A simple cloning node. More...

#include <blobtree.h>

Inheritance diagram for TreeCloneTranslate:

Public Member Functions
	TreeCloneTranslate (TreeNode *, const Vector &)
	Creates an virtual clone of the subtree, translated at a given position. More...

virtual	~TreeCloneTranslate ()
	Destroys the subtree.

virtual void	SetThreshold (const double &)
	Recursively setup the threshold value. More...

double	Intensity (const Vector &) const
	Compute the field value. More...

Vector	Gradient (const Vector &) const
	Compute the gradient of the field function. More...

virtual TreeNode *	Copy () const
	Creates a deep copy of the node.

double	K () const
	Computes the Lipschitz constant of the sub-tree.

double	K (const Box &) const
	Compute the local Lipschitz constant in a box. More...

double	K (const Ray &) const
	Computes the Lipschitz constant along a ray. More...

double	K (const Segment &) const
	Computes the Lipschitz constant. More...

double	K (const RayStep &) const
	Computes the Lipschitz constant. More...

double	K (const Sphere &) const
	Computes the Lipschitz constant. More...

Color	GetMaterial (const Vector &, const Vector &=Vector::Null) const
	Computes the texture of an alpha-node. Simply scales the texture parameters. More...

TreeNode *	Cut (const Box &) const
	Cuts the node to simplify its structure inside a box. More...

virtual int	Memory () const
	Compute the size of the sub-tree.

Public Member Functions inherited from TreeUnary
	TreeUnary (TreeNode *)
	Create a generic warping node. More...

virtual	~TreeUnary ()
	Recursively destroys the structure.

virtual int	Nodes () const
	Compute the number of nodes of the sub-tree. More...

virtual int	Depth () const
	Compute the dpeth of the sub-tree. More...

Public Member Functions inherited from TreeOperator
	TreeOperator ()
	Creates an operator node.

virtual	~TreeOperator ()
	Destroys an operator.

Public Member Functions inherited from TreeNode
	TreeNode ()
	Create a virtual node of the Blob-Tree structure.

virtual	~TreeNode ()
	Destroys a node.

virtual void	IntensityGradient (const Vector &, double &, Vector &) const
	Computes the field value and the gradient at a given point in space. More...

virtual TreeNode *	Blend (TreeNode *)
	Insert a blending node that blends the old and the new sub-tree together. More...

virtual TreeNode *	Union (TreeNode *)
	Insert a union node that unions the old and the new sub-tree together. More...

virtual TreeNode *	Difference (TreeNode *)
	Insert a difference node. More...

virtual TreeNode *	Translate (const Vector &)
	Insert a translation node. More...

virtual TreeNode *	Rotate (const Matrix &)
	Insert a rotation node. More...

virtual TreeNode *	Scale (const Vector &)
	Insert a scaling node. More...

Box	GetBox () const
	Return the bounding box of the node.

virtual Vector	Dichotomy (Vector, Vector, double, double, double, const double &=1.0e-4)
	Compute the intersection between the implicit surface and a segment. More...

Protected Attributes
Vector	t
	Translation vector.

Protected Attributes inherited from TreeNode
Box	box = Box::Null
	Bounding box of the node.

double	T = 0.5
	Threshold value.

Additional Inherited Members
Static Protected Attributes inherited from TreeNode
static const double	Epsilon = 1e-6
	Epsilon value for gradient computation.

Detailed Description

A simple cloning node.

Queries are performed twice, and the object and its clone are handled as union. The aim of this node is to reduce the memory cost by virtually cloning the sub-tree.

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Constructor & Destructor Documentation

◆ TreeCloneTranslate()

TreeCloneTranslate::TreeCloneTranslate	(	TreeNode *	node,
		const Vector &	t
	)

explicit

Creates an virtual clone of the subtree, translated at a given position.

Parameters

node	Child node.
t	Translation vector.

Member Function Documentation

◆ Cut()

TreeNode * TreeCloneTranslate::Cut ( const Box & b ) const

virtual

Cuts the node to simplify its structure inside a box.

This function breaks the cloning.

Parameters

b The box.

Implements TreeNode.

◆ GetMaterial()

Color TreeCloneTranslate::GetMaterial	(	const Vector &	p,
		const Vector &	n = `Vector::Null`
	)		const

virtual

Computes the texture of an alpha-node. Simply scales the texture parameters.

Parameters

p	Point.
n	Normal.

Reimplemented from TreeNode.

◆ Gradient()

Vector TreeCloneTranslate::Gradient ( const Vector & p ) const

virtual

Compute the gradient of the field function.

Parameters

p Point.

Reimplemented from TreeNode.

◆ Intensity()

double TreeCloneTranslate::Intensity ( const Vector & p ) const

virtual

Compute the field value.

Parameters

p Point.

Implements TreeNode.

◆ K() [1/5]

double TreeCloneTranslate::K ( const Box & b ) const

virtual

Compute the local Lipschitz constant in a box.

Implements TreeNode.

◆ K() [2/5]

double TreeCloneTranslate::K ( const Ray & ray ) const

virtual

Computes the Lipschitz constant along a ray.

Parameters

ray The ray.

Implements TreeNode.

◆ K() [3/5]

double TreeCloneTranslate::K ( const RayStep & raystep ) const

virtual

Computes the Lipschitz constant.

Parameters

raystep The segment.

Reimplemented from TreeNode.

◆ K() [4/5]

double TreeCloneTranslate::K ( const Segment & segment ) const

virtual

Computes the Lipschitz constant.

Parameters

segment The segment.

Reimplemented from TreeNode.

◆ K() [5/5]

double TreeCloneTranslate::K ( const Sphere & s ) const

virtual

Computes the Lipschitz constant.

Parameters

s	The sphere.

Reimplemented from TreeNode.

◆ SetThreshold()

void TreeCloneTranslate::SetThreshold ( const double & T )

virtual

Recursively setup the threshold value.

Parameters

T	Threshold.

Reimplemented from TreeUnary.

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ TreeCloneTranslate()

Member Function Documentation

◆ Cut()

◆ GetMaterial()

◆ Gradient()

◆ Intensity()

◆ K() [1/5]

◆ K() [2/5]

◆ K() [3/5]

◆ K() [4/5]

◆ K() [5/5]

◆ SetThreshold()