#include <RoadMap.h>

Inheritance diagram for TLink:

Public Member Functions
	TLink (TLink &ref)

bool	operator== (TLink &ref)

void	SetNode (int n, TNode *pNode)

TNode *	GetNode (int n)

double	GetLinearCoordinates (const DPoint2 &p, double &a, double &b, DPoint2 &closest, int &linkpoint, float &fractional, bool bAllowEnds=true)

double	DistanceToPoint (const DPoint2 &point, bool bAllowEnds=true)

bool	IsLoop ()

virtual void	SetFlag (int flag, bool value)

int	GetFlag (int flag)

float	Length ()

float	EstimateWidth (bool bIncludeSidewalk=true)

Public Member Functions inherited from DLine2
	DLine2 (int size)

	DLine2 (const DLine2 &ref)

DLine2 &	operator= (const DLine2 &v)

DLine2 &	operator= (const FLine2 &v)

void	Add (const DPoint2 &p)
	Add a given offset to all points.

void	Mult (double factor)
	Multiply all points by a given factor.

void	InsertPointAfter (int iInsertAfter, const DPoint2 &Point)

void	RemovePoint (int i)

void	ReverseOrder ()

int	RemoveDegeneratePoints (double dEpsilon)

int	RemoveColinearPoints (double dEpsilon)

bool	ContainsPoint (const DPoint2 &p) const

double	SegmentLength (uint i) const

void	NearestPoint (const DPoint2 &Point, int &iIndex, double &dist) const

bool	NearestSegment (const DPoint2 &Point, int &iIndex, double &dist, DPoint2 &Intersection) const

bool	IsConvex () const

DPoint2 &	GetSafePoint (int index) const

void	SetSafePoint (int index, const DPoint2 &p)

double	Length () const

DPoint2	Centroid () const

DPoint2	Centroid2 () const

double	Area () const

Public Member Functions inherited from vtArray< DPoint2 >
	vtArray (uint size=0)

	vtArray (const vtArray< DPoint2 > &)

uint	GetSize () const

uint	GetMaxSize () const

bool	SetSize (uint)

bool	SetMaxSize (uint)

uint	GetElemSize () const

DPoint2 *	GetData () const

void	FreeData ()

bool	IsEmpty () const

DPoint2 &	GetAt (uint i) const

bool	SetAt (uint i, DPoint2)

vtArray< DPoint2 > &	operator= (const vtArray< DPoint2 > &)

DPoint2 &	operator[] (uint i)

const DPoint2 &	operator[] (uint i) const

void	Empty ()

bool	RemoveAt (uint i, int n=1)

int	Append (const DPoint2 &)

int	Append (const vtArray< DPoint2 > &)

int	Find (const DPoint2 &) const

Public Attributes
float	m_fWidth

unsigned short	m_iLanes

SurfaceType	m_Surface

short	m_iHwy

TLink *	m_pNext

short	m_iFlags

int	m_id

float	m_fSidewalkWidth

float	m_fCurbHeight

float	m_fMarginWidth

float	m_fLaneWidth

float	m_fParkingWidth

Protected Attributes
TNode *	m_pNode [2]

float	m_fHeight [2]

Additional Inherited Members
Protected Member Functions inherited from vtArray< DPoint2 >
virtual bool	Grow (uint)

virtual void	DestructItems (uint first, uint last)

Detailed Description

A Transportation Link a series of points, connecting one node to another.

Member Function Documentation

double TLink::DistanceToPoint	(	const DPoint2 &	point,
		bool	bAllowEnds = `true`
	)

Find closest lateral distance from a given point to the link.

double TLink::GetLinearCoordinates	(	const DPoint2 &	p,
		double &	result_a,
		double &	result_b,
		DPoint2 &	closest,
		int &	linkpoint,
		float &	fractional,
		bool	bAllowEnds = `true`
	)

Produces the "linear coordinates" a and b, where a is the distance along the link, and b is the signed lateral distance orthogonal to the link at that point.

Parameters

p	The input point.
result_a	The resulting distance along the link.
result_b	The signed lateral (or absolute) distance to the link.
closest	The closest point on the link.
linkpoint	Index into the links points just before the closest point.
fractional	Fractional distance between this link point and the next.
bAllowEnds	If true, then for cases where the the closest point is either end of the link, the distance to that point is returned. Otherwise, only laterial distances are returned.

The documentation for this class was generated from the following files:

D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtdata/RoadMap.h
D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtdata/RoadMap.cpp

Public Member Functions

Public Attributes

Protected Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation