eu.printingin3d.javascad.coords

Class Basic3dFunc<T extends Basic3dFunc<T>>

java.lang.Object

eu.printingin3d.javascad.coords.Abstract3d

eu.printingin3d.javascad.coords.Basic3dFunc<T>

Type Parameters:

T - just a test

Direct Known Subclasses:

Angles3d, Coords3d, Dims3d

public abstract class Basic3dFunc<T extends Basic3dFunc<T>>
extends Abstract3d

Basic 3D functions.

Field Summary

Fields inherited from class eu.printingin3d.javascad.coords.Abstract3d

x, y, z

Constructor Summary

Constructors

Modifier	Constructor and Description
protected	Basic3dFunc(double x, double y, double z)

Method Summary

Modifier and Type	Method and Description
T	add(Basic3dFunc<?> value) Add another value to this class and creates a new object of the same class based on that.
protected abstract T	create(double x, double y, double z)
List<T>	createVariances() Creates a collection of values which contains all variances of this coordinates and their negated pair.
double	distance(Basic3dFunc<?> d) Calculates the distance between this coordinate and the given coordinate.
T	inverse() Return the inverse of this coordinate which means every coordinates will be negated.
T	mul(Basic3dFunc<?> a) Returns this vector multiplied by the given vector.
T	mul(double a) Returns this vector multiplied by the specified value.
T	withX(double x) Replaces the X coordinate with the given value and returns with the newly created object.
T	withY(double y) Replaces the Y coordinate with the given value and returns with the newly created object.
T	withZ(double z) Replaces the Z coordinate with the given value and returns with the newly created object.

Methods inherited from class eu.printingin3d.javascad.coords.Abstract3d

closeEquals, dot, equals, format, getX, getY, getZ, hashCode, isIdent, isXZero, isYZero, isZero, isZZero, magnitude, toByteArray, toString

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Constructor Detail

Basic3dFunc

protected Basic3dFunc(double x,
                      double y,
                      double z)

Method Detail

create

protected abstract T create(double x,
                            double y,
                            double z)

add

public T add(Basic3dFunc<?> value)

Add another value to this class and creates a new object of the same class based on that.

Parameters:

value - the value to be added

Returns:

the new value created

mul

public T mul(double a)

Returns this vector multiplied by the specified value.

Parameters:

a - the value Note: this vector is not modified.

Returns:

this vector multiplied by the specified value

mul

public T mul(Basic3dFunc<?> a)

Returns this vector multiplied by the given vector.

Parameters:

a - the value Note: this vector is not modified.

Returns:

this vector multiplied by the specified value

inverse

public T inverse()

Return the inverse of this coordinate which means every coordinates will be negated.

Returns:

the inverse of this coordinate

distance

public double distance(Basic3dFunc<?> d)

Calculates the distance between this coordinate and the given coordinate.

Parameters:

d - the other coordinate

Returns:

the calculated distance

withX

public T withX(double x)

Replaces the X coordinate with the given value and returns with the newly created object.

Parameters:

x - the new X value

Returns:

the newly created object.

withY

public T withY(double y)

Replaces the Y coordinate with the given value and returns with the newly created object.

Parameters:

y - the new Y value

Returns:

the newly created object.

withZ

public T withZ(double z)

Replaces the Z coordinate with the given value and returns with the newly created object.

Parameters:

z - the new Z value

Returns:

the newly created object.

createVariances

public List<T> createVariances()

Creates a collection of values which contains all variances of this coordinates and their negated pair. The result contains at least one element (for ZERO) and up to eight elements.

The result contains the values in plus-minus order. First the X, then the Y and last the Z coordinates change if that coordinate is nonzero.

Returns:

a collection of coordinates which contains all variances