Uses of Class
com.quinncurtis.chart3djava.PhysicalCoordinates

Uses of PhysicalCoordinates in com.quinncurtis.chart3djava
 

Subclasses of PhysicalCoordinates in com.quinncurtis.chart3djava
 class CartesianCoordinates
          The CartesianCoordinates class extends the PhysicalCoordinates class to support linear-linear, linear-log, log-linear and log-log coordinate systems in an xy coordinate plane.
 class TimeCoordinates
           
 

Methods in com.quinncurtis.chart3djava that return PhysicalCoordinates
 PhysicalCoordinates Transform3D.getChartObjScale()
          Get the current coordinate system.
 PhysicalCoordinates GraphObj.getChartObjScale()
          Returns a reference to the PhysicalCoordinates scale object that the chart object is placed in
 PhysicalCoordinates Polygon3D.getCoordinateSystem()
          Get the objects coordinate system.
 PhysicalCoordinates DataToolTip.getSelectedCoordinateSystem()
          In the mousePressed event, this function will return the coordinate system of the selected plot object.
 

Methods in com.quinncurtis.chart3djava with parameters of type PhysicalCoordinates
 int PolygonList.addPolygon(PhysicalCoordinates transform, ChartPoint3D[] points, ChartAttribute attrib)
          Add a polygon to the PolygonList object.
 int PolygonList.addPolygon(PhysicalCoordinates transform, ChartPoint3D p1, ChartPoint3D p2, ChartAttribute attrib)
          Add a two point line to the PolygonList object.
 int PolygonList.addSolidPolygon(PhysicalCoordinates transform, int[] pointindices, ChartAttribute outsideattrib)
          Add a polygon, specified using point indices of the already populated pointList.
 boolean ScrollBarRotate3DControl.addTransform(PhysicalCoordinates transform)
          Add an additional coordinate system to the list of coordinate systems under control.
 boolean RotateTransform3D.addTransform(PhysicalCoordinates transform)
          Add a coordinate system to the list of coordinate systems that are rotated.
 void RotateButtonUserControl.addTransform(PhysicalCoordinates transform)
          Add a coordinate system to the list of coordinate systems under control.
 boolean TimeSimpleDataset3D.calcNearestPoint(PhysicalCoordinates transform, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a contour dataset and calculates which point in the dataset is nearest the test point.
 boolean SimpleDataset3D.calcNearestPoint(PhysicalCoordinates transform, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a contour dataset and calculates which point in the dataset is nearest the test point.
 boolean SimpleDataset.calcNearestPoint(PhysicalCoordinates transform, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a simple dataset and calculates which point in the dataset is nearest the test point.
 boolean GroupDataset.calcNearestPoint(PhysicalCoordinates transform, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a simple dataset and calculates which point in the dataset is nearest the test point.
abstract  boolean ChartDataset.calcNearestPoint(PhysicalCoordinates transform, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method abstract is the prototype for a data point nearness test.
static boolean ChartSupport.calcNearestPoint(PhysicalCoordinates transform, GroupDataset dataset, boolean coordswap, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a simple dataset and calculates which point in the dataset is nearest the test point.
static boolean ChartSupport.calcNearestPoint(PhysicalCoordinates transform, SimpleDataset dataset, boolean coordswap, ChartPoint3D testpoint, int nmode, NearestPointData nearestpoint)
          This method compares a test point against all of the xy points in a simple dataset and calculates which point in the dataset is nearest the test point.
 boolean SimpleDataset.checkValidData(PhysicalCoordinates transform, int index)
          This method checks to see if the x- and y-data values for a given index are valid, taking into account any discontinuities in the coordinate system.
 boolean SimpleDataset.checkValidDataX(PhysicalCoordinates transform, int index)
          This method checks to see if the x-data value is valid, taking into account any discontinuities in the coordinate system.
 boolean SimpleDataset.checkValidDataY(PhysicalCoordinates transform, int index)
          This method checks to see if the y-data value is valid, taking into account any discontinuities in the coordinate system.
 boolean GroupDataset.checkValidGroupData(PhysicalCoordinates transform, int index)
          This method checks to see if the x- and y-data values for a given index are valid, taking into account any discontinuities in the coordinate system.
 boolean GroupDataset.checkValidGroupData(PhysicalCoordinates transform, int ngroup, int index)
          This method checks to see if the x- and y-data values for a given index are valid, taking into account any discontinuities in the coordinate system.
 boolean GroupDataset.checkValidGroupDataX(PhysicalCoordinates transform, int index)
          This method checks to see if the x-data value is valid, taking into account any discontinuities in the coordinate system.
 boolean GroupDataset.checkValidGroupDataY(PhysicalCoordinates transform, int ngroup, int index)
          This method checks to see if the y-data value is valid, taking into account any discontinuities in the coordinate system.
 ChartPoint3D Transform3D.convertDevToUserCoords(PhysicalCoordinates transform, double xdev, double ydev, double zphys)
          Converts from screen coordinates to user coordinates by applying an inverse transform.
 void PhysicalCoordinates.copy(PhysicalCoordinates source)
          Copies the source coordinate system.
static int ChartSupport.getCoordinateSystemType(PhysicalCoordinates transform)
          This method returns POLAR_POS if the coordinate system is of type PolarCoordinates, otherwise it returns PHYS_POS.
 SimpleDataset TimeSimpleDataset3D.getFastClipDataset(java.lang.String s, PhysicalCoordinates transform, int fastclipmode, java.lang.Integer fastclipoffset)
          This method returns a truncated dataset that only includes the datapoints within the current scaling limits, assuming the the data is monotonic in the x or y direction.
 GroupDataset TimeGroupDataset3D.getFastClipDataset(java.lang.String s, PhysicalCoordinates transform, int fastclipmode, java.lang.Integer fastclipoffset)
          This method returns a truncated dataset that only includes the datapoints within the current scaling limits, assuming the the data is monotonic in the x or y direction.
 SimpleDataset SimpleDataset3D.getFastClipDataset(java.lang.String s, PhysicalCoordinates transform, int fastclipmode, java.lang.Integer fastclipoffset)
          This method returns a truncated dataset that only includes the datapoints within the current scaling limits, assuming the the data is monotonic in the x or y direction.
 SimpleDataset SimpleDataset.getFastClipDataset(java.lang.String s, PhysicalCoordinates transform, int fastclipmode, java.lang.Integer fastclipoffset)
          This method returns a truncated dataset that only includes the datapoints within the current scaling limits, assuming the the data is monotonic in the x or y direction.
 GroupDataset GroupDataset.getFastClipDataset(java.lang.String s, PhysicalCoordinates transform, int fastclipmode, java.lang.Integer fastclipoffset)
          This method returns a truncated dataset that only includes the datapoints within the current scaling limits, assuming the the data is monotonic in the x or y direction.
 void Axis.initAxis(PhysicalCoordinates transform, int axtype)
          This method initializes the type, minimum and maximum values of the axis.
 void Axis.initAxis(PhysicalCoordinates transform, int axtype, double minval, double maxval)
          This method initializes the type, minimum and maximum values of the axis.
 void Background.initBackground(PhysicalCoordinates transform, int bgtype, java.awt.Color bgcolor)
          This method initializes a simple Background object that uses the specified chart scale, background type and color.
 void ChartImage.initChartImage(PhysicalCoordinates transform, java.awt.Image aimage, double x, double y, double z, int npostype, double rotation)
          A ChartImage initialization method that initializes the scale, the image, the position, the position mode and the rotation for an image plot object.
 void ChartImage.initChartImage(PhysicalCoordinates transform, java.awt.Image aimage, double x, double y, int npostype, double rotation)
          A ChartImage initialization method that initializes the scale, the image, the position, the position mode and the rotation for an image plot object.
 void ChartShape.initChartShapeObj(PhysicalCoordinates transform, java.awt.Shape ashape, int shapecoordstype, double x, double y, double z, int npostype, double rotation)
          Initializes the attributes of an ChartShape object.
 void ChartShape.initChartShapeObj(PhysicalCoordinates transform, java.awt.Shape ashape, int shapecoordstype, double x, double y, int npostype, double rotation)
          Initializes the attributes of an ChartShape object.
 void ChartText.initChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, double z, int npostype, int xjust, int yjust, double rotation)
          This method initializes an ChartText using the specified scale, font, string, position, justification and rotation.
 void ChartText.initChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, int npostype, int xjust, int yjust, double rotation)
          This method initializes an ChartText using the specified scale, font, string, position, justification and rotation.
 void DataCursor.initDataCursor(ChartView component, PhysicalCoordinates transform, double zpos, int nmarkertype, double rsize)
          Initializes the attributes of an DataCursor object.
 void HistogramPlot.initHistogramPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarbase, ChartAttribute attrib)
          Sets the properties of an floating bar plot.
 void ScrollBarRotate3DControl.initScrollBarRotate3DControl(javax.swing.JFrame frame, ChartView chartvu, PhysicalCoordinates[] transforms, ChartPoint3D initialvalues, int lightlevel)
          Initialize a dialog box to rotate multiple coordinate systems.
 void ScrollBarRotate3DControl.initScrollBarRotate3DControl(javax.swing.JFrame frame, ChartView chartvu, PhysicalCoordinates transform, ChartPoint3D initialvalues, int lightlevel)
          Initialize a dialog box to rotate a coordinate system.
 void Wall3D.initWall3D(PhysicalCoordinates transform, int wallorientation, double wallthickness, ChartAttribute wallattrib)
          This method initializes a simple Wall3D object that uses the specified chart scale, background type and color.
 ChartPoint3D Transform3D.interpolateZValues(PhysicalCoordinates transform, double xdev, double ydev, double zphys)
          The method takes three coordinates, the x- and y-coordinates are in device coordinates, and the z-coordinate is in physical coordinates, and returns the 3D physical coordinate point the corresponds to it.
 void AutoScale.setChartAutoScale(PhysicalCoordinates transform, int naxis, int nmode)
          Initialize an AutoScale object based on the scaling values of an PhysicalCoordinates object.
 void Transform3D.setChartObjScale(PhysicalCoordinates value)
          Set the current coordinate system.
 void StandardLegend.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void LegendItem.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void Legend.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void Grid.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void GraphObj.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in
 void BubblePlotLegendItem.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void BubblePlotLegend.setChartObjScale(PhysicalCoordinates transform)
          Sets the reference to the PhysicalCoordinates object that the chart object is placed in.
 void Polygon3D.setCoordinateSystem(PhysicalCoordinates value)
          Set the objects coordinate system.
 void PolygonList.setPolygonItems(PhysicalCoordinates physscale, ChartAttribute attrib)
          Set the coordinate system and color attribute for the polygons in the PolygonList object.
 

Constructors in com.quinncurtis.chart3djava with parameters of type PhysicalCoordinates
ArrowPlot(PhysicalCoordinates transform)
          This constructor creates a new ArrowPlot object that will reside in the specified coordinate system.
ArrowPlot(PhysicalCoordinates transform, GroupDataset dataset, Arrow basearrow, ChartAttribute attrib)
          This constructor creates a new ArrowPlot object that will reside in the specified coordinate system.
Axis(PhysicalCoordinates transform, int axtype)
          This constructor creates a new Axis object of the specified type and scales it to match the minimum and maximum values of the specified PhysicalCoordinates object.
Axis(PhysicalCoordinates transform, int axtype, double minval, double maxval)
          This constructor creates a new Axis object of a specified type, and scales it to match the specified minimum and maximum values.
Background(PhysicalCoordinates transform, int bgtype, java.awt.Color bgcolor)
          This constructor creates a simple Background object that uses the specified chart scale, background type and color.
Background(PhysicalCoordinates transform, int bgtype, java.awt.Color color1, java.awt.Color color2, double barwidth, int dir)
          This constructor creates an Background object that uses the specified chart scale, background type and gradient.
Background(PhysicalCoordinates transform, int bgtype, java.awt.Color startcolor, java.awt.Color stopcolor, int dir)
          This constructor creates an Background object that uses the specified chart scale, background type and gradient.
Background(PhysicalCoordinates transform, int bgtype, java.awt.GradientPaint gradient)
          This constructor creates an Background object that uses the specified chart scale, background type and gradient.
Background(PhysicalCoordinates transform, int bgtype, java.awt.TexturePaint texture)
          This constructor creates an Background object that uses the specified chart scale, background type and texture.
BubblePlot(PhysicalCoordinates transform)
          This constructor creates a new BubblePlot object that will reside in the specified coordinate system.
BubblePlot(PhysicalCoordinates transform, GroupDataset dataset, int bubblesizetype, ChartAttribute attrib)
          This constructor creates a new BubblePlot object that will reside in the specified coordinate system.
BubblePlotLegendItem(PhysicalCoordinates transform, java.lang.String stext, double rsize, BubblePlot chartobj, java.awt.Font thefont)
          This BubblePlotLegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an GraphObj object, and an explicit font.
BubblePlotLegendItem(PhysicalCoordinates transform, java.lang.String stext, double rsize, ChartAttribute attrib, java.awt.Font thefont)
          This BubblePlotLegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an ChartAttribute object, and an explicit font.
CandlestickPlot(PhysicalCoordinates transform)
          This constructor creates a new CandlestickPlot object that will reside in the specified coordinate system.
CandlestickPlot(PhysicalCoordinates transform, GroupDataset dataset, double rwidth, ChartAttribute defaultattrib, ChartAttribute fillattrib)
          This constructor creates a new CandlestickPlot object that will reside in the specified coordinate system.
CellPlot(PhysicalCoordinates transform)
          This constructor creates a new CellPlot object that will reside in the specified coordinate system.
CellPlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute attrib)
          This constructor creates a new CellPlot object that will reside in the specified coordinate system.
ChartImage(PhysicalCoordinates transform)
          A ChartImage constructor that initializes the scale for an image plot object.
ChartImage(PhysicalCoordinates transform, java.awt.Image aimage, double x, double y, double z, int npostype, int rotation)
          A ChartImage constructor that initializes the scale, the image, the position, the position mode and the rotation for an image plot object.
ChartImage(PhysicalCoordinates transform, java.awt.Image aimage, double x, double y, int npostype, int rotation)
          A ChartImage constructor that initializes the scale, the image, the position, the position mode and the rotation for an image plot object.
ChartLabel(PhysicalCoordinates transform)
          This constructor creates a new ChartLabel object using the specified scale.
ChartShape(PhysicalCoordinates transform)
          This constructor creates a new ChartShape object using the specified scale.
ChartShape(PhysicalCoordinates transform, java.awt.Shape ashape, int shapecoordstype, double x, double y, double z, int npositiontype, int rotation)
          This constructor creates a new ChartShape object using the specified scale, shape, position and rotation.
ChartShape(PhysicalCoordinates transform, java.awt.Shape ashape, int shapecoordstype, double x, double y, int npositiontype, int rotation)
          This constructor creates a new ChartShape object using the specified scale, shape, position and rotation.
ChartSymbol(PhysicalCoordinates transform)
          This constructor creates a new ChartSymbol object using the specified scale, GeneralPath and attributes.
ChartSymbol(PhysicalCoordinates transform, int nsymbol, ChartAttribute attrib)
          This constructor creates a new ChartSymbol object using the specified scale, symbol and attributes.
ChartSymbol(PhysicalCoordinates transform, Polygon3D symbolshape, ChartAttribute attrib)
          This constructor creates a new ChartSymbol object using the specified scale, GeneralPath and attributes.
ChartSymbol3D(PhysicalCoordinates transform)
          This constructor creates a new ChartSymbol3D object using the specified scale, GeneralPath and attributes.
ChartSymbol3D(PhysicalCoordinates transform, int nsymbol, ChartAttribute attrib)
          This constructor creates a new ChartSymbol3D object using the specified scale, symbol and attributes.
ChartText(PhysicalCoordinates transform)
          This constructor creates a new ChartText object using the specified scale.
ChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring)
          This constructor creates a new ChartText using the specified scale, font, and string.
ChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, double z, int npostype)
          This constructor creates a new ChartText using the specified scale, font, string, position and justification.
ChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, double z, int npostype, int xjust, int yjust, int rotation)
          This constructor creates a new ChartText using the specified scale, font, string, position, justification and rotation.
ChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, int npostype)
          This constructor creates a new ChartText using the specified scale, font, string, position and justification.
ChartText(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, int npostype, int xjust, int yjust, int rotation)
          This constructor creates a new ChartText using the specified scale, font, string, position, justification and rotation.
ChartTitle(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring)
          This constructor creates a new ChartTitle using the specified scale, font, and string.
