Site-based optical transmission network topology layout and presentation method

Abstract

The invention discloses a site-based optical transmission network topology layout and display method. The site-based optical transmission network topology layout and display method comprises the following steps: S1, carrying out initialization definition; s2, acquiring information of a site to which the equipment node belongs; s3, calculating the coordinates of the top left corner displayed by each site; s4, presenting the sites, the devices and the device connection information according to a layout rule; and S5, obtaining an equipment alarm and refreshing topology. According to the layout and display method of the optical transmission network topology based on the stations, unified management and display can be carried out on multiple types of equipment in the field of power dispatching according to the power stations, the equipment types and the equipment number under the stations are visually presented, and the relation of the equipment between network management systems of different manufacturers is presented; and the alarm states of the stations and the equipment are presented, so that the resource state of each power station can be mastered conveniently.

Description

technical field [0001] The present invention relates to the technical field of optical transmission networks, and in particular, to a method for layout and presentation of a site-based optical transmission network topology. Background technique [0002] At present, the relationship display topology of multiple types of equipment is mainly presented in a three-dimensional layered way. The topological layout of each layer directly refers to the plane topology display diagram of the original manufacturer, and then connects the related devices in each layer. [0003] In the prior art, three-dimensional layered processing is adopted, which requires high performance of the terminal using the topology map; and because of the many layers, when the equipment node fails, it cannot be quickly consulted; at the same time, each layer is based on the manufacturer's own network management system. The coordinates of the equipment nodes are used as the benchmark, but the coordinates of the s...

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Problems solved by technology

[0003] In the prior art, three-dimensional hierarchical processing is adopted, which requires high performance of terminals using this topology map; and due to the large number of layers, when a device node fails, it cannot be quickly checked; at the same time, each layer is based on the network management system of the manufacturer. The equipment node coordinates are used as the benchmark, rather than the site coordinates in the power dispatching field as a unified benchmark. In the power dispatching field, there are many connections between devices at each level, which leads to confusion in the connection at each level; therefore, this type of technology cannot meet the operation and maintenance requirements in the power dispatching field. management needs

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