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| Interface Summary | |
|---|---|
| Range | This interface is a definition of range, a pair of two values denoting minimum and maximum. |
| RangedValueListener | Notifies listeners that one of the parameters within the range has changed. |
| TickCalculator | TickCalculator calculates ticks for the displayer. |
| TickParameters | Defines callback interface that is called when determining optimal tick position. |
| Class Summary | |
|---|---|
| DefaultTickParameters | |
| IntegerValuePolicy | |
| LimitedRangePolicy | This is the implementation of RangedValuePolicy that allows
values of RangedValue to be only within the specified range. |
| LinearRange | Implementation of linear range. |
| LinearTickCalculator | Uses Range to find optimal tick distribution for LinearRange. |
| LogarithmicRange | Implementation of logarithmic range. |
| LogarithmicTickCalculator | Uses Range to find optimal tick distribution for LogarithmicRange. |
| ManualTickCalculator | ManualTickCalculator calculates ticks explicitely. |
| ProperOrderPolicy | This policy enforces the proper order of values. |
| RangedValue | This class stores values representing RangedValue. |
| RangedValueController | RangedValue is used as pasive data representation, where each change to the RangedValue is reported via RangedValueListener. |
| RangedValueEvent | This is the event object holding the information about the change in
RangedValue. |
| RangedValuePolicy | This class represents adjustable policies for RangedValue. |
| RescalingValuePolicy | Implementation of RangedValuePolicy that resizes the range
based on the value parameter. |
| ShiftValuePolicy | Defines value policy that maintains constant span. |
| SimpleDemoDisplayer | Simple demonstration of how to use classes in range package. |
| Tick | Helper class for the Ticks class. |
| TrimValuePolicy | Ensures that value will never be outside the bounds. |
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