Newton.h File Reference

#include "Interval.h"
#include "Box.h"
#include "tnt/vec.h"
#include "tnt/cmat.h"
#include "IMatrix.h"
#include "Implicit/Implicit.h"

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Classes
class	Newton
	The main Newton algorithm class. More...
Typedefs
typedef TNT::Vector< double >	Point
	Vector of doubles - Can be of arbitrary dimension.
typedef std::vector< Point >	PointList
	List of points, Typedef'ed for convenience.
Enumerations
enum	NewtonResult {   NO_ROOTS = 1, UNIQUE_ROOT, KEEP_TRYING, NO_PROGRESS,   BAD_INVERSE }
	Enumerates the various return results from the INewton method. More...

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Typedef Documentation

typedef TNT::Vector<double> Point

Vector of doubles - Can be of arbitrary dimension. Definition at line 27 of file Newton.h. Referenced by TriMesh::computeFaceCenter(), TriMesh::exactDistanceToMesh(), TriMesh::isInTriangle(), TriMesh::isOnSameSide(), and TriMesh::normal().

typedef std::vector<Point> PointList

List of points, Typedef'ed for convenience. Definition at line 30 of file Newton.h. Referenced by NewtonClassify::classify().

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Enumeration Type Documentation

enum NewtonResult

Enumerates the various return results from the INewton method. This class solves N equations in N variables, over a given bounding box, and uses interval arithmetic to find all solutions within that bounding box. Author: Barton Stander and John C. Hart Terry Fleury Date: March 1996 (Stander), July 2001 (Hart), March 2002 (Fleury) Enumeration values: NO_ROOTS  UNIQUE_ROOT  KEEP_TRYING  NO_PROGRESS  BAD_INVERSE  Definition at line 23 of file Newton.h. Referenced by Newton::INewton(), and Newton::NewtonDriver().

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