geomerative
Class RContour

java.lang.Object
  geomerative.RGeomElem
      geomerative.RContour

public class RContour
extends RGeomElem

RContour is a reduced interface for creating, holding and drawing contours. Contours are ordered lists of points (RPoint) which define the outlines of polygons. Contours can be self-intersecting.

Field Summary

RPoint[]	points Array of RPoint objects holding the points of the contour.
int	type

Fields inherited from class geomerative.RGeomElem

COMMAND, CONTOUR, GROUP, MESH, name, POLYGON, SHAPE, SUBSHAPE, TRISTRIP, UNKNOWN

Constructor Summary

RContour()

RContour(RContour c)

RContour(RPoint[] contourpoints)
Create a countour given an array of points.

Method Summary

void	addClose()
void	addPoint(float x, float y)
void	addPoint(RPoint p) Use this method to add new points to the contour.
void	addPoints(java.util.List morePoints) Efficiently add a list of points to the contour.
void	addPoints(RPoint[] morePoints) Efficiently add an array of points to the contour.
boolean	contains(RPoint p)
int	countPoints() Use this method to count the number of points in the contour.
void	draw(processing.core.PApplet g)
void	draw(processing.core.PGraphics g) Use this method to draw the contour.
RPoint[]	getHandles() Use this to return the points of the contour.
RPoint[][]	getHandlesInPaths()
RPoint	getPoint(float t)
RPoint[]	getPoints() Use this to return the points of the contour.
RPoint[][]	getPointsInPaths()
RPoint	getTangent(float t)
RPoint[]	getTangents()
RPoint[][]	getTangentsInPaths()
int	getType() Use this method to get the type of element this is.
boolean	isHole() Use this method to know if the contour is a hole.
void	print()
RMesh	toMesh()
RPolygon	toPolygon()
RShape	toShape()

Methods inherited from class geomerative.RGeomElem

centerIn, centerIn, centerIn, contains, contains, containsBounds, containsHandles, draw, getArea, getBottomLeft, getBottomRight, getBounds, getBoundsPoints, getCenter, getCenteringTransf, getCenteringTransf, getCenteringTransf, getCentroid, getCurveLength, getCurveLengths, getHeight, getOrigHeight, getOrigWidth, getStyle, getTopLeft, getTopRight, getWidth, getX, getY, intersects, intersects, intersectsBounds, intersectsHandles, isIn, isIn, rotate, rotate, rotate, scale, scale, scale, scale, scale, scale, setAlpha, setAlpha, setAlpha, setFill, setFill, setFill, setFillAlpha, setFillAlpha, setName, setStroke, setStroke, setStroke, setStrokeAlpha, setStrokeAlpha, setStrokeCap, setStrokeJoin, setStrokeWeight, setStrokeWeight, setStyle, shear, skewX, skewY, transform, transform, transform, translate, translate

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

type

public int type

points

public RPoint[] points

Array of RPoint objects holding the points of the contour.

Constructor Detail

RContour

public RContour(RPoint[] contourpoints)

Create a countour given an array of points.

Parameters:

contourpoints - the points of the new contour

RContour

public RContour()

RContour

public RContour(RContour c)

Method Detail

countPoints

public int countPoints()

Use this method to count the number of points in the contour.

Returns:

int, the number points in the contour

draw

public void draw(processing.core.PGraphics g)

Use this method to draw the contour.

Specified by:

draw in class RGeomElem

Parameters:

g - PGraphics, the graphics object on which to draw the mesh

draw

public void draw(processing.core.PApplet g)

Specified by:

draw in class RGeomElem

addPoint

public void addPoint(RPoint p)

Use this method to add new points to the contour.

addPoint

public void addPoint(float x,
                     float y)

addPoints

public void addPoints(RPoint[] morePoints)

Efficiently add an array of points to the contour.

addPoints

public void addPoints(java.util.List morePoints)

Efficiently add a list of points to the contour.

getHandles

public RPoint[] getHandles()

Use this to return the points of the contour. It returns the points in the way of an array of RPoint.

Specified by:

getHandles in class RGeomElem

Returns:

RPoint[], the points returned in an array.

getPoints

public RPoint[] getPoints()

Use this to return the points of the contour. It returns the points in the way of an array of RPoint.

Specified by:

getPoints in class RGeomElem

Returns:

RPoint[], the points returned in an array.

getPoint

public RPoint getPoint(float t)

Specified by:

getPoint in class RGeomElem

getTangent

public RPoint getTangent(float t)

Specified by:

getTangent in class RGeomElem

getTangents

public RPoint[] getTangents()

Specified by:

getTangents in class RGeomElem

getPointsInPaths

public RPoint[][] getPointsInPaths()

Specified by:

getPointsInPaths in class RGeomElem

getHandlesInPaths

public RPoint[][] getHandlesInPaths()

Specified by:

getHandlesInPaths in class RGeomElem

getTangentsInPaths

public RPoint[][] getTangentsInPaths()

Specified by:

getTangentsInPaths in class RGeomElem

contains

public boolean contains(RPoint p)

Specified by:

contains in class RGeomElem

isHole

public boolean isHole()

Use this method to know if the contour is a hole. Remember to use the method update() on the polygon before using this method.

Returns:

boolean, true if it is a hole

print

public void print()

Overrides:

print in class RGeomElem

addClose

public void addClose()

toPolygon

public RPolygon toPolygon()

Overrides:

toPolygon in class RGeomElem

toShape

public RShape toShape()
               throws java.lang.RuntimeException

Specified by:

toShape in class RGeomElem

Throws:

java.lang.RuntimeException

toMesh

public RMesh toMesh()

Overrides:

toMesh in class RGeomElem

getType

public int getType()

Use this method to get the type of element this is.

Specified by:

getType in class RGeomElem

Returns:

int, will allways return RGeomElem.POLYGON