Pt

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anar

Class Pt

java.lang.Object
  anar.Parametric
      anar.Pt

All Implemented Interfaces:: iArithmetic, iTaggable, iTransformable, XYZ

Direct Known Subclasses:: PtABS, PtBary, PtCenter, PtCircumCenter, PtCircumSphereCenter, PtCross, PtCurve, PtDarboux, PtDER, PtIntersect, PtMid, PtNormal, PtNormalize, PtProj, PtVector

public abstract class Pt extends Parametric implements XYZ, iTransformable
extends Parametric
implements XYZ, iTransformable

Absolute Points

Points combine n parameters (representing coordinates values) according to the dimension of a point. 2 parameters is considered as 2D point, 3 parameters is considered as 3D. A point could contain the same parameter twice resulting in a constrained point on xy slope.

Derived points

Derived points are depending on their parents, contrary to absolute points, they couldn't be modified directly as they are the result of a relationship. This is used to express relationship such as points in the middle of two points, intersection between two lines or three planes, center of a face, transformed point (see Transform primitives), points constrained on a line.

Class wrapper for all the Points. This is the main class you should interract with. The constructors here (create) will provide the right type of point. This class is used in three subClasses: [Vertex] Static class - no automation - plain linear maths [PtABS] Provide Points where X,Y,Z are a parametric value - (primitives) [PtDer] Provide a class where a point is rebuilt from an another one. They enable transformations. The common Properties are the XYZ coordinates. (in Double is better for rotations) They have accessors equivalent to getX() --> x() (more simple form)

Field Summary
`static RenderPt`	`globalRender` A default render node is provided for all the class.
`RenderPt`	`render` Overide the globalRender.

