the physical index to read from (beginning at zero which corresponds to the first channel of the audio interface or sound driver). Maybe be a multichannel element to specify discrete indices.
the number of consecutive channels to read for each index. Wraps around if the sequence has less elements than indices has channels.
the physical index to read from (beginning at zero which corresponds to the first channel of the audio interface or sound driver).
the physical index to read from (beginning at zero which corresponds to the first channel of the audio interface or sound driver). Maybe be a multichannel element to specify discrete indices.
the number of consecutive channels to read for each index.
the number of consecutive channels to read for each index. Wraps around if the sequence has less elements than indices has channels.
A graph element which reads from a connected sound driver input. This is a convenience element for accessing physical input signals, e.g. from a microphone connected to your audio interface. It expands to a regular
InUGen offset byNumOutputBuses.ir.For example, consider an audio interface with channels 1 to 8 being analog line inputs, channels 9 and 10 being AES/EBU and channels 11 to 18 being ADAT inputs. To read a combination of the analog and ADAT inputs, either of the following statement can be used:
the physical index to read from (beginning at zero which corresponds to the first channel of the audio interface or sound driver). Maybe be a multichannel element to specify discrete indices.
the number of consecutive channels to read for each index. Wraps around if the sequence has less elements than indices has channels.