Graphics3D

Field Summary
`protected Aspect`	`aspect`
`protected Rectangle`	`bounds`
`protected ChartBrush`	`brush`
`static int`	`DARKCOLORQUANTITY`
`static int`	`DARKERCOLORQUANTITY`
`static Color[]`	`DefaultPalette`
`protected ChartFont`	`font`
`java.awt.Point[]`	`fourPoints`
`protected boolean`	`metafiling`
`boolean`	`monochrome`
`protected ChartPen`	`pen`
`protected boolean`	`smoothingMode`
`protected StringFormat`	`stringFormat`
`protected boolean`	`textSmooth`

Fields inherited from class com.steema.teechart.TeeBase
`chart`

Constructor Summary
`Graphics3D(IBaseChart c)`

Method Summary
`static Color`	`applyBright(Color c, int howMuch)` Converts the Color parameter to a brighter color.
`static Color`	`applyDark(Color c, int howMuch)` Converts the Color parameter to a darker color.
`abstract void`	`arc(int x1, int y1, int x2, int y2, double startAngle, double sweepAngle)`
`abstract void`	`arc(int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4)` Use Arc to draw an elliptically curved line with the current Pen.
`void`	`arc(Rectangle rect, double startAngle, double sweepAngle)`
`void`	`arc(Rectangle rect, java.awt.Point start, java.awt.Point end)`
`void`	`arrow(boolean filled, java.awt.Point fromPoint, java.awt.Point toPoint, int headWidth, int headHeight, int z)` Draws a line with an arrow head of ArrowWidth and ArrowHeight dimensions in pixels.
`java.awt.Point`	`calc3DPoint(int x, int y, int z)`
`java.awt.Point`	`calc3DPoint(Point3D p)`
`java.awt.Point`	`calc3DPoint(java.awt.Point p, int z)`
`java.awt.Point`	`calc3DPos(int x, int y, int z)` Calculates and returns the XY position in pixels of the XYZ 3D coordinate.
`java.awt.Point`	`calc3DPos(java.awt.Point source)` Calculates and returns the XY position in pixels of the point p with Z = 0 3D coordinate.
`java.awt.Point`	`calc3DPos(Point3D source)` Calculates and returns the XY position in pixels of the point p Z 3D coordinate.
`java.awt.Point`	`calc3DPos(java.awt.Point source, int z)` Calculates and returns the XY position in pixels of the point p Z 3D coordinate.
`void`	`calcPerspective(Rectangle r)`
`Rectangle`	`calcRect3D(Rectangle r, int z)` Calculates and returns the position in pixels of the Rectangle 3D coordinates.
`void`	`calcTrigValues()`
`java.awt.Point`	`calculate2DPosition(int x, int y, int z)` Calculates and returns the XY position in pixels of the coordinate.
`java.awt.Point`	`calculate2DPosition(java.awt.Point p, int z)`
`void`	`changed(java.lang.Object o)`
`void`	`clipCube(Rectangle rect, int minZ, int maxZ)` Creates a cubic Windows GDI clipping region.
`abstract void`	`clipEllipse(Rectangle r)`
`abstract void`	`clipPolygon(java.awt.Point[] p)`
`void`	`clipRectangle(int left, int top, int right, int bottom)` Creates a Windows GDI clipping region and selects it into TChart.
`abstract void`	`clipRectangle(Rectangle r)`
`void`	`cone(boolean vertical, int left, int top, int right, int bottom, int z0, int z1, boolean darkSides)` Paints a cone.
`void`	`cone(boolean vertical, int left, int top, int right, int bottom, int z0, int z1, boolean darkSides, int conePercent)`
`void`	`cone(boolean vertical, Rectangle r, int z0, int z1, boolean darkSides)` Paints a cone.
`void`	`cone(boolean vertical, Rectangle r, int z0, int z1, boolean darkSides, int conePercent)` Paints a cone with Cone Percent.
`int`	`convexHull(java.awt.Point[] p)` Calculates the boundary points of the convex hull of a set of 2D xy points.
`protected Rectangle`	`correctRectangle(Rectangle r)`
`static LineCross`	`crossingLines(double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4)` Returns true if two lines cross.
`void`	`cube(int left, int top, int right, int bottom, int z0, int z1, boolean darkSides)` Draws a Cube with Dark Sides.
`void`	`cube(Rectangle r, int z0, int z1)` Draws a Cube.
`void`	`cube(Rectangle r, int z0, int z1, boolean darkSides)` Draws a Cube with Dark Sides.
`static boolean`	`cull(java.awt.Point[] p)`
`static boolean`	`cull(java.awt.Point p0, java.awt.Point p1, java.awt.Point p2)`
`void`	`cylinder(boolean vertical, Rectangle r, int z0, int z1, boolean darkSides)` Draws cylinder toggle Boolean for vertical or horizontal cylinder.
`void`	`donut(int xCenter, int yCenter, int xRadius, int yRadius, double startAngle, double endAngle, int holePercent)` Draws a Donut slice.
`abstract void`	`draw(Rectangle r, java.awt.Image image, boolean transparent)`
`void`	`draw(Rectangle r, java.awt.Image image, ImageMode mode, boolean transparent)` Paints the image in rectangle r.
`void`	`drawBeziers(int z, java.awt.Point[] p)` Draws Bezier splines for the Point array p at displacement z
`void`	`drawBeziers(java.awt.Point[] p)` Draws Bezier splines for the Point array p
`protected abstract void`	`drawString(int x, int y, java.lang.String text, ChartBrush brush)`
`abstract void`	`ellipse(int x1, int y1, int x2, int y2)`
`void`	`ellipse(int x1, int y1, int x2, int y2, boolean enhanced)`
`void`	`ellipse(int x1, int y1, int x2, int y2, int z)` Ellipse bounding Rect (X1,Y1,X2,Y2) at Z position.
`void`	`ellipse(int x1, int y1, int x2, int y2, int z, boolean enhanced)` Enhanced Ellipse bounding Rect (X1,Y1,X2,Y2) at Z position.
`void`	`ellipse(int left, int top, int right, int bottom, int z, double angle)` Ellipse bounding rectangle (Left, Top, Right, Bottom) with Z offset at angle.
`void`	`ellipse(java.awt.Point p0, java.awt.Point p1)`
`void`	`ellipse(Rectangle r)` Draws an Ellipse bounding Rectangle r.
`void`	`ellipse(Rectangle r, int z)` Ellipse bounding Rectangle r at z depth.
`void`	`ellipse(Rectangle r, int z, double angle)` Ellipse bounding rectangle r with Z offset at angle.
`void`	`ellipseEnh(int x1, int y1, int x2, int y2)` Internal use.
`abstract void`	`eraseBackground(int left, int top, int right, int bottom)`
`abstract void`	`fillRectangle(ChartBrush brush, int x, int y, int width, int height)`
`void`	`fillRectangle(Rectangle rect)`
`int`	`fontTextHeight(ChartFont f)` Determines the Font Height to be used for outputted text when using the Drawing.
`java.awt.Point[]`	`fourPointsFromRect(Rectangle r, int z)` Returns a TFourPoints structure (array of four TPoint records)
`Aspect`	`getAspect()`
`Color`	`getBackColor()` Sets / returns the color used to fill spaces when displaying text or filling with brushes of different style other than bsSolid.
`ChartBrush`	`getBrush()` Determines the kind of brush used to fill the Canvas draw rectangle background.
`java.awt.Shape`	`getChartPolygon(Rectangle rect, int minZ, int maxZ)`
`int`	`getChartXCenter()` Returns the centre Horizontal co-ordinate of the Chart.
`int`	`getChartYCenter()` Returns the middle Vertical coordinate of the Chart.
`int`	`getColorPaletteLength()`
`Color`	`getDefaultColor(int index)` Returns a color from global ColorPalette array variable.
`static HatchStyle`	`getDefaultPattern(int index)` Returns a valid Windows Brush Style from anpalette of many possible Brush styles.
`boolean`	`getDirty()`
`ChartFont`	`getFont()` Determines the Font for outputted text when using the Drawing Canvas.
`int`	`getFontHeight()` Defines the Height of the Font in pixels.
`Gradient`	`getGradient()` Determines the Brush.
`protected double`	`getIZoomfactor()`
`boolean`	`getMetafiling()`
`boolean`	`getMonochrome()`
`ChartPen`	`getPen()` Indicates the kind of pen used to draw Canvas lines.
`protected java.awt.Polygon`	`getPolygon(java.awt.Point[] p)`
`Point3D`	`getRotationCenter()` Sets the Pixel location (using X,Y,Z) of the centre of rotation for use with the Aspect Rotation and Elevation properties.
`static int`	`getScreenHeight()` Returns the height, in pixels, of the Chart Panel.
`static int`	`getScreenWidth()` Returns the width, in pixels, of the Chart Panel.
`boolean`	`getSmoothingMode()` The anti-alias mode for the Graphics Pen when Custom drawing.
`boolean`	`getSupports3DText()` Returns if Canvas supports 3D Text or not.
`boolean`	`getSupportsFullRotation()` Returns if Canvas can do rotation and elevation of more than 90 degree.
`StringAlignment`	`getTextAlign()` The alignment used when displaying text using TextOut or TextOut3D.
`boolean`	`getTextSmooth()` Chooses between speed or display quality for Text rendering.
`boolean`	`getUseBuffer()` Draws items to ancanvas to prevent flickering on screen.
`int`	`getXCenter()` The X coordinate of the pixel location of the center of the 3D Canvas.
`int`	`getYCenter()` The Y coordinate of the pixel location of the center of the 3D Canvas.
`abstract void`	`horizontalLine(int left, int right, int y)`
`void`	`horizontalLine(int left, int right, int y, int z)` Draws a Horizontal at z depth position.
`void`	`initWindow(Aspect a, Rectangle r, int maxDepth)`
`protected abstract void`	`line(ChartPen p, java.awt.Point a, java.awt.Point b)`
`abstract void`	`line(int x0, int y0, int x1, int y1)`
`void`	`line(int x0, int y0, int x1, int y1, int z)` Draws a Line between co-ordinates with z depth offset.
`void`	`line(int x0, int y0, int z0, int x1, int y1, int z1)` Draws a Line between co-ordinates with different start/end z depth offset.
`void`	`line(java.awt.Point p0, java.awt.Point p1)` Draws a Line between point p0 and point p1.
`void`	`line(java.awt.Point p0, java.awt.Point p1, int z)` Draws a Line between point p0 and point p1 with Z offset.
`abstract void`	`lineTo(int x, int y)`
`void`	`lineTo(int x, int y, int z)` Draws line from present position to end co-ordinates with z depth offset.
`void`	`lineTo(java.awt.Point p)` Draws a line to Point with z = 0 depth offset.
`void`	`lineTo(Point3D p)` Draws a Line to 3D Point.
`void`	`lineTo(java.awt.Point p, int z)` Draws a line to Point with z depth offset.
`void`	`lineWithZ(int x, int y, int x1, int y1, int z)` Obsolete.
`abstract java.awt.Dimension`	`measureString(ChartFont f, java.lang.String text)`
`abstract void`	`moveTo(int x, int y)` Sets the value of PenPos to x and y co-ordinates before calling LineTo.
`void`	`moveTo(int x, int y, int z)` Sets the value of PenPos to x, y and z co-ordinates before calling LineTo.
`void`	`moveTo(java.awt.Point p)` Sets the value of PenPos to Point p before calling LineTo.
`void`	`moveTo(Point3D p)` Sets the value of PenPos to 3D Point p before calling LineTo.
`void`	`moveTo(java.awt.Point p, int z)` Sets the value of PenPos to Point p with z depth offset before calling LineTo.
`void`	`paintBevel(BevelStyle bevel, Rectangle rect, int width, Color one, Color two)`
`void`	`paintImageBevel(Rectangle rect, int width, ChartPen pen, ChartBrush brush, int borderRound)`
`abstract void`	`pie(int x1, int y1, int x2, int y2, double startAngle, double endAngle)`
`void`	`pie(int xCenter, int yCenter, int xRadius, int yRadius, int z0, int z1, double startAngle, double endAngle, boolean darkSides, boolean drawSides)` Draws a pie slice using startAngle and endAngle with dark sides.
`void`	`pie(int xCenter, int yCenter, int xRadius, int yRadius, int z0, int z1, double startAngle, double endAngle, boolean darkSides, boolean drawSides, int donutPercent)` Draws a 3D Pie slice using start Angle and end Angle and donut percent.
`void`	`pie(int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4)` Draws a Pie slice.
`abstract void`	`pixel(int x, int y, int z, Color color)`
`void`	`plane(int z0, int z1, java.awt.Point[] p)` Draws a polygon using points array p with different start/end z depth offset.
`void`	`plane(java.awt.Point p1, java.awt.Point p2, int z0, int z1)` Draws a polygon (Point p1, Point p2) at Z depth offset.
`void`	`plane(java.awt.Point p1, java.awt.Point p2, java.awt.Point p3, java.awt.Point p4, int z)` Draws a polygon (Point p1, Point p2, Point p3, Point p4) at Z depth offset.
`void`	`planeFour3D(int z0, int z1, java.awt.Point[] p)` Draws a polygon of four points.
`static boolean`	`pointInEllipse(java.awt.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`	`pointInEllipse(java.awt.Point p, Rectangle rect)` Returns true if point P is inside the ellipse bounded by Rect.
`static boolean`	`pointInHorizTriangle(java.awt.Point p, int y0, int y1, int x0, int x1)` Returns true if point P is inside the horizontal triangle.
`static boolean`	`pointInLineTolerance(java.awt.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`	`pointInLineTolerance(java.awt.Point p, java.awt.Point p0, java.awt.Point p1, int tolerancePixels)` Determines if point p is "near" line segment between p0 and p1.
`static boolean`	`pointInPolygon(java.awt.Point p, java.awt.Point[] poly)` Returns true if point P is inside Poly polygon.
`static boolean`	`pointInRect(Rectangle rect, int x, int y)` Obsolete.
`static boolean`	`pointInTriangle(java.awt.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`	`polygon(int z, java.awt.Point[] p)` Draws a polygon with z position offset.
`abstract void`	`polygon(java.awt.Point[] p)`
`void`	`polygon(java.awt.Point p0, java.awt.Point p1, java.awt.Point p2)`
`static Rectangle`	`polygonRect(java.awt.Point[] p)` Returns bounding rectangle for point array p
`void`	`polyLine(int z, java.awt.Point[] p)` Draws a series of line segments to join point array p at z displacement.
`abstract void`	`polyLine(java.awt.Point[] p)`
`abstract void`	`prepareDrawImage()`
`void`	`projection(int maxDepth, Rectangle r)` Internal use.
`void`	`pyramid(boolean vertical, int left, int top, int right, int bottom, int z0, int z1, boolean darkSides)` Draws a vertical or horizontal Pyramid with optional dark shaded sides.
`void`	`pyramid(boolean vertical, Rectangle r, int z0, int z1, boolean darkSides)` Draws a vertical or horizontal Pyramid with optional dark shaded sides.
`void`	`pyramidTrunc(Rectangle r, int startZ, int endZ, int truncX, int truncZ)` Draws a pyramid with a truncated apex of variable thickness.
`protected static double`	`rad2Deg(double radian)`
`void`	`rectangle(ChartBrush b, int x, int y, int right, int bottom)`
`abstract void`	`rectangle(ChartBrush b, Rectangle r)`
`void`	`rectangle(int left, int top, int right, int bottom)` Draws a rectangle between the defined co-ordinates.
`void`	`rectangle(int left, int top, int right, int bottom, int z)` Draws a rectangle between the defined co-ordinates with z depth.
`abstract void`	`rectangle(Rectangle r)`
`void`	`rectangle(Rectangle r, int z)` Draws a Rectangle (Rectangle r) at z depth.
`void`	`rectangleWithZ(Rectangle r, int z)` Obsolete.
`void`	`rectangleY(int left, int top, int right, int z0, int z1)` Horizontal Rectangle from Left to Right, from Z0 to Z1 position, at Top Y.
`void`	`rectangleZ(int left, int top, int bottom, int z0, int z1)` Horizontal Rectangle from Left to Right, from Z0 to Z1 position, at Top Y.
`Rectangle`	`rectFromPolygon(int num, java.awt.Point[] p)` Returns the bounding rectangle for a given array of XY points.
`Rectangle`	`rectFromRectZ(Rectangle r, int z)` Returns the smallest bounding rectangle containing the four corners of the "R" rectangle after calculating their 3D position.
`void`	`reset()`
`void`	`rotateLabel(int x, int y, int z, java.lang.String text, double rotDegree)` Draws a rotated text String at the specified x,y and z coordinates with the RotDegree rotation angle.
`abstract void`	`rotateLabel(int x, int y, java.lang.String text, double rotDegree)`
`void`	`rotateLabel(java.awt.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.
`java.awt.Point[]`	`rotateRectangle(Rectangle r, double angle)`
`void`	`roundRectangle(Rectangle r)` Draws a rectangle with rounded corners of personalized curvature and size.
`abstract void`	`roundRectangle(Rectangle r, int roundWidth, int roundHeight)`
`void`	`setBackColor(Color value)`
`void`	`setBrush(ChartBrush value)` Determines the kind of brush used to fill the Canvas draw rectangle background.
`abstract void`	`setClip(java.awt.Shape region)`
`void`	`setColorPalette(Color[] palette)` Specifies a color from global ColorPalette array variable.
`void`	`setDirty(boolean value)`
`void`	`setFont(ChartFont value)` Determines the Font for outputted text when using the Drawing Canvas.
`void`	`setGradient(Gradient value)` Determines the Brush.
`abstract void`	`setGraphics(java.lang.Object value)`
`protected void`	`setIZoomfactor(double value)`
`void`	`setMetafiling(boolean value)`
`void`	`setPen(ChartPen value)` Determines the kind of pen used to draw Canvas lines.
`abstract void`	`setPixel(int x, int y, int z, Color color)`
`void`	`setRotationCenter(Point3D value)`
`void`	`setSmoothingMode(boolean value)` Sets the anti-alias mode for the Graphics Pen when Custom drawing.
`void`	`setTextAlign(StringAlignment value)` Sets the alignment used when displaying text using TextOut or TextOut3D.
`void`	`setTextSmooth(boolean value)`
`void`	`setUseBuffer(boolean value)`
`void`	`setXCenter(int value)` Specifies the X coordinate of the pixel location of the center of the 3D Canvas.
`void`	`setYCenter(int value)` Specifies the Y coordinate of the pixel location of the center of the 3D Canvas.
`static java.awt.Point[]`	`sliceArray(java.awt.Point[] source, int length)`
`void`	`sphere(int x, int y, int z, double radius)`
`void`	`sphere(int x0, int y0, int x1, int y1)`
`void`	`sphere(int x, int y, int z, int radius, boolean enhanced)`
`void`	`sphere(int x1, int y1, int x2, int y2, int z, boolean enhanced)`
`void`	`sphere(Rectangle rect, int z, boolean enhanced)`
`int`	`textHeight(ChartFont f, java.lang.String text)` Returns the vertical text size in pixels of ChartFont f.
`int`	`textHeight(java.lang.String text)` Returns the vertical size in pixels of the text String.
`void`	`textOut(int x, int y, int z, java.lang.String text)` Displays 2D non-rotated label at the specified x,y and z screen coordinates.
`void`	`textOut(int x, int y, java.lang.String text)` Displays the 2D non-rotated label at the specified X Y screen coordinates.
`void`	`textOut(java.awt.Point p, java.lang.String text)`
`int`	`textWidth(ChartFont f, java.lang.String text)` Returns the horizontal text size in pixels of ChartFont f.
`int`	`textWidth(java.lang.String text)` Returns the horizontal size in pixels of the text String.
`static int`	`transparency(Color color)` Returns percentage based on Color "A" value.
`static Color`	`transparentColor(int transparency, Color color)` Returns Color parameter after changing its "A" value.
`protected abstract void`	`transparentEllipse(int x1, int y1, int x2, int y2)`
`void`	`transparentEllipse(int x1, int y1, int x2, int y2, int z)`
`protected void`	`transparentEllipse(java.awt.Point p0, java.awt.Point p1)`
`void`	`triangle(java.awt.Point p0, java.awt.Point p1, java.awt.Point p2, int z)` Draws a triangle (point p0, pointp1, pointp2) at Z position.
`void`	`triangle(Triangle3D p)` Draws a triangle (Triangle3D p).
`abstract void`	`unClip()`
`void`	`unClipRectangle()` Obsolete.
`boolean`	`validState()`
`abstract void`	`verticalLine(int x, int top, int bottom)`
`void`	`verticalLine(int x, int top, int bottom, int z)` Draws a Vertical Line from (X,Top) to (X,Bottom) at z depth position.
`void`	`zLine(int x, int y, int z0, int z1)` Draws a Line from (X,Y,Z0) to (X,Y,Z1).

