* This is a set of observations for the target class c-DenmTgt-IncDistanceBetweenEventAndReportingStationPositions,
* where the trigger conditions for different observations are as follows.
*
* - @param DistanceBetweenPositionInDenmAndLdmTooLarge : The distance between the eventPosition of the DENM transmitted by the ITS-S via a local, short-range communication
* - @param DistanceBetweenPositionInDenmAndLdmTooLarge : The distance between the eventPosition of the DENM transmitted by the ITS-S
* and the referencePosition received in the last CAM received from that ITS-S (i.e. same stationId) stored in the LDM as defined in ETSI TS 103 938 [i.13] is larger than a maximum distance
* threshold. This threshold is set to 1 km if the event type is one of the following: dangerousEndOfQueue or trafficCondition.The threshold is set to 100 m if the event type (causeCode) is
* one of the following: stationaryVehicle, emergencyVehicleApproaching, collisionRisk, dangerousSitiation.
* - @param DistanceBetweenPositionInDenmAndCamTooLarge: The cause code choice in the DENM is either trafficCondition1 or dangerousEndOfQueue27 and
* the distance between the eventPosition of the DENM transmitted by the ITS-S via a local, short-range communication and the
* referencePosition received in the next CAM received from that ITS-S (i.e. same stationId) is larger than a maximum distance of 600 meters.
* the distance between the eventPosition of the DENM transmitted by the ITS-S and the referencePosition received in the next CAM
* received from that ITS-S (i.e. same stationId) is larger than a maximum distance of 600 meters.
* This distance may be calculated as the euclidean distance between the two points or preferrably as the distance of the two points using their (longitude, latitude)
* in radians on a sphere of radius r = 6 378 137 metres (ref [Kells, Lyman M.; Kern, Willis F.; Bland, James R. (1940). Plane And Spherical Trigonometry. McGraw Hill Book Company, Inc. pp. 323-326])
