|
Class Summary |
| Anticipator |
This class can be used in conjunction with a call to Player.play() to
inform your application about musical events before they happen. |
| ChannelPressure |
Represents channel pressure changes. |
| CollatedParserListener |
This implementation of a ParserListener listens for all events, and funnels
them all to the abstract jfugueEvent() method. |
| Controller |
Contains information for MIDI Controller Events. |
| DeviceThatWillReceiveMidi |
Represents an attached MIDI device, such as a keyboard - use this class
to send MIDI from your JFugue program to a keyboard or sythesizer. |
| DeviceThatWillTransmitMidi |
Represents an attached MIDI device, such as a keyboard. |
| DurationPatternTool |
Calculates the length of the given pattern, in milliseconds |
| EasyAnticipatorListener |
|
| Instrument |
Represents instrument changes, also known as patch changes. |
| IntelligentDeviceResolver |
|
| IntervalNotation |
A IntervalNotation is a MusicString that only contains interval information and durations, not actual notes. |
| JFugueDefinitions |
Loads default definitions into the JFugue dictionary. |
| KeySignature |
Represents key signature changes. |
| Layer |
Represents layer changes. |
| Measure |
Represents a measure marker. |
| MicrotoneNotation |
Facilitates playing microtonal music - Indian, Turkish, Indonesian, etc. |
| MidiEventManager |
Places musical data into the MIDI sequence. |
| MidiParser |
|
| MidiRenderer |
This class takes a Pattern, and turns it into wonderful music. |
| MusicalEffects |
EXPERIMENTAL -
Contains a variety of static methods that create Patterns
that play various musical ornaments |
| MusicStringParser |
Parses music strings, and fires events for ParserListener interfaces
when tokens are interpreted. |
| MusicStringRenderer |
This class is used to build a Pattern (i.e., a MusicString) given a MIDI Sequence. |
| MusicXmlParser |
Parses a MusicXML file, and fires events for ParserListener interfaces
when tokens are interpreted. |
| MusicXmlRenderer |
This class is used to build a MusicXML file) given a
MIDI Sequence, Music String, etc. |
| Note |
Contains all information necessary for a musical note, including
pitch, duration, attack velocity, and decay velocity. |
| Parser |
You may notice that there is no parse() method in the Parser class!
That's because the parse() method may take any type of parameter, as
well as any number of parameters, so it isn't something that can
declared ahead of time. |
| ParserListenerAdapter |
This Adapter class implements all of the methods of
ParserListener, but the implementations are blank. |
| Pattern |
This class represents a segment of music. |
| PatternListenerAdapter |
This Adapter class implements all of the methods of
PatternListener, but the implementations are blank. |
| PatternTransformer |
This class is used to transform a pattern. |
| PitchBend |
Represents pitch bend changes. |
| Player |
Prepares a pattern to be turned into music by the Renderer. |
| PolyphonicPressure |
Represents tempo changes. |
| Rhythm |
Provides the ability to build a rhythm using a simple strings in which
individual characters represent MusicString elements. |
| StreamingMidiEventManager |
Assists the StreamingMidiRenderer in converting Patterns to MIDI. |
| StreamingMidiRenderer |
Assists the StreamingPlayer in converting Patterns to MIDI. |
| StreamingPlayer |
Provides a player that can be given new MusicStrings at runtime. |
| Tempo |
Represents tempo changes. |
| Time |
Represents a timing value, which can be used to indicate when certain events are played. |
| TimeEventManager |
Takes the events in a MIDI sequence and places them into a time-based
map. |
| TimeFactor |
|
| Voice |
Represents voice changes, also known as track changes. |