Uses of Class
visad.UnitException

Packages that use UnitException

Package	Description
visad	The core VisAD package, providing support for VisAD's Data & MathType hierarchy, as well as for VisAD Displays and remote collaboration.
visad.data.netcdf	Provides for importing a netCDF dataset into VisAD and for exporting a VisAD data object to a netCDF dataset.
visad.data.netcdf.units
visad.data.units

Uses of UnitException in visad

Subclasses of UnitException in visad

Modifier and Type	Class and Description
class	UnitExistsException Provides support for attempting to define a unit with a previously-used identifier.

Methods in visad that throw UnitException

Modifier and Type	Method and Description
static BaseUnit	BaseUnit.addBaseUnit(java.lang.String quantityName, java.lang.String unitName) Create a new base unit from the name of a quantity and the name of a unit.
static BaseUnit	BaseUnit.addBaseUnit(java.lang.String quantityName, java.lang.String unitName, java.lang.String abbreviation) Create a new base unit from from the name of a quantity, the name of a unit, and the unit's abbreviation.
static BaseUnit	BaseUnit.addBaseUnit(java.lang.String quantityName, java.lang.String unitName, java.lang.String abbreviation, boolean isDimless) Create a new base unit from from the name of a quantity, the name of a unit, the unit's abbreviation, and whether or not the unit is dimensionless.
Unit	Unit.clone(java.lang.String identifier) Clones this unit, changing the identifier.
static double[][]	Unit.convertTuple(double[][] value, Unit[] units_in, Unit[] units_out) Converts a tuple of double value arrays; returning a new tuple.
static double[][]	Unit.convertTuple(double[][] value, Unit[] units_in, Unit[] units_out, boolean copy) Converts a tuple of double value arrays, optionally returning a new tuple depending on the value of copy.
static float[][]	Unit.convertTuple(float[][] value, Unit[] units_in, Unit[] units_out) Converts a tuple of float value arrays; returning a new tuple.
static float[][]	Unit.convertTuple(float[][] value, Unit[] units_in, Unit[] units_out, boolean copy) Converts a tuple of float value arrays, optionally returning a new tuple depending on the value of copy.
static ScaledUnit	ScaledUnit.create(double amount, Unit unit) Factory method for creating a scaled unit.
Unit	ScaledUnit.divide(Unit that) Divides this unit by another unit.
Unit	BaseUnit.divide(Unit that) Divide this unit by another unit.
Unit	DerivedUnit.divide(Unit that) Divide a derived unit by another unit.
Unit	LogarithmicUnit.divide(Unit that) Divide this unit by another unit.
abstract Unit	Unit.divide(Unit that) Divide this unit by another unit.
Unit	PromiscuousUnit.divide(Unit that)
Unit	OffsetUnit.divide(Unit that) Divide an offset unit by another unit.
protected Unit	ScaledUnit.divideInto(Unit that) Divides this unit into another unit.
protected Unit	BaseUnit.divideInto(Unit that) Divide this unit into another unit.
protected Unit	DerivedUnit.divideInto(Unit that) Divide a derived unit into another unit.
protected Unit	LogarithmicUnit.divideInto(Unit that) Divide this unit into another unit.
protected abstract Unit	Unit.divideInto(Unit that) Divide this unit into another unit.
protected Unit	PromiscuousUnit.divideInto(Unit that)
protected Unit	OffsetUnit.divideInto(Unit that) Divide an offset unit into another unit.
Unit	LogarithmicUnit.log(double base)
abstract Unit	Unit.log(double base) Returns the logarithmic unit that has this unit as its reference level.
Unit	OffsetUnit.log(double base)
static void	ScaledUnit.main(java.lang.String[] args) Test this class.
static void	BaseUnit.main(java.lang.String[] args) Test this class.
static void	DerivedUnit.main(java.lang.String[] args) Test this class.
static void	LogarithmicUnit.main(java.lang.String[] args) Test this class.
static void	Unit.main(java.lang.String[] args) Test this class.
static void	CommonUnit.main(java.lang.String[] args) Test this class.
static void	OffsetUnit.main(java.lang.String[] args) Test this class.
protected static void	FlatField.makeRational(double[][] values, Unit[] units, ErrorEstimate[] errors) Ensure that numeric values and units are in rational form, i.e. one in which ratios of data values make sense (e.g.
protected static void	FlatField.makeRational(float[][] values, Unit[] units, ErrorEstimate[] errors)
Unit	ScaledUnit.multiply(Unit that) Multiplies this unit by another unit.
Unit	BaseUnit.multiply(Unit that) Multiply this unit by another unit.
Unit	DerivedUnit.multiply(Unit that) Multiply a derived unit by another unit.
Unit	LogarithmicUnit.multiply(Unit that) Multiply this unit by another unit.
abstract Unit	Unit.multiply(Unit that) Multiply this unit by another unit.
Unit	OffsetUnit.multiply(Unit that) Multiply an offset unit by another unit.
Unit	ScaledUnit.pow(double power) Raises this unit to a power.
abstract Unit	Unit.pow(double power) Raise a unit to a power.
Unit	OffsetUnit.pow(double power) Raises an offset unit to a power.
Unit	ScaledUnit.pow(int power) Raises this unit to a power.
abstract Unit	Unit.pow(int power) Raise this unit to a power.
Unit	OffsetUnit.pow(int power) Raises an offset unit to a power.
protected Unit	BaseUnit.protectedClone(java.lang.String identifier) Clones this unit, changing the identifier.
protected abstract Unit	Unit.protectedClone(java.lang.String identifier) Clones this unit, changing the identifier.
protected Unit	PromiscuousUnit.protectedClone(java.lang.String identifier) Clones this unit, changing the identifier.
Unit	ScaledUnit.root(int root) Returns the N-th root of this unit.
abstract Unit	Unit.root(int root) Returns the N-th root of this unit.
Unit	OffsetUnit.root(int root) Returns the N-th root of this unit.
Unit	ScaledUnit.scale(double amount)
Unit	BaseUnit.scale(double amount)
Unit	DerivedUnit.scale(double amount) Scale this unit by an amount.
Unit	LogarithmicUnit.scale(double scale)
abstract Unit	Unit.scale(double amount) Scale this unit by an amount.
Unit	PromiscuousUnit.scale(double amount)
Unit	OffsetUnit.scale(double amount)
Unit	ScaledUnit.shift(double offset)
Unit	BaseUnit.shift(double offset)
Unit	DerivedUnit.shift(double offset) Shift this unit by an amount.
Unit	LogarithmicUnit.shift(double offset)
abstract Unit	Unit.shift(double offset) Shift this unit by an amount.
Unit	PromiscuousUnit.shift(double offset)
Unit	OffsetUnit.shift(double offset)
Unit	Unit.sqrt() Returns the square-root of this unit.
double[]	ScaledUnit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
double[]	BaseUnit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
double[]	DerivedUnit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
double[]	LogarithmicUnit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
abstract double[]	Unit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
double[]	OffsetUnit.toThat(double[] values, Unit that) Convert values from this unit to another unit.
double[]	ScaledUnit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	BaseUnit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	DerivedUnit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	LogarithmicUnit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	Unit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	OffsetUnit.toThat(double[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double	Unit.toThat(double value, Unit that) Convert a value from this unit to another unit.
float[]	ScaledUnit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
float[]	BaseUnit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
float[]	DerivedUnit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
float[]	LogarithmicUnit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
abstract float[]	Unit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
float[]	OffsetUnit.toThat(float[] values, Unit that) Convert values from this unit to another unit.
float[]	ScaledUnit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
float[]	BaseUnit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
float[]	DerivedUnit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
float[]	LogarithmicUnit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
float[]	Unit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
float[]	OffsetUnit.toThat(float[] values, Unit that, boolean copy) Convert values from this unit to another unit.
double[]	ScaledUnit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
double[]	BaseUnit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
double[]	DerivedUnit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
double[]	LogarithmicUnit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
abstract double[]	Unit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
double[]	OffsetUnit.toThis(double[] values, Unit that) Convert values to this unit from another unit.
double[]	ScaledUnit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double[]	BaseUnit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double[]	DerivedUnit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double[]	LogarithmicUnit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double[]	Unit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double[]	OffsetUnit.toThis(double[] values, Unit that, boolean copy) Convert values to this unit from another unit.
double	Unit.toThis(double value, Unit that) Convert a value to this unit from another unit.
float[]	ScaledUnit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
float[]	BaseUnit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
float[]	DerivedUnit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
float[]	LogarithmicUnit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
abstract float[]	Unit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
float[]	OffsetUnit.toThis(float[] values, Unit that) Convert values to this unit from another unit.
float[]	ScaledUnit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
float[]	BaseUnit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
float[]	DerivedUnit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
float[]	LogarithmicUnit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
float[]	Unit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
float[]	OffsetUnit.toThis(float[] values, Unit that, boolean copy) Convert values to this unit from another unit.
static double[]	Unit.transformUnits(Unit unit_out, ErrorEstimate[] errors_out, Unit unit_in, ErrorEstimate error_in, double[] value) Transform double values and (optionally) error estimates.
static double[]	Unit.transformUnits(Unit unit_out, ErrorEstimate[] errors_out, Unit unit_in, ErrorEstimate error_in, double[] value, boolean copy) Transform double values and (optionally) error estimates.
static float[]	Unit.transformUnits(Unit unit_out, ErrorEstimate[] errors_out, Unit unit_in, ErrorEstimate error_in, float[] value) Transform float values and (optionally) error estimates.
static float[]	Unit.transformUnits(Unit unit_out, ErrorEstimate[] errors_out, Unit unit_in, ErrorEstimate error_in, float[] value, boolean copy) Transform float values and (optionally) error estimates.

