Copyright © Panorama Group 1991 - 2020
In KB "Panorama" the
In the "Navigator 3D" task, the modes are added for displaying a database of 3D-tiles in a skeleton image and a searching/selecting a separate model from a database. Skeleton display of 3D tiles allows you to visually evaluate the structure of the model and perform filtering if necessary. The searching/selecting mode allows you to quickly go to the desired model on the 3D map.
The user's interface of the converter from COLLADA (DAE) in DB3D is extended. There is added the ability to select from the list of coordinate systems of the downloaded data: SK-42, SK-95, PZ-90.11, WGS-84, Pseudo-Mercator (EPSG: 3857) and others. When you import three-dimensional models into the DB3D database, they are converted into a single geocentric coordinate system.
The task "To locate photos of JPEG on map by GPS-coordinates" has been improved. The list of formats of processed source data in the "preliminary compilation" mode has been expanded. Loading of project of shooting data obtained from PhotoScan software is added. The data project integrates a set of JPEG images whose structured photographing parameters are described in a text file. In the "preliminary compilation" mode the automatic binding and turn of the photo image by coordinates of the shooting point and the direction angle of the image is carried out.
A new module "Floor Plan Editor " has been added to the "Geodesy Editor", which is a set of new specialized modes arranged in a separate toolbar. The module includes the basic functions necessary for the quick and high-quality creation of graphic documents of floor plans of buildings and constructions in the established form and accepted conventional symbols. The wizard for creating a new project allows by one-click to form a template of the graphic document with ready-made layout and footers (headers, corner stamps, etc.).
In the module “Map (plan) of a land management object”, when processing semantics containing the name of the MapPlan XML file, the functions of forming a short (when writing) and full file name (when reading) are added. Functions are added for correct copying of maps with links from one computer onto another one. The function of "intelligent" checking the geonyms of address element according to the scheme AddressInp_v05.xsd is developed, since there are no directories of types of address objects for the _AddressInp_v09.xsd scheme. At the input of the function, the name of the type of the addressable object, for example, "street", at the exit, the geonym "str". The function of checking geonyms is used in the dialog "Land survey plan" and "Map (plan) of the land management object" for updating the values of the customer address obtained from the cadastral database. So as the base is maintained simultaneously for all types of cadastral documents, the structured address can differ for the technical plan, a map (plan), a land survey plan.
The dialog "Object selection" has been improved. On the bookmark "Metric" there is added the ability to save the description of the object in file formats: SHP/DBF, OGC GML, GeoJSON. You can save the object through the menu item "Save Object" by pressing the right mouse button. There is added the ability to view the result of the description of the title format when using service characters and words as a tooltip when you hover over the title. A list of service symbols and words can be found by clicking on the "Service symbols" button.
When you open a zip file containing data in the SXF exchange format and RSC, the vector map is automatically generated and opened. Zip files with vector maps can be generated on request in the
The new version of the program is available for download in the
As part of the modernization of the existing regional geographic information system of the Ryazan region, the specialists of KB Panorama conducted training for representatives of the executive authorities of the Ryazan region, performing the functions of operators and analysts of the system. The modernized state information system "Regional Geographic Information System of the Ryazan Region" was built on the basis of serial software of KB "Panorama". The server part of the regional geographic information system includes the GIS Server, GIS Web Service SE, GIS WebServer SE. As a client application at the workstations of the system’s operators, the professional vectorizer the GIS "Panorama-Editor" with complexes of urban tasks and geodesy calculations is used. For users with the rights of "analyst", access to the system is carried out using a web application from a standard Internet browser.
The classes were organized by the Ministry of Digital Development, Information Technology and Communications of the Ryazan Region. The event was held in the period from February, 20 till February, 21st on the basis of collective work space the "Boiling point" in the city of Ryazan. The attendees listened to the basic course of applying the Panorama geographic information systems. They got acquainted with the interface of the modernized system, the rules for creating and publishing spatial data, were able to get answers to questions. The initial content of the RGIS was implemented by converting the data provided by the government of the Ryazan region from the SHAPE format into the internal format of the modernized RGIS RO, and publishing them on the system’s servers.
In KB "Panorama" the
In the new version a processing of all requests is accelerated at the expense of creating the reduced xml files of settings for each layer. The program forms tiles by rasters and matrixes "on the fly", without preliminary data transformation. This saves time on additional data preparation. In the program the interface of the administrator is improved, interactive tips are added.
The new version of the program has expanded the ability to create pyramids of tiles for integration with existing information systems. The service can be embedded in data warehouses, simplifying the process of publishing tiles for a particular information system. Users can specify the format of the tiles names and the structure of their storage, for example, scale/row/row_column.png, scale/row/column.png, scale/column/row.png and others.
GIS WebService SE supports all international standards (OGC WFS, WFS-T, WMS, WMTS, WCS), with the help of which the transmission and display of spatial data is carried out. The program has the ability to issue tiles by any user or local coordinate system. The application is implemented on Windows and Linux platforms, is compatible with Apache, IIS and nginx web servers.
The new version of the program and documentation are available on the website in the
In KB "Panorama" the
The geoportal is designed for evaluation purposes, it demonstrates the capabilities of the serial software products of KB "Panorama" (
Algorithms for calculating the consequences of emergencies are implemented on the basis of guides and guidelines. With the obtained simulation results, various analytical tasks can be carried out: an estimating the number of buildings, personnel, population that fell into the affected areas; selection of objects at a given distance from the epicenter; checking transport accessibility to the epicenter of the accident; building a route to the epicenter of the accident; estimation of the approximate number of people who fell into the emergency zone, according to a given population density.
All results of modelling, including the spatial data, it is possible to print or save into a file for the subsequent use. In addition, the Geoportal provides standard capabilities for working with spatial data (working with a map, selecting and viewing a territory, selecting objects on a map, and others).
The presentation and the documentation on the Geoportal can be found on the website in the Download section. Geoportal of open data of EMERCOM of Russia is available on the company's website and is available at
The KB "Panorama" systematized the experience of applying the software technologies "Panorama" to create and use spatial data in the field of automation of traffic control of vehicles.
Modern cars have long been able to brake and accelerate on their own, to determine their location and distance to obstacles. Cars are equipped with an increasing number of sensors and equipments of technical vision. To achieve the maximum level of vehicles automation and solving the growing transport needs in the world the
The use of digital maps in ITS will allow to implement the autonomous movement of vehicles in adverse weather conditions, at night, without equipping the road infrastructure with expensive equipment, as well as to minimize operating costs for maintaining the system.
KB Panorama has tested technologies of creating, updating and publishing spatial data about structural elements of the road, lanes, road markings, road signs and traffic lights in the form of a digital road model (DRM). DRM database is implemented as a cloud service in which digital data about the road and other information that somehow affect the road situation are consolidated.
Technology of creating and using the DRM, described in the article, will provide developers of highly automated vehicles with high-precision digital maps and navigation data necessary for constructing planned lines of the car’s movement in a dynamically changing road-transport environment.
As part of the software for maintaining the DRM, several components should be distinguished. Automated technologies for preparation of digital information about the road are implemented in the
The article can be found on the website in the article section. KB "Panorama" invites all interested parties to scientific and technical cooperation to develop the functionality of the digital road model.