anar

Class Pts

java.lang.Object
  anar.Parametric
      anar.Pts

All Implemented Interfaces:

iTaggable, iTransformable

Direct Known Subclasses:

Camera, CSpline, CSplineB, Face, FrenetFrame, Line, PtsMid, SplineSurf, SplineSurf2

public class Pts
extends Parametric
implements iTransformable

Points List and Faces

In ANAR library, lines(segments), multilines(polylines) and faces share a common data structure. The structure relies on a list of points. Depending on the object, they have different behaviors. The major distinction between face and polylines is the way how faces are displayed. Face will act as closed polyline. It is assumed that faces could be non-planar. If the face is not described as planar, the display method to provide a method to display non-planar faces.

Field Summary

static RenderPts	globalRender
Meta	meta
java.util.ArrayList<Pt>	ptList
RenderPts	render

Constructor Summary

Pts()

Pts(Pt... ps)
Vararg.

Pts(Pt a, Pt b)

Pts(Pt a, Pt b, Pt c)

Pts(Pts pts)

Pts(Pts ptsIn, Transform transform)

Method Summary

Pts	add(float x, float y)
Pts	add(float x, float y, float z)
Pts	add(int index, Pt p)
Pts	add(int index, Pts pts)
Pts	add(Pt... pts)
Pts	add(Pt p)
Pts	add(Pts pts)
Pts	add(XYZ p)
void	addPointsFrom(Pts pts)
Pts	apply(Transform t)
float	area()
static float	area(Pts pts)
XYZ[]	bound()
XYZ	boundCenter()
void	color(AColor color) change the stroke color
void	color(float gray)
void	color(float gray, float alpha)
void	color(float red, float green, float blue)
void	color(float red, float green, float blue, float alpha)
Pts	copy()
Pts	discretization(int n) Return a set of points placed on the line.
void	draw()
void	drawPoints()
Pts	flip()
Pt	get(int i) Deprecated replaced by pt(int)}
Pt	getPt(int i) Deprecated replaced by pt(int)}
boolean	inLine(XYZ p)
java.util.Iterator<Pt>	iterator()
float	length()
int	numOfPts()
Pts	orphaned() Export the geometry without any Parametric features.
Pt	pt(int i) Get the point i in the list.
Pt	ptEnd() Return the last point in the list.
Pt	ptEnd(int i) Return the point i in the list beginning by the end.
Pt	ptMod(int i) Get the point i%numOfPts() in the list.
float[]	ptOnCurve(float t)
Pt	remove(int i)
Pt	remove(Pt p)
Pts	render(RenderPt render) Change the render for this object.
Pts	render(RenderPts render) Change the render for this object.
Pts	reverse()
Pts	rotateX(float v)
Pts	rotateX(Param v)
Pts	rotateY(float v)
Pts	rotateY(Param v)
Pts	rotateZ(float v)
Pts	rotateZ(Param v)
Pts	scale(float x)
Pts	scale(float x, float y)
Pts	scale(float x, float y, float z)
Pts	scale(Param x)
Pts	scale(Param x, Param y)
Pts	scale(Param x, Param y, Param z)
Pts	scale(Pt p)
Pts	scale(XYZ vector)
Pts	scaleX(float x)
Pts	scaleX(Param x)
Pts	scaleY(float y)
Pts	scaleY(Param y)
Pts	scaleZ(float z)
Pts	scaleZ(Param z)
Pts	set(Meta meta)
Pts	set(java.lang.String tag)
Pts	setMeta(Meta meta)
int	size() Deprecated replaced by numOfPts()}
Pts	stroke(AColor c)
Pts	stroke(float g)
Pts	stroke(float g, float a)
Pts	stroke(float r, float g, float b)
Pts	stroke(float r, float g, float b, float a)
Pts	tag(Meta tag)
Pts	tag(java.lang.String tag)
java.lang.String	toANSYS()
java.lang.String	toAutocad()
java.lang.String	toMegaPOVLink()
java.lang.String	toObjExporter()
java.lang.String	toObjExporter(java.lang.String name)
java.lang.String	toPovRayAsArray(java.lang.String arrayName)
java.lang.String	toPovRayAsCylinder()
java.lang.String	toRadianceAsCylinder() Export a Pts to Radiance as a sequence of cylinders Output example:
java.lang.String	toRhino()
java.lang.String	toRhinoAsObject()
java.lang.String	toSketchUp()
java.lang.String	toString()
Pts	translate(float x, float y)
Pts	translate(float x, float y, float z)
Pts	translate(Param x, Param y)
Pts	translate(Param x, Param y, Param z)
Pts	translate(Pt p)
Pts	translate(XYZ vector)
Pts	translateX(float x)
Pts	translateX(Param x)
Pts	translateY(float y)
Pts	translateY(Param y)
Pts	translateZ(float z)
Pts	translateZ(Param z)

