- General
- Creating/editing Netzgrafik
- Show/hide information
- Views
- Advanced User Interaction
- Links
Additional information can be found under the provided links.
This document provides an overview of its key features and instructions on how to interact with the editor effectively.
Key Features
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Interactive Drawing Interface: The user can define nodes, trains with their routes and attributes to create a comprehensive Netzgrafik. The editor offers an user-friendly drag-and-drop interface that allows to easily draw the entire Netzgrafik. When a node is repositioned (moved), the edge paths of all train segments at the node are redrawn using a heuristic to minimize the number of overlapping edges. This ensures that the network graph is always clear and easy to read. Additionally, connections between trains can be drawn using drag-and-drop. This intuitive feature simplifies the creation and customization of the network layout.
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Graphic timetable (Streckengrafik): All lines (trainruns) defined in the Netzgrafik can be transferred into a graphical timetable representation (Streckengrafik). In addition to displaying the timetable graphically, this graphical timetable provides a new track occupancy estimation at the nodes and between the nodes (lines). It estimates the required minimum infrastructure, such as the number of tracks. This enhances the capability for clear and quick analytics directly through the graphical timetable.
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Advanced Analytics: Increasing demands are being placed on advanced analytical abilities. Analyzing journey routes through the logistics network is crucial. A first version has been implemented that allows users to analyze the logistics network based on the timetable representation. It provides insights into connection coordination, transfer times and journey times.
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Collaboration and Sharing: The Netzgrafik-Editor provides collaboration features, enabling multiple users to work on the same Netzgrafik simultaneously. Users can share their work with others, track changes, and collaborate seamlessly. Exporting and sharing the designed Netzgrafik is also a useful function that improves further processing with third parties.
The container in which the planning work takes place is a project. Projects have a name and can be described. User authorisations for writing and reading are assigned at project level. Variants can be created within the projects, each of which contains a Netzgrafik (network graphic). Variants can be compared within a project. For more details and to create your first Netzgrafik have a look into create a new project.
The nodes represent the specific locations, such as stations or stops, where a trainrun can have different actions or events associated with it. These nodes serve as key points in the trainrun's route, determining where it stops, passes through, or starts and ends (see data model).
For more details have a look into create and modifiy nodes.
A trainrun consists of one or more trainrun sections. The trainrun section represents a specific segment or portion of a trainrun that connects two nodes. It encapsulates all the relevant information related to that particular section, including temporal details like departure and arrival times. Additionally, it also stores the journey time, which indicates the duration it takes for the train to run to move from one node to another.
A trainrun has references to behaviour-related abstractions such as category (e.g., a regional train, an intercity train or a goods train), frequency (e.g., 1/4h, 1/2h or every hourand) time category (e.g., peak times or off-peak times or occasional), which define the behaviour of a trainrun (see data model).
For more details have a look into create and modifiy trainrun.
For more details have a look into create and modifiy connections.
For more details have a look into create and modifiy filters.
For mor details have a look into graphic timetable.
The Perlenkette allows you to view and edit the entire trainrun from a vertical perspective. It is displayed on the right-hand side. In the upper part of the Perlenkette, the train information is displayed. It can also be expanded to get more information. It also allows you to edit the train name, category or frequency.
Between the title and the train route display, there is a sorted list of all the passed nodes. These nodes are displayed as buttons, which enable quick synchronization with the Netzgrafik. If you click on a node button, the viewpoint (center) will automatically be readjusted. Similarly, clicking on a train section will center that section in the Netzgrafik, allowing for easy navigation and visualization.
To access it, select a train first. Then, by clicking on the train again, the Perlenkette will open on the right side, displaying the train's route as a vertical chain of nodes and trainrunsections.
2024-1-25_DeleteConnections-Perlenkette-Show_Connections.webm
The time can be locked so that no propagation (automated update) will be done. Just click on the lock icon and the lock state switches: On to off or vice-versa.
In the Perlenkette view, you can click on the eye icon in the bottom left corner to display all locks. By default, only the locks that are closed are shown. This is visually visible with the disabled eye icon. When you click on the icon then the disable eye icon switches to the visible eye icon - or vice-versa. Visible eye means all locks are visible.
By following the instructions in this document, users can effectively create and facilitate the creation of comprehensive and visually appealing network representations.