ChartTitle(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, int ntitletype, int ntitlepos)
          This constructor creates a new ChartTitle using the specified scale, font, string, type and position.
ChartZoom(ChartView component, PhysicalCoordinates[] transforms, int numtransforms, boolean brescale)
          This constructor creates a new ChartZoom object using the specified component and scales.
ChartZoom(ChartView component, PhysicalCoordinates transform, boolean brescale)
          This constructor creates a new ChartZoom object using the specified component and scale.
ContourPlot(PhysicalCoordinates transform)
          This constructor creates a new ContourPlot object that will reside in the specified coordinate system.
ContourPlot(PhysicalCoordinates transform, ContourDataset dataset, double[] contourlevels, ChartAttribute[] attribs, boolean[] blineflags, boolean[] blabelflags, int numcontourlevels, int contourtype)
          This constructor creates a new ContourPlot object that will reside in the specified coordinate system.
ContourPlot(PhysicalCoordinates transform, ContourDataset dataset, double[] contourlevels, ChartAttribute[] attribs, int numcontourlevels, int contourtype)
          This constructor creates a new ContourPlot object that will reside in the specified coordinate system.
DataCursor(ChartView component, PhysicalCoordinates transform, double zpos, int nmarkertype, double rsize)
          This constructor creates a new DataCursor object using the specified component, scale, type and size parameters.
DataCursor(ChartView component, PhysicalCoordinates transform, int nmarkertype, double rsize)
          This constructor creates a new DataCursor object using the specified component, scale, type and size parameters.
ErrorBarPlot(PhysicalCoordinates transform)
          This constructor creates a new ErrorBarPlot object that will reside in the specified coordinate system.
ErrorBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarwidth, ChartAttribute attrib)
          This constructor creates a new ErrorBarPlot object that will reside in the specified coordinate system.
FloatingBarPlot(PhysicalCoordinates transform)
          This constructor creates a new FloatingBarPlot object that will reside in the specified coordinate system.
FloatingBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarwidth, ChartAttribute attrib, int nbarjust)
          This constructor creates a new FloatingBarPlot object that will reside in the specified coordinate system.
FloatingStackedBar(PhysicalCoordinates transform)
          This constructor creates a new FloatingStackedBar object that will reside in the specified coordinate system.
FloatingStackedBar(PhysicalCoordinates transform, GroupDataset dataset, double rbarwidth, ChartAttribute[] attribs, int nbarjust)
          This constructor creates a new FloatingStackedBar object that will reside in the specified coordinate system.
GroupBarPlot(PhysicalCoordinates transform)
          This constructor creates a new GroupPlot object that will reside in the specified coordinate system.
GroupBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarwidth, double rbarbase, ChartAttribute[] attribs, int nbarjust)
          This constructor creates a new GroupPlot object that will reside in the specified coordinate system.
HistogramPlot(PhysicalCoordinates transform)
          This constructor creates a new HistogramPlot object that will reside in the specified coordinate system.
HistogramPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarbase, ChartAttribute attrib)
          This constructor creates a new HistogramPlot object that will reside in the specified coordinate system.
LegendItem(PhysicalCoordinates transform, java.lang.String stext, ChartPlot chartobj, int ngroup, java.awt.Font thefont)
          an LegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an GraphObj object, a group number, and an explicit font.
LegendItem(PhysicalCoordinates transform, java.lang.String stext, GraphObj chartobj, java.awt.Font thefont)
          an LegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an GraphObj object, and an explicit font.
LegendItem(PhysicalCoordinates transform, java.lang.String stext, int nsymbol, ChartAttribute attrib, java.awt.Font thefont)
          an LegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an ChartAttribute object, and an explicit font.
LegendItem(PhysicalCoordinates transform, java.lang.String stext, int nsymbol, ChartPlot chartobj, int ngroup, java.awt.Font thefont)
          an LegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an GraphObj object, a group number, and an explicit font.
LegendItem(PhysicalCoordinates transform, java.lang.String stext, int nsymbol, GraphObj chartobj, java.awt.Font thefont)
          an LegendItem constructor creates a new object based on the source chart scale, a text string, a symbol value, an GraphObj object, and an explicit font.
