In's 'ar' method also takes two arguments: an index, and the number of channels to read in. To read in from a bus you use another UGen: In. Recall that it has two arguments – an index, and an output – which can be an array of UGens (i.e. We've already seen Out.ar, which allows you to write (i.e.
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(See ServerOptions for information on how to set the number of input and output channels, and busses.) Writing to or Reading from Busses The number of control and audio busses available, as well as the number of input and output channels, is set at the time the server app is booted. something that requires further processing before it reaches the speakers. These 'private' busses are often used for things like an 'effects send', i.e. Sending audio to a private bus will not result in sound from your speakers unless you reroute it later to one of the output busses. These are used simply to send audio and control signals between various synths. The remaining audio busses will be 'private'. Writing audio out to one of the output busses will result in sound being played from your speakers, and reading audio in from the input busses will get sound into SC for things like recording and processing (provided you have a source such as a microphone connected to the input of your computer or audio interface). stereo in and out) then the first two audio busses (index 0 and index 1) will be the outputs, and the two immediately following those (index 2 and index 3) will be the inputs.
These correspond to the first audio busses, with outputs coming before inputs.įor example, if we imagine a server with two output channels and two input channels (i.e. A server app will have a certain number of output and input channels. Each one has an index number, starting from 0.Īudio rate busses are similar, but require slightly more explanation. The control rate busses are fairly simple to understand. As you've probably guessed, the former routes audio rate signals and the latter routes control rate signals. They come in two types: audio rate and control rate. In SC, this means to or from the audio hardware, or between different synths. Busses are named after the busses or sends in analog mixing desks, and they serve a similar purpose: routing signals from one place to another. Deering/West FalmouthLearn about Route 9A / 9B and access a route map and schedules.Now a little bit more about busses on the server. Route 8 - Peninsula LoopView information about Route 8, including schedules and a map.Route 7 - FalmouthAccess schedules and a map for Route 7.Route 5 - Maine MallLook through the route information for Route 5, including schedules and a map.
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