Methods inherited from class anar.Parametric

child, getMeta, getPrimitive, parent, parent, parentList, parentList, parentList, parentListGraphViz, parentListGraphViz, parentListRecursive, parentListRecursiveGraphViz, parentToString, parentToStringRecursive, parentToStringRecursive, primitiveToString, replaceParent, replaceParent, replicate, tag

Methods inherited from class java.lang.Object

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

Field Detail

globalRender

public static RenderPts globalRender

render

public RenderPts render

meta

public Meta meta

ptList

public java.util.ArrayList<Pt> ptList

Constructor Detail

Pts

public Pts()

Pts

public Pts(Pt a,
           Pt b)

Pts

public Pts(Pt a,
           Pt b,
           Pt c)

Pts

public Pts(Pt... ps)

Vararg.

Parameters:

ps -

Pts

public Pts(Pts pts)

Parameters:

pts -

Pts

public Pts(Pts ptsIn,
           Transform transform)

Parameters:

ptsIn -

transform -

Method Detail

copy

public Pts copy()

Returns:

pt

public Pt pt(int i)

Get the point i in the list.

Parameters:

i - - number of the point in the sequence

Returns:

ptMod

public Pt ptMod(int i)

Get the point i%numOfPts() in the list. Could be negative. The list is a closed sequence. Equivalent to pt((i%numOfPts()+numOfPts())%numOfPts());

Parameters:

i -

Returns:

See Also:

pt(int)

ptEnd

public Pt ptEnd()

Return the last point in the list.

Returns:

ptEnd

public Pt ptEnd(int i)

Return the point i in the list beginning by the end.

Parameters:

i -

Returns:

get

@Deprecated
public Pt get(int i)

Deprecated replaced by pt(int)}

Overrides:

get in class Parametric

getPt

@Deprecated
public Pt getPt(int i)

Deprecated replaced by pt(int)}

size

public int size()

Deprecated replaced by numOfPts()}

numOfPts

public int numOfPts()

remove

public Pt remove(int i)

Parameters:

i -

remove

public Pt remove(Pt p)

iterator

public java.util.Iterator<Pt> iterator()

Returns:

add

public Pts add(float x,
               float y,
               float z)

add

public Pts add(float x,
               float y)

add

public Pts add(XYZ p)

add

public Pts add(Pt p)

add

public Pts add(int index,
               Pt p)

add

public Pts add(Pt... pts)

add

public Pts add(Pts pts)

add

public Pts add(int index,
               Pts pts)

reverse

public Pts reverse()

flip

public Pts flip()

addPointsFrom

public void addPointsFrom(Pts pts)

Parameters:

pts -

rotateX

public Pts rotateX(Param v)

rotateX

public Pts rotateX(float v)

rotateY

public Pts rotateY(Param v)

rotateY

public Pts rotateY(float v)

rotateZ

public Pts rotateZ(Param v)

rotateZ

public Pts rotateZ(float v)

scale

public Pts scale(XYZ vector)

scale

public Pts scale(Pt p)

scale

public Pts scale(float x,
                 float y,
                 float z)

scale

public Pts scale(float x)

scale

public Pts scale(float x,
                 float y)

scale

public Pts scale(Param x,
                 Param y,
                 Param z)

scale

public Pts scale(Param x,
                 Param y)

scale

public Pts scale(Param x)

scaleX

public Pts scaleX(float x)

scaleX

public Pts scaleX(Param x)

scaleY

public Pts scaleY(float y)

scaleY

public Pts scaleY(Param y)

scaleZ

public Pts scaleZ(float z)

scaleZ

public Pts scaleZ(Param z)

translate

public Pts translate(XYZ vector)

translate

public Pts translate(Pt p)

translate

public Pts translate(float x,
                     float y)

translate

public Pts translate(float x,
                     float y,
                     float z)

translate

public Pts translate(Param x,
                     Param y)

translate

public Pts translate(Param x,
                     Param y,
                     Param z)

translateX

public Pts translateX(float x)

