
 All Superinterfaces:
Observable
,ObservableNumberValue
,ObservableValue<Number>
 All Known Subinterfaces:
NumberBinding
 All Known Implementing Classes:
DoubleBinding
,DoubleExpression
,DoubleProperty
,DoublePropertyBase
,FloatBinding
,FloatExpression
,FloatProperty
,FloatPropertyBase
,IntegerBinding
,IntegerExpression
,IntegerProperty
,IntegerPropertyBase
,JavaBeanDoubleProperty
,JavaBeanFloatProperty
,JavaBeanIntegerProperty
,JavaBeanLongProperty
,LongBinding
,LongExpression
,LongProperty
,LongPropertyBase
,NumberExpressionBase
,ReadOnlyDoubleProperty
,ReadOnlyDoublePropertyBase
,ReadOnlyDoubleWrapper
,ReadOnlyFloatProperty
,ReadOnlyFloatPropertyBase
,ReadOnlyFloatWrapper
,ReadOnlyIntegerProperty
,ReadOnlyIntegerPropertyBase
,ReadOnlyIntegerWrapper
,ReadOnlyJavaBeanDoubleProperty
,ReadOnlyJavaBeanFloatProperty
,ReadOnlyJavaBeanIntegerProperty
,ReadOnlyJavaBeanLongProperty
,ReadOnlyLongProperty
,ReadOnlyLongPropertyBase
,ReadOnlyLongWrapper
,SimpleDoubleProperty
,SimpleFloatProperty
,SimpleIntegerProperty
,SimpleLongProperty
,SimpleStyleableDoubleProperty
,SimpleStyleableFloatProperty
,SimpleStyleableIntegerProperty
,SimpleStyleableLongProperty
,StyleableDoubleProperty
,StyleableFloatProperty
,StyleableIntegerProperty
,StyleableLongProperty
public interface NumberExpression extends ObservableNumberValue
NumberExpression
is anObservableNumberValue
plus additional convenience methods to generate bindings in a fluent style.This API allows to mix types when defining arithmetic operations. The type of the result is defined by the same rules as in the Java Language.
 If one of the operands is a double, the result is a double.
 If not and one of the operands is a float, the result is a float.
 If not and one of the operands is a long, the result is a long.
 The result is an integer otherwise.
To be able to deal with an unspecified return type, two interfaces
NumberExpression
and its counterpartNumberBinding
were introduced. That means if the return type is specified asNumberBinding
, the method will either return aDoubleBinding
,FloatBinding
,LongBinding
orIntegerBinding
, depending on the types of the operands.The API tries to do its best in determining the correct return type, e.g. combining a
ObservableNumberValue
with a primitive double will always result in aDoubleBinding
. In cases where the return type is not known by the API, it is the responsibility of the developer to call the correct getter (ObservableNumberValue.intValue()
etc.). If the internal representation does not match the type of the getter, a standard cast is done. Since:
 JavaFX 2.0


Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description NumberBinding
add(double other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value.NumberBinding
add(float other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value.NumberBinding
add(int other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value.NumberBinding
add(long other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value.NumberBinding
add(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and anotherObservableNumberValue
.StringBinding
asString()
StringBinding
asString(String format)
StringBinding
asString(Locale locale, String format)
NumberBinding
divide(double other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value.NumberBinding
divide(float other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value.NumberBinding
divide(int other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value.NumberBinding
divide(long other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value.NumberBinding
divide(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and anotherObservableNumberValue
.BooleanBinding
greaterThan(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value.BooleanBinding
greaterThan(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value.BooleanBinding
greaterThan(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value.BooleanBinding
greaterThan(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value.BooleanBinding
greaterThan(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than anotherObservableNumberValue
.BooleanBinding
greaterThanOrEqualTo(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value.BooleanBinding
greaterThanOrEqualTo(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value.BooleanBinding
greaterThanOrEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value.BooleanBinding
greaterThanOrEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value.BooleanBinding
greaterThanOrEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to anotherObservableNumberValue
.BooleanBinding
isEqualTo(double other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).BooleanBinding
isEqualTo(float other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).BooleanBinding
isEqualTo(int other)
BooleanBinding
isEqualTo(int other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).BooleanBinding
isEqualTo(long other)
BooleanBinding
isEqualTo(long other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).BooleanBinding
isEqualTo(ObservableNumberValue other)
BooleanBinding
isEqualTo(ObservableNumberValue other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are equal (with a tolerance).BooleanBinding
isNotEqualTo(double other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).BooleanBinding
isNotEqualTo(float other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).BooleanBinding
isNotEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value.BooleanBinding
isNotEqualTo(int other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).BooleanBinding
isNotEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value.BooleanBinding
isNotEqualTo(long other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).BooleanBinding
isNotEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are not equal.BooleanBinding
isNotEqualTo(ObservableNumberValue other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are not equal (with a tolerance).BooleanBinding
lessThan(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value.BooleanBinding
lessThan(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value.BooleanBinding
lessThan(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value.BooleanBinding
lessThan(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value.BooleanBinding
lessThan(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than anotherObservableNumberValue
.BooleanBinding
lessThanOrEqualTo(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value.BooleanBinding
lessThanOrEqualTo(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value.BooleanBinding
lessThanOrEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value.BooleanBinding
lessThanOrEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value.BooleanBinding
lessThanOrEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to anotherObservableNumberValue
.NumberBinding
multiply(double other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value.NumberBinding
multiply(float other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value.NumberBinding
multiply(int other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value.NumberBinding
multiply(long other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value.NumberBinding
multiply(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and anotherObservableNumberValue
.NumberBinding
negate()
Creates a newNumberBinding
that calculates the negation ofNumberExpression
.NumberBinding
subtract(double other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value.NumberBinding
subtract(float other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value.NumberBinding
subtract(int other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value.NumberBinding
subtract(long other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value.NumberBinding
subtract(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and anotherObservableNumberValue
.
Methods inherited from interface javafx.beans.Observable
addListener, removeListener

Methods inherited from interface javafx.beans.value.ObservableNumberValue
doubleValue, floatValue, intValue, longValue

Methods inherited from interface javafx.beans.value.ObservableValue
addListener, getValue, removeListener




Method Detail

negate
NumberBinding negate()
Creates a newNumberBinding
that calculates the negation ofNumberExpression
. Returns:
 the new
NumberBinding

add
NumberBinding add(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
NumberBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

add
NumberBinding add(double other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

add
NumberBinding add(float other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

add
NumberBinding add(long other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

add
NumberBinding add(int other)
Creates a newNumberBinding
that calculates the sum of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

subtract
NumberBinding subtract(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
NumberBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

subtract
NumberBinding subtract(double other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

subtract
NumberBinding subtract(float other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

subtract
NumberBinding subtract(long other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

subtract
NumberBinding subtract(int other)
Creates a newNumberBinding
that calculates the difference of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

multiply
NumberBinding multiply(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
NumberBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

multiply
NumberBinding multiply(double other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

multiply
NumberBinding multiply(float other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

multiply
NumberBinding multiply(long other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

multiply
NumberBinding multiply(int other)
Creates a newNumberBinding
that calculates the product of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

divide
NumberBinding divide(ObservableNumberValue other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
NumberBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

divide
NumberBinding divide(double other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

divide
NumberBinding divide(float other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

divide
NumberBinding divide(long other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

divide
NumberBinding divide(int other)
Creates a newNumberBinding
that calculates the division of thisNumberExpression
and a constant value. Parameters:
other
 the constant value Returns:
 the new
NumberBinding

isEqualTo
BooleanBinding isEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are equal.When comparing floatingpoint numbers it is recommended to use the
isEqualTo()
method that allows a small tolerance. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

isEqualTo
BooleanBinding isEqualTo(ObservableNumberValue other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are equal (with a tolerance).Two operands
a
andb
are considered equal ifMath.abs(ab) <= epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers because of roundingerrors.
 Parameters:
other
 the secondObservableNumberValue
epsilon
 the tolerance Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

isEqualTo
BooleanBinding isEqualTo(double other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).Two operands
a
andb
are considered equal ifMath.abs(ab) <= epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers because of roundingerrors.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isEqualTo
BooleanBinding isEqualTo(float other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).Two operands
a
andb
are considered equal ifMath.abs(ab) <= epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers because of roundingerrors.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isEqualTo
BooleanBinding isEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value.When comparing floatingpoint numbers it is recommended to use the
isEqualTo()
method that allows a small tolerance. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

isEqualTo
BooleanBinding isEqualTo(long other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).Two operands
a
andb
are considered equal ifMath.abs(ab) <= epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers because of roundingerrors.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isEqualTo
BooleanBinding isEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value.When comparing floatingpoint numbers it is recommended to use the
isEqualTo()
method that allows a small tolerance. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

