Analogue-sequencer

Hi all,i 've spent 3 hours with redirect aux ,unlucky,i can 't work with this event..please can you give me a concrete example..best regards

> Hi all,i 've spent 3 hours with redirect aux ,unlucky,i can 
> 't work with this event..please can you give me a concrete 
> example..best regards

What have you been trying to do with it ?
A simple example might be to increase the number of CCs available to a
pattern.
Say you want to send 10 different CC numbers and values, but no more than
one on any step.
You can use aux A to specify the controller number and aux B the value.
Set aux A to 'auxB = cc #n'.
Then set values for aux A to 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, and set the
values for aux B to 0, 5, 10, 15, 20, 25, 30, etc.
As the pattern plays, aux B will send:
cc 1, value 0
cc 2, value 5
cc 3, value 10
cc 4, value 15
etc.

You might also use it to introduce a bit of chaos.
Setup the following:
Aux A - 'randomize aux C'
Aux B - 'randomize aux D'
Aux C - 'aux D = event n'
Aux D - setting doesn't really matter...

In this example, aux C will cause aux D to perform a randomly selected aux
event with a random value.
Anything could happen.
Changing the values of A and C will vary the starting point and number of
different events that might occur.
Changing the values of B and D will vary the starting point and range of
values used by those events.

Best regards,
Colin Fraser
Sequentix Music Systems Ltd
http://www.sequentix.com

THANKS COLIN


--- In analogue-sequencer@yahoogroups.com, "Colin Fraser" <colin@...> wrote:

>
>  
> > Hi all,i 've spent 3 hours with redirect aux ,unlucky,i can 
> > 't work with this event..please can you give me a concrete 
> > example..best regards
> 
> What have you been trying to do with it ?
> A simple example might be to increase the number of CCs available to a
> pattern.
> Say you want to send 10 different CC numbers and values, but no more than
> one on any step.
> You can use aux A to specify the controller number and aux B the value.
> Set aux A to 'auxB = cc #n'.
> Then set values for aux A to 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, and set the
> values for aux B to 0, 5, 10, 15, 20, 25, 30, etc.
> As the pattern plays, aux B will send:
> cc 1, value 0
> cc 2, value 5
> cc 3, value 10
> cc 4, value 15
> etc.
> 
> You might also use it to introduce a bit of chaos.
> Setup the following:
> Aux A - 'randomize aux C'
> Aux B - 'randomize aux D'
> Aux C - 'aux D = event n'
> Aux D - setting doesn't really matter...
> 
> In this example, aux C will cause aux D to perform a randomly selected aux
> event with a random value.
> Anything could happen.
> Changing the values of A and C will vary the starting point and number of
> different events that might occur.
> Changing the values of B and D will vary the starting point and range of
> values used by those events.
> 
> Best regards,
> Colin Fraser
> Sequentix Music Systems Ltd
> http://www.sequentix.com
>