See: Description
| Interface | Description |
|---|---|
| Positionable |
The idea of being positionable is to place a point somewhere along a one-dimensional axis
This is very natural for numerical data, but can be applied to categorical data too.
|
| Range<T> |
| Class | Description |
|---|---|
| AbstractNumericRange<T> |
An abstract class as the superclass of numeric ranges
|
| AbstractRange<T> |
An abstract implementation of
Range |
| AggregatedRange |
A range class formed from a collection of Positionable instances.
|
| BigDecimalRange |
Specifies upper and lower bounds for a range of values
|
| BooleanRange | |
| Category<T> |
This class is really an adapter because it takes any object and allows it to be used as a Category.
|
| CategoryRange<T> |
Note that this class is iterable so you can use it in an advanced for..
|
| CombinedNumericRange |
A little convenience class to compute the maximum and minimum values of multiple ranges.
|
| IntegerRange |
Specifies upper and lower bounds for a range of values
|
| LongRange |
Specifies upper and lower bounds for a range of values
|
| NumericRange |
Specifies upper and lower bounds for a range of values
|
| RangeMorpher | |
| StringRange | |
| TimeRange |
Specifies upper and lower bounds for a range of values along a time line.
|
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