Revolution symmetry operator. More...

#include <sdf.h>

Inheritance diagram for SDFRevolutionSymmetry2:

Public Member Functions
	SDFRevolutionSymmetry2 (SDFNode2 *, int)
	Create a planar symmetry node.

virtual	~SDFRevolutionSymmetry2 ()
	Destructor.

double	Signed (const Vector2 &) const
	Compute the signed distance function.

virtual int	Memory () const
	Compute the memory used by this node.

virtual SDFNode2 *	Copy () const
	Deep copy.

Public Member Functions inherited from SDFUnary2
	SDFUnary2 (SDFNode2 *)
	Create an unary planar node.

virtual	~SDFUnary2 ()
	Destroy the sub-tree.

virtual QString	GetCostShader (PrimitiveManager , std::list< QString > , bool *) const
	Compute the GLSL code to compute the cost of a call to sdf.

virtual void	ComputeCostSigned (const Vector2 &)
	Compute the number of reccursive calls to Signed().

virtual double	K () const
	Return the Lipschitz constant of the node.

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

Public Member Functions inherited from SDFNode2
	SDFNode2 ()
	Create a generic node.

virtual	~SDFNode2 ()
	Destructor.

virtual Vector2	Gradient (const Vector2 &) const
	Compute the gradient of the field.

virtual bool	Inside (const Vector2 &) const
	Check if a point is inside or outside.

virtual QString	GetShader (PrimitiveManager , std::list< QString > , bool *=nullptr) const
	Compute the GLSL code to render the node.

virtual QString	GetGradientShader (PrimitiveManager , std::list< QString > , bool *=nullptr) const
	Compute the GLSL code to compute the gradient the sdf.

Box2	GetBox () const
	Return the bounding box of the node.

Protected Attributes
int	n
	Rotation matrix.

double	alpha
	Angle.

Protected Attributes inherited from SDFUnary2
SDFNode2 *	e = nullptr
	Sub-tree.

Protected Attributes inherited from SDFNode2
Box2	box = Box2::Infinity
	Box bounding the surface.

double	k = 1.0
	Lipschitz constant.

int	cost = 1
	Cost of the node.

Additional Inherited Members
Static Protected Attributes inherited from SDFNode2
static constexpr double	Epsilon = 0.01
	Small constant used for bounding volumes.

Detailed Description

Revolution symmetry operator.

Constructor & Destructor Documentation

SDFRevolutionSymmetry2::SDFRevolutionSymmetry2	(	SDFNode2 *	node,
		int	n )

explicit

Create a planar symmetry node.

Parameters

node	Sub-tree.
n	Number of symmetries.

double SDFRevolutionSymmetry2::Signed ( const Vector2 & p ) const

virtual

Compute the signed distance function.

This operator preserves the Euclidean distance.

Parameters

p Point.

Reimplemented from SDFUnary2.

int SDFRevolutionSymmetry2::n

protected

Rotation matrix.

Number of clones by symmetry.