Copyright © Panorama Group 1991 - 2019
In KB "Panorama" the "Workstation of Agronomist" version 12.7.3 is developed. In the new version the interface is optimised and technologies are improved for storing information about monitoring the fields. Information on agricultural land, posted in the database of agricultural enterprises, includes information on soil composition, weather conditions, crop rotation, the condition of crops and crop cultivation technologies. Modern technologies provide monitoring of crops using satellite-based materials of fields monitoring. To do this, it is necessary to process and analyze large volumes of images hosted on various servers in the data cloud of a particular operator of space data. This task is performed by the Geosys geoservice, the requests to which are formed by the "Workstation of agronomist".
By results of requests execution the matrixes of vegetation indices
Sorting data according to measurement time allows you to build a slice of information about crop growth on a specific date or on the removal of nutrients from the soil in different years, taking into account crop rotation. Using visualization tools, you can view matrixes of various indicators and graphs of their changes. Graphs are constructed on averaged values for the entire contour of the work area or for a given point. The storage and processing of matrixes and time series for agrochemical indicators, vegetation indices, crop yields, phytosanitary indicators, meteorological data and other monitoring indicators is supported.
Displaying the values of the matrixes at the point under the cursor allows you to visually analyze the changes of the indicator when moving the mouse cursor over the map of agricultural land. To build graphs of changes of the selected indicators, several matrixes are used that correspond to different points in time.
New analysis tools, integrated with the big data warehouse, make it possible to identify local areas of arable land that differ in the level of plant development and provide the ability to quickly make decisions aimed at increasing productivity and preventing plant death.
The new version of the program is available for download in the Download section.
In KB "Panorama" the
In the form of data input for the preparation of the technical plan, changes have been implemented that implement the input of new attributes of objects taking into account the type of real estate object. For example, for the premises, you can specify only the cadastral number of the building or a construction in which the premises is located or the cadastral number of the apartment in which the room is located. There are updated the input tools for describing the plans of all floors or, in the absence of floors, plans of building. Software algorithms are implemented for reading the metrics of objects for writing into the report and into the XML file the information about the depth and height of the real estate object, as well as the intersection points of structural elements. Support is provided for multi-contours parts of a building, construction and premises. Digital classifier survey.v5.rsc is updated. New semantics and objects are added. A series of objects has been developed to display various conventional symbols of the ground, underground and overground contours of the object of real estate in combination with the line color: black for existing objects, red for the created ones.
In the dialogs "Technical plan", "Land Survey Plan", "Map (plan)", "Reading CPT and updating the map”, "Editing the object of cadastral works", the input and editing information for the address (location) of the real estate object is brought to a single view, in accordance with the requirements for the preparation of an electronic document of the technical plan according to XML-scheme version 06. The obtaining the address in a structured form from the federal information address system has been added.
The new version of the program is available for download in the Download section.
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
Publishing contents of bank of spatial data on the geoportal and data access for downloading are implemented by means of
Free maps on the basis of OpenStreetMap data are available for download on the page "Digital maps and images".
In KB "Panorama" the examples of applications in Python and C# are prepared with use of
Applications work under control of IIS server in the Python 3 interpreter environment and Microsoft.NET Framework 4.5. The GIS WebToolKit SE web-applications development toolkit can be built into various information systems with cartography use. The
GIS WebServer SE is used in the construction of various information systems, as well as of closed corporate systems with ensuring the protection of data having a security classification or a trade secret. The program is certified for Level 2 of absence of undeclared capabilities. GIS WebServer SE is implemented using the toolkit of GIS WebToolKit SE.
You can get acquainted with the examples of the application's work using the links:
In KB "Panorama" the
Customizing filters of the objects processed at formation of an output map is simplified. The new method allows to perform faster and more flexible customization of the objects types copied onto the output map.
The quality of signing the names of settlements has been improved: a new algorithm for selecting a place for signing perform a search for the most free place from the contours.
New signatures are implemented in the form of vector symbols containing complex signatures that are used to sign characteristics of bridges, dams, locks, dams, ferries, fords, