Uses of Class javafx.beans.binding.DoubleBinding (JavaFX 27)
Description: use: module: javafx.base, package: javafx.beans.binding, class: DoubleBinding

# Uses of Class
javafx.beans.binding.DoubleBinding

Packages that use DoubleBinding
Package
Description
javafx.beans.binding
Provides classes that create and operate on a `Binding` that calculates a value that depends on one or more sources.

- ## Uses of DoubleBinding in javafx.beans.binding

  Methods in javafx.beans.binding that return DoubleBinding
  Modifier and Type
  Method
  Description
  `static DoubleBinding`
  Bindings.`add(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the sum of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`add(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the sum of the value of a `ObservableNumberValue` and a constant value.
  `DoubleBinding`
  DoubleExpression.`add(double other)`
  `DoubleBinding`
  DoubleExpression.`add(float other)`
  `DoubleBinding`
  DoubleExpression.`add(int other)`
  `DoubleBinding`
  DoubleExpression.`add(long other)`
  `DoubleBinding`
  DoubleExpression.`add(ObservableNumberValue other)`
  `DoubleBinding`
  FloatExpression.`add(double other)`
  `DoubleBinding`
  IntegerExpression.`add(double other)`
  `DoubleBinding`
  LongExpression.`add(double other)`
  `static DoubleBinding`
  Bindings.`createDoubleBinding(Callable<Double> func, Observable... dependencies)`
  Helper function to create a custom `DoubleBinding`.
  `static DoubleBinding`
  Bindings.`divide(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the division of a constant value and the value of a `ObservableNumberValue`.
  `static DoubleBinding`
  Bindings.`divide(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the division of the value of a `ObservableNumberValue` and a constant value.
  `DoubleBinding`
  DoubleExpression.`divide(double other)`
  `DoubleBinding`
  DoubleExpression.`divide(float other)`
  `DoubleBinding`
  DoubleExpression.`divide(int other)`
  `DoubleBinding`
  DoubleExpression.`divide(long other)`
  `DoubleBinding`
  DoubleExpression.`divide(ObservableNumberValue other)`
  `DoubleBinding`
  FloatExpression.`divide(double other)`
  `DoubleBinding`
  IntegerExpression.`divide(double other)`
  `DoubleBinding`
  LongExpression.`divide(double other)`
  `static DoubleBinding`
  Bindings.`doubleValueAt(ObservableList<? extends Number> op, int index)`
  Creates a new `DoubleBinding` that contains the element of an `ObservableList` at the specified position.
  `static DoubleBinding`
  Bindings.`doubleValueAt(ObservableList<? extends Number> op, ObservableIntegerValue index)`
  Creates a new `DoubleBinding` that contains the element of an `ObservableList` at the specified position.
  `static DoubleBinding`
  Bindings.`doubleValueAt(ObservableList<? extends Number> op, ObservableNumberValue index)`
  Creates a new `DoubleBinding` that contains the element of an `ObservableList` at the specified position.
  `static <K> DoubleBinding`
  Bindings.`doubleValueAt(ObservableMap<K, ? extends Number> op, ObservableValue<? extends K> key)`
  Creates a new `DoubleBinding` that contains the mapping of a specific key in an `ObservableMap`.
  `static <K> DoubleBinding`
  Bindings.`doubleValueAt(ObservableMap<K, ? extends Number> op, K key)`
  Creates a new `DoubleBinding` that contains the mapping of a specific key in an `ObservableMap`.
  `static DoubleBinding`
  Bindings.`max(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the maximum of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`max(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the maximum of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`min(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the minimum of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`min(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the minimum of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`multiply(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the product of the value of a `ObservableNumberValue` and a constant value.
  `static DoubleBinding`
  Bindings.`multiply(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the product of the value of a `ObservableNumberValue` and a constant value.
  `DoubleBinding`
  DoubleExpression.`multiply(double other)`
  `DoubleBinding`
  DoubleExpression.`multiply(float other)`
  `DoubleBinding`
  DoubleExpression.`multiply(int other)`
  `DoubleBinding`
  DoubleExpression.`multiply(long other)`
  `DoubleBinding`
  DoubleExpression.`multiply(ObservableNumberValue other)`
  `DoubleBinding`
  FloatExpression.`multiply(double other)`
  `DoubleBinding`
  IntegerExpression.`multiply(double other)`
  `DoubleBinding`
  LongExpression.`multiply(double other)`
  `DoubleBinding`
  DoubleExpression.`negate()`
  `DoubleBinding`
  When.NumberConditionBuilder.`otherwise(double otherwiseValue)`
  Defines a constant value of the ternary expression, that is returned if the condition is `false`.
  `static DoubleBinding`
  Bindings.`selectDouble(Object root, String... steps)`
  Creates a binding used to get a member, such as `a.b.c`.
  `static DoubleBinding`
  Bindings.`selectDouble(ObservableValue<?> root, String... steps)`
  Creates a binding used to get a member, such as `a.b.c`.
  `static DoubleBinding`
  Bindings.`subtract(double op1, ObservableNumberValue op2)`
  Creates a new `DoubleBinding` that calculates the difference of a constant value and the value of a `ObservableNumberValue`.
  `static DoubleBinding`
  Bindings.`subtract(ObservableNumberValue op1, double op2)`
  Creates a new `DoubleBinding` that calculates the difference of the value of a `ObservableNumberValue` and a constant value.
  `DoubleBinding`
  DoubleExpression.`subtract(double other)`
  `DoubleBinding`
  DoubleExpression.`subtract(float other)`
  `DoubleBinding`
  DoubleExpression.`subtract(int other)`
  `DoubleBinding`
  DoubleExpression.`subtract(long other)`
  `DoubleBinding`
  DoubleExpression.`subtract(ObservableNumberValue other)`
  `DoubleBinding`
  FloatExpression.`subtract(double other)`
  `DoubleBinding`
  IntegerExpression.`subtract(double other)`
  `DoubleBinding`
  LongExpression.`subtract(double other)`