LinearAutoScale(PhysicalCoordinates transform)
          This constructor creates a new LinearAutoScale object based on the initial scaling values of an PhysicalCoordinates object.
LinearAutoScale(PhysicalCoordinates transform, int naxis, int nmode)
          This constructor creates a new LinearAutoScale object based on the initial scaling values of an PhysicalCoordinates object.
LinearAxis(PhysicalCoordinates transform, int axtype)
          This constructor creates a new LinearAxis object of the specified type and scales it to match the minimum and maximum values of the specified PhysicalCoordinates object.
LinearAxis(PhysicalCoordinates transform, int axtype, double minval, double maxval)
          This constructor creates a new LinearAxis object of a specified type, and scales it to match the specified minimum and maximum values.
LineGapPlot(PhysicalCoordinates transform)
          This constructor creates a new LineGapPlot object that will reside in the specified coordinate system.
LineGapPlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute attrib)
          This constructor creates a new LineGapPlot object that will reside in the specified coordinate system.
LogAutoScale(PhysicalCoordinates transform)
          This constructor creates a new LogAutoScale object based on the initial scaling values of an PhysicalCoordinates object.
LogAutoScale(PhysicalCoordinates transform, int naxis, int nmode)
          This constructor creates a new LogAutoScale object based on the initial scaling values of an PhysicalCoordinates object.
LogAxis(PhysicalCoordinates transform, int axtype)
          This constructor creates a new LogAxis object of the specified type and scales it to match the minimum and maximum values of the specified PhysicalCoordinates object.
LogAxis(PhysicalCoordinates transform, int axtype, double minval, double maxval)
          This constructor creates a new LogAxis object of a specified type, and scales it to match the specified minimum and maximum values.
Marker(PhysicalCoordinates transform)
          This constructor creates a new Marker object using the specified scale.
Marker(PhysicalCoordinates transform, int nmarkertype, double x, double y, double z, double rsize, int npostype)
          This constructor creates a new Marker object using the specified scale, marker type, marker position and marker size.
Marker(PhysicalCoordinates transform, int nmarkertype, double x, double y, double rsize, int npostype)
          This constructor creates a new Marker object using the specified scale, marker type, marker position and marker size.
MoveData(ChartView component, PhysicalCoordinates transform)
          This constructor creates a new MoveData object using the specified component and scale.
MoveData(ChartView component, PhysicalCoordinates transform, int buttonmask)
          This constructor creates a new MoveData object using the specified component and scale.
MultiLinePlot(PhysicalCoordinates transform)
          This constructor creates a new MultiLinePlot object that will reside in the specified coordinate system.
MultiLinePlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute[] attribs)
          This constructor creates a new MultiLinePlot object that will reside in the specified coordinate system.
MultiRibbonPlot(PhysicalCoordinates transform)
          This constructor creates a new MultiRibbonPlot object that will reside in the specified coordinate system.
MultiRibbonPlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute[] attribs)
          This constructor creates a new MultiRibbonPlot object that will reside in the specified coordinate system.
NumericLabel(PhysicalCoordinates transform)
          This constructor creates a new NumericLabel object using the specified scale.
NumericLabel(PhysicalCoordinates transform, java.awt.Font tfont, double initialvalue1, double x, double y, double z, int npostype, int nnumformat, int ndecimal)
          This method initializes an Text using the specified scale, font, initial value, position, position type, format and decimal precision.
NumericLabel(PhysicalCoordinates transform, java.awt.Font tfont, double initialvalue1, double x, double y, double z, int npostype, int nnumformat, int ndecimal, int xjust, int yjust, double rotation)
          This method initializes an NumericLabel using the specified scale, font, initial value, position, position type, format, decimal precision, justification and rotation.
NumericLabel(PhysicalCoordinates transform, java.awt.Font tfont, double initialvalue1, double x, double y, int npostype, int nnumformat, int ndecimal)
          This method initializes an Text using the specified scale, font, initial value, position, position type, format and decimal precision.
NumericLabel(PhysicalCoordinates transform, java.awt.Font tfont, double initialvalue1, double x, double y, int npostype, int nnumformat, int ndecimal, int xjust, int yjust, double rotation)
          This method initializes an NumericLabel using the specified scale, font, initial value, position, position type, format, decimal precision, justification and rotation.
