All Classes and Interfaces
Class
Description
A biquad band-pass filter of order 4, implemented as two biquad filters in
series.
A biquad band-pass filter of order 8, implemented as two biquad filters in
series.
A simple biquad band-pass filter of order 2 (Two zeroes, two poles).
A biquad band-reject filter of order 4, implemented as two biquad filters in
series.
A biquad band-reject filter of order 8, implemented as two biquad filters in
series.
A simple biquad band-reject filter of order 2 (Two zeroes, two poles).
A biquad high-pass filter of order 4, implemented as two biquad filters in
series.
A biquad high-pass filter of order 8, implemented as two biquad filters in
series.
A simple biquad high-pass filter of order 2 (Two zeroes, two poles).
A biquad low-pass filter of order 4, implemented as two biquad filters in
series.
A biquad low-pass filter of order 8, implemented as four biquad filters in
series.
A simple biquad low-pass filter of order 2 (Two zeroes, two poles).
Functions to calculate Q values for biquad filters.
The type of biquad filters.
The type of biquad filters that allow for independent control of the Q
parameter.
A trivial, recursive, one-pole high pass filter.
A trivial, recursive, one-pole low pass filter.
The type of closeable resources.
An exception occurred during the closing of a resource.
An exception occurred during code generation.
The code generator implementation.
A factory of version 1 code generators.
Parameters for code generation.
The result of code generation.
The default factory of code generators.
A version 1 code generator.
A documentation value.
The type of objects that can have documentation.
A standard restricted dotted name.
The patterns that define standard dotted names and prefixes.
The type of event buffers.
The buffer size changed.
The value of a parameter has changed at this time period.
The sampling rate changed.
The base type of configuration events.
A note has stopped.
A note has started.
The pitch bend has changed.
The type of events involving notes and supplemental expression data (such as
pitch bend, etc).
The base type of events.
The status of the audio processing system.
Methods used by instruments to retrieve instances of declared parameters and
ports.
Event methods.
Methods to create objects for instrument implementations.
Methods to asynchronously load samples and sample maps.
Time services.
The services available to a single instrument instance.
Create an instrument description.
A factory of instruments.
The type of instrument description parser factories.
The default implementation of the parser factory.
The type of instrument description parsers.
The type of instrument description serializer factories.
The default implementation of the serializer factory.
The type of instrument description serializers.
The interface implemented by instruments.
A mutable map of unboxed integers to values.
A readable map of unboxed integers to values.
A documentation value.
A standard restricted dotted name.
A dotted name deserializer.
A dotted name serializer.
The type of schema elements.
Create an instrument description.
Functions to transform instrument descriptions.
The instrument parser.
The instrument serializer.
The JSON mappers used for serialization.
An integer-typed parameter description.
A real-typed parameter description.
The type of sample map parameters.
The type of parameters.
A parameter number.
A parameter number deserializer.
A parameter number serializer.
A description of a port used to supply data to, or extract data from, an
instrument.
The direction of a port.
The kind of port.
A port number.
A port number deserializer.
A port number serializer.
A (semantic) version number.
A version number deserializer.
A version number qualifier.
A version qualifier deserializer.
A version qualifier serializer.
A version number serializer.
Functions over labels.
An integer-typed parameter description.
A real-typed parameter description.
The type of sample map parameters.
The type of parameters.
The type of integer parameters.
The ID of a parameter.
The type of real parameters.
The type of sample map parameters.
The type of parameters.
Functions over pitch bend values.
A description of a port used to supply data to, or extract data from, an
instrument.
The direction of a port.
The kind of port.
A port number.
A source port delivering monophonic audio as 64-bit floating point samples.
A target port delivering buffered note events.
A source port.
A target audio port.
A target note port.
A target port.
A port used to supply data to, or extract data from, an instrument.
A pseudorandom number generator with a published, deterministic algorithm
that is not allowed to change in new versions of the software.
An entry in a sample map.
The identifier of a sample map.
Sample map identifiers.
A sample map instance ID.
A map of samples.
Access to schemas.
A (semantic) version number.
The type of exceptions raised by the API.
A parser of version numbers.
A version number qualifier.
A monophonic sampler.
A factory of monophonic samplers.
The playback state of a sample.
An annotation that indicates that a particular process introduces frames of
latency.
A polyphonic sampler.
A factory of polyphonic samplers.
The playback state of a sample.
A polyphonic sampler.
A factory of polyphonic samplers.
The playback state of a sample.
A MIDI channel.
A real value in the range
[-1, 1].A real value in the range
[0, 1].A note.
A variable state filter providing simultaneous low/high/bandreject/bandpass
outputs.
A variable state filter providing simultaneous low/high/bandreject/bandpass
outputs.
The type of state variable filters.
A quantity of time expressed in sampling frames.
A duration of time expressed in sampling frames per second.
A quantity of time expressed in milliseconds.