Modifier and Type | Field and Description |
---|---|
Point |
TChart.mousePosition |
Modifier and Type | Method and Description |
---|---|
Point |
ArrowPoint.calc() |
Point |
Rectangle.center()
Returns the center point of the rectangle
|
Point |
Rectangle.getLocation() |
Point |
TChart.pointToScreen(Point p) |
Point |
IChart.pointToScreen(Point p) |
static Point |
PointDouble.round(PointDouble value) |
static Point[] |
PointDouble.round(PointDouble[] value) |
static Point[] |
PointDouble.round(PointDouble[] value,
int size) |
Modifier and Type | Method and Description |
---|---|
void |
ZoomScroll.activate(Point p)
Initializes a Zoom or Scroll operation starting at Point p coordinates.
|
void |
Scroll.activate(Point p)
Initializes a Zoom or Scroll operation starting at Point p coordinates.
|
protected void |
Chart.applyGapSize(Axis axis,
Point p) |
boolean |
Title.clicked(Point p)
Returns if mouse cursor is inside TChartTitle bound rectangle.
The Title.Visible property must be true. |
boolean |
Rectangle.contains(Point pos) |
void |
Shadow.draw(IGraphics3D g,
double aWidth,
double aHeight,
Point[] points) |
Point |
TChart.pointToScreen(Point p) |
Point |
IChart.pointToScreen(Point p) |
Constructor and Description |
---|
Rectangle(Point location,
Dimension size) |
Modifier and Type | Method and Description |
---|---|
void |
Graphics3DAndroid.clipPolygon(Point[] p) |
protected void |
Graphics3DAndroid.line(ChartPen p,
Point a,
Point b) |
void |
Graphics3DAndroid.polygon(ChartBrush brush,
Point[] p) |
void |
Graphics3DAndroid.polygon(Point[] p) |
void |
Graphics3DAndroid.polyLine(Point[] p) |
void |
Graphics3DAndroid.rotateTransform(Point p,
double angle) |
Modifier and Type | Method and Description |
---|---|
boolean |
Axis.clicked(Point xy)
Returns if X and Y coordinates are close to the Axis position.
|
Modifier and Type | Field and Description |
---|---|
Point[] |
Graphics3D.fourPoints |
Modifier and Type | Method and Description |
---|---|
Point |
IGraphics3D.calc3DPoint(int x,
int y,
int z) |
Point |
Graphics3D.calc3DPoint(int x,
int y,
int z) |
Point |
IGraphics3D.calc3DPoint(Point3D p) |
Point |
Graphics3D.calc3DPoint(Point3D p) |
Point |
IGraphics3D.calc3DPoint(Point p,
int z) |
Point |
Graphics3D.calc3DPoint(Point p,
int z) |
Point |
Graphics3D.calc3DPos(int x,
int y,
int z) |
Point |
IGraphics3D.calc3DPos(Point3D source) |
Point |
Graphics3D.calc3DPos(Point3D source)
Calculates and returns the XY position in pixels of the point p Z 3D
coordinate.
|
Point |
IGraphics3D.calc3DPos(Point source,
int z) |
Point |
Graphics3D.calc3DPos(Point source,
int z)
Calculates and returns the XY position in pixels of the point p Z 3D
coordinate.
Can be used when custom drawing using 3D XYZ coordinates are returned from the axes or not. |
Point |
IGraphics3D.calculate2DPosition(int x,
int y,
int z) |
Point |
Graphics3D.calculate2DPosition(int x,
int y,
int z)
Calculates and returns the XY position in pixels of the coordinate.
|
Point |
Graphics3D.calculate2DPosition(Point p,
int z) |
Point |
IGraphics3D.calculate3DPosition(int x,
int y,
int z) |
Point |
Graphics3D.calculate3DPosition(int x,
int y,
int z)
Calculates and returns the XY position in pixels of the XYZ 3D
coordinate.
|
Point |
Graphics3D.calculate3DPosition(Point3D P)
Calculates and returns the XY position in pixels of the XYZ 3D
coordinate.