Parameters:

x -

translateX

public Pts translateX(Param x)

Parameters:

x -

translateY

public Pts translateY(float y)

Parameters:

x -

translateY

public Pts translateY(Param y)

Parameters:

x -

translateZ

public Pts translateZ(float z)

Parameters:

x -

translateZ

public Pts translateZ(Param z)

Parameters:

x -

apply

public Pts apply(Transform t)

draw

public void draw()

area

public static float area(Pts pts)

area

public float area()

length

public float length()

Returns:

stroke

public Pts stroke(float g)

stroke

public Pts stroke(float g,
                  float a)

stroke

public Pts stroke(float r,
                  float g,
                  float b)

stroke

public Pts stroke(float r,
                  float g,
                  float b,
                  float a)

stroke

public Pts stroke(AColor c)

render

public Pts render(RenderPts render)

Change the render for this object.

Parameters:

render -

Returns:

render

public Pts render(RenderPt render)

Change the render for this object.

Parameters:

render -

Returns:

orphaned

public Pts orphaned()

Export the geometry without any Parametric features. The geometry becomes static and loose all dynamic relationships between objects. Become all Pt derived or linked to antoher becomes x y z, Faces and Pts are set of static points.

discretization

public Pts discretization(int n)

Return a set of points placed on the line. This is similar to break the line down into a number of segments. This work the similarly on straightlines and on curves

Parameters:

n -

Returns:

drawPoints

public void drawPoints()

set

public Pts set(Meta meta)

Specified by:

set in interface iTaggable

set

public Pts set(java.lang.String tag)

Parameters:

string -

setMeta

public Pts setMeta(Meta meta)

Specified by:

setMeta in interface iTaggable

tag

public Pts tag(java.lang.String tag)

Specified by:

tag in interface iTaggable

tag

public Pts tag(Meta tag)

toString

public java.lang.String toString()

Overrides:

toString in class java.lang.Object

color

public void color(float gray)

color

public void color(float gray,
                  float alpha)

color

public void color(float red,
                  float green,
                  float blue)

color

public void color(float red,
                  float green,
                  float blue,
                  float alpha)

color

public void color(AColor color)

change the stroke color

Parameters:

color -

toANSYS

public java.lang.String toANSYS()

toAutocad

public java.lang.String toAutocad()

toMegaPOVLink

public java.lang.String toMegaPOVLink()

toPovRayAsCylinder

public java.lang.String toPovRayAsCylinder()

toRadianceAsCylinder

public java.lang.String toRadianceAsCylinder()

Export a Pts to Radiance as a sequence of cylinders Output example:

            material cylinder name
                0
                0
                7       1454.1045       140.25954       0
                        1448.2742       142.885 0
                        10
 

Returns:

String of code (MultiLines)

ptOnCurve

public float[] ptOnCurve(float t)

toPovRayAsArray

public java.lang.String toPovRayAsArray(java.lang.String arrayName)

toRhino

public java.lang.String toRhino()

Returns:

toRhinoAsObject

public java.lang.String toRhinoAsObject()

Returns:

toSketchUp

public java.lang.String toSketchUp()

Returns:

toObjExporter

public java.lang.String toObjExporter()

toObjExporter

public java.lang.String toObjExporter(java.lang.String name)

inLine

public boolean inLine(XYZ p)

bound

public XYZ[] bound()

Returns:

the smallest bounding box enclosing the group in XYZ.

boundCenter

public XYZ boundCenter()

Returns:

the point in the middle of the smallest enclosing box.