static Color

applyBright(Color c,
            int howMuch)

Converts the Color parameter to a brighter color.

static Color

applyDark(Color c,
          int howMuch)

Converts the Color parameter to a darker color.

abstract void

arc(int x1,
    int y1,
    int x2,
    int y2,
    double startAngle,
    double sweepAngle)

abstract void

arc(int x1,
    int y1,
    int x2,
    int y2,
    int x3,
    int y3,
    int x4,
    int y4)

Use Arc to draw an elliptically curved line with the current Pen.

void

arc(Rectangle rect,
    double startAngle,
    double sweepAngle)

void

arc(Rectangle rect,
    java.awt.Point start,
    java.awt.Point end)

void

arrow(boolean filled,
      java.awt.Point fromPoint,
      java.awt.Point toPoint,
      int headWidth,
      int headHeight,
      int z)

Draws a line with an arrow head of ArrowWidth and ArrowHeight dimensions in pixels.

java.awt.Point

calc3DPoint(int x,
            int y,
            int z)

java.awt.Point

calc3DPoint(Point3D p)

java.awt.Point

calc3DPoint(java.awt.Point p,
            int z)

java.awt.Point

calc3DPos(int x,
          int y,
          int z)

Calculates and returns the XY position in pixels of the XYZ 3D coordinate.

java.awt.Point

calc3DPos(java.awt.Point source)
Calculates and returns the XY position in pixels of the point p with Z = 0 3D coordinate.

java.awt.Point

calc3DPos(Point3D source)
Calculates and returns the XY position in pixels of the point p Z 3D coordinate.

java.awt.Point

calc3DPos(java.awt.Point source,
          int z)

Calculates and returns the XY position in pixels of the point p Z 3D coordinate.

void

calcPerspective(Rectangle r)

Rectangle

calcRect3D(Rectangle r,
           int z)

Calculates and returns the position in pixels of the Rectangle 3D coordinates.

void

calcTrigValues()

java.awt.Point

calculate2DPosition(int x,
                    int y,
                    int z)

Calculates and returns the XY position in pixels of the coordinate.

java.awt.Point

calculate2DPosition(java.awt.Point p,
                    int z)

void

changed(java.lang.Object o)

void

clipCube(Rectangle rect,
         int minZ,
         int maxZ)

Creates a cubic Windows GDI clipping region.

abstract void

clipEllipse(Rectangle r)

abstract void

clipPolygon(java.awt.Point[] p)

void

clipRectangle(int left,
              int top,
              int right,
              int bottom)

Creates a Windows GDI clipping region and selects it into TChart.

abstract void

clipRectangle(Rectangle r)

void

cone(boolean vertical,
     int left,
     int top,
     int right,
     int bottom,
     int z0,
     int z1,
     boolean darkSides)

Paints a cone.

void

cone(boolean vertical,
     int left,
     int top,
     int right,
     int bottom,
     int z0,
     int z1,
     boolean darkSides,
     int conePercent)

void

cone(boolean vertical,
     Rectangle r,
     int z0,
     int z1,
     boolean darkSides)

Paints a cone.

void

cone(boolean vertical,
     Rectangle r,
     int z0,
     int z1,
     boolean darkSides,
     int conePercent)

Paints a cone with Cone Percent.

int

convexHull(java.awt.Point[] p)
Calculates the boundary points of the convex hull of a set of 2D xy points.

protected Rectangle

correctRectangle(Rectangle r)

static LineCross

crossingLines(double x1,
              double y1,
              double x2,
              double y2,
              double x3,
              double y3,
              double x4,
              double y4)

Returns true if two lines cross.

void

cube(int left,
     int top,
     int right,
     int bottom,
     int z0,
     int z1,
     boolean darkSides)

Draws a Cube with Dark Sides.

void

cube(Rectangle r,
     int z0,
     int z1)

Draws a Cube.

void

cube(Rectangle r,
     int z0,
     int z1,
     boolean darkSides)

Draws a Cube with Dark Sides.

static boolean

cull(java.awt.Point[] p)

static boolean

cull(java.awt.Point p0,
     java.awt.Point p1,
     java.awt.Point p2)

void

cylinder(boolean vertical,
         Rectangle r,
         int z0,
         int z1,
         boolean darkSides)

Draws cylinder toggle Boolean for vertical or horizontal cylinder.

void

donut(int xCenter,
      int yCenter,
      int xRadius,
      int yRadius,
      double startAngle,
      double endAngle,
      int holePercent)

Draws a Donut slice.

abstract void

draw(Rectangle r,
     java.awt.Image image,
     boolean transparent)

void

draw(Rectangle r,
     java.awt.Image image,
     ImageMode mode,
     boolean transparent)

Paints the image in rectangle r.

void

drawBeziers(int z,
            java.awt.Point[] p)

Draws Bezier splines for the Point array p at displacement z

void

drawBeziers(java.awt.Point[] p)
Draws Bezier splines for the Point array p

protected abstract void

drawString(int x,
           int y,
           java.lang.String text,
           ChartBrush brush)

abstract void

ellipse(int x1,
        int y1,
        int x2,
        int y2)

void

ellipse(int x1,
        int y1,
        int x2,
        int y2,
        boolean enhanced)

void

ellipse(int x1,
        int y1,
        int x2,
        int y2,
        int z)

Ellipse bounding Rect (X1,Y1,X2,Y2) at Z position.

void

ellipse(int x1,
        int y1,
        int x2,
        int y2,
        int z,
        boolean enhanced)

Enhanced Ellipse bounding Rect (X1,Y1,X2,Y2) at Z position.

void

ellipse(int left,
        int top,
        int right,
        int bottom,
        int z,
        double angle)

Ellipse bounding rectangle (Left, Top, Right, Bottom) with Z offset at angle.

void

ellipse(java.awt.Point p0,
        java.awt.Point p1)

void

ellipse(Rectangle r)
Draws an Ellipse bounding Rectangle r.

void

ellipse(Rectangle r,
        int z)

Ellipse bounding Rectangle r at z depth.

void

ellipse(Rectangle r,
        int z,
        double angle)

Ellipse bounding rectangle r with Z offset at angle.

void

ellipseEnh(int x1,
           int y1,
           int x2,
           int y2)

Internal use.

abstract void

eraseBackground(int left,
                int top,
                int right,
                int bottom)

abstract void

fillRectangle(ChartBrush brush,
              int x,
              int y,
              int width,
              int height)

void

fillRectangle(Rectangle rect)

int

fontTextHeight(ChartFont f)
Determines the Font Height to be used for outputted text when using the Drawing.

java.awt.Point[]

fourPointsFromRect(Rectangle r,
                   int z)

Returns a TFourPoints structure (array of four TPoint records)

Aspect

getAspect()

Color

getBackColor()
Sets / returns the color used to fill spaces when displaying text or filling with brushes of different style other than bsSolid.

ChartBrush

getBrush()
Determines the kind of brush used to fill the Canvas draw rectangle background.

java.awt.Shape

getChartPolygon(Rectangle rect,
                int minZ,
                int maxZ)

int

getChartXCenter()
Returns the centre Horizontal co-ordinate of the Chart.

int

getChartYCenter()
Returns the middle Vertical coordinate of the Chart.

int

getColorPaletteLength()

Color

getDefaultColor(int index)
Returns a color from global ColorPalette array variable.

static HatchStyle

getDefaultPattern(int index)
Returns a valid Windows Brush Style from anpalette of many possible Brush styles.

boolean

getDirty()

ChartFont

getFont()
Determines the Font for outputted text when using the Drawing Canvas.

int

getFontHeight()
Defines the Height of the Font in pixels.

Gradient

getGradient()
Determines the Brush.

protected double

getIZoomfactor()

boolean

getMetafiling()

boolean

getMonochrome()

ChartPen

getPen()
Indicates the kind of pen used to draw Canvas lines.

protected java.awt.Polygon

getPolygon(java.awt.Point[] p)

Point3D

getRotationCenter()
Sets the Pixel location (using X,Y,Z) of the centre of rotation for use with the Aspect Rotation and Elevation properties.

static int

getScreenHeight()
Returns the height, in pixels, of the Chart Panel.

static int

getScreenWidth()
Returns the width, in pixels, of the Chart Panel.

boolean

getSmoothingMode()
The anti-alias mode for the Graphics Pen when Custom drawing.

boolean

getSupports3DText()
Returns if Canvas supports 3D Text or not.

boolean

getSupportsFullRotation()
Returns if Canvas can do rotation and elevation of more than 90 degree.

StringAlignment

getTextAlign()
The alignment used when displaying text using TextOut or TextOut3D.

boolean

getTextSmooth()
Chooses between speed or display quality for Text rendering.

boolean

getUseBuffer()
Draws items to ancanvas to prevent flickering on screen.

int

getXCenter()
The X coordinate of the pixel location of the center of the 3D Canvas.

int

getYCenter()
The Y coordinate of the pixel location of the center of the 3D Canvas.

abstract void

horizontalLine(int left,
               int right,
               int y)

void

horizontalLine(int left,
               int right,
               int y,
               int z)

Draws a Horizontal at z depth position.

void

initWindow(Aspect a,
           Rectangle r,
           int maxDepth)

protected abstract void

line(ChartPen p,
     java.awt.Point a,
     java.awt.Point b)

abstract void

line(int x0,
     int y0,
     int x1,
     int y1)

void

line(int x0,
     int y0,
     int x1,
     int y1,
     int z)

Draws a Line between co-ordinates with z depth offset.

void

line(int x0,
     int y0,
     int z0,
     int x1,
     int y1,
     int z1)

Draws a Line between co-ordinates with different start/end z depth offset.

void

line(java.awt.Point p0,
     java.awt.Point p1)

Draws a Line between point p0 and point p1.

void

line(java.awt.Point p0,
     java.awt.Point p1,
     int z)

Draws a Line between point p0 and point p1 with Z offset.

abstract void

lineTo(int x,
       int y)

void

lineTo(int x,
       int y,
       int z)

Draws line from present position to end co-ordinates with z depth offset.

void

lineTo(java.awt.Point p)
Draws a line to Point with z = 0 depth offset.

void

lineTo(Point3D p)
Draws a Line to 3D Point.

void

lineTo(java.awt.Point p,
       int z)

Draws a line to Point with z depth offset.

void

lineWithZ(int x,
          int y,
          int x1,
          int y1,
          int z)

Obsolete.

abstract java.awt.Dimension

measureString(ChartFont f,
              java.lang.String text)

abstract void

moveTo(int x,
       int y)

Sets the value of PenPos to x and y co-ordinates before calling LineTo.

void

moveTo(int x,
       int y,
       int z)

Sets the value of PenPos to x, y and z co-ordinates before calling LineTo.

void

moveTo(java.awt.Point p)
Sets the value of PenPos to Point p before calling LineTo.

void

moveTo(Point3D p)
Sets the value of PenPos to 3D Point p before calling LineTo.

void

moveTo(java.awt.Point p,
       int z)

Sets the value of PenPos to Point p with z depth offset before calling LineTo.

void

paintBevel(BevelStyle bevel,
           Rectangle rect,
           int width,
           Color one,
           Color two)

void

paintImageBevel(Rectangle rect,
                int width,
                ChartPen pen,
                ChartBrush brush,
                int borderRound)

abstract void

pie(int x1,
    int y1,
    int x2,
    int y2,
    double startAngle,
    double endAngle)

void

pie(int xCenter,
    int yCenter,
    int xRadius,
    int yRadius,
    int z0,
    int z1,
    double startAngle,
    double endAngle,
    boolean darkSides,
    boolean drawSides)

Draws a pie slice using startAngle and endAngle with dark sides.

void

pie(int xCenter,
    int yCenter,
    int xRadius,
    int yRadius,
    int z0,
    int z1,
    double startAngle,
    double endAngle,
    boolean darkSides,
    boolean drawSides,
    int donutPercent)

Draws a 3D Pie slice using start Angle and end Angle and donut percent.

void

pie(int x1,
    int y1,
    int x2,
    int y2,
    int x3,
    int y3,
    int x4,
    int y4)

Draws a Pie slice.

abstract void

pixel(int x,
      int y,
      int z,
      Color color)

void

plane(int z0,
      int z1,
      java.awt.Point[] p)

Draws a polygon using points array p with different start/end z depth offset.

void

plane(java.awt.Point p1,
      java.awt.Point p2,
      int z0,
      int z1)

Draws a polygon (Point p1, Point p2) at Z depth offset.

void

plane(java.awt.Point p1,
      java.awt.Point p2,
      java.awt.Point p3,
      java.awt.Point p4,
      int z)

Draws a polygon (Point p1, Point p2, Point p3, Point p4) at Z depth offset.

void

planeFour3D(int z0,
            int z1,
            java.awt.Point[] p)

Draws a polygon of four points.

static boolean

pointInEllipse(java.awt.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

pointInEllipse(java.awt.Point p,
               Rectangle rect)

Returns true if point P is inside the ellipse bounded by Rect.

static boolean

pointInHorizTriangle(java.awt.Point p,
                     int y0,
                     int y1,
                     int x0,
                     int x1)

Returns true if point P is inside the horizontal triangle.

static boolean

pointInLineTolerance(java.awt.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

pointInLineTolerance(java.awt.Point p,
                     java.awt.Point p0,
                     java.awt.Point p1,
                     int tolerancePixels)

Determines if point p is "near" line segment between p0 and p1.

static boolean

pointInPolygon(java.awt.Point p,
               java.awt.Point[] poly)

Returns true if point P is inside Poly polygon.

static boolean

pointInRect(Rectangle rect,
            int x,
            int y)

Obsolete.

static boolean

pointInTriangle(java.awt.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

polygon(int z,
        java.awt.Point[] p)

Draws a polygon with z position offset.

abstract void

polygon(java.awt.Point[] p)

void

polygon(java.awt.Point p0,
        java.awt.Point p1,
        java.awt.Point p2)

static Rectangle

polygonRect(java.awt.Point[] p)
Returns bounding rectangle for point array p

void

polyLine(int z,
         java.awt.Point[] p)

Draws a series of line segments to join point array p at z displacement.

abstract void

polyLine(java.awt.Point[] p)

abstract void

prepareDrawImage()

void

projection(int maxDepth,
           Rectangle r)

Internal use.

void

pyramid(boolean vertical,
        int left,
        int top,
        int right,
        int bottom,
        int z0,
        int z1,
        boolean darkSides)

Draws a vertical or horizontal Pyramid with optional dark shaded sides.

void

pyramid(boolean vertical,
        Rectangle r,
        int z0,
        int z1,
        boolean darkSides)

Draws a vertical or horizontal Pyramid with optional dark shaded sides.

void

pyramidTrunc(Rectangle r,
             int startZ,
             int endZ,
             int truncX,
             int truncZ)

Draws a pyramid with a truncated apex of variable thickness.

protected static double

rad2Deg(double radian)

void

rectangle(ChartBrush b,
          int x,
          int y,
          int right,
          int bottom)

abstract void

rectangle(ChartBrush b,
          Rectangle r)

void

rectangle(int left,
          int top,
          int right,
          int bottom)

Draws a rectangle between the defined co-ordinates.

void

rectangle(int left,
          int top,
          int right,
          int bottom,
          int z)

Draws a rectangle between the defined co-ordinates with z depth.

abstract void

rectangle(Rectangle r)

void

rectangle(Rectangle r,
          int z)

Draws a Rectangle (Rectangle r) at z depth.

void

rectangleWithZ(Rectangle r,
               int z)

Obsolete.

void

rectangleY(int left,
           int top,
           int right,
           int z0,
           int z1)

Horizontal Rectangle from Left to Right, from Z0 to Z1 position, at Top Y.

void

rectangleZ(int left,
           int top,
           int bottom,
           int z0,
           int z1)

Horizontal Rectangle from Left to Right, from Z0 to Z1 position, at Top Y.

