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page you learn what is a use case and find a list of railML® use cases. While the emphasis of the railML®-wiki lies in documenting single elements in a bottom-up

netRelationRef="nr_a03a02" /> </crossing> In the interlocking part the <assetsForIL> shall contain the interlocking known elements. For the example only the <tvdSection>

@applicationDirection railML® 3. The orientation of a switch in railML® 2 was always dependent on the direction of the track. In railML® 3 the directions specified

implemented! Typically, the signaller calls the route after which the interlocking sets the elements in the state as required per control table. Control

Interlocking schema of railML® 3   The railML interlocking subschema contains definitions of data describing railway signalling and the use of interlocking

le"> <xsl:text>TT</xsl:text> </xsl:when> <xsl:when test="ancestor::*:interlocking"> <xsl:text>IL</xsl:text> </xsl:when> <xsl:when test="self::*:infrastructure">

the interlocking. continuously – The interlocking checks the asset state continuously as long as the asset is required. oneOff – The interlocking checks

Inhalte nach Kapitelüberschrift User:Documentation/Tutorial/Interlocking schema of railML 3 User:Documentation/Tutorial/State Space User:Documentation/Tutorial/Control

by User:RailML Coord Timetable IS IL, TT, RS 3 Timetabling Fahrplanerstellung ISTT writer: ProRail draft March 13th 2023 by User:RailML Coord Documentation

RTM:networkResource RTM:isValid CO:name IL:interlocking IL:assetsForInterlockings IL:assetsForInterlocking IL:combinedRoutes IL:combinedRoute IL:belon

by User:RailML Coord Timetable IS IL, TT, RS 3 Timetabling Fahrplanerstellung ISTT writer: ProRail draft March 13th 2023 by User:RailML Coord Documentation