package adasattributes
- Alphabetic
- Public
- Protected
Type Members
- sealed case class BuiltUpAreaRoad(mask: Int) extends BitMask[BuiltUpAreaRoad] with Product with Serializable
Built-Up Area Roads attribution identifies if a road is inside or outside a Built-Up Area
- final case class Elevation(signedElevation: Int, accuracy: SlopeElevationAccuracy) extends Product with Serializable
Elevation is the measure of the height value of a point on the Earth’s surface with reference to the mean-sea level.
Elevation is the measure of the height value of a point on the Earth’s surface with reference to the mean-sea level.
- signedElevation
Integer centimeters from WGS84 ellipsoid.
- accuracy
Accuracy of the slope measurement. See com.here.platform.location.integration.optimizedmap.adasattributes.SlopeElevationAccuracy
- final case class Slope(slope: Int, accuracy: SlopeElevationAccuracy) extends Product with Serializable
Slope is the angle of inclination at the point indicating the angle of inclination from this point towards the vertex.
Slope is the angle of inclination at the point indicating the angle of inclination from this point towards the vertex. To represent a vertex's slope exiting/entering an intersection, the point will be at 0.0 or 1.0 of the segment. It is measured in the angle, in Decimal Degrees x 103, between the Horizontal plane and the Slope Direction. Slope accuracy is + / - 1% over 100 meters. i.e. given a slope of certain degrees, at a distance of 100 meters, if the height from horizontal is 10 meters, it may be within a range of 9.9m to 10.1m
- slope
Slope value in decimal degrees, multiplied by 1000. Logical range -90 to +90 degrees, currently capped to -21 to +21 degrees. 21 degree slope is 38.38 percent gradient [tan(21 degrees)]. Hence the capping of slope values (At present, worlds steepest road is below 38 percent gradient).
- accuracy
Accuracy of the slope measurement. See com.here.platform.location.integration.optimizedmap.adasattributes.SlopeElevationAccuracy
- sealed trait SlopeElevationAccuracy extends Product with Serializable
Indication of the accuracy of the slope or elevation values.
Deprecated Type Members
- final case class CurvatureHeading(curvature: Int, heading: Int) extends Product with Serializable
Curvature is an approximation of the road geometry by means of circles at road geometry points (Nodes or Shape Points).
Curvature is an approximation of the road geometry by means of circles at road geometry points (Nodes or Shape Points). Curvature values are only published with respect to one travel direction. The curvature in reverse direction can be calculated by multiplication with -1. Curvature is stored as numeric value representing the curvature in metres -1 x 106). (1/Radius-of-Curvature x 106) Heading is the direction toward which a road is oriented. It is the angle in Decimal Degrees x 10^3, between North and the road direction.
- curvature
Curvature value in inverse of radius in meters multiplied by 1,000,000. Curvature is an approximation of the road geometry by means of circles at road geometry points and is published with respect to one travel direction. It may be used to warn driver of upcoming curve, adjust headlight aiming, assist with electronic stability control.
- heading
Heading value in decimal degrees, multiplied by 1000. Relative to true north 0 - 359,999.
- Annotations
- @Deprecated @deprecated
- Deprecated
(Since version Location Library 1.0.41) split into two separate attributes
curvatureandheading
Value Members
- object BuiltUpAreaRoad extends Serializable
- object SlopeElevationAccuracy extends Serializable