OHLCBarPlot(PhysicalCoordinates transform)
          This constructor creates a new OHLCBarPlot object that will reside in the specified coordinate system.
OHLCBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rflagwidth, ChartAttribute attrib)
          This constructor creates a new OHLCBarPlot object that will reside in the specified coordinate system.
OHLCBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rflagwidth, ChartAttribute attrib, ChartAttribute openhighattrib, ChartAttribute closehighattrib)
          This constructor creates a new OHLCBarPlot object that will reside in the specified coordinate system.
OHLCPlot(PhysicalCoordinates transform)
          This constructor creates a new OHLCPlot object that will reside in the specified coordinate system.
OHLCPlot(PhysicalCoordinates transform, GroupDataset dataset, double rflagwidth, ChartAttribute attrib)
          This constructor creates a new OHLCPlot object that will reside in the specified coordinate system.
PieChart(PhysicalCoordinates transform, SimpleDataset dataset, java.lang.String[] spiestring1s, ChartAttribute[] attribs, int labelinout1, int pielabelformat)
          This constructor creates a new PieChart object and scales it to match the specified minimum and maximum values.
PieChartBase(PhysicalCoordinates transform, SimpleDataset dataset, java.lang.String[] spiestring1s, ChartAttribute[] attribs, int labelinout1, int pielabelformat)
          This constructor creates a new PieChartBase object and scales it to match the specified minimum and maximum values.
PipeLinePlot(PhysicalCoordinates transform)
          This constructor creates a new PipeLinePlot object that will reside in the specified coordinate system.
PipeLinePlot(PhysicalCoordinates transform, SimpleDataset dataset, ChartAttribute attrib)
          This constructor creates a new PipeLinePlot object that will reside in the specified coordinate system.
PipeLinePlot(PhysicalCoordinates transform, SimpleDataset dataset, ChartAttribute attrib, ChartAttribute symbolattrib)
          This constructor creates a new PipeLinePlot object that will reside in the specified coordinate system.
Polygon3D(PhysicalCoordinates transform)
          Constructor initializes the coordinate system associated with the polygon.
Polygon3D(PhysicalCoordinates transform, ChartAttribute outsideattrib)
          Constructor initializes a polygon.
Polygon3D(PhysicalCoordinates transform, ChartPoint3D[] newpoints, ChartAttribute outsideattrib)
          Constructor initializes a polygon.
Polygon3D(PhysicalCoordinates transform, ChartPoint3D[] newpoints, int[] pointindices, ChartAttribute outsideattrib)
          Constructor initializes a polygon.
Polygon3D(PhysicalCoordinates transform, ChartPoint3D p1, ChartPoint3D p2, ChartAttribute outsideattrib)
          Constructor initializes a polyline as a simple 2-point line.
Polygon3D(PhysicalCoordinates transform, double[] x, double[] y, double[] z, ChartAttribute outsideattrib)
          Constructor initializes a polygon.
Polygon3D(PhysicalCoordinates transform, DoubleArray x, DoubleArray y, DoubleArray z, ChartAttribute outsideattrib)
          Constructor initializes a polygon.
RotateButtonUserControl(PhysicalCoordinates transform)
          Constructor that specifies a single coordinate system.
RotateButtonUserControl(PhysicalCoordinates[] transforms)
          Constructor that specifies an array of coordinate systems.
ScrollBarRotate3DControl(javax.swing.JFrame frame, ChartView chartvu, PhysicalCoordinates[] transforms, ChartPoint3D initialvalues, int lightlevel)
          Constructor for create a dialog box to rotate multiple coordinate systems.
ScrollBarRotate3DControl(javax.swing.JFrame frame, ChartView chartvu, PhysicalCoordinates transform, ChartPoint3D initialvalues, int lightlevel)
          Constructor for create a dialog box to rotate a single coordinate system.
SimpleBarPlot(PhysicalCoordinates transform)
          This constructor creates a new SimpleBarPlot object that will reside in the specified coordinate system.
SimpleBarPlot(PhysicalCoordinates transform, SimpleDataset dataset, double barwidth, double barbase, ChartAttribute attrib, int barjust)
          This constructor creates a new SimpleBarPlot object that will reside in the specified coordinate system.
