public static GraphElem kr(
String name,
GraphElem in1,
GraphElem in2,
GraphElem in3,
GraphElem in4,
GraphElem in5,
GraphElem in6) {
return UGen.construct(name, kControlRate, -1, new GraphElem[] {in1, in2, in3, in4, in5, in6});
}
public static GraphElem ar(
String name,
int numChannels,
GraphElem in1,
GraphElem in2,
GraphElem in3,
GraphElem in4,
GraphElem in5) {
return UGen.construct(name, kAudioRate, numChannels, new GraphElem[] {in1, in2, in3, in4, in5});
}
public static GraphElem ir(String name, GraphElem in1) {
return UGen.construct(name, kScalarRate, -1, new GraphElem[] {in1});
}
public static GraphElem ir(String name) {
return UGen.construct(name, kScalarRate, -1, NO_ARGS);
}
public static GraphElem ir(String name, int numChannels) {
return UGen.construct(name, kScalarRate, numChannels, NO_ARGS);
}
public static GraphElem dr(
String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4) {
return UGen.construct(name, kDemandRate, -1, new GraphElem[] {in1, in2, in3, in4});
}
public static GraphElem dr(
String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3) {
return UGen.construct(name, kDemandRate, numChannels, new GraphElem[] {in1, in2, in3});
}
public static GraphElem dr(String name) {
return UGen.construct(name, kDemandRate, -1, NO_ARGS);
}
public static GraphElem ar(String name, GraphElem in1, GraphElem in2, GraphElem in3) {
return UGen.construct(name, kAudioRate, -1, new GraphElem[] {in1, in2, in3});
}
public static GraphElem kr(String name, GraphElem in1, GraphElem in2) {
return UGen.construct(name, kControlRate, -1, new GraphElem[] {in1, in2});
}
public static GraphElem kr(String name, int numChannels, GraphElem in1) {
return UGen.construct(name, kControlRate, numChannels, new GraphElem[] {in1});
}
public static GraphElem kr(String name) {
return UGen.construct(name, kControlRate, -1, NO_ARGS);
}
public static GraphElem kr(String name, int numChannels) {
return UGen.construct(name, kControlRate, numChannels, NO_ARGS);
}
public static GraphElem ir(
String name, int numChannels, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4) {
return UGen.construct(name, kScalarRate, numChannels, new GraphElem[] {in1, in2, in3, in4});
}
/** "dr" stands for demand-rate */
public static GraphElem dr(String name, int numChannels) {
return UGen.construct(name, kDemandRate, numChannels, NO_ARGS);
}
public static GraphElem ir(
String name, GraphElem in1, GraphElem in2, GraphElem in3, GraphElem in4, GraphElem in5) {
return UGen.construct(name, kScalarRate, -1, new GraphElem[] {in1, in2, in3, in4, in5});
}
/**
* Constructs a new audio rate UGen with zero arguments.
*
* <p>This method can also be used for UGens with more than zero arguments, if the info dictionary
* contains default values for the missing arguments. An example is <code>SinOsc</code> which
* actually has two arguments for frequency and phase, but both of them have default values (440
* hertz, zero degrees phase).
*
* @param name either ugen class name or alias name (for unary/binary op)
* @throws IllegalArgumentException if the UGen cannot be found in the info dictionary, if the
* rate is not allowed for the ugen, or if the UGen requires the explicit specification of the
* number of output channels
* @throws IllegalStateException if the UGens requires arguments which have not been provided and
* have no default values
*/
public static GraphElem ar(String name) {
return UGen.construct(name, kAudioRate, -1, NO_ARGS);
}