isEqualTo
BooleanBinding isEqualTo(int other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is equal to a constant value (with a tolerance).Two operands
a
andb
are considered equal ifMath.abs(ab) <= epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are not equal.When comparing floatingpoint numbers it is recommended to use the
isNotEqualTo()
method that allows a small tolerance. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

isNotEqualTo
BooleanBinding isNotEqualTo(ObservableNumberValue other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if this and anotherObservableNumberValue
are not equal (with a tolerance).Two operands
a
andb
are considered not equal ifMath.abs(ab) > epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers because of roundingerrors.
 Parameters:
other
 the secondObservableNumberValue
epsilon
 the permitted tolerance Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

isNotEqualTo
BooleanBinding isNotEqualTo(double other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).Two operands
a
andb
are considered not equal ifMath.abs(ab) > epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(float other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).Two operands
a
andb
are considered not equal ifMath.abs(ab) > epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value.When comparing floatingpoint numbers it is recommended to use the
isNotEqualTo()
method that allows a small tolerance. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(long other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).Two operands
a
andb
are considered not equal ifMath.abs(ab) > epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value.When comparing floatingpoint numbers it is recommended to use the
isNotEqualTo()
method that allows a small tolerance. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

isNotEqualTo
BooleanBinding isNotEqualTo(int other, double epsilon)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is not equal to a constant value (with a tolerance).Two operands
a
andb
are considered not equal ifMath.abs(ab) > epsilon
.Allowing a small tolerance is recommended when comparing floatingpoint numbers.
 Parameters:
other
 the constant valueepsilon
 the permitted tolerance Returns:
 the new
BooleanBinding

greaterThan
BooleanBinding greaterThan(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

greaterThan
BooleanBinding greaterThan(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThan
BooleanBinding greaterThan(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThan
BooleanBinding greaterThan(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThan
BooleanBinding greaterThan(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThan
BooleanBinding lessThan(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

lessThan
BooleanBinding lessThan(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThan
BooleanBinding lessThan(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThan
BooleanBinding lessThan(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThan
BooleanBinding lessThan(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is lesser than a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThanOrEqualTo
BooleanBinding greaterThanOrEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

greaterThanOrEqualTo
BooleanBinding greaterThanOrEqualTo(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThanOrEqualTo
BooleanBinding greaterThanOrEqualTo(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThanOrEqualTo
BooleanBinding greaterThanOrEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

greaterThanOrEqualTo
BooleanBinding greaterThanOrEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is greater than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThanOrEqualTo
BooleanBinding lessThanOrEqualTo(ObservableNumberValue other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to anotherObservableNumberValue
. Parameters:
other
 the secondObservableNumberValue
 Returns:
 the new
BooleanBinding
 Throws:
NullPointerException
 if the otherObservableNumberValue
isnull

lessThanOrEqualTo
BooleanBinding lessThanOrEqualTo(double other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThanOrEqualTo
BooleanBinding lessThanOrEqualTo(float other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThanOrEqualTo
BooleanBinding lessThanOrEqualTo(long other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

lessThanOrEqualTo
BooleanBinding lessThanOrEqualTo(int other)
Creates a newBooleanBinding
that holdstrue
if thisNumberExpression
is less than or equal to a constant value. Parameters:
other
 the constant value Returns:
 the new
BooleanBinding

asString
StringBinding asString()
Creates aStringBinding
that holds the value of theNumberExpression
turned into aString
. If the value of thisNumberExpression
changes, the value of theStringBinding
will be updated automatically.The conversion is done without any formatting applied.
 Returns:
 the new
StringBinding

asString
StringBinding asString(String format)
Creates aStringBinding
that holds the value of theNumberExpression
turned into aString
. If the value of thisNumberExpression
changes, the value of theStringBinding
will be updated automatically.The result is formatted according to the formatting
String
. Seejava.util.Formatter
for formatting rules. Parameters:
format
 the formattingString
 Returns:
 the new
StringBinding

asString
StringBinding asString(Locale locale, String format)
Creates aStringBinding
that holds the value of theNumberExpression
turned into aString
. If the value of thisNumberExpression
changes, the value of theStringBinding
will be updated automatically.The result is formatted according to the formatting
String
and the passed inLocale
. Seejava.util.Formatter
for formatting rules. Seejava.util.Locale
for details onLocale
. Parameters:
locale
 the Locale to be usedformat
 the formattingString
 Returns:
 the new
StringBinding