|
Point |
Graphics3D.calculate3DPosition(Point P,
int z)
Calculates and returns the XY position in pixels of the XYZ 3D
coordinate.
|
Point[] |
IGraphics3D.fourPointsFromRect(Rectangle rect,
int z) |
Point[] |
Graphics3D.fourPointsFromRect(Rectangle r,
int z)
Returns an array of four Point objects
|
Point[] |
Gradient.getCustomTargetPolygon() |
static Point |
Graphics3D.pointAtDistance(Point From,
Point To,
int distance)
Returns point "ATo" minus ADist pixels from AFrom point.
|
static Point |
Graphics3D.rectCenter(Rectangle r) |
Point[] |
IGraphics3D.rotateRectangle(Rectangle rect,
double angle) |
Point[] |
Graphics3D.rotateRectangle(Rectangle r,
double angle) |
static Point[] |
Graphics3D.sliceArray(Point[] source,
int length) |
Modifier and Type | Method and Description |
---|---|
void |
IGraphics3D.arc(Rectangle rect,
Point start,
Point end) |
void |
Graphics3D.arc(Rectangle rect,
Point start,
Point end) |
void |
IGraphics3D.arrow(boolean solid,
Point from,
Point to,
int headHeight,
int headWidth,
int z) |
void |
Graphics3D.arrow(boolean filled,
Point fromPoint,
Point toPoint,
int headWidth,
int headHeight,
int z)
Draws a line with an arrow head of ArrowWidth and ArrowHeight dimensions
in pixels.
|
Point |
IGraphics3D.calc3DPoint(Point p,
int z) |
Point |
Graphics3D.calc3DPoint(Point p,
int z) |
Point |
IGraphics3D.calc3DPos(Point source,
int z) |
Point |
Graphics3D.calc3DPos(Point source,
int z)
Calculates and returns the XY position in pixels of the point p Z 3D
coordinate.
Can be used when custom drawing using 3D XYZ coordinates are returned from the axes or not. |
void |
IGraphics3D.calc3DPos(Point p,
int x,
int y,
int z) |
void |
Graphics3D.calc3DPos(Point p,
int x,
int y,
int z)
Calculates and returns the XY position in pixels of the XYZ 3D
coordinate.
Can be used when custom drawing using 3D XYZ coordinates are returned from the axes or not. |
void |
IGraphics3D.calc3DPos(Point result,
Point source) |
void |
Graphics3D.calc3DPos(Point result,
Point source)
Calculates and returns the XY position in pixels of the point p with Z =
0 3D coordinate.
Can be used when custom drawing using 3D XYZ coordinates are returned from the axes or not. |
Point |
Graphics3D.calculate2DPosition(Point p,
int z) |
Point |
Graphics3D.calculate3DPosition(Point P,
int z)
Calculates and returns the XY position in pixels of the XYZ 3D
coordinate.
|
void |
IGraphics3D.clipPolygon(Point[] p) |
void |
Graphics3DVML.clipPolygon(Point[] p)
Creates a Polygonal Windows GDI clipping region.
|
void |
Graphics3DSVG.clipPolygon(Point[] p)
Creates a Polygonal Windows GDI clipping region.
ClipPolygon creates a Windows GDI clipping region and selects it into TChart.Drawing Canvas device context handle. |
void |
Graphics3DPDF.clipPolygon(Point[] p)
Creates a Polygonal Windows GDI clipping region.
ClipPolygon creates a Windows GDI clipping region and selects it into TChart.Drawing Canvas device context handle. |
abstract void |
Graphics3D.clipPolygon(Point[] p) |
int |
IGraphics3D.convexHull(Point[] points) |
int |
Graphics3D.convexHull(Point[] p)
Calculates the boundary points of the convex hull of a set of 2D xy
points. Original
|
static boolean |
Graphics3D.cull(Point[] p) |
static boolean |
Graphics3D.cull(Point p0,
Point p1,
Point p2) |
void |
Gradient.draw(IGraphics3D g,
Point[] p)
Obsolete.
