Class HlDataSeries<TX,TY>

The HlcDataSeries provides a generic data-source in High-Low-Close format for HL charts as well as Error bar charts. See Also: com.scichart.charting.visuals.renderableSeries.FastFixedErrorBarsRenderableSeries, com.scichart.charting.visuals.renderableSeries.FastErrorBarsRenderableSeries, com.scichart.charting.visuals.renderableSeries.HlRenderableSeriesBase

Inheritance

java.lang.Object

DataSeriesCore

DataSeries<TX,TY>

XDataSeries<TX,TY>

dataSeries.XyDataSeries

HlDataSeries<TX,TY>

Implements

com.scichart.charting.model.dataSeries.IHlDataSeries<TX,TY>

Inherited Members

dataSeries.DataSeries.getAcceptsUnsortedData()

dataSeries.DataSeries.getLock()

dataSeries.DataSeries.getXMath()

dataSeries.DataSeries.getXMax()

dataSeries.DataSeries.getXMin()

dataSeries.DataSeries.getXRange()

dataSeries.DataSeries.getXType()

dataSeries.DataSeries.getYMath()

dataSeries.DataSeries.getYMax()

dataSeries.DataSeries.getYMin()

dataSeries.DataSeries.getYRange()

dataSeries.DataSeries.getYType()

dataSeries.DataSeries.setAcceptsUnsortedData(boolean)

dataSeries.DataSeriesCore.addObserver(dataSeries.IDataSeriesObserver)

dataSeries.DataSeriesCore.clear()

dataSeries.DataSeriesCore.decrementSuspend()

dataSeries.DataSeriesCore.getIsSuspended()

dataSeries.DataSeriesCore.getSeriesName()

dataSeries.DataSeriesCore.getUpdateSuspenderCount()

dataSeries.DataSeriesCore.onDataSeriesChanged(int)

dataSeries.DataSeriesCore.removeObserver(dataSeries.IDataSeriesObserver)

dataSeries.DataSeriesCore.resumeUpdates(IUpdateSuspender)

dataSeries.DataSeriesCore.setSeriesName(String)

dataSeries.DataSeriesCore.suspendUpdates()

dataSeries.XDataSeries.clear(boolean)

dataSeries.XDataSeries.getCount()

dataSeries.XDataSeries.getFifoCapacity()

dataSeries.XDataSeries.getIndicesXRange(IndexRange,coordinateCalculators.ICoordinateCalculator)

dataSeries.XDataSeries.getIndicesXRange(IndexRange,double,double,boolean)

dataSeries.XDataSeries.getIndicesYRange(IndexRange,coordinateCalculators.ICoordinateCalculator)

dataSeries.XDataSeries.getWindowedYRange(coordinateCalculators.ICoordinateCalculator,boolean)

dataSeries.XDataSeries.getXValues()

dataSeries.XDataSeries.isDataEvenlySpaced()

dataSeries.XDataSeries.isDataSortedAscending()

dataSeries.XDataSeries.isFifo()

dataSeries.XDataSeries.setFifoCapacity(Integer)

dataSeries.XDataSeries.updateXRange(IRange<TX>)

dataSeries.XyDataSeries.append(TX,TY)

dataSeries.XyDataSeries.append(TX[],TY[])

dataSeries.XyDataSeries.append(IValues<TX>,IValues<TY>)

dataSeries.XyDataSeries.append(Iterable<TX>,Iterable<TY>)

dataSeries.XyDataSeries.clearColumns()

dataSeries.XyDataSeries.getDataSeriesType()

dataSeries.XyDataSeries.getHasValues()

dataSeries.XyDataSeries.getWindowedYRange(IndexRange,boolean)

dataSeries.XyDataSeries.getYValues()

dataSeries.XyDataSeries.initColumns()

dataSeries.XyDataSeries.initColumnsAsFifo(int)

dataSeries.XyDataSeries.insert(int,TX,TY)

dataSeries.XyDataSeries.insertRange(int,TX[],TY[])

dataSeries.XyDataSeries.insertRange(int,IValues<TX>,IValues<TY>)

dataSeries.XyDataSeries.insertRange(int,Iterable<TX>,Iterable<TY>)

dataSeries.XyDataSeries.removeAt(int)

dataSeries.XyDataSeries.removeRange(int,int)

dataSeries.XyDataSeries.updateRangeXAt(int,TX[])

dataSeries.XyDataSeries.updateRangeXAt(int,IValues<TX>)

dataSeries.XyDataSeries.updateRangeXAt(int,Iterable<TX>)