Fields inherited from class anar.Parametric
`meta`

Constructor Summary
`Pt()`
`Pt(Pt p)`

Method Summary
`Pt`	`apply(Transform t)`
`XYZ[]`	`bound()`
`XYZ`	`boundCenter()`
`Pt`	`copy()`
`static PtABS`	`create(float x)` Deprecated replaced by `Anar.Pt(float)`
`static PtABS`	`create(float x, float y)` Deprecated replaced by `Anar.Pt(float,float)`
`static PtABS`	`create(float x, float y, float z)` Deprecated replaced by `Anar.Pt(float,float,float)`
`static PtABS`	`create(float x, float y, float z, java.lang.String name)` Deprecated replaced by `Anar.Pt(float,float,float,String)`
`static PtABS`	`create(Param x, Param y)` Deprecated replaced by `Anar.Pt(float,float)`
`static PtABS`	`create(Param x, Param y, Param z)` Deprecated replaced by `Anar.Pt(float,float,float)`
`static PtDER`	`create(Pt p)` Deprecated replaced by `Anar.Pt(Pt)`
`static PtDER`	`create(Pt p, java.lang.String name)` Deprecated replaced by `Anar.Pt(Pt,String)`
`static PtDER`	`create(Pt ori, Transform t)` Deprecated replaced by `Anar.Pt(Pt,Transform)`
`static PtDER`	`create(Pt ori, Transform t, java.lang.String name)` Deprecated replaced by `Anar.Pt(Pt,Transform)`
`static Pt`	`create(Vertex t)`
`static PtABS`	`create(XYZ p)` Deprecated replaced by `Anar.Pt(XYZ)`
`static PtABS`	`createNull(float x, float y, float z)` Deprecated replaced by `Anar.PtNull(float,float,float)`
`static Pt`	`createRnd(int x)` Deprecated replaced by `Anar.PtRnd(float)`
`static Pt`	`createRnd(int x, int y)` Deprecated replaced by `Anar.PtRnd(float,float)`
`static Pt`	`createRnd(int x, int y, int z)` Deprecated replaced by `Anar.PtRnd(float,float,float)`
`PtDER`	`divide(float kk)`
`PtDER`	`divide(float k, float l)`
`PtDER`	`divide(float k, float l, float m)`
`PtDER`	`divide(XYZ p)`
`float`	`dot(XYZ v)`
`static float`	`dot(XYZ v0, XYZ v1)`
`void`	`draw()` Call draw() from the render (might have been changed)
`boolean`	`equalsPt(XYZ v)`
`boolean`	`equalsPt(XYZ v, float clamping)`
`void`	`fill(AColor c)`
`void`	`fill(float g)`
`void`	`fill(float g, float a)`
`void`	`fill(float r, float g, float b)`
`void`	`fill(float r, float g, float b, float a)`
`void`	`fill(RenderPtCross c)`
`void`	`fillP5(int c)`
`Transform`	`getTransform()`
`boolean`	`isOver()` Test if the mouse is over this coordinate.
`boolean`	`isOver(float dist)` Test if the mouse is over this coordinate.
`float`	`length()`
`float`	`length(XYZ p)`
`static float`	`length(XYZ p, XYZ q)`
`static float`	`lengthNoSq(XYZ p, XYZ q)`
`float`	`lengthSq()`
`float`	`lengthSq(XYZ p)`
`PtDER`	`minus(float k)`
`PtDER`	`minus(float k, float l)`
`PtDER`	`minus(float k, float l, float m)`
`PtDER`	`minus(Pt p)`
`PtDER`	`minus(XYZ p)`
`PtDER`	`multiply(float k)`
`PtDER`	`multiply(float k, float l)`
`PtDER`	`multiply(float k, float l, float m)`
`PtDER`	`multiply(Pt p)`
`PtDER`	`multiply(XYZ p)`
`Vertex`	`onScreen()`
`Pt`	`orphaned()` Export the geometry without any Parametric features.
`PtDER`	`plus(float k)`
`PtDER`	`plus(float k, float l)`
`PtDER`	`plus(float k, float l, float m)`
`PtDER`	`plus(Pt p)`
`java.lang.String`	`plus(java.lang.String s)`
`PtDER`	`plus(XYZ p)`
`Pt`	`render(RenderPt render)` Change the render for this object.
`Pt`	`rotateX(float x)`
`Pt`	`rotateX(Param v)`
`Pt`	`rotateY(float y)`
`Pt`	`rotateY(Param v)`
`Pt`	`rotateZ(float z)`
`Pt`	`rotateZ(Param v)`
`Pt`	`scale(float x)`
`Pt`	`scale(float x, float y)`
`Pt`	`scale(float x, float y, float z)`
`Pt`	`scale(Param x)`
`Pt`	`scale(Param x, Param y)`
`Pt`	`scale(Param x, Param y, Param z)`
`Pt`	`scale(Pt p)`
`Pt`	`scale(XYZ p)`
`Pt`	`scaleX(float x)`
`Pt`	`scaleX(Param x)`
`Pt`	`scaleY(float y)`
`Pt`	`scaleY(Param y)`
`Pt`	`scaleZ(float z)`
`Pt`	`scaleZ(Param z)`
`void`	`set(float x)`
`void`	`set(float x, float y)`
`void`	`set(float x, float y, float z)`
`Pt`	`set(Meta meta)`
`void`	`set(Param x)`
`void`	`set(Param x, Param y)`
`void`	`set(Param x, Param y, Param z)`
`Pt`	`set(Transform _t)` Deprecated
`void`	`set(XYZ p)`
`Pt`	`setMeta(Meta meta)`
`Pt`	`tag(Meta tag)`
`Pt`	`tag(java.lang.String tag)`
`java.lang.String`	`toANSYS()`
`java.lang.String`	`toAutocad()`
`java.lang.String`	`toAutocadPart()`
`java.lang.String`	`toMegaPPOV()`
`java.lang.String`	`toObjExporter()`
`java.lang.String`	`toObjExporterAsObject()`
`java.lang.String`	`toPovRay()`
`java.lang.String`	`toPovRayAsObject()`
`java.lang.String`	`toRadiance()`
`java.lang.String`	`toRadianceAsObject()` Export a Pt to Radiance as a sphere Output example:
`java.lang.String`	`toRhino()`
`java.lang.String`	`toRhinoAsObject()`
`java.lang.String`	`toRhinoAsVar()`
`java.lang.String`	`toShortString()`
`java.lang.String`	`toSingleName()`
`java.lang.String`	`toSketchUp()`
`java.lang.String`	`toSketchUpAsPoint3D()`
`java.lang.String`	`toString()`
`java.lang.String`	`toStringComa()`
`java.lang.String`	`toStringComaPovRay()`
`java.lang.String`	`toStringTab()`
`java.lang.String`	`toStringTabRad()`
`Pt`	`translate(float x, float y)`
`Pt`	`translate(float x, float y, float z)`
`Pt`	`translate(Param x, Param y)`
`Pt`	`translate(Param x, Param y, Param z)`
`Pt`	`translate(Pt p)`
`Pt`	`translate(XYZ p)`
`Pt`	`translateX(float x)`
`Pt`	`translateX(Param x)`
`Pt`	`translateY(float y)`
`Pt`	`translateY(Param y)`
`Pt`	`translateZ(float z)`
`Pt`	`translateZ(Param z)`
`float`	`x()` getter.
`void`	`x(float x)`
`void`	`x(Param x)`
`float`	`y()`
`void`	`y(float y)`
`void`	`y(Param y)`
`float`	`z()`
`void`	`z(float z)`
`void`	`z(Param z)`

Methods inherited from class anar.Parametric
`child, get, 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 RenderPt globalRender

A default render node is provided for all the class. If render is not provided, global is used.

render

public RenderPt render

Overide the globalRender. See RenderPt class. RenderPt use P5

Constructor Detail

Pt

public Pt()

Pt

public Pt(Pt p)

Method Detail

getTransform

public Transform getTransform()