

like filters and delays and want it route with a matrix~. At first I 

connect the outlet of matrix with the effect-subpatch and than the output 

signal of the effect-subpatch with any inlet of the same matrix~. An than 

matrix~does'nt work anymore. Maybe matrix~ prevents a possible feedback?

Sorry for my posting "matrix~ limited to 32 32?". I figured out, that not 
the amount of inlets and outlets is the reason. I made some effect with MSP 
like filters and delays and want it route with a matrix~. At first I 
connect the outlet of matrix with the effect-subpatch and than the output 
signal of the effect-subpatch with any inlet of the same matrix~. An than 
matrix~does'nt work anymore. Maybe matrix~ prevents a possible feedback?

On 13-mai-06, at 22:42, Hans-Gunter Lock wrote:

> Maybe matrix~ prevents a possible feedback?

Indeed. Feedback loops in MSP will stop the sound. You need to 

introduce a small delay, by the use for instance of a send/receive pair 

(then the delay will be as small as possible, i.e. 1 vector).

Indeed. Feedback loops in MSP will stop the sound. You need to 
introduce a small delay, by the use for instance of a send/receive pair 
(then the delay will be as small as possible, i.e. 1 vector).

You need to delay the signal by one vector - the easiest way is to 

use a send~/receive~ pair for sending the signal to the matrix~ 

inlet. There's also an abstraction in the tap tools set that does the 

You need to delay the signal by one vector - the easiest way is to  
use a send~/receive~ pair for sending the signal to the matrix~  
inlet. There's also an abstraction in the tap tools set that does the  
same thing.

matrix~ limited to 32 32?

matrix~ limited to 32 32?