dataSeries.XyDataSeries.updateRangeXyAt(int,TX[],TY[])

dataSeries.XyDataSeries.updateRangeXyAt(int,IValues<TX>,IValues<TY>)

dataSeries.XyDataSeries.updateRangeXyAt(int,Iterable<TX>,Iterable<TY>)

dataSeries.XyDataSeries.updateRangeYAt(int,TY[])

dataSeries.XyDataSeries.updateRangeYAt(int,IValues<TY>)

dataSeries.XyDataSeries.updateRangeYAt(int,Iterable<TY>)

dataSeries.XyDataSeries.updateXAt(int,TX)

dataSeries.XyDataSeries.updateXyAt(int,TX,TY)

dataSeries.XyDataSeries.updateYAt(int,TY)

dataSeries.XyDataSeries.updateYRange(IRange<TY>)

Object.clone()

Object.equals(Object)

Object.finalize()

Object.getClass()

Object.hashCode()

Object.notify()

Object.notifyAll()

Object.toString()

Object.wait()

Object.wait(long)

Object.wait(long,int)

Namespace:

Assembly: .dll

Syntax

public class HlDataSeries<TX,TY> extends dataSeries.XyDataSeries<TX,TY> implements dataSeries.IHlDataSeries<TX,TY>

Type Parameters

Name	Description
TX
TY

Constructors

HlDataSeries(Class<TX> xType, Class<TY> yType)

Creates a new instance of the HlDataSeries class

Declaration

public HlDataSeries(Class<TX> xType, Class<TY> yType)

Parameters

Type	Name	Description
Class<TX>	xType	The Type of X Data (TX)
Class<TY>	yType	The Type of Y Data (TY)

HlDataSeries(Class<TX> xType, Class<TY> yType, IDataDistributionCalculator<TX> dataDistributionCalculator)

Creates a new instance of the HlDataSeries class

Declaration

public HlDataSeries(Class<TX> xType, Class<TY> yType, IDataDistributionCalculator<TX> dataDistributionCalculator)

Parameters

Type	Name	Description
Class<TX>	xType	The Type of X Data (TX)
Class<TY>	yType	The Type of Y Data (TY)
IDataDistributionCalculator<TX>	dataDistributionCalculator	An optional DataDistributionCalculator, which can be used to specify Sorted Ascending and Evenly Spaced flags

Methods

append(TX x, TY y, TY high, TY low)

Appends the X, Y, High and Low point to the series.

Declaration

public void append(TX x, TY y, TY high, TY low)

Parameters

Type	Name	Description
TX	x
TY	y
TY	high
TY	low

append(TX[] xValues, TY[] yValues, TY[] high, TY[] low)

Appends an X, Y, High and Low points to the series.

Declaration

public void append(TX[] xValues, TY[] yValues, TY[] high, TY[] low)

Parameters

Type	Name	Description
TX[]	xValues
TY[]	yValues
TY[]	high
TY[]	low

append(IValues<TX> xValues, IValues<TY> yValues, IValues<TY> high, IValues<TY> low)

Appends the X, Y, High and Low points to the series.

Declaration

public void append(IValues<TX> xValues, IValues<TY> yValues, IValues<TY> high, IValues<TY> low)

Parameters

Type	Name	Description
IValues<TX>	xValues
IValues<TY>	yValues
IValues<TY>	high
IValues<TY>	low

append(Iterable<TX> xValues, Iterable<TY> yValues, Iterable<TY> high, Iterable<TY> low)

Appends the X, Y, High and Low points to the series.

Declaration

public void append(Iterable<TX> xValues, Iterable<TY> yValues, Iterable<TY> high, Iterable<TY> low)

Parameters

Type	Name	Description
Iterable<TX>	xValues
Iterable<TY>	yValues
Iterable<TY>	high
Iterable<TY>	low

clearColumns()

Clears content of series without recreation of internal lists

Declaration

protected void clearColumns()

Overrides

XyDataSeries<TX,TY>.clearColumns()

getDataSeriesType()

Gets the DataSeriesType for this DataSeries.

Declaration

public dataSeries.DataSeriesType getDataSeriesType()

Returns

Type	Description
dataSeries.DataSeriesType

Overrides

XyDataSeries<TX,TY>.getDataSeriesType()

getHasValues()

Gets whether the DataSeries has values(is not empty).

