Copyright © Panorama Group 1991 - 2019
In KB "Panorama" the
For small scales of display the spherical model of a terrestrial surface is formed. When solving various navigational tasks, the spherical model allows you to explore the globe in a Web browser, to view cities, countries, continents, analyze their mutual location, and also make a quick transition to any point on the globe.
Search system is updated. The ability to select a search resource for address search and search by coordinates is added. This allows you to obtain geodata from various sources in the user interface. Management of map scaling is optimised, image animation at changing a scale of displaying a map is added. In the administration module there is added a customizing the parameters of several systems of address search, search by cadastral number on the portal of Rosreestr. There is added the ability to customize the boundaries for displaying 3D objects by scale.
The web applications development tool the GIS WebToolKit SE has been refined, which extends the capabilities of GIS WebServer SE and can be integrated into other information systems. Access to data (images, vector maps and terrain information) is provided by Web services using common OGC protocols and ISO standards. Service GIS WebService SE (OGC WMS/WMTS) provides spatial information in the form of graphic images. As digital model of a relief the various kinds of high-altitude data are used: matrixes (in formats SRTM, GeoTIFF, IMG, MTW), TIN-models, a cloud of points and others. At request there is carried out the automatic sample of the most accurate data onto the specified terrain site with a given resolution. To transfer data of the digital terrain model to the Web, the WCS protocol is used. The relief data are represented as tiles and are cached on the client.
As a source of spatial data, the Data bank of digital maps and remote sensing data can be. It provides the collection, storage, search and delivery of spatial data in exchange formats, a displaying the state of the data bank in the form of maps-schemes, the automated formation and updating of geo-covers.
The new version of the program, documentation and presentation are available on the web-site in the
On the geoportal
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".
Resource-saving agriculture is not only a change in the way of basic tillage, but a whole system that reduces production costs while improving soil fertility. Agrarian GIS on the basis of
GIS WebServer AGRO version 2.2 is developed in KB "Panorama". In the new version the speed and reliability of work is increased at processing of a large number of cartographical layers and execution of long search requests. As sources of spatial data, GIS WebServer AGRO uses maps from the agricultural holding database published by cartographical service the
GIS WebServer AGRO allows you to use the full range of data needed for resource-saving technologies: satellite monitoring of crops, soil sampling points, soil fertility maps, application of GLONASS/GPS tools to monitor field progress and yield mapping, preparation for differential application of fertilizers, support of data collection from unmanned aerial vehicles, monitoring of vehicles and agricultural machinery, and others.
You can see an example of the work of GIS WebServer AGRO on the page of the demonstration project the
A new program is available on the site in the
In KB "Panorama" the
The new "Cloud of points" mode allows you to display in a three-dimensional form a cloud of points of any volume. If the points have not only high-altitude, but also the color data, this data is also used for 3D-displaying. Otherwise, the model is displayed in the colors of the altitude palette. The model of a cloud of points can be displayed in the original form or its data are included into the terrain mapping.
In the task the "Automated generalization of topographic maps" a new mode "Setting the range of roads visibility" was added. This mode is designed to simplify an overloaded road network at transition to smaller scales of maps. At compression of the map image the density of objects per unit of the area of a map increases. Linear objects of the road network begin to paint each other and adjacent polygonal map objects (blocks and industrial objects). The new mode allows you to save all objects of the road network, including streets and driveways in the derived map. The task is designed for processing topographic terrain maps in the scale from 1:25 000 up to 1: 1 000 000. This method allows to realise the multiscale maps providing the qualitative image in several scales, and also to raise degree of automation of processes of drawing up and the issuing maps of smaller scales.
The converter of digital vector maps from SHP format has been improved. It supports the import of a folders tree with SHP files, with the automatic formation of sheets and map layers in national division and coordinate systems, with the assignment of conventional symbols by alphanumeric code in any national language encoded in UTF.
In the "Classifier Editor" in the "Layers" bookmark, there is added the ability to set the order of displaying objects within a given layer (the button "Objects order"). It allows to unite layers of the same-type in the classifier which have been entered earlier for management of order of objects display. Flexible setting of the classifier simplifies the preparation of libraries of conventional symbols according to the requirements adopted in the national mapping systems of different countries.
The sorting of multi-sheet maps (MAP) is accelerated by 3-4 times due to multi-threaded processing on multi-core processors. When sorting map objects, the order of displaying objects in the layer is taken into account.
The complex of geodesy calculations is improved. There is implemented the storage and editing of data on documents that establish the category of land, the type of permitted use and the address of land use not only for the formed, but also for the specified, changeable and original sites. Screen elements are added for entering and editing information about a natural object. The procedure for analyzing the initial data specified by the user for the formation of the scheme for the location of the land plot on the cadastral plan of the territory was automated.
The task "Import of navigational data from GPX files" is improved. The program allows to load simultaneously several files in format GPX onto one map. This will save operator time on converting data.
The program has refined the dialog "Image color adjustment", which is called via the menu item "Options\Colors" in tasks of "Data lists" or "Map legend". There is added the possibility of creating and editing a set of the user palettes to control the displaying the matrixes of terrain elevation that were added into the document.
In the task of "Check of vector map quality" the output of report documents into the HTML-file is added. Outputting reports into HTML file allows you to generate reporting documents without using office programs. There is added the ability to run several instances of GIS "Panorama" for execution of control of various vector maps with the issuance of reports into HTML format (a report into MS Word is executed only from one program).
The new version of the program is available for download in the
Specialists of KB "Panorama" updated educational and presentation materials on work with agrarian geoinformation systems:
The use of software solutions from the