The automated information system of the state urban cadastre baseline of Kyzylorda region
AIS GC contains information about the previous, current and future state of the construction sites of the district: buildings and structures, small architectural forms and landscaping elements, as well as urban planning for the development and development of the territories of the district and settlements, data on the affiliation of territories and objects to the corresponding functional zones, their present and future purpose, topographicgeodetic, engineering-geological, hydrogeological, geotechnical and seismic situations, engineering security.
The purpose of creating an automated urban planning cadastre is to automate the process of maintaining a cadastre, maintaining an archive of urban planning data, simplifying the work of cadastral specialists, quickly responding to user requests, and generating and issuing the necessary urban planning documentation.
The main functions performed by the created automated urban cadastre management system:
- a unified system for maintaining the urban planning cadastre, including the collection, control, and updating of information about the locality and territory of urban planning regulation;
- unified graphical and attributive databases of the urban planning cadastre;
- maintaining archives of urban planning data;
- servicing user requests;
- formation and output of executive and reference cadastral documentation (documents on objects, subjects of urban cadastre);
- the ability for multiple users to work in the system at the same time.
AIS GGC provides solutions for the following tasks:
- formation of a single information resource (database) of architectural, urban planning and construction activities of urban space by means of systematic collection and accounting of urban planning and architectural construction documentation;
- creation of a transparent and accessible information system for subjects of architectural, urban planning and construction activities;
- the most effective use of modern information technologies for the purposes of urban development management;
- automated information exchange with external information systems;
- formation of a clear system for monitoring compliance with the requirements of urban planning and architectural and construction documentation.
The developed system allows performing the following functions:
1) Displaying the following layers on an electronic map:
- administrative-territorial border;
- administrative-territorial boundaries of settlements and microdistricts;
- street and road network;
- buildings and structures and other necessary layers.
2) Navigation on the map:
- zooming the map;
- moving the visible area of the map;
- measuring distances and areas of objects on the map;
- selecting objects on the map;
- search for graphic objects on the map;
- using a layer tree;
- search for objects based on attribute data using filters.
3) Displaying the map contents in the form of a layer tree, a hierarchical structure that includes graphic layers divided by types: point, linear, and polygonal. The layer tree supports both graphical and raster layers, and also provides a set of interfaces for performing the following functions:
- enabling/disabling layers;
- changing layer properties;
- adding and removing layers.
4) Viewing object data:
- search for the desired graphic object on the map;
- highlighting the found graphic object on the map;
- viewing attribute data on a graphic object as an attribute table;
5) Working with graphic layers:
- enabling and disabling graphic layers;
- viewing the properties of a specific graphic layer on the map;
- viewing styles of graphic objects on the map;
6) Printing information:
- printing the current map image;
- generation of summary reports. It includes: selecting a report template, configuring the template, and automatically generating information based on the template.;
- preview of the report;
- printout of the report with the option to save it for reuse.
7) Object identification is the display of attribute information on a selected object on the map.;
8) Saving user settings to resume operation after system restart;
9) Importing data (coordinates of objects) from Excel format and further linking attribute information to graphical objects on the map;
10) Data export.
Work in the program
To start working in the System, you must complete the authorization procedure (Figure 1).
Figure 1 – Authorization window
Figure 2 – The main window of the system
Figure 3 – The toolbar for editing
Figure 4 – Creating an object
The elements of the standard toolbar allow you to perform operations such as changing the scale and extent of the map, adding bookmarks to the map area, searching for objects, identifying objects, displaying the area and distance between objects in specified values, and printing the object.
Figure 5 – Calculating the area and perimeter using the Ruler tool
– the tool allows you to get GIS information about an object, bind a graphic object with attribute data, export the object's graphic data, upload the object's file and documents, and perform a search relative to the object.
Figure 6 – Identification of objects
Figure 10 – Attribute data of the "Apartment building" object
Figure 7 – Spatial search for objects in a given radius
The system allows you to select either a standard printing template during operation, or prepare the necessary template for printing documents and print the required document.
Figure 8 – Choosing a template for printing
Figure 9 – Document printing
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