Uses of Interface
org.epics.graphene.Range

Packages that use Range

Package	Description
org.epics.graphene

Uses of Range in org.epics.graphene

Subinterfaces of Range in org.epics.graphene

Modifier and Type	Interface and Description
interface	Statistics The statistics of a given set of numbers.

Methods in org.epics.graphene that return Range

Modifier and Type	Method and Description
static Range	RangeUtil.absRange(Range range) Returns the range of the absolute values within the range.
static Range	RangeUtil.aggregateRange(Range dataRange, Range aggregatedRange)
Range	AxisRangeInstance.axisRange(Range dataRange, Range displayRange)
Range	TemporalGraph2DRenderer.getAggregatedRange() The aggregated range of all the data that has been rendered.
Range	Cell2DDataset.getDisplayRange() Returns the suggested range to display the values.
Range	TemporalGraph2DRenderer.getPlotRange() The range of the x axis in the last graph rendering.
Range	Graph2DRenderer.getXAggregatedRange() The aggregated range of all the data that has been rendered.
Range	Graph2DRenderer.getXPlotRange() The range of the x axis in the last graph rendering.
Range	Cell2DDataset.getXRange() The range along x.
Range	Cell1DDataset.getXRange() The range along x.
Range	Graph2DRenderer.getYAggregatedRange() The aggregated range of all the data that has been rendered.
Range	Graph2DRenderer.getYPlotRange() The range of the y axis in the last graph rendering.
Range	Cell2DDataset.getYRange() The range along y.
static Range	RangeUtil.range(double minValue, double maxValue) Range from given min and max.
static Range	RangeUtil.sum(Range range1, Range range2)

Methods in org.epics.graphene that return types with arguments of type Range

Modifier and Type	Method and Description
HashMap<Integer,Range>	MultiAxisLineGraph2DRendererUpdate.getIndexToRange()

Methods in org.epics.graphene with parameters of type Range

Modifier and Type	Method and Description
static Range	RangeUtil.absRange(Range range) Returns the range of the absolute values within the range.
static Range	RangeUtil.aggregateRange(Range dataRange, Range aggregatedRange)
Range	AxisRangeInstance.axisRange(Range dataRange, Range displayRange)
protected void	Graph2DRenderer.calculateRanges(Range xDataRange, Range yDataRange) Given the new data ranges, calculates the new aggregated and plot ranges.
protected void	BubbleGraph2DRenderer.calculateRanges(Range xDataRange, Range yDataRange, Range zDataRange)
protected void	TemporalGraph2DRenderer.calculateRanges(Range valueRange, org.epics.util.time.TimeInterval timeInterval)
protected void	IntensityGraph2DRenderer.calculateZRange(Range zDataRange, Range displayRange) Calculates the range of the z values to be graphed based on the previous z range (if there is one).
static boolean	RangeUtil.contains(Range xRange, double value)
static boolean	RangeUtil.contains(Range range, Range subrange) Determines whether the subrange is contained in the range or not.
NumberColorMapInstance	NumberColorMap.createInstance(Range range) Given the range of the values to be displayed, creates an instance that can map values to colors.
static boolean	RangeUtil.equals(Range r1, Range r2)
static Cell2DDataset	Cell2DDatasets.linearRange(Cell2DDatasets.Function2D function, Range xRange, int xCount, Range yRange, int yCount)
static Cell2DDataset	Cell2DDatasets.linearRange(org.epics.util.array.ListNumber data, Range xRange, int xCount, Range yRange, int yCount) returns a Cell2DDataset, which is a 1D list of values that is treated like a 2D matrix.
static Point2DDataset	Point2DDatasets.lineData(Range xRange, org.epics.util.array.ListNumber y)
static double	RangeUtil.normalize(Range range, double value)
static NumberColorMapInstance	NumberColorMaps.optimize(NumberColorMapInstance instance, Range range) Returns a new optimized instance created by pre-calculating the colors in the given range and storing them in an array.
static NumberColorMapInstance	NumberColorMaps.optimize(NumberColorMapInstance instance, Range oldRange, Range newRange) TODO: what is this about?
ValueAxis	ValueScale.references(Range range, int minRefs, int maxRegs) Returns the reference axes for a given range
void	GraphBuffer.setXScaleAsCell(Range range, int xMinPixel, int xMaxPixel, ValueScale xValueScale) Sets the scaling data for the x axis assuming values are going to represent cells.
void	GraphBuffer.setXScaleAsPoint(Range range, int xMinPixel, int xMaxPixel, ValueScale xValueScale) Sets the scaling data for the x axis assuming values are going to represent points.
void	GraphBuffer.setYScaleAsCell(Range range, int yMinPixel, int yMaxPixel, ValueScale yValueScale) Sets the scaling data for the y axis assuming values are going to represent cells.
void	GraphBuffer.setYScaleAsPoint(Range range, int yMinPixel, int yMaxPixel, ValueScale yValueScale) Sets the scaling data for the y axis assuming values are going to represent points.
static Range	RangeUtil.sum(Range range1, Range range2)
static String	RangeUtil.toString(Range range)

Method parameters in org.epics.graphene with type arguments of type Range

Modifier and Type	Method and Description
protected void	MultiAxisLineGraph2DRenderer.calculateRanges(List<Range> xDataRange, List<Range> yDataRange, int length)
protected void	MultiAxisLineGraph2DRenderer.calculateRanges(List<Range> xDataRange, List<Range> yDataRange, int length)
MultiAxisLineGraph2DRendererUpdate	MultiAxisLineGraph2DRendererUpdate.setRanges(HashMap<Integer,Range> map)