A B C D E F G H I K L M N O P R S T U W

C

calcLeadMusic(Method) - Method in class org.pealfactory.compose.halfleadspliced.RowNode

calcLeadsToTenorsHome(Method) - Method in class org.pealfactory.compose.halfleadspliced.RowNode

Must ONLY be called on tenors-together nodes with the treble leading.

calcMethodBalance() - Method in class org.pealfactory.compose.halfleadspliced.Composer

Calculates a percentage score (as an integer 0-100) representing the method balance of the current composition.

calcMethodBalance() - Method in class org.pealfactory.compose.halfleadspliced.ComposerLH

This one for LH-only search! 100 = perfect balance of all methods in the array 0 = one or more missing

calcMethodDistribution(int[], double) - Method in class org.pealfactory.compose.halfleadspliced.Composer

Provides an overall measure of method distribution, by finding the mean deviation of method counts from the optimum.

calcMusic(int) - Method in class org.pealfactory.compose.halfleadspliced.Composition

Calculates the total music score of the entire composition starting from the given lead rotation.

calcMusicRots(int) - Method in class org.pealfactory.compose.halfleadspliced.Composition

Checks all acceptable rotations of the composition for music score.

calcMusicScore(Music[]) - Method in class org.pealfactory.compose.halfleadspliced.RowNode

calcNicePartEnd(Music[]) - Method in class org.pealfactory.compose.halfleadspliced.RowNode

calcPartStats() - Method in class org.pealfactory.compose.halfleadspliced.RowNode

calcPermLinks(Tables, byte[][], byte[][]) - Method in class org.pealfactory.compose.halfleadspliced.RowNode

Returns false if error.

calcPerms(Tables) - Method in class org.pealfactory.compose.halfleadspliced.Method

Calculates place notation, and leadhead permutations for this method.

calcPermutation(Row, byte[]) - Method in class org.pealfactory.ring.Row

Given a Row r, calculates the permutation (as a byte[]) which would permute us to that row.

calcProgressRatios() - Method in class org.pealfactory.compose.halfleadspliced.Composer

For the rotational sort, progress through the search space speeds up exponentially as the possibilities for the initial node are exhausted.

calcUnbalance(int[], int) - Method in class org.pealfactory.compose.halfleadspliced.Composer

Returns an "unbalance" value based on the method counts in the counts[] array.

change(byte[]) - Method in class org.pealfactory.ring.ImmutableRow

Permute the row by a single change of place notation.

changesEqual(byte[], byte[]) - Method in class org.pealfactory.ring.PN

Returns true if two place notation changes are equal - note that the final place is important, so if one change specifies "n" and the other doesn't, they won't match.

checkComp() - Method in class org.pealfactory.compose.halfleadspliced.Composer

Checks composition for music and truth; if it also meets the current minimum scores, it gets outputted.

checkRots() - Method in class org.pealfactory.compose.halfleadspliced.Composition

Returns true if there is at least one rotation of the composition with an acceptable part end; in this case, fFirstRot is also set to the rotation number of the first acceptable rotation.

checkStats() - Method in class org.pealfactory.compose.halfleadspliced.Composer

Should be called every few centiseconds by the main composing loop.

clone() - Method in class org.pealfactory.ring.Row

compareTo(OutputComp) - Method in class org.pealfactory.compose.halfleadspliced.OutputComp

Returns +1 if we score more, -1 if less

compose(ComposerHost) - Method in class org.pealfactory.compose.halfleadspliced.Composer

Starts the search.

compose(int, int, boolean, boolean, boolean, boolean, int, boolean) - Method in class org.pealfactory.compose.halfleadspliced.Elf

Returns false if composer fails to start for some reason (usually because tables are still building).

Composer - class org.pealfactory.compose.halfleadspliced.Composer.

The Composer is the heart of Elf, and contains the inner Search Loops which find and score compositions.

Composer(Tables, int, int, boolean, boolean, boolean) - Constructor for class org.pealfactory.compose.halfleadspliced.Composer

This constructor should not be used by client code - instead see the Composer.create(org.pealfactory.compose.halfleadspliced.Tables, int, int, boolean, boolean, boolean, boolean, int) static factory method.

ComposerApp - class org.pealfactory.compose.halfleadspliced.ComposerApp.

An application version of Elf; not packaged with the applet.

ComposerApp() - Constructor for class org.pealfactory.compose.halfleadspliced.ComposerApp

ComposerCalls - class org.pealfactory.compose.halfleadspliced.ComposerCalls.

Extends the base Composer class to provide an inner doCompose() search loop for the half-lead with-calls search.

ComposerCalls(Tables, int, int, boolean, boolean, boolean, int) - Constructor for class org.pealfactory.compose.halfleadspliced.ComposerCalls

ComposerHost - interface org.pealfactory.compose.halfleadspliced.ComposerHost.

An interface which must be implemented by applications or applets hosting a Composer instance.

ComposerLH - class org.pealfactory.compose.halfleadspliced.ComposerLH.

Extends the base Composer class to provide an inner doCompose() search loop for the leadhead-only with-calls search.

ComposerLH(Tables, int, int, boolean, boolean, boolean, int) - Constructor for class org.pealfactory.compose.halfleadspliced.ComposerLH

Composition - class org.pealfactory.compose.halfleadspliced.Composition.

Tightly bound to the Composer class, a Composition instance holds the leads of a spliced composition as it is generated.

Composition(Method[], Tables, int, boolean, boolean) - Constructor for class org.pealfactory.compose.halfleadspliced.Composition

Constants - interface org.pealfactory.ring.Constants.

Basic constants for ringing software.

create(Tables, int, int, boolean, boolean, boolean, boolean, int) - Static method in class org.pealfactory.compose.halfleadspliced.Composer

This is a factory method which must be used by client code to construct Composer instances - the individual constructors should not be used.