PUBLIC

Bucket3to2dC::Bucket3to2dC(void) Bucket3to2dC::Bucket3to2dC(const OrthoProjection3to2dC,const Point2dC,const Index2dC) Bucket3to2dC::Bucket3to2dC(const Bucket3to2dC &) Bucket3to2dC::operator=(const Bucket3to2dC) Bucket3to2dC::Ins(const Vector3dC,DataC) Bucket3to2dC::Ins(const Index2dC,DataC) Bucket3to2dC::Del(Vector3dC,DataC) Bucket3to2dC::GetList(const Vector3dC) Bucket3to2dC::GetList(const Index2dC) Bucket3to2dC::GetAllList(const Index2dC,const IntT) BaseBucket3to2dC::operator=(const BaseBucket3to2dC &) BaseBucket3to2dC::Index2d(const Point2dC) const BaseBucket3to2dC::Index2d(const Vector3dC) const BaseBucket3to2dC::Index2dInRange(const Index2dC) const BaseBucket3to2dC::Size(void) const BaseBucket3to2dC::Row(void) const BaseBucket3to2dC::Col(void) const BaseBucket3to2dC::Resolution(void) const BaseBucket3to2dC::MinResolution(void) const BaseBucket3to2dC::Local(void) const BaseBucket3to2dC::Point2d(const Vector3dC) const BaseBucket3to2dC::Point2d(const Index2dC) const BaseBucket3to2dC::Point2dInRange(const Vector3dC) const BaseBucket3to2dC::Point3d(const Vector3dC) const BaseBucket3to2dC::Point3d(const Index2dC) const BaseBucket3to2dC::Point3d(const Point2dC) const BaseBucket3to2dC::Normal(void) const BaseBucket3to2dC::Index(const Vector3dC) const BaseBucket3to2dC::Index(const Point2dC) const BaseBucket3to2dC::IndexPoint(const Point2dC) const BaseBucket3to2dC::Index(const Index2dC) const

Bucket3to2dC<class DataC>
include	"amma/BuckList.hh"
User Level:	Default
Library:	cont3d
Example:	cri.cc
Section:	default.Adrian Hilton
In Scope:	std

Comments:
------------------------------------------------------- Name : BuckList.hh Library : nn Description: Bucket containing 2D Array of lists of DataC Dependancies: Modified : Created : 2.96 Author : Adrian Hilton ------------------------------------------------------- ========================================================= Internal data structure ======================================================== 2D Planar Projection of objects stored as lists - 2D Array of Lists

public BaseBucket3to2dC

SArray1dC> table;

SArray1dC< DListC > table; 1D array of buckets containing list of DataC

Bucket3to2dC()

empty

Bucket3to2dC(const OrthoProjection3to2dC plane,const Point2dC du,const Index2dC n)

Definition of 2D (u,v) reference frame Bucket Resolution 'du' where metric disntance in 3D & 2D space is same Number of buckets in reference frame directions n Limits of 2D reference frame umin,umax - not used (wrap if u>umax)

Bucket3to2dC(const Bucket3to2dC<DataC> & vv)

copy

const Bucket3to2dC<DataC> operator=(const Bucket3to2dC<DataC> vv)

Assigment. ------------------ Operators

void Ins(const Vector3dC v,DataC data)

Insert 'data' element into bucket which is 2D projection of 'v'

void Ins(const Index2dC i,DataC data)

Insert 'data' element into bucket (i,j) in 2D reference plane

void Del(Vector3dC v,DataC data)

Delete element with value 'data' in Bucket(i,j) ------------------- Access to Internal Data Structures

DListC<DataC> & GetList(const Vector3dC v)

DListC& GetList(const Vector3dC v); Get a list of all 'data' in bucket which is 2D projection of v

DListC<DataC> & GetList(const Index2dC i)

DListC& GetList(const Index2dC i); Get a list of all 'data' in bucket i DListC GetList(const Index2dC i) const; // not stack DListC GetList(const Index2dC i) const; Get a list of all 'data' in bucket i

DListC<DListC<DataC>> GetAllList(const Index2dC i,const IntT ii)

DListC< DListC > GetAllList(const Index2dC i,const IntT ii); Get a list of lists of all 'data' in buckets a grid block distance ii frp, o BaseBucket3to2dC::Point2d; BaseBucket3to2dC::Point3d;

const BaseBucket3to2dC & operator=(const BaseBucket3to2dC & vv)

Assigment. ------------------- Operations

Index2dC Index2d(const Point2dC p) const

2D Index of grid (iu,jv) correponding to 2D point in reference plane

Index2dC Index2d(const Vector3dC v) const

2D Index of grid (iu,jv) correponding to 3D point projected into the reference plane

Index2dC Index2dInRange(const Index2dC i) const

2D Index of grid in range [0..N,0..M] for NxM grid

Index2dC Size() const

Dimension of reference plane grid

IntT Row() const

Dimension of u-axis in (u,v) reference plane grid

IntT Col() const

Dimension of v-axis in (u,v) reference plane grid

Point2dC Resolution() const

Resolution of buckets in )u,v)

RealT MinResolution() const

Minimum Resolution of buckets in (u,v)

OrthoProjection3to2dC Local() const

Local projection plane --------------------------------- Local Coordinates in 2D Reference Frame

Point2dC Point2d(const Vector3dC v) const

Local projection of 'v' to 2D reference frame

Point2dC Point2d(const Index2dC i) const

Local cordinates (u,v) of grid vertex i in the 2D reference frame NB: unique transform in 2D: i <=> (u,v)

Point2dC Point2dInRange(const Vector3dC v) const

Local projection of 'v' in range of 2D reference plane ---------------------------------Global Coordinates in 2D Reference Frame

Point3dC Point3d(const Vector3dC v) const

Global coords of 'v' projection of on 2D reference frame

Point3dC Point3d(const Index2dC i) const

Global coords of 'i' on 2D reference frame

Point3dC Point3d(const Point2dC p) const

Global coords of 'p' on 2D reference frame

Vector3dC Normal() const

Normal to 2D Reference Frame

IntT Index(const Vector3dC v) const

1D Index for 3D vector value

IntT Index(const Point2dC p) const

1D Index for 2D point on reference plane

IntT IndexPoint(const Point2dC p) const

IntT Index(const Index2dC i) const

Index for bucket i,j in reference plane IntT Index(const IntT i, const IntT di, const IntT dj); Index fo bucket i + (di,dj) = (iu+di,iv+dj) in referene plane