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2: Gitlab repository for railML® 2 (link to the railML® website). For railML® 3: Gitlab repository for railML® 3 (link to the railML® website). Although

system of templates, notably Template:DocBase and Template:Schemaexport. Employing these templates grants for a standardized design. The templates specify

(external link) supports XML catalogs (external link). You have to create the catalog file, maybe supported by the according "Document Template". Use the

performed using <netElement> (lines 10-56 of the listing). These elements are linked by relations (Figure 1: green and red circles; lines 57-80 of the listing)

spotLocation (0..*), typeDesignator (0..*) Attributes: basedOnTemplate: reference to a template train detection element/system (optional; xs:string; patterns:

<linearCoordinateBegin> <linearCoordinateEnd> <geometricCoordinate> <linearCoordinate> <linkedWith> <name> <networkLocation> <spotLocation> <geometricCoordinate> <linearCoordinate>

from train side (action of train driver required), basedOnTemplate: reference to a template level crossing (optional; xs:string; patterns: (urn:uuid:)

Generic:limitedByBorder Generic:limitsTrainDetectionElement Generic:linkedSpeedSection Generic:linkedWith Generic:markedByInfrastructureElement Generic:name Generic:networkName