Declaration

public boolean getHasValues()

Returns

Type	Description
boolean

Overrides

XyDataSeries<TX,TY>.getHasValues()

getHighValues()

Gets the High Values of this series

Declaration

public ISciList<TY> getHighValues()

Returns

Type	Description
ISciList<TY>

getLowValues()

Gets the Low Values of this series

Declaration

public ISciList<TY> getLowValues()

Returns

Type	Description
ISciList<TY>

initColumns()

Creates internal lists

Declaration

protected void initColumns()

Overrides

XyDataSeries<TX,TY>.initColumns()

initColumnsAsFifo(int fifoCapacity)

Creates internal list as FIFO

Declaration

protected void initColumnsAsFifo(int fifoCapacity)

Parameters

Type	Name	Description
int	fifoCapacity

Overrides

XyDataSeries<TX,TY>.initColumnsAsFifo(int fifoCapacity)

insert(int index, TX x, TY y, TY high, TY low)

Inserts the X and Y, High and Low point to the series at specified index.

Declaration

public void insert(int index, TX x, TY y, TY high, TY low)

Parameters

Type	Name	Description
int	index
TX	x
TY	y
TY	high
TY	low

insertRange(int index, TX[] x, TY[] y, TY[] high, TY[] low)

Inserts the X and Y, High and Low points to the series at specified index.

Declaration

public void insertRange(int index, TX[] x, TY[] y, TY[] high, TY[] low)

Parameters

Type	Name	Description
int	index
TX[]	x
TY[]	y
TY[]	high
TY[]	low

insertRange(int index, IValues<TX> x, IValues<TY> y, IValues<TY> high, IValues<TY> low)

Inserts the X and Y, High and Low points to the series at specified index.

Declaration

public void insertRange(int index, IValues<TX> x, IValues<TY> y, IValues<TY> high, IValues<TY> low)

Parameters

Type	Name	Description
int	index
IValues<TX>	x
IValues<TY>	y
IValues<TY>	high
IValues<TY>	low

insertRange(int index, Iterable<TX> x, Iterable<TY> y, Iterable<TY> high, Iterable<TY> low)

Inserts the X and Y, High and Low points to the series at specified index.

Declaration

public void insertRange(int index, Iterable<TX> x, Iterable<TY> y, Iterable<TY> high, Iterable<TY> low)

Parameters

Type	Name	Description
int	index
Iterable<TX>	x
Iterable<TY>	y
Iterable<TY>	high
Iterable<TY>	low

removeAt(int index)

Removes data points at specified location

Declaration

public void removeAt(int index)

Parameters

Type	Name	Description
int	index

Overrides

XyDataSeries<TX,TY>.removeAt(int index)

removeRange(int startIndex, int count)

Removes the range of data points

Declaration

public void removeRange(int startIndex, int count)

Parameters

Type	Name	Description
int	startIndex
int	count

Overrides

XyDataSeries<TX,TY>.removeRange(int startIndex, int count)

update(int index, TY y, TY high, TY low)

Updates an Y, High and Low point to the series at specified index.

Declaration

public void update(int index, TY y, TY high, TY low)

Parameters

Type	Name	Description
int	index
TY	y
TY	high
TY	low

update(int index, TY[] y, TY[] high, TY[] low)

Updates the Y, High and Low points to the series at specified index.

Declaration

public void update(int index, TY[] y, TY[] high, TY[] low)

Parameters

Type	Name	Description
int	index
TY[]	y
TY[]	high
TY[]	low

update(int index, IValues<TY> y, IValues<TY> high, IValues<TY> low)

Updates the Y, High and Low points to the series at specified index.

Declaration

public void update(int index, IValues<TY> y, IValues<TY> high, IValues<TY> low)

Parameters

Type	Name	Description
int	index
IValues<TY>	y
IValues<TY>	high
IValues<TY>	low

update(int index, Iterable<TY> y, Iterable<TY> high, Iterable<TY> low)

Updates the Y, High and Low points to the series at specified index.

Declaration

public void update(int index, Iterable<TY> y, Iterable<TY> high, Iterable<TY> low)

Parameters

Type	Name	Description
int	index
Iterable<TY>	y
Iterable<TY>	high
Iterable<TY>	low

updateYRange(IRange<TY> yRange)

Sets the total extents of the IDataSeries in the Y direction.

Declaration

protected void updateYRange(IRange<TY> yRange)

Parameters

Type	Name	Description
IRange<TY>	yRange

Overrides

XyDataSeries<TX,TY>.updateYRange(IRange<TY> yRange)

Implements

com.scichart.charting.model.dataSeries.IHlDataSeries<TX,TY>