Cycling '74 RNBO RNBO Control RNBO Route Signal routing and mixing matrix

matrix~ is an array of signal connectors and mixers (adders). It can have any number of inlets and outlets. Signals entering at each inlet can be routed to one or more of the outlets, with a variable amount of gain. If an outlet is connected to more than one inlet, its output signal is the sum of the signals from the inlets.

Number of inputs

Specify the number of inputs to be routed

Number of outputs

Specify the number of outputs to route to

Ramp Time (ms) Route inputs to outlets (list) / inlet0 (signal)

The left inlet is used for the first signal to be routed and for the matrix routing. A list of three ints may be used to connect inlets and outlets when the to route the matrix~ object. The first int specifies the inlet, the second int specifies the outlet, and a third int is used to specify connection or disconnection. If the third int is nonzero value, the inlet of the first int will be connected to the outlet specified by the second int. A zero value for the third int in the list disconnects the inlet-outlet pair.

Input signals

The signals to be routed

Ramp Time (ms) Route inputs to outlets (list) / inlet0 (signal)

The left inlet is used for the first signal to be routed and for the matrix routing. A list of three ints may be used to connect inlets and outlets when the to route the matrix~ object. The first int specifies the inlet, the second int specifies the outlet, and a third int is used to specify connection or disconnection. If the third int is nonzero value, the inlet of the first int will be connected to the outlet specified by the second int. A zero value for the third int in the list disconnects the inlet-outlet pair.

Input signals

The signals to be routed

Output signals

The routed signals