Rectangle

rectFromPolygon(int num,
                java.awt.Point[] p)

Returns the bounding rectangle for a given array of XY points.

Rectangle

rectFromRectZ(Rectangle r,
              int z)

Returns the smallest bounding rectangle containing the four corners of the "R" rectangle after calculating their 3D position.

void

reset()

void

rotateLabel(int x,
            int y,
            int z,
            java.lang.String text,
            double rotDegree)

Draws a rotated text String at the specified x,y and z coordinates with the RotDegree rotation angle.

abstract void

rotateLabel(int x,
            int y,
            java.lang.String text,
            double rotDegree)

void

rotateLabel(java.awt.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.

java.awt.Point[]

rotateRectangle(Rectangle r,
                double angle)

void

roundRectangle(Rectangle r)
Draws a rectangle with rounded corners of personalized curvature and size.

abstract void

roundRectangle(Rectangle r,
               int roundWidth,
               int roundHeight)

void

setBackColor(Color value)

void

setBrush(ChartBrush value)
Determines the kind of brush used to fill the Canvas draw rectangle background.

abstract void

setClip(java.awt.Shape region)

void

setColorPalette(Color[] palette)
Specifies a color from global ColorPalette array variable.

void

setDirty(boolean value)

void

setFont(ChartFont value)
Determines the Font for outputted text when using the Drawing Canvas.

void

setGradient(Gradient value)
Determines the Brush.

abstract void

setGraphics(java.lang.Object value)

protected void

setIZoomfactor(double value)

void

setMetafiling(boolean value)

void

setPen(ChartPen value)
Determines the kind of pen used to draw Canvas lines.

abstract void

setPixel(int x,
         int y,
         int z,
         Color color)

void

setRotationCenter(Point3D value)

void

setSmoothingMode(boolean value)
Sets the anti-alias mode for the Graphics Pen when Custom drawing.

void

setTextAlign(StringAlignment value)
Sets the alignment used when displaying text using TextOut or TextOut3D.

void

setTextSmooth(boolean value)

void

setUseBuffer(boolean value)

void

setXCenter(int value)
Specifies the X coordinate of the pixel location of the center of the 3D Canvas.

void

setYCenter(int value)
Specifies the Y coordinate of the pixel location of the center of the 3D Canvas.

static java.awt.Point[]

sliceArray(java.awt.Point[] source,
           int length)

void

sphere(int x,
       int y,
       int z,
       double radius)

void

sphere(int x0,
       int y0,
       int x1,
       int y1)

void

sphere(int x,
       int y,
       int z,
       int radius,
       boolean enhanced)

void

sphere(int x1,
       int y1,
       int x2,
       int y2,
       int z,
       boolean enhanced)

void

sphere(Rectangle rect,
       int z,
       boolean enhanced)

int

textHeight(ChartFont f,
           java.lang.String text)

Returns the vertical text size in pixels of ChartFont f.

int

textHeight(java.lang.String text)
Returns the vertical size in pixels of the text String.

void

textOut(int x,
        int y,
        int z,
        java.lang.String text)

Displays 2D non-rotated label at the specified x,y and z screen coordinates.

void

textOut(int x,
        int y,
        java.lang.String text)

Displays the 2D non-rotated label at the specified X Y screen coordinates.

void

textOut(java.awt.Point p,
        java.lang.String text)

int

textWidth(ChartFont f,
          java.lang.String text)

Returns the horizontal text size in pixels of ChartFont f.

int

textWidth(java.lang.String text)
Returns the horizontal size in pixels of the text String.

static int

transparency(Color color)
Returns percentage based on Color "A" value.

static Color

transparentColor(int transparency,
                 Color color)

Returns Color parameter after changing its "A" value.

protected abstract void

transparentEllipse(int x1,
                   int y1,
                   int x2,
                   int y2)

void

transparentEllipse(int x1,
                   int y1,
                   int x2,
                   int y2,
                   int z)

protected void

transparentEllipse(java.awt.Point p0,
                   java.awt.Point p1)

void

triangle(java.awt.Point p0,
         java.awt.Point p1,
         java.awt.Point p2,
         int z)

Draws a triangle (point p0, pointp1, pointp2) at Z position.

void

triangle(Triangle3D p)
Draws a triangle (Triangle3D p).

abstract void

unClip()

void

unClipRectangle()
Obsolete.

boolean

validState()

abstract void

verticalLine(int x,
             int top,
             int bottom)

void

verticalLine(int x,
             int top,
             int bottom,
             int z)

Draws a Vertical Line from (X,Top) to (X,Bottom) at z depth position.

void

zLine(int x,
      int y,
      int z0,
      int z1)

Draws a Line from (X,Y,Z0) to (X,Y,Z1).

com.steema.teechart.drawing Class Graphics3D

DARKCOLORQUANTITY

DARKERCOLORQUANTITY

fourPoints

smoothingMode

textSmooth

bounds

stringFormat

pen

brush

font

aspect

metafiling

monochrome

DefaultPalette

Graphics3D

reset

getAspect

getPen

setPen

getBrush

setBrush

changed

getGradient

setGradient

getDirty

getFont

setFont

com.steema.teechart.drawing
Class Graphics3D