|
void |
IGraphics3D.drawBeziers(int z,
Point[] p) |
void |
Graphics3D.drawBeziers(int z,
Point[] p)
Draws Bezier splines for the Point array p at displacement z
|
void |
IGraphics3D.drawBeziers(Point[] p) |
void |
Graphics3DVML.drawBeziers(Point[] p)
Draws Bezier splines for the Point array p
|
void |
Graphics3DSVG.drawBeziers(Point[] p)
Draws Bezier splines for the Point array p.
|
void |
Graphics3DPDF.drawBeziers(Point[] p)
Draws Bezier splines for the Point array p.
|
void |
Graphics3D.drawBeziers(Point[] p)
Draws Bezier splines for the Point array p
|
void |
Graphics3D.ellipse(Point p0,
Point p1) |
Paint |
ChartBrush.getPaint(Point[] p) |
protected Polygon |
Graphics3D.getPolygon(Point[] p) |
protected void |
Graphics3DVML.line(ChartPen p,
Point a,
Point b) |
protected void |
Graphics3DSVG.line(ChartPen p,
Point a,
Point b) |
protected void |
Graphics3DPDF.line(ChartPen p,
Point a,
Point b) |
protected abstract void |
Graphics3D.line(ChartPen p,
Point a,
Point b) |
void |
IGraphics3D.line(Point p0,
Point p1) |
void |
Graphics3D.line(Point p0,
Point p1)
Draws a Line between point p0 and point p1.
|
void |
IGraphics3D.line(Point p0,
Point p1,
int z) |
void |
Graphics3D.line(Point p0,
Point p1,
int z)
Draws a Line between point p0 and point p1 with Z offset.
|
void |
IGraphics3D.lineTo(Point p) |
void |
Graphics3D.lineTo(Point p)
Draws a line to Point with z = 0 depth offset.
|
void |
IGraphics3D.lineTo(Point p,
int z) |
void |
Graphics3D.lineTo(Point p,
int z)
Draws a line to Point with z depth offset.
|
void |
IGraphics3D.moveTo(Point p) |
void |
Graphics3D.moveTo(Point p)
Sets the value of PenPos to Point p before calling LineTo.
|
void |
IGraphics3D.moveTo(Point p,
int z) |
void |
Graphics3D.moveTo(Point p,
int z)
Sets the value of PenPos to Point p with z depth offset before calling
LineTo.
|
void |
Graphics3D.plane(int z0,
int z1,
Point[] p)
Draws a polygon using points array p with different start/end z depth
offset.
|
void |
IGraphics3D.plane(Point p0,
Point p1,
int z0,
int z1) |
void |
Graphics3D.plane(Point p1,
Point p2,
int z0,
int z1)
Draws a polygon (Point p1, Point p2) at Z depth offset.
|
void |
IGraphics3D.plane(Point p0,
Point p1,
Point p2,
Point p3,
int z) |
void |
Graphics3D.plane(Point p1,
Point p2,
Point p3,
Point p4,
int z)
Draws a polygon (Point p1, Point p2, Point p3, Point p4) at Z depth
offset.
|
void |
IGraphics3D.planeFour3D(int startZ,
int endZ,
Point[] p) |
void |
Graphics3D.planeFour3D(int z0,
int z1,
Point[] p)
Draws a polygon of four points.
|
static Point |
Graphics3D.pointAtDistance(Point From,
Point To,
int distance)
Returns point "ATo" minus ADist pixels from AFrom point.
|
static boolean |
Graphics3D.pointInEllipse(Point p,
int left,
int top,
int right,
int bottom)
Returns true if point P is inside the ellipse bounded by Left, Top,
Right, Bottom.
|
static boolean |
Graphics3D.pointInEllipse(Point p,
Rectangle rect)
Returns true if point P is inside the ellipse bounded by Rect.
|
static boolean |
Graphics3D.pointInHorizTriangle(Point p,
int y0,
int y1,
int x0,
int x1)
Returns true if point P is inside the horizontal triangle.
