| AccMutHolder |
Accessor and Mutator holder.
|
| ADSRDataMaker |
Build a simple 4 stage envelope.
|
| Base64 |
Encodes and decodes to and from Base64 notation.
|
| Base64.InputStream |
A Base64.InputStream will read data from another
java.io.InputStream, given in the constructor,
and encode/decode to/from Base64 notation on the fly. |
| Base64.OutputStream |
A Base64.OutputStream will write data to another
java.io.OutputStream, given in the constructor,
and encode/decode to/from Base64 notation on the fly. |
| BeanEditor |
Dialog to change values of a bean.
|
| BeanInspector |
Scan the public get and set methods of a class.
|
| Bessel |
Nick Didkovsky 12/9/98 11:41PM
|
| ChebyshevPolynomial |
ChebyshevPolynomial
|
| ChebyshevTableData |
ChebyshevTableData
Provides an array of short[] containing data generated by Chebyshev polynomial.
Input to Chebyshev is -1..1, output is -1..1, scaled to -32768..32767 and stored in short[]
|
| CopyMusicShapeEditorOperator |
copy selected range to MusicShapeEditor's static copy buffer
|
| DataTranslatorVector |
A Vector of DataTranslator.
|
| EchoingByteArrayOutputStream |
An output stream which contains a ByteArrayOutputStream.
|
| EnvelopeDataMaker |
Use an arbitrary interpolator to make a sequence of linear segments approximating function shape
|
| EventDistributions |
Implements 'entry delay approach' to generate event densities.
|
| ExponentialDecayInterpolator |
Interpolate a value along an exponentially decreasing curve defined by two points
(x1,y1) and (x2,y2) where x1 < x2, y1 > y2.
|
| ExponentialInterpolator |
Interpolate a value along an exponentially rising curve defined by two points
(x1,y1) and (x2,y2) where x1 < x2, y1 < y2.
|
| FilenameTool |
|
| FitToRangeMusicShapeEditorOperator |
Compress or expand each element in selected range so that it fits within floor and ceiling thresholds
set by user in MusicShapeEditor
|
| FrequencyToPitchTranslator |
Use this to translate a double[] where frequency is in data[1] and Instrument expects pitch
Uses TuningET.getPitch() for default 12tet tuning
|
| FunkyBean |
A bean for testing com.softsynth.jmsl.util.BeanEditor
|
| HailstoneSequence |
Generate "Hailstone Sequence" based on an article in
Scientific American FIXME - find reference.
|
| HalfCosineInterpolator |
Interpolate a value along an S curve (half cosine)
|
| HarmonicComplexity |
Some tools for handling intervals ordered by their "harmonic complexity."
From least to most complex, I'm suggesting:
{0, 7, 5, 4, 9, 3, 10, 6, 2, 8, 11, 1 }
I came up with my ranking with a simple model: examine partials one by one up from the root.
|
| HarmonicPolynomial |
HarmonicPolynomial
This is just like ChebyshevPolynomial, except T0 is defined to be 0 instead of 1.
|
| InstrumentXMLLoader |
Behaves like simpleXMLLoader except that it knows it's got an Instrument, and call
MusicDevice.open() in endElement()
|
| InvertMusicShapeEditorOperator |
Invert a range of a MusicShape about the inversion level set by user.
|
| JMSL103NameMap |
Translate defunct v101 class names to new replacements.
|
| JMSLClassLoader |
Use JMSLClassLoader.load(classname) instead of Class.forName(classname).
JMSLClassLoader.load() first tries Class.forName().
|
| JMSLMath |
Some static methods for logarithms and other misc useful math
|
| LinearAccelerator |
Calculate the accelerated duration of an event,
given the acceleration, the event's starting time, and its duration.
|
| LinearInterpolator |
Interpolate a value along a line defined by two points (x1,y1) and (x2,y2)
|
| MarkovObjectChooser |
First order Markov table and Markov Chain generator
|
| MIDIFileToMusicShape |
MIDIFileToMusicShape Parse a MidiFile and build a ParallelCollection of
MusicShape
If the MidiFile is Type 1 (which includes Track chunks), one MusicShape will
be created for each track.
