Search results

elements are assets physically driven by the interlocking, i.e. the position of the element is actuated by interlocking operation. The movable elements are already

railML's interlocking scheme can be found here Category:Use_case_(IL). Interlocking Concepts — explanations of some basic modelling concepts to this subschema:

  Main Menu   Subschemas Infrastructure Interlocking Rollingstock Timetable (Common) (Codelists) XML tree UML diagrams Use

and codelists allows actualizing the codelists in very short cycles. The concept of codelists is explained here. The container element is named <registers>

IS root element — IS use cases — Concepts & examples The railML® Infrastructure subschema is focused on the description of the railway network infrastructure

  Main Menu   Subschemas Infrastructure Interlocking Rollingstock Timetable (Common) (Codelists) XML tree UML diagrams Use

<railML> (railML® 3), <infrastructure>, <rollingstock> <timetable> or <interlocking> (railML® 3) <railml ...> ... </railml> The root element should contain

elements in a bottom-up approach, we also try to help users to capture the concepts of railML® via examples and use cases in a top down approach. A use case

and codelists allows actualizing the codelists in very short cycles. The concept of codelists is explained here. The list contains train protection systems

and codelists allows actualizing the codelists in very short cycles. The concept of codelists is explained here. The codelist consists of clearance gauge

single code, as to avoid repetitious work as well as ambiguity errors. The concept is explained here. The list contains infrastructure managing companies.

RS root element — RS use cases — Concepts & examples The rollingstock subschema is part of the complete railML (link to the railML® website) schema providing

The process starts with a service concept that describes the railroad service being provided. This service concept is shared with the traffic modeling

dependent upon if any, e.g. infrastructure, timetable, rolling stock, interlocking. Please also clarify if this dependency is essential for the use case

points. Simulation of an interlocking by nature replicates the behaviour of the interlocking. In other words, the interlocking model would require the functions

schema <subshema slug>:<element name>, e.g. for element interlocking the hand page is <interlocking>. This page is meant for contributions by wiki-authors

information with signalling industry (link to IS:UC:InterlockingEngineering) The planning of the interlocking and signalling systems for individual yards is

developed according to the needs of the community. →Main Article: Interlocking The interlocking subschema will focus on information that infrastructure managers