Copyright © Panorama Group 1991 - 2020
As part of the software and hardware support of the state information system "Regional Geoinformation System of the Ryazan Region" (RGIS RO), the corresponding
The RGIS of the Ryazan region is a combination of software and information resources providing the placement, storage, updating of data coming into the system from various sources, and also their visualization and analysis. RGIS RO uses server and client products included in the register of domestic software.
The regional geographic information system of the Ryazan Region is built entirely on serial products of KB Panorama and includes the
Possibility has been added of converting the data from a set of tiles into BIR, GeoPackage, Mbtiles and among themselves. For example, from BIR into Mbtiles, GeoPackage or a set of tiles. The program was tested for creating tiles from layers of digital terrain maps with a capacity of more than 1 GB, located on the
The program allows you to create tiles in the formats JPEG, PNG, PNG8, Mbtiles, BIR and GeoPackage according to the international standard OGC WMTS 07-057r7 version 1.0.0, the standard TMS and OGC 12-128r15 GeoPackage version 1.2.1. The tile data generated by the Imagery Creator program is used by the
The new version of the program is available on the
In KB "Panorama" the
In addition to displaying real data, you can perform modeling by scenario. In the sample data for the Noginsk map, a scenario of moving objects was added - .\scenario\scen_nog.xml, which can be viewed in the "Navigator 3D" task. On a three-dimensional model of Noginsk, transport models moving along given trajectories will appear. In the "Tools" menu item, as well as on the "Toolbar", there are scenario controls: start of scenario, pause, stop of scenario, scenario setup.
In the "Classifier Editor" task, the possibilities has been improved for import of three-dimensional models from the COLLADA (DAE) format. To optimize the size of loaded model, the following import modes have been added: without changing the original geometry, with removal of all duplicate vertices, removing duplicate vertices, taking into account the illumination along the edges. Import with the removal of vertices can significantly reduce the size of the original model due to the uniqueness of each loaded vertex and face. Vertex duplication in the initial model can occur due to the participation of one vertex in several faces, when a normal is described for each vertex instance. Optimization of models when import accelerates the display of a three-dimensional terrain model.
Support of packed MPTZ project is added. A packed project may include a comprehensive multi-scale representation of the territory in the form of vector maps of different levels of detail, rasters (terrain images) in the rsw format, elevation matrices and matrices of qualitative characteristics of the terrain, insets from the same data, links to data from the
To create the mptz project, you need to open the corresponding maps, rasters, matrixes, data from GIS Servers and geoportals. Then make settings for display order, visibility borders, palette and other properties.
To write to mptz, select the menu item File\Save As\Packed Project. Editing and export to other formats are not available for the mptz project. The mptz project display speed is about the same one, as for the original uncompressed data. The speed of exchanging by packed data is increasing by 5 to 20 times, taking into account the reduction in the number of transferred files (for example, the original map map may consist of several thousand files). The size of mptz file and number of sets in the project are not limited. Simultaneously without additional preparation it is possible to open any number of MPTZ projects, covering any territories in the form of a mosaic.
The use of the MPTZ format allows you to change the system of storage, communication and application of topographic and geodetic information in federal and regional government bodies, law enforcement agencies, large companies and for individual consumers.
The problem of thematic mapping has been improved. Added automatic calculation of irregular ranges of values for the characteristics of a thematic map. A thematic map with a reflection of quantitative indicators can be built on a map with minimal semantic content, for example, on an OpenStreetMap map. It is enough to select objects of interest on the map (for example, pharmacies or shops), and in the dialogue in the "Color by number of objects" mode, use the "Filter" button to configure the composition of the administrative territories (urban area, village council). At the end of the composition adjustment, a statistical analysis is performed, as a result of which the values of the range boundaries are calculated. This method allows you to minimize manual operations for setting ranges.
The task of thematic mapping has been improved. Automatic calculating the irregular ranges of characteristics values of a thematic map has been added. A thematic map with displaying of quantitative indicators can be built on a map with minimal semantic content, for example, on an OpenStreetMap map. It is enough to select the objects of interest (Pharmacies or Shops) on the map, and in the dialog in the "Coloring by number of objects" mode, by use of the "Filter" button to customize the composition of the administrative territories (urban area, village council). At the end of the composition customization, a statistical analysis is performed, as a result of which the values of the range borders are calculated. This method allows you to minimize manual operations for setting ranges.
The type of messages for the tasks "Map Editor" and "Calculations on the map" has been changed. Instead of messages requiring the operator to press a button, pop-up messages have been added informing about the result of the performed action. For example, "Copied to the clipboard: 200 objects" or "The frame for the selected object is not set". An informational or error warning message pops up in the lower right part of the main GIS window and closes after a while. The text of the error message is highlighted in red. All messages are recorded in the "Message Log", which is located in the line at the bottom of the GIS window in the form of a drop-down list. Each record contains the time, text, and title of the message. Viewing the message log is carried out with a single click on the message line in the status bar of the main window. Each open document has its own list of messages.
There is optimized a reading and editing sets of vector maps with a volume of several GB, located on the GIS Server. The speed of data display has been increased, the amount of data transmitted over the network has been reduced.
The new version of the program is available for download in the
On the geoportal
The map was led to the modernised classifier of large-scale plans of scale 1: 5 000 (map5000m.rsc). Publishing of updates in bank of spatial data is made by using the program of
Free maps on the basis of OpenStreetMap data are available for download on the page "Digital maps and images".
KB "Panorama" received a certificate of conformity for the GIS Constructor software product for Qt Designer, functioning in the operating environments MSVS 5.0 and Astra Linux Special Edition. The toolkit is intended to develop GIS applications using the Qt Designer visual programming environment. The product is implemented in Russian. The software includes dynamic libraries of components for visual and non-visual design of applications in the Qt Designer environment (for Qt 4 and Qt 5), GIS application core libraries and header files for them, digital classifiers and the files of parameters of coordinate system, source texts for test cases in C++ and test data sets, as well as program documentation.
GIS Constructor for Qt Designer provides functionality for displaying digital vector (topographic, operational situation, sea navigation and others), raster (Earth's remote sensing data) and matrix maps. The software product provides printing of displayed data to various output devices, searching for objects of vector maps by a given set of values of objects attributes (semantic information), geometric parameters (length, area), creating and editing vector maps (drawing, deleting, editing coordinates and attributes of map objects ), performing calculations (recalculating coordinates for various coordinate systems, calculating the area and length of an object, building a profile of heights and visibility area, laying a route along the road graph), and also a building a three-dimensional terrain model.
Display of digital topographic, special maps and city plans by tools of GIS Constructor is carried out in accordance with the requirements of the Information cartographic support of the Armed Forces of the Russian Federation (IKO-2008). The operational situation is displayed in the form of special maps in accordance with the Classifier of digital conventional signs of the operational situation (KEUZ-2012). GIS Constructor for Qt Designer provides the display of Earth's remote sensing data, including data of optical terrain surveys of various resolutions and terrain data. The display of navigational sea maps is provided in accordance with the standard of the International Hydrographic Organization IHO S52.
The GIS Constructor is certified in the certification system of information protection means of the Ministry of Defense of the Russian Federation according to level 2 of the control of the absence of undeclared capabilities according to the guidance document of the State Technical Commission of Russia and the conformity of real and declared functionality in the documentation.