de.sciss.fscape

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The main trait used in an FScape graph, a graph element, abbreviated as GE.

A lot of operations on GE are defined separately in GEOps1 and GEOps2

GEOps1 are operations for graph elements (GE). Instead of having these operations directly defined in each element, which is a huge list, they appear here as extension methods. GEOps1 are unary operators, whereas GEOps2 are binary and n-ary operators.

GEOps2 are operations for graph elements (GE). Instead of having these operations directly defined in each element, which is a huge list, they appear here as extension methods. GEOps1 are unary operators, whereas GEOps2 are binary and n-ary operators.

Elements implementing the Lazy trait may participate in the building of a Graph body. They can be added to the current graph by calling Graph.builder.addLazy. Then, when the graph is expanded, the force method is called on those registered elements, allowing them to either spawn new graph elements or actually expand to UGens which can be added to the ugen graph builder argument.

In most cases, lazy elements will expanded to ugens, and thus the subtype Lazy.Expander is the most convenient way to implement this trait, as it already does most of the logic, and provides for GEs expand method.

A UGen during graph building process is a more rich thing than RawUGen: it implements equality based on isIndividual status and may be omitted from the final graph based on hasSideEffect status.

An element that can be used as an input to a UGen. This is after multi-channel-expansion, hence implementing classes are UGenProxy (UGenOutProxy or UGen.SingleOut) and Constant.