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. 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
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Slope(slope: Int, accuracy: SlopeElevationAccuracy)
- 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
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- def getSlope(): Int
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