Stereo channel isolation of fv-1? Isolated instructions for L and R channels?

[jwin615]

Pondering some ideas and can't find the answer to th3 following curiosities.
1)does/can the FV1 operate in isolated dual mono? I.e., can a signal flow from LIN -> LOUT -> RIN ->ROUT without creating a feedback loop internal to the FV1?
1b) if so, what's the best practice to accomplish this in spincad?
. 1c) can LOUT be routed to RIN internally or is it necessary to route the DAC back to the ADC?

2) can a program process the L and R channels independently? i.e., two completely different instruction sets per channel.

3) are the 128 instructions/sample per channel, or cumulative? I assume the later.

Thanks.

 

[Cybercow]

Pondering some ideas and can't find the answer to th3 following curiosities.
1)does/can the FV1 operate in isolated dual mono? I.e., can a signal flow from LIN -> LOUT -> RIN ->ROUT without creating a feedback loop internal to the FV1?

Yes, but such potential feedback must be managed with control blocks.

1b) if so, what's the best practice to accomplish this in spincad?

Use the left & right channels with independent processes between the In and Out blocks in SpinCAD.

. 1c) can LOUT be routed to RIN internally or is it necessary to route the DAC back to the ADC?

SpinCAD's "IN" block actually has two inputs and two outputs. Similary so does the "OUT" block have two outputs, but it can be configured in Mono or Stereo.
So, it can be done internally or externally thru the DAC.

2) can a program process the L and R channels independently? i.e., two completely different instruction sets per channel.

Yes.

3) are the 128 instructions/sample per channel, or cumulative? I assume the later.

Correct, cumulative. The FV-1 can manage only 128 lines per patch, regardless of routing.

When I get back to one of my PCs, I can grab & drop some SpinCAD screen shots to demonstrate.

 

[phi1]

Not exactly the same, but similar concept, some delay pedals tap the output and run the feedback back into one of the inputs. (Example: Deflector)

Can confirm the above, you can operate the inputs and outputs totally independent within the same program code, limited to 128 instructions total.