Uses of Class
adams.data.sequence.XYSequencePoint

Packages that use XYSequencePoint

Package	Description
adams.data.sequence
adams.flow.sink.sequenceplotter
adams.gui.visualization.sequence
adams.gui.visualization.sequence.metadatacolor

Uses of XYSequencePoint in adams.data.sequence

Fields in adams.data.sequence declared as XYSequencePoint

Modifier and Type	Field	Description
protected XYSequencePoint	XYSequence.m_MaxX	the maximum X point.
protected XYSequencePoint	XYSequence.m_MaxY	the maximum Y point.
protected XYSequencePoint	XYSequence.m_MinX	the minimum X point.
protected XYSequencePoint	XYSequence.m_MinY	the minimum Y point.

Methods in adams.data.sequence that return XYSequencePoint

Modifier and Type	Method	Description
XYSequencePoint	XYSequence.find(double x)	Returns the SequencePoint with the exact number, null if not found.
XYSequencePoint	XYSequence.findClosest(double x)	Returns the SequencePoint with a number closest to the one provided.
XYSequencePoint	XYSequence.getMaxX()	Returns point with the maximum X.
XYSequencePoint	XYSequence.getMaxY()	Returns point with the maximum Y.
XYSequencePoint	XYSequence.getMinX()	Returns point with the minimum X.
XYSequencePoint	XYSequence.getMinY()	Returns point with the minimum Y.
XYSequencePoint	XYSequence.newPoint()	Returns a new instance of a sequence point.

Methods in adams.data.sequence that return types with arguments of type XYSequencePoint

Modifier and Type	Method	Description
DataPointComparator<XYSequencePoint>	XYSequence.getComparator()	Returns the comparator in use.
DataPointComparator<XYSequencePoint>	XYSequence.newComparator()	Returns the comparator in use.

Methods in adams.data.sequence with parameters of type XYSequencePoint

Modifier and Type	Method	Description
static int	XYSequenceUtils.findX(List<XYSequencePoint> points, XYSequencePoint p)	Returns the index in m_Points of the given sequence point.
static XYSequence	XYSequenceUtils.getConsecutiveRegion(List<XYSequencePoint> points, XYSequencePoint lastEnd, XYSequencePoint end)	Returns a region for the given range, starting just after the x value of "lastEnd" and ending (including) at "end".
static XYSequence	XYSequenceUtils.getRegion(List<XYSequencePoint> points, XYSequencePoint start, XYSequencePoint end)	Returns a region for the given range, including both, start and end point.

Method parameters in adams.data.sequence with type arguments of type XYSequencePoint

Modifier and Type	Method	Description
protected static void	XYSequenceUtils.add(Hashtable<Number,XYSequencePoint> pool, XYSequence s)	Merges the given sequence with the current data pool.
static int	XYSequenceUtils.countRegions(List<XYSequencePoint> points, double start, double end, boolean positive)	Counts the positive or negative regions between the given points (incl.
static int	XYSequenceUtils.countSignChanges(List<XYSequencePoint> points, double start, double end)	Counts the sign changes in the given data between the given points (incl.
static int	XYSequenceUtils.findClosestX(List<XYSequencePoint> points, double x)	Returns the index in m_Points closest to the given x value.
static int[]	XYSequenceUtils.findClosestXs(List<XYSequencePoint> points, double x, double wobble)	Returns the indices of m_Points closest to the given x value.
static int[]	XYSequenceUtils.findEnclosingXs(List<XYSequencePoint> points, double x)	Returns the indices of points in m_Points that enclose the given x value.
static int	XYSequenceUtils.findX(List<XYSequencePoint> points, double x)	Returns the index in m_Points of the given x value.
static int	XYSequenceUtils.findX(List<XYSequencePoint> points, XYSequencePoint p)	Returns the index in m_Points of the given sequence point.
static XYSequence	XYSequenceUtils.getConsecutiveRegion(List<XYSequencePoint> points, XYSequencePoint lastEnd, XYSequencePoint end)	Returns a region for the given range, starting just after the x value of "lastEnd" and ending (including) at "end".
protected static XYSequence	XYSequenceUtils.getHeader(List<XYSequencePoint> points)	Creates a header based on the current sequence points.
static double[]	XYSequenceUtils.getHistogram(List<XYSequencePoint> points, int numBins)	Generates data for a histogram display.
static XYSequence	XYSequenceUtils.getRegion(List<XYSequencePoint> points, XYSequencePoint start, XYSequencePoint end)	Returns a region for the given range, including both, start and end point.

Uses of XYSequencePoint in adams.flow.sink.sequenceplotter

Subclasses of XYSequencePoint in adams.flow.sink.sequenceplotter

Modifier and Type	Class	Description
class	SequencePlotPoint	Extended XYSequencePoint which can store X/Y error information as well.

