active::geometry::Rotater Class Reference

Base class for rotation classes. More...

#include <Rotater.h>

Inheritance diagram for active::geometry::Rotater:

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Public Types
using	Unique = std::unique_ptr<Rotater>
	Unique pointer.
using	Shared = std::shared_ptr<Rotater>
	Shared pointer.
using	Option = std::optional<Rotater>
	Optional.

Public Member Functions
	Rotater (double angle=0.0, double prec=math::eps)
	Rotater (const Rotater &source)
virtual	~Rotater ()=default
virtual Rotater *	clonePtr () const =0
Rotater &	operator= (const Rotater &source)
virtual double	getAngle () const
virtual bool	isActive () const
virtual Point &	transformPt (Point &target) const =0
virtual void	transform (Arc &target) const
virtual void	transform (Line &target) const
virtual void	transform (PolyEdge &target) const
virtual void	transform (Vector3 &target) const
virtual void	transform (Vector4 &target) const
virtual void	transform (Plane &target) const
virtual void	transform (Polygon &target) const
virtual void	setAngle (double angle, double prec=math::eps)
virtual Rotater &	reverse ()
Public Member Functions inherited from active::utility::Cloner
virtual	~Cloner ()=default

Protected Member Functions
const double &	k1 () const
const double &	k2 () const

Detailed Description

Base class for rotation classes.

Constructor & Destructor Documentation

Rotater() [1/2]

active::geometry::Rotater::Rotater ( double angle = 0.0, double prec = math::eps )

inline

Constructor

Parameters

angle	The rotation angle
prec	The required precision

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Rotater() [2/2]

Rotater::Rotater

(

const Rotater &

source

)

Copy constructor

Parameters

source

The object to copy

~Rotater()

virtual active::geometry::Rotater::~Rotater ( )

virtualdefault

Destructor

Member Function Documentation

clonePtr()

virtual Rotater * active::geometry::Rotater::clonePtr ( ) const

pure virtual

Object cloning

Returns

A clone of this object

Implements active::utility::Cloner.

Implemented in active::geometry::XRotater, active::geometry::YRotater, and active::geometry::ZRotater.

getAngle()

virtual double active::geometry::Rotater::getAngle ( ) const

inlinevirtual

Get the rotation angle

Returns

The rotation angle

Reimplemented in active::geometry::YRotater.

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isActive()

virtual bool active::geometry::Rotater::isActive ( ) const

inlinevirtual

Determine if the rotation is necessary

Returns

True is the rotation is necessary (the angle is non-zero)

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operator=()

Rotater & Rotater::operator=

(

const Rotater &

source

)

Assignment operator

Parameters

source

The object to copy

Returns

A reference to this

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reverse()

virtual Rotater & active::geometry::Rotater::reverse ( )

inlinevirtual

Reverse the angle of rotation

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setAngle()

void Rotater::setAngle ( double angle, double prec = math::eps )

virtual

Set the rotation angle

Parameters

angle	The rotation angle
prec	The required precision

Reimplemented in active::geometry::YRotater.

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transform() [1/7]

void Rotater::transform ( Arc & target ) const

virtual

Rotate an arc

Parameters

target

The arc to be rotated

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transform() [2/7]

void Rotater::transform ( Line & target ) const

virtual

Rotate a line

Parameters

target

The line to be rotated

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transform() [3/7]

void Rotater::transform ( Plane & target ) const

virtual

Rotate a plane

Parameters

target

The plane to be rotated

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transform() [4/7]

void Rotater::transform ( PolyEdge & target ) const

virtual

Rotate an edge

Parameters

target

The edge to be rotated

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transform() [5/7]

void Rotater::transform ( Polygon & target ) const

virtual

Rotate a polygon

Parameters

target

The polygon to be rotated

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transform() [6/7]

void Rotater::transform ( Vector3 & target ) const

virtual

Rotate a vector

Parameters

target

The vector to be rotated

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transform() [7/7]

void Rotater::transform ( Vector4 & target ) const

virtual

Rotate a vector

Parameters

target

The vector to be rotated

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transformPt()

virtual Point & active::geometry::Rotater::transformPt ( Point & target ) const

pure virtual

Rotate a point

Parameters

target

The point to be rotated

Implemented in active::geometry::XRotater, active::geometry::YRotater, and active::geometry::ZRotater.

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The documentation for this class was generated from the following files:

• /Users/rwessel/Documents/Development/ActiveLib/Active/Geometry/Rotater.h
• /Users/rwessel/Documents/Development/ActiveLib/Active/Geometry/Rotater.cpp