Constructors in visad that throw UnitException

Constructor and Description
QuantityDimension(Unit unit) Constructs from an existing Unit.

Uses of UnitException in visad.data.netcdf

Methods in visad.data.netcdf that throw UnitException

Modifier and Type	Method and Description
Quantity	QuantityDB.get(java.lang.String name, java.lang.String unitSpec) Returns the quantity that matches the given name and unit.

Uses of UnitException in visad.data.netcdf.units

Methods in visad.data.netcdf.units that throw UnitException

Modifier and Type	Method and Description
static UnitsDB	DefaultUnitsDB.instance() Deprecated. Use visad.data.units.DefaultUnitsDB.instance() instead

Uses of UnitException in visad.data.units

Methods in visad.data.units that throw UnitException

Modifier and Type	Method and Description
Unit	UnitParser.basicExpr()
static UnitsDB	DefaultUnitsDB.instance() Gets an instance of this class.
Unit	UnitParser.logExpr()
static void	Parser.main(java.lang.String[] args) Test this class.
Unit	UnitParser.parse(java.lang.String spec) Parses a string unit specification.
protected void	DefaultUnitsDB.pn(java.lang.String name, Unit unit) Adds a name, the plural form of the name, and a new unit to the database.
Unit	UnitParser.powerExpr()
Unit	UnitParser.productExpr()
protected void	DefaultUnitsDB.ps(java.lang.String symbol, Unit unit) Adds a symbol and a new unit to the database.
protected void	DefaultUnitsDB.px(java.lang.String name, Unit unit) Adds a name that has no plural form and a new unit to the database.
Unit	UnitParser.shiftExpr()
Unit	UnitParser.unitSpec()