Uses of Class
marytts.unitselection.data.Unit

Packages that use Unit

Package	Description
marytts.unitselection.data
marytts.unitselection.select
marytts.unitselection.select.viterbi
marytts.vocalizations

Uses of Unit in marytts.unitselection.data

Subclasses of Unit in marytts.unitselection.data

Modifier and Type	Class and Description
class	DiphoneUnit

Fields in marytts.unitselection.data declared as Unit

Modifier and Type	Field and Description
Unit	DiphoneUnit.left
Unit	DiphoneUnit.right

Methods in marytts.unitselection.data that return Unit

Modifier and Type	Method and Description
Unit	UnitFileReader.getNextUnit(Unit u) Return the unit following the given unit in the original database.
Unit	UnitFileReader.getPreviousUnit(Unit u) Return the unit preceding the given unit in the original database.
Unit	UnitFileReader.getUnit(int i) Return the unit number i.
Unit[]	UnitFileReader.getUnit(int[] i) Return an array of units from their indexes.

Methods in marytts.unitselection.data with parameters of type Unit

Modifier and Type	Method and Description
Datagram[]	TimelineReader.getDatagrams(Unit unit, int reqSampleRate) Get the datagrams spanning a particular unit.
Datagram[]	TimelineReader.getDatagrams(Unit unit, int reqSampleRate, long[] returnOffset) Get the datagrams spanning a particular unit, and return the time offset between the unit request and the actual location of the first returned datagram.
FeatureVector	FeatureFileReader.getFeatureVector(Unit unit) Get the unit feature vector for the given unit.
String	UnitDatabase.getFilename(Unit unit) For debugging, return the basename of the original audio file from which the unit is coming.
String	UnitDatabase.getFilenameAndTime(Unit unit) For debugging, return the basename of the original audio file from which the unit is coming, as well as the start time in that file.
Unit	UnitFileReader.getNextUnit(Unit u) Return the unit following the given unit in the original database.
Unit	UnitFileReader.getPreviousUnit(Unit u) Return the unit preceding the given unit in the original database.

Constructors in marytts.unitselection.data with parameters of type Unit

Constructor and Description
DiphoneUnit(Unit left, Unit right)

Uses of Unit in marytts.unitselection.select

Fields in marytts.unitselection.select declared as Unit

Modifier and Type	Field and Description
protected Unit	SelectedUnit.unit

Methods in marytts.unitselection.select that return Unit

Modifier and Type	Method and Description
Unit	SelectedUnit.getUnit()

Methods in marytts.unitselection.select with parameters of type Unit

Modifier and Type	Method and Description
double	TargetCostFunction.cost(Target target, Unit unit) Compute the goodness-of-fit of a given unit for a given target.
double	HalfPhoneFFRTargetCostFunction.cost(Target target, Unit unit) Compute the goodness-of-fit of a given unit for a given target.
double	FFRTargetCostFunction.cost(Target target, Unit unit) Compute the goodness-of-fit of a given unit for a given target.
double	DiphoneFFRTargetCostFunction.cost(Target target, Unit unit) Compute the goodness-of-fit of a given unit for a given target.
protected double	VocalizationFFRTargetCostFunction.cost(Target target, Unit unit, FeatureDefinition weights, WeightFunc[] weightFunctions) Compute the goodness-of-fit of a given unit for a given target
protected double	FFRTargetCostFunction.cost(Target target, Unit unit, FeatureDefinition weights, WeightFunc[] weightFunctions)
double	PrecompiledJoinCostReader.cost(Target t1, Unit uleft, Target t2, Unit uright) Return the (precomputed) cost of joining the two given units; if there is no precomputed cost, return Double.POSITIVE_INFINITY.
double	JoinModelCost.cost(Target t1, Unit u1, Target t2, Unit u2) A combined cost computation, as a weighted sum of the signal-based cost (computed from the units) and the phonetics-based cost (computed from the targets).
double	JoinCostFunction.cost(Target t1, Unit u1, Target t2, Unit u2) Compute the goodness-of-fit of joining two units, given the corresponding targets
double	JoinCostFeatures.cost(Target t1, Unit u1, Target t2, Unit u2) A combined cost computation, as a weighted sum of the signal-based cost (computed from the units) and the phonetics-based cost (computed from the targets).
double	StatisticalModelCost.cost(Unit u1, Unit u2)
double	StatisticalCostFunction.cost(Unit u1, Unit u2)
double	StatisticalModelCost.cost(Unit u1, Unit u2, boolean consecutive) Cost function for a given units if consecutive == true, and if they are consecutive units make cost = 0
double	FFRTargetCostFunction.featureCost(Target target, Unit unit, String featureName) Compute the goodness-of-fit between given unit and given target for a given feature
protected double	VocalizationFFRTargetCostFunction.featureCost(Target target, Unit unit, String featureName, FeatureDefinition weights, WeightFunc[] weightFunctions) Compute the goodness-of-fit between given unit and given target for a given feature
protected double	FFRTargetCostFunction.featureCost(Target target, Unit unit, String featureName, FeatureDefinition weights, WeightFunc[] weightFunctions)
String	TargetCostFunction.getFeature(Unit unit, String featureName) Get the string representation of the feature value associated with the given unit
String	HalfPhoneFFRTargetCostFunction.getFeature(Unit unit, String featureName) Get the string representation of the feature value associated with the given unit
String	FFRTargetCostFunction.getFeature(Unit unit, String featureName) Get the string representation of the feature value associated with the given unit
String	DiphoneFFRTargetCostFunction.getFeature(Unit unit, String featureName) Get the string representation of the feature value associated with the given unit
FeatureVector	TargetCostFunction.getFeatureVector(Unit unit) Get the target cost feature vector for the given unit.
FeatureVector	FFRTargetCostFunction.getFeatureVector(Unit unit) Look up the features for a given unit.
FeatureVector	DiphoneFFRTargetCostFunction.getFeatureVector(Unit unit)
FeatureVector	HalfPhoneFFRTargetCostFunction.getUnitFeatures(Unit unit) Look up the features for a given unit.

Constructors in marytts.unitselection.select with parameters of type Unit

Constructor and Description
SelectedUnit(Unit unit, Target target)

Uses of Unit in marytts.unitselection.select.viterbi

Methods in marytts.unitselection.select.viterbi that return Unit

Modifier and Type	Method and Description
Unit	ViterbiCandidate.getUnit() Gets the index of this

Constructors in marytts.unitselection.select.viterbi with parameters of type Unit

Constructor and Description
ViterbiCandidate(Target target, Unit unit, TargetCostFunction tcf)

Uses of Unit in marytts.vocalizations

Subclasses of Unit in marytts.vocalizations

Modifier and Type	Class and Description
class	VocalizationUnit Representation of a unit from a unit database.

Fields in marytts.vocalizations declared as Unit

Modifier and Type	Field and Description
protected Unit[]	VocalizationUnit.units

Methods in marytts.vocalizations that return Unit

Modifier and Type	Method and Description
Unit[]	VocalizationUnit.getUnits()

Methods in marytts.vocalizations with parameters of type Unit

Modifier and Type	Method and Description
void	VocalizationUnit.setUnits(Unit[] units) Set units