Vector Class Reference

An Object representing a vector. More...

#include <other_imp.h>

Inheritance diagram for Vector:

Collaboration diagram for Vector:

Public Member Functions
	Vector (const Coordinate &a, const Coordinate &b)
	Construct a Vector with a given start point and end point.
Object *	transform (const Transformation &) const
	Return this Object, transformed by the transformation t.
Vector *	copy () const
	Returns a copy of this Object.
const Coordinate	dir () const
	Return the direction of this vector.
const Coordinate	a () const
	Return the start point of this vector.
const Coordinate	b () const
	Return the end point of this vector.
const double	length () const
	Return the length of this vector.
LineData	data () const
	Get the LineData for this vector.
const ObjectType *	type () const
	Returns the lowermost ObjectType that this object is an instantiation of.
bool	equals (const Object &rhs) const
	Returns true if this Object is equal to rhs.
bool	containsPoint (const Coordinate &p, const KigDocument &doc) const
	Return whether this Curve contains the given point.
Public Member Functions inherited from Curve
Coordinate	attachPoint () const
	Returns a reference point where to attach labels; when this returns an invalidCoord then the attachment is either not done at all, or done in a specific way (like for curves, or for points) The treatment of points could also take advantage of this attachment mechanism.
virtual Curve *	copy () const =0
	Returns a copy of this Object.
virtual bool	containsPoint (const Coordinate &p, const KigDocument &) const =0
	Return whether this Curve contains the given point.
Public Member Functions inherited from Object
bool	inherits (const ObjectType *t) const
	Returns true if this Object inherits the Object type represented by t.
virtual Coordinate	attachPoint () const =0
	Returns a reference point where to attach labels; when this returns an invalidCoord then the attachment is either not done at all, or done in a specific way (like for curves, or for points) The treatment of points could also take advantage of this attachment mechanism.
virtual Object *	transform (const Transformation &t) const =0
	Return this Object, transformed by the transformation t.
bool	valid () const
	Returns true if this is a valid Object.
virtual const ObjectType *	type () const =0
	Returns the lowermost ObjectType that this object is an instantiation of.
virtual Object *	copy () const =0
	Returns a copy of this Object.
virtual bool	equals (const Object &rhs) const =0
	Returns true if this Object is equal to rhs.

Static Public Member Functions
static const ObjectType *	stype ()
	Returns the ObjectType representing the Vector type.
Static Public Member Functions inherited from Curve
static const ObjectType *	stype ()
	Returns the ObjectType representing the Curve type.
Static Public Member Functions inherited from Object
static const ObjectType *	stype ()
	The ObjectType representing the base Object class.

Detailed Description

An Object representing a vector.

Member Function Documentation

containsPoint()

bool Vector::containsPoint ( const Coordinate &  p, const KigDocument &    ) const

virtual

Return whether this Curve contains the given point.

This is implemented as a numerical approximation. lementations can/should use the value test_threshold in common.h as a threshold value.

Implements Curve.

copy()

Vector * Vector::copy ( ) const

virtual

Returns a copy of this Object.

The copy is an exact copy. Changes to the copy don't affect the original.

Implements Curve.

equals()

bool Vector::equals ( const Object &  rhs ) const

virtual

Returns true if this Object is equal to rhs.

This function checks whether rhs is of the same Object type, and whether it contains the same data as this Object.

Implements Object.

stype()

static const ObjectType * Vector::stype ( )

static

Returns the ObjectType representing the Vector type.

type()

const ObjectType * Vector::type ( ) const

virtual

Returns the lowermost ObjectType that this object is an instantiation of.

E.g. if you want to get a string containing the internal name of the type of an object, you can do:

tn = object.type().internalName()

Implements Object.