|
static boolean |
Graphics3D.pointInLineTolerance(Point p,
int px,
int py,
int qx,
int qy,
int tolerance)
Determines if point p is "near" line segment between px,py point and
qx,qy point.
|
static boolean |
Graphics3D.pointInLineTolerance(Point p,
Point p0,
Point p1,
int tolerancePixels)
Determines if point p is "near" line segment between p0 and p1.
|
static boolean |
Graphics3D.pointInPolygon(Point p,
Point[] poly)
Returns true if point P is inside Poly polygon.
|
static boolean |
Graphics3D.pointInPolygon(Point p,
Point[] poly)
Returns true if point P is inside Poly polygon.
|
static boolean |
Graphics3D.pointInTriangle(Point p,
int x0,
int x1,
int y0,
int y1)
Returns true if point P is inside the vert triangle of x0y0, midxY1,
x1y0.
|
void |
IGraphics3D.polygon(ChartBrush brush,
Point[] p) |
void |
Graphics3DVML.polygon(ChartBrush b,
Point[] p)
Draws a polygon using the specified GDI brush.
|
void |
Graphics3DSVG.polygon(ChartBrush b,
Point[] p)
Draws a polygon using the specified GDI brush.
|
void |
Graphics3DPDF.polygon(ChartBrush b,
Point[] p)
Draws a polygon using the specified GDI brush.
|
void |
IGraphics3D.polygon(int z,
Point[] p) |
void |
Graphics3D.polygon(int z,
Point[] p)
Draws a polygon with z position offset.
|
void |
IGraphics3D.polygon(Point[] p) |
void |
Graphics3DVML.polygon(Point[] p)
Draws a polygon.
|
void |
Graphics3DSVG.polygon(Point[] p)
Draws a polygon.
|
void |
Graphics3DPDF.polygon(Point[] p)
Draws a polygon.
|
abstract void |
Graphics3D.polygon(Point[] p) |
void |
Graphics3D.polygon(Point p0,
Point p1,
Point p2) |
static Rectangle |
Graphics3D.polygonRect(Point[] p)
Returns bounding rectangle for point array p
|
void |
IGraphics3D.polyLine(int z,
Point[] p) |
void |
Graphics3D.polyLine(int z,
Point[] p)
Draws a series of line segments to join point array p at z displacement.
|
void |
IGraphics3D.polyLine(Point[] p) |
void |
Graphics3DVML.polyLine(Point[] p)
Draws a series of line segments to join point array p.
|
void |
Graphics3DSVG.polyLine(Point[] p)
Draws a series of line segments to join point array p.
|
void |
Graphics3DPDF.polyLine(Point[] p)
Draws a series of line segments to join point array p.
|
abstract void |
Graphics3D.polyLine(Point[] p) |
Rectangle |
Graphics3D.rectFromPolygon(int num,
Point[] p)
Returns the bounding rectangle for a given array of XY points.
|
void |
Graphics3D.rotateLabel(Point p,
java.lang.String text,
double rotDegree)
Draws a rotated text String at the specified Point x,y coordinates with
the RotDegree rotation angle.
RotDegree values must be between 0 and 360. The string is drawn on the Chart Drawing Canvas. |
void |
IGraphics3D.rotateTransform(Point p,
double rotDegree) |
void |
Graphics3DVML.rotateTransform(Point p,
double rotDegree) |
void |
Graphics3DSVG.rotateTransform(Point p,
double rotDegree) |
void |
Graphics3DPDF.rotateTransform(Point p,
double rotDegree) |
void |
Point.set(Point p) |
void |
Gradient.setCustomTargetPolygon(Point[] value) |
static Point[] |
Graphics3D.sliceArray(Point[] source,
int length) |
void |
Graphics3D.textOut(Point p,
java.lang.String text) |
protected void |
Graphics3D.transparentEllipse(Point p0,
Point p1) |
void |
IGraphics3D.triangle(Point p0,
Point p1,
Point p2,
int z) |
void |
Graphics3D.triangle(Point p0,
Point p1,
Point p2,
int z)
Draws a triangle (point p0, pointp1, pointp2) at Z position.