Methods in adams.flow.sink.sequenceplotter that return types with arguments of type XYSequencePoint

Modifier and Type	Method	Description
protected List<XYSequencePoint>	ErrorCircleHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	ErrorCrossHitDetector.isHit(MouseEvent e)	Checks for a hit.
DataPointComparator<XYSequencePoint>	SequencePlotSequence.newComparator()	Returns the comparator in use.

Methods in adams.flow.sink.sequenceplotter with parameters of type XYSequencePoint

Modifier and Type	Method	Description
int	ErrorCirclePaintlet.getDiameter(XYSequencePoint curr)	Calculates the diameter for the given point (slow call).
int	ErrorCirclePaintlet.getDiameter(AxisPanel axisX, AxisPanel axisY, double currX, double currY, XYSequencePoint curr)	Calculates the diameter for the given point (fast call).
int	ErrorCirclePaintlet.getDiameter(AxisPanel axisX, AxisPanel axisY, XYSequencePoint curr)	Calculates the diameter for the given point (medium fast call).
int	ErrorCrossPaintlet.getDiameter(XYSequencePoint curr)	Calculates the diameter for the given point (slow call).
int	ErrorCrossPaintlet.getDiameter(AxisPanel axisX, AxisPanel axisY, double currX, double currY, XYSequencePoint curr)	Calculates the diameter for the given point (fast call).
int	ErrorCrossPaintlet.getDiameter(AxisPanel axisX, AxisPanel axisY, XYSequencePoint curr)	Calculates the diameter for the given point (medium fast call).

Uses of XYSequencePoint in adams.gui.visualization.sequence

Fields in adams.gui.visualization.sequence with type parameters of type XYSequencePoint

Modifier and Type	Field	Description
protected List<XYSequencePoint>	XYSequenceTable.Model.m_Points	the points.

Methods in adams.gui.visualization.sequence that return XYSequencePoint

Modifier and Type	Method	Description
XYSequencePoint	XYSequenceTable.Model.getPointAt(int row, int column)	Returns the sequence point at the given position.

Methods in adams.gui.visualization.sequence that return types with arguments of type XYSequencePoint

Modifier and Type	Method	Description
protected abstract List<XYSequencePoint>	AbstractXYSequencePointHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	BarHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	CircleHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	CrossHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	DotHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	LineHitDetector.isHit(MouseEvent e)	Checks for a hit.
protected List<XYSequencePoint>	StickHitDetector.isHit(MouseEvent e)	Checks for a hit.

Methods in adams.gui.visualization.sequence with parameters of type XYSequencePoint

Modifier and Type	Method	Description
protected Object	XYSequenceTable.Model.getValueAt(XYSequencePoint point, int column)	Returns the value at the specified column for a sequence point.

Method parameters in adams.gui.visualization.sequence with type arguments of type XYSequencePoint

Modifier and Type	Method	Description
protected String	AbstractXYSequencePointHitDetector.processHit(MouseEvent e, List<XYSequencePoint> hit)	Performs the action when a hit is detected.

Uses of XYSequencePoint in adams.gui.visualization.sequence.metadatacolor

Classes in adams.gui.visualization.sequence.metadatacolor with type parameters of type XYSequencePoint

Modifier and Type	Class	Description
class	AbstractMetaDataColor<T extends XYSequencePoint>	Ancestor for schemes extracting the color from a sequence point's meta-data.

Methods in adams.gui.visualization.sequence.metadatacolor with parameters of type XYSequencePoint

Modifier and Type	Method	Description
protected String	ColorPerRegExpGroup.determineGroup(XYSequencePoint point)	Determines the group for the point.
protected String	ColorPerLabel.determineLabel(XYSequencePoint point)	Determines the label for the point.
Color	ColorPerLabel.getColor(XYSequencePoint point, Color defColor)	Extracts the color from the meta-data.
Color	ColorPerRegExpGroup.getColor(XYSequencePoint point, Color defColor)	Extracts the color from the meta-data.
Color	Dummy.getColor(XYSequencePoint point, Color defColor)	Extracts the color from the meta-data.

Method parameters in adams.gui.visualization.sequence.metadatacolor with type arguments of type XYSequencePoint

Modifier and Type	Method	Description
void	ColorPerLabel.initialize(List<XYSequencePoint> points)	Initializes the meta-data color scheme.
void	ColorPerRegExpGroup.initialize(List<XYSequencePoint> points)	Initializes the meta-data color scheme.
void	Dummy.initialize(List<XYSequencePoint> points)	Initializes the meta-data color scheme.