DtRoadSegment::DtTmpGeometry Class Reference

A class to hold the initially computed geometry for the inside lane of each segment in the path; used to make path adjustments before the final geometry is computed. More...

Public Member Functions
	DtTmpGeometry ()

Public Attributes
int	myEntryInsideLaneNum
	The inside lane that connects, ie generates the radius constraint. More...
double	myEntryLaneIntersectSetback
	The offset (along the lane) from the start of the segment (straight part) that the inside lane intersects its downstream lane. More...
double	myDesiredEntryCurveSpace
	Distance from lane intersection to the end of the curve of desired radius. More...
double	myMinEntryCurveSpace
	Distance from lane intersection to the end of a curve of min radius. More...
double	myDesiredLeftEdgeEntryRadius
	Desired R for the segment left edge. More...
int	myExitInsideLaneNum
	Ditto for exit curve. More...
double	myExitLaneIntersectSetback
double	myDesiredExitCurveSpace
double	myMinExitCurveSpace
double	myDesiredLeftEdgeExitRadius

Detailed Description

A class to hold the initially computed geometry for the inside lane of each segment in the path; used to make path adjustments before the final geometry is computed.

Constructor & Destructor Documentation

DtRoadSegment::DtTmpGeometry::DtTmpGeometry

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Member Data Documentation

int DtRoadSegment::DtTmpGeometry::myEntryInsideLaneNum

The inside lane that connects, ie generates the radius constraint.

double DtRoadSegment::DtTmpGeometry::myEntryLaneIntersectSetback

The offset (along the lane) from the start of the segment (straight part) that the inside lane intersects its downstream lane.

double DtRoadSegment::DtTmpGeometry::myDesiredEntryCurveSpace

Distance from lane intersection to the end of the curve of desired radius.

double DtRoadSegment::DtTmpGeometry::myMinEntryCurveSpace

Distance from lane intersection to the end of a curve of min radius.

double DtRoadSegment::DtTmpGeometry::myDesiredLeftEdgeEntryRadius

Desired R for the segment left edge.

R for the inside lane is computed from this by adding/subtracting the lane widths:

int DtRoadSegment::DtTmpGeometry::myExitInsideLaneNum

Ditto for exit curve.

Note that offset (or setback) is positive along the positive segment X coordinate, so negative when the point in question is before the end of the segment.

double DtRoadSegment::DtTmpGeometry::myExitLaneIntersectSetback

double DtRoadSegment::DtTmpGeometry::myDesiredExitCurveSpace

double DtRoadSegment::DtTmpGeometry::myMinExitCurveSpace

double DtRoadSegment::DtTmpGeometry::myDesiredLeftEdgeExitRadius

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

• /data/exports/nrhent7-1/nightly/docs/vrForces.vrf4-8-branch/include/vrfmodel/roadSegment.h