|
Constructor and Description |
---|
Graphics3DSVG(java.io.OutputStream istream,
IBaseChart c,
Point p,
boolean append,
int clip) |
Point(Point point) |
Modifier and Type | Method and Description |
---|---|
Point |
SeriesMouseEvent.getPoint() |
Point |
FrameworkMouseEvent.getPoint()
Constructs and initializes a point at the specified
(x,y) location in the coordinate space. |
Point |
ChartMouseEvent.getPoint() |
Constructor and Description |
---|
SeriesMouseEvent(ISeries series,
int id,
int valueIndex,
Point p) |
Modifier and Type | Method and Description |
---|---|
int |
Legend.clicked(Point p)
Returns the index of the clicked Legend Point.
|
boolean |
Legend.doMouseDown(Point p) |
Modifier and Type | Method and Description |
---|---|
static Point |
MathUtils.calcPoint(double angle,
Point center,
double radiusX,
double radiusY) |
static Point |
Utils.pointAtDistance(Point aFrom,
Point aTo,
int aDist) |
static Point |
MathUtils.pointAtDistance(Point aFrom,
Point aTo,
int aDist) |
static Point[] |
Utils.rectToPolygon(Rectangle r) |
Modifier and Type | Method and Description |
---|---|
static double |
Utils.calcDistance(Point p,
int x0,
int y0,
int x1,
int y1) |
static double |
MathUtils.calcDistance(Point p,
int x0,
int y0,
int x1,
int y1) |
static Point |
MathUtils.calcPoint(double angle,
Point center,
double radiusX,
double radiusY) |
static Point |
Utils.pointAtDistance(Point aFrom,
Point aTo,
int aDist) |
static Point |
MathUtils.pointAtDistance(Point aFrom,
Point aTo,
int aDist) |
static boolean |
Utils.pointInLineTolerance(Point p,
int x0,
int y0,
int x1,
int y1,
int tolerance) |
static boolean |
MathUtils.pointInLineTolerance(Point p,
int x0,
int y0,
int x1,
int y1,
int tolerance) |
Modifier and Type | Field and Description |
---|---|
Point |
SeriesMarksPosition.arrowFrom |
Point |
SeriesMarksPosition.arrowTo |
protected Point |
CircularGauge.iCenter |
Point |
SeriesMarksPosition.leftTop |
Point |
SeriesMarksPosition.midPoint |
protected Point[] |
Surface.points |
Modifier and Type | Method and Description |
---|---|
Point |
Circular.angleToPos(double angle,
double aXRadius,
double aYRadius)
Returns the exact Screen position for a given pair of Angle and Radius
values.
|
protected Point |
Pie.calcExplodedRadius(int valueIndex) |
protected Point |
CircularGauge.calcPoint(double angle,
Point center,
double radiusX,
double radiusY) |
Point |
Ternary.calcPointFromValues(double a,
double b,
double c) |
protected Point |
SeriesMarks.convertTo2D(SeriesMarksPosition aPos,
Point p) |
Point |
KnobGauge.getCenterPoint() |
Point |
CustomPolar.getCircleCenter() |
Point |
TailParams.getCustomPointPos() |
Point[] |
Polygon.getPolygonPoints()
The coordinates of all Points of the Polygon.
|
Point[] |
ContourLevel.getSegmentPoints(int segmentindex) |
protected Point |
Ternary.getSideOffset(int Hypoteneuse) |
protected Point |
Ternary.getVectorLocation(Point StarPoint,
Point EndPoint,
int PercentOffset) |
Point |
Ternary.getVertexA() |
Point |
Ternary.getVertexB() |
Point |
Ternary.getVertexC() |
protected Point[] |
Surface.updateArray(int count,
Point[] points) |
Modifier and Type | Method and Description |
---|---|
int |
Polygon.add(Point p)
Adds a boundary coordinate to the polygon.
