Railroad crossing

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Railroad crossing overview.png

First launching information:

  • Railroad crossing alert: When a railroad crossing is mapped in WME, users will receive an alert in the app.
  • The component: To make this feature happen, we decided to reuse a component you are already familiar with. The flow in WME is based on the concept of the speed cams, but without the speed field.
  • Adding a crossing: Railroad crossings (RRCs) are listed under Road > Railroad crossing and are displayed on a separate layer. When adding crossings, you need to place alerts on both sides of the crossing pointing both towards the crossing.
  • Permissions: For the initial launch we’ve asked for a global L4 lock that can later be configured per country & object.


Placement

Railroad-crossing-example-BE.JPG

In general

A Railroad Crossing (RRC) in WME will yield a visual alert in the app, that might be combined by a sound alert depending on the placement. It should be added to every intersection between a railroad and a drivable segment. This also includes placement on AGCs (At-Grade Connector) that cross the railroad at a point relatively far away from the main road.

Important: the location of the railroad crossing in the app is set by the RRC icon itself. The red dot is only a handle used for alignment. Therefore, make all functional decisions based on the RRC icon, not on the red dot.

Relative to the road

On one-way segments (including the sides of a divided road), the RRC icon should be placed more or less on top of the segment which actually crosses the railroad.

On two-way segments, the RRC icons should be offset slightly from the segment, on top of their respective lanes of traffic. Just make sure that the segment closest to the RRC icon is the one that actually crosses the railroad (important in tight areas—zoom in judiciously!).

Relative to the railroad

The icon should be placed to touch the railroad “where the rubber meets the rail”—i.e., when the driver first hits the tracks with their wheels— at a tight zoom level (around 8). This is pretty straightforward at simple perpendicular crossings, but is important to consider when railroads cross roads at oblique angles.

Alignment

With Sound
Icon and sound signal

Align the road part of the RRC icon with the road segment that intersects the railroad. Again, it is the road part that must parallel the road segment.

The railroad tracks part of the RRC icon should be pointed toward the front, relative to the direction of travel. If the RRC icon represents a car driving across the railroad, the railroad tracks represent the front of that car.

Use the red handle to rotate the RRC icon. Point the red dot in the direction of the driver's travel.

No Sound
Icon and NO sound signal

Point the red dot between 45° and 90° perpendicular to the direction of travel.

Railroad-crossing-parallel-road.png
Icon with nearby other roads

If the icon is less than 30m from another road, the angel of the red dot to the other road should be at least 45° to prevent a sound signal.

To prevent the triggering of any signal on parallel roads, tests are still being done.

How to use in Belgium

RRCs are to be mapped at all rail road crossings. Generally, tram crossing are not mapped.

Example of a crossing behind a bend. The circle around the RRC-Icon is 100 meter.

With sound signal

  • Crossings without barriers
  • Crossings with pour visability: whenever you can't see the crossing 100 metres in advance while driving
    • behind a bend
    • behind a hill

This can be checked quite easily with the black circle you get in the WME after selecting an RCC. If the crossing is visible 100 metres in advance, we still map the crossing with an RCC, but without a sound signal.

Without sound signal

  • All other crossings



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