SimpleLineMarkerPlot(PhysicalCoordinates transform)
          This constructor creates a new SimpleLineMarkerPlot object that will reside in the specified coordinate system.
SimpleLineMarkerPlot(PhysicalCoordinates transform, SimpleDataset dataset, int symtype, ChartAttribute lineattrib, ChartAttribute symbolattrib, int nsymbolstart, int nsymbolskip)
          This constructor creates a new SimpleLineMarkerPlot object that will reside in the specified coordinate system.
SimpleLinePlot(PhysicalCoordinates transform)
          This constructor creates a new SimpleLinePlot object that will reside in the specified coordinate system.
SimpleLinePlot(PhysicalCoordinates transform, SimpleDataset dataset, ChartAttribute attrib)
          This constructor creates a new SimpleLinePlot object that will reside in the specified coordinate system.
SimpleRibbonPlot(PhysicalCoordinates transform)
          This constructor creates a new SimpleRibbonPlot object that will reside in the specified coordinate system.
SimpleRibbonPlot(PhysicalCoordinates transform, SimpleDataset dataset, ChartAttribute attrib)
          This constructor creates a new SimpleRibbonPlot object that will reside in the specified coordinate system.
SimpleScatterPlot(PhysicalCoordinates transform)
          This constructor creates a new SimpleScatterPlot object that will reside in the specified coordinate system.
SimpleScatterPlot(PhysicalCoordinates transform, SimpleDataset dataset, int symtype, ChartAttribute attrib)
          This constructor creates a new SimpleScatterPlot object that will reside in the specified coordinate system.
StackedBarPlot(PhysicalCoordinates transform)
          This constructor creates a new StackedBarPlot object that will reside in the specified coordinate system.
StackedBarPlot(PhysicalCoordinates transform, GroupDataset dataset, double rbarwidth, double rbarbase, ChartAttribute[] attribs, int nbarjust)
          This constructor creates a new StackedBarPlot object that will reside in the specified coordinate system.
StackedLinePlot(PhysicalCoordinates transform)
          This constructor creates a new StackedLinePlot object that will reside in the specified coordinate system.
StackedLinePlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute[] attribs)
          This constructor creates a new StackedLinePlot object that will reside in the specified coordinate system.
StackedRibbonPlot(PhysicalCoordinates transform)
          This constructor creates a new StackedRibbonPlot object that will reside in the specified coordinate system.
StackedRibbonPlot(PhysicalCoordinates transform, GroupDataset dataset, ChartAttribute[] attribs)
          This constructor creates a new StackedRibbonPlot object that will reside in the specified coordinate system.
StringLabel(PhysicalCoordinates transform)
          This constructor creates a new StringLabel object using the specified scale.
StringLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, double z, int npostype)
          This method initializes an StringLabel using the specified scale, font, string position and position type.
StringLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, double z, int npostype, int xjust, int yjust, double rotation)
          This method initializes an StringLabel using the specified scale, font, string, position, justification and rotation.
StringLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, int npostype)
          This method initializes an StringLabel using the specified scale, font, string position and position type.
StringLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.lang.String tstring, double x, double y, int npostype, int xjust, int yjust, double rotation)
          This method initializes an StringLabel using the specified scale, font, string, position, justification and rotation.
TimeLabel(PhysicalCoordinates transform)
          This constructor creates a new TimeLabel object using the specified scale.
TimeLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.util.GregorianCalendar date, double x, double y, double z, int npostype, int timeformat, int xjust, int yjust, double rotation)
          This constructor creates a new TimeLabel object using the specified scale, and initializes it with the specified calendar value and format.
TimeLabel(PhysicalCoordinates transform, java.awt.Font tfont, java.util.GregorianCalendar date, double x, double y, int npostype, int timeformat, int xjust, int yjust, double rotation)
          This constructor creates a new TimeLabel object using the specified scale, and initializes it with the specified calendar value and format.
TimeLabel(PhysicalCoordinates transform, java.util.GregorianCalendar date, int timeformat)
          This constructor creates a new TimeLabel object using the specified scale, and initializes it with the specified calendar value and format.
Wall3D(PhysicalCoordinates transform, int wallorientation, double wallthickness, ChartAttribute wallattrib)
          This constructor creates a 3D wall for use as a backdrop for charts.