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[[File:Faust-simple-block-diagram.jpg|thumb|Block diagrams generated by Faust from some simple programs]]
Most FAUST primitives are analogous to their C counterpart on numbers, but lifted to signals. For example, the FAUST primitive <code>sin</code> operates on a signal X by applying the [[C (programming language)|C]] function <code>sin</code> to each sample X[t]. All C numerical functions have their counterpart in FAUST.
Some [[signal processing]] primitives are specific to FAUST. For example, the delay operator <code>@</code> takes two input signals: X (the signal to be delayed) and D (the delay to be applied), and produces an output signal Y such that Y(t) = X(t − D(t)).
==Block diagram composition==
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| last2 = Orlarey
| title = Depandant Vector Types for Multirate Faust
| journal = Proceedings of the 7th Sound
| url = http://smcnetwork.org/files/proceedings/2010/51.pdf
| pages = 345–352
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