|
| MidiPitchNamer |
Input is a Midi style pitch (ex 60 for middle C)
Translate to pitch name & octave
Example 60 -> "C4", 61 -> "C#4" With setAccPrefSharp(false), 61 -> "Db4"
|
| MidiTempoHolder |
|
| MultiInterpolator |
A sequence of Interpolators each of which is active for a particular range of x.
|
| ObjectArrayEnumerator |
provide Enumerator for Object[]
|
| Oof |
One over F distribution after R.F.
|
| PasteMusicShapeEditorOperator |
Paste to current MusicShapes location the contents of the 0th element in MusicShapeEditor's
static copy buffer.
|
| Patch |
Represents the output of one instrument being patched to the input of
another.
|
| PlayTimeDoubleArrayPair |
This is used by TunedSynthNoteInstrument.update() and its subclasses to retrieve synthnotes
based on update dimension and most recent playtime of double[] data
|
| Polynomial |
Polynomial
Implement polynomial using MusicShape as coefficient holder.
|
| PolynomialTableData |
PolynomialTableData
Provides an array of short[] containing data generated by a polynomial.
|
| Primes |
use sieve of eratosthenes to find prime number nearest to requested value.
|
| PtolemyTuning |
|
| RandomDriver |
RandomDriver, an object of this type generates a random number sequence whose seed can be set and gotten.
|
| RandomEnvDataMaker |
Build a random n stage envelope.
|
| RandomizeMusicShapeEditorOperator |
Randomize values of selected elements within the min/max ranges set by user in MusicShapeEditor
|
| RandomSequence |
Generate evenly distributed pseudo-random sequence of integers
within a given inclusive range.
|
| RandomWalkSequence |
Generate pseudo-random sequence of integers
within a given inclusive range.
|
| RemoveMusicShapeEditorOperator |
Remove selected range from a MusicShape in MusicShapeEditor
|
| RetrogradeMusicShapeEditorOperator |
Reverse a range of a MusicShape
|
| RunRange |
|
| RunRangeFinder |
This class scans its Objects, applies an arbitrary boolean test to them and
generates a Vector of RunRange.
|
| ScaleMusicShapeEditorOperator |
transpose and scale selected range of MusicShape by (v2 / v3) or (v3 / v2)
|
| ScaleToTotalMusicShapeEditorOperator |
Sum the total of selected range.
|
| ScrambleMusicShapeEditorOperator |
Scramble selected range of a MusicShape in MusicShapeEditor
|
| SequencerGeneratorAdapter |
SequenceGenerator with reusable random driver implementation
Contains its own RandomDriver which can be used to make random choices.
|
| SimplePrintingInterpreter |
An Interpreter that simply prints the time and the MusicShape data it is
being handed.
|
| SimpleXMLLoader |
Read in an XML file that describes an Object, and recreate the object with
values found for all matching get/set methods that handle primitive types
(String, boolean, int, double),
Example, Class com.widgits.City below has matching get/set methods for
popuation
|
| SimpleXMLSaver |
Write out an XML file that describes an Object, with values for all matching
get/set methods that handle primitive types (String, boolean, int, double),
the class name, and tag of your choice.
|
| SortMusicShapeEditorOperator |
Sort in ascending order a selected range of a MusicShape.
|
| Sorts |
Sort array of double.
|
| TimePrinter |
|
| TimeSignature |
TimeSignature class.
|
| TransposeMusicShapeEditorOperator |
Transpose selected range of MusicShape by v1
|
| Tuning |
|
| TuningET |
TuningET Equal tempered Tuning
|
| TuningTable |
|
| UnZoomMusicShapeEditorOperator |
Zoom out to entire range of elements in MusicShape
|
| WeightedIntegerSequence |
Define an array of weights where the weight of int i is associated with the value weights[i]
next() chooses an int 0..weights.length-1, following a weighted distribution
For example, the weight array { 1.0, 1.0 } will generate values 0 and 1 with a 50/50 distribution
The weight array { 1, 2, 1 } will generate ints 0, 1, 2, with the probability of 1 being chosen twice as high
as the probability of 0 or 2 being chosen.
|
| WeightedObjectChooser |
Holds objects and associated weights.
|
| XMLString |
|
| ZoomMusicShapeEditorOperator |
Zoom in to selected range on MusicShape
|