The polygon will be drawn in sequential order of the coordinates. |
protected double |
CircularGauge.calcAngleFromLength(Point Point,
double Length) |
protected Point |
CircularGauge.calcPoint(double angle,
Point center,
double radiusX,
double radiusY) |
protected void |
Calendar.checkClick(Point p) |
boolean |
ContourLevel.clicked(int x,
int y,
Point indices) |
int |
SeriesMarks.clicked(Point p)
Determines which Mark contains the p point parameters.
|
int |
Series.clicked(Point p) |
int |
Candle.clicked(Point p) |
boolean |
Candle.clickedCandle(int valueIndex,
Point p) |
boolean |
ContourLevel.clickedSegment(int x,
int y,
Point indices) |
protected boolean |
CustomPolar.clickedSegment(Point p,
Point tmp,
Point old) |
protected Point |
SeriesMarks.convertTo2D(SeriesMarksPosition aPos,
Point p) |
protected void |
CustomBar.doGradient3D(int valueIndex,
Point p0,
Point p1) |
void |
Callout.draw(Color c,
Point pFrom,
Point pTo,
int z) |
void |
GaugeSeriesPointer.draw(IGraphics3D g,
Point inner,
Point innerPlus,
Point innerMinus,
Point outer,
Point outerPlus,
Point outerMinus) |
void |
SeriesPointer.draw(Point p,
Color colorValue) |
void |
SeriesPointer.draw(Point p,
Color colorValue,
PointerStyle style) |
protected void |
Ternary.drawAxis(Axis aAxis,
Point StarPoint,
Point EndPoint) |
protected void |
CircularGauge.drawAxisMinorTick(Graphics3D g,
Point Inner,
Point Outer) |
protected void |
CustomGauge.drawAxisMinorTick(IGraphics3D g,
Point inner,
Point outer) |
protected void |
CircularGauge.drawAxisTick(Graphics3D g,
Point inner,
Point innerPlus,
Point innerMinus,
Point outer,
Point outerPlus,
Point outerMinus) |
protected void |
CustomGauge.drawAxisTick(IGraphics3D g,
Point inner,
Point innerPlus,
Point innerMinus,
Point outer,
Point outerPlus,
Point outerMinus) |
protected void |
Ternary.drawGrids(Point[] Element) |
void |
Ternary.drawLabels(Point[] Element) |
protected void |
IsoSurface.drawSidePortion(Point[] P,
int z0,
int z1) |
protected void |
Ternary.drawTicks(Point[] Element) |
protected Point |
Ternary.getVectorLocation(Point StarPoint,
Point EndPoint,
int PercentOffset) |
protected boolean |
HorizBar.internalClicked(int valueIndex,
Point point) |
protected boolean |
CustomBar.internalClicked(int valueIndex,
Point point) |
protected boolean |
Bar.internalClicked(int valueIndex,
Point point) |
void |
TailParams.setCustomPointPos(Point _customPointPos) |
protected Point[] |
Surface.updateArray(int count,
Point[] points) |
Modifier and Type | Field and Description |
---|---|
Point |
DrawLine.fromPoint |
protected Point |
CursorTool.CursorEvent.p |
Point |
DrawLine.toPoint |
Modifier and Type | Method and Description |
---|---|
Point |
DrawLine.axisPoint(Point.Double p) |
protected Point |
AnnotationCallout.closerPoint(Rectangle r,
Point p) |
Point |
CursorTool.CursorEvent.getPoint() |
Modifier and Type | Method and Description |
---|---|
DrawLineItem |
DrawLine.clicked(Point p) |
CursorClicked |
CursorTool.clicked(Point p) |
boolean |
Annotation.clicked(Point p)
Returns true is point parameter is inside annotation bounds
|
protected Point |
AnnotationCallout.closerPoint(Rectangle r,
Point p) |
int |
NearestPoint.getNearestPoint(Point p) |
Point.Double |
DrawLine.screenPoint(Point p) |
Constructor and Description |
---|
CursorEvent(java.lang.Object source,
int id,
ISeries series,
Point p,
double iXValue,
double iYValue,
int valueIndex)
Creates a new instance of CursorEvent
|