RangeNode

A single value that can be either inclusive or exclusive. This class is used by Range to define the boundaries of a numerical range.

Fields

`POSITIVE_INFINITY`

A static RangeNode representing positive infinity, which is always inclusive.

`NEGATIVE_INFINITY`

A static RangeNode representing negative infinity, which is always inclusive.

Methods

`RangeNode(double node, boolean isInclusive)`

Constructs a new RangeNode.

node: The numerical value of the node.
isInclusive: A boolean indicating whether the node is inclusive (true) or exclusive (false).

`inclusive(double value)`

Static factory method. Creates a new RangeNode that is inclusive of the given value.

`exclusive(double value)`

Static factory method. Creates a new RangeNode that is exclusive of the given value.

`node()`

Returns the numerical value of the node.

`isInclusive()`

Returns true if the node is inclusive, false otherwise.

`isExclusive()`

Returns true if the node is exclusive, false otherwise.

`isValueGreaterThanNode(double value)`

Checks if a given value is greater than or equal to (if inclusive) or strictly greater than (if exclusive) this node's value.

`isValueLessThanNode(double value)`

Checks if a given value is less than or equal to (if inclusive) or strictly less than (if exclusive) this node's value.

`equals(Object obj)`

Compares this RangeNode to another object for equality. Two RangeNode objects are equal if they have the same numerical value and the same inclusivity/exclusivity.

`hashCode()`

Returns a hash code for the RangeNode.

`toString()`

Returns a string representation of the RangeNode (e.g., "10.0 (inclusive)" or "5.0 (exclusive)").

Range Rectangle