Uses of Interface de.sciss.jcollider.GraphElem (LOCI Javadocs 0-SNAPSHOT API)

Packages that use GraphElem
Package Description

de.sciss.jcollider

Packages that use GraphElem
Package	Description
de.sciss.jcollider

Uses of GraphElem in de.sciss.jcollider

Subinterfaces of GraphElem in de.sciss.jcollider
Modifier and Type	Interface and Description
`interface`	`UGenInput` A subinterface of `GraphElem` that represents elements in a graph that can directly be used as inputs to a ugen.

Classes in de.sciss.jcollider that implement GraphElem
Modifier and Type	Class and Description
`class`	`Constant` A `Constant` is a wrapper for a constant in a UGen graph.
`class`	`Control` Class for the Control UGen.
`class`	`GraphElemArray` This interface does the dirty job of putting all kinds of different elements under one brand which can be used in UGen graph generation.
`class`	`LagControl` Class for the LagControl UGen.
`class`	`TrigControl` Class for the TrigControl UGen.
`class`	`UGen` The client side represenation of a unit generator.
`class`	`UGenChannel` Represents one output channel of a (potentially multi-ouput) UGen.

Methods in de.sciss.jcollider that return GraphElem
Modifier and Type	Method and Description
`static GraphElem`	UGen.`ar(String name)` Constructs a new audio rate UGen with zero arguments.
`static GraphElem`	UGen.`ar(String name, GraphElem in1)` Constructs a new audio rate UGen with one given argument
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5, GraphElem in6)`
`static GraphElem`	UGen.`ar(String name, int numChannels)` Constructs a new audio rate UGen with zero arguments and a required explict output channel number.
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1)` Constructs a new audio rate UGen with one given argument and an explicit number of output channels.
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2)` Assembles two graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3)` Assembles three graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3, GraphElem g4)` Assembles four graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3, GraphElem g4, GraphElem g5)` Assembles five graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`dr(String name)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`dr(String name, int numChannels)` "dr" stands for demand-rate
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`GraphElem`	GraphElemArray.`getElement(int idx)`
`GraphElem`	UGenChannel.`getOutput(int idx)` Returns `this` naturally
`GraphElem`	UGen.`getOutput(int idx)`
`GraphElem`	GraphElemArray.`getOutput(int idx)`
`GraphElem`	GraphElem.`getOutput(int idx)`
`GraphElem`	Constant.`getOutput(int idx)`
`static GraphElem`	UGen.`ir(float value)` A shorthand method for creating a constant in the ugen graph.
`static GraphElem`	UGen.`ir(String name)`
`static GraphElem`	Control.`ir(String name)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`ir(String name, int numChannels)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`kr(String name)`
`static GraphElem`	TrigControl.`kr(String name)`
`static GraphElem`	Control.`kr(String name)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5, GraphElem in6)`
`static GraphElem`	UGen.`kr(String name, int numChannels)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`

Methods in de.sciss.jcollider with parameters of type GraphElem
Modifier and Type	Method and Description
`static GraphElem`	UGen.`ar(String name, GraphElem in1)` Constructs a new audio rate UGen with one given argument
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`ar(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5, GraphElem in6)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1)` Constructs a new audio rate UGen with one given argument and an explicit number of output channels.
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ar(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2)` Assembles two graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3)` Assembles three graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3, GraphElem g4)` Assembles four graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElem`	UGen.`array(GraphElem g1, GraphElem g2, GraphElem g3, GraphElem g4, GraphElem g5)` Assembles five graph elements (such as UGens, or Constants) into one array which in turn can be used for multichannel expansion when passed as an argument to one of the UGen constructor methods
`static GraphElemArray`	GraphElemArray.`asArray(GraphElem g)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`dr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`dr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ir(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`ir(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`
`static GraphElem`	UGen.`kr(String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5, GraphElem in6)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4)`
`static GraphElem`	UGen.`kr(String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5)`

Constructors in de.sciss.jcollider with parameters of type GraphElem
Constructor and Description
`GraphElemArray(GraphElem[] elements)`
`SynthDef(String name, GraphElem graph)` Constructs a new SynthDef from the given graph element.

Uses of Interfacede.sciss.jcollider.GraphElem

Uses of GraphElem in de.sciss.jcollider

Uses of Interface
de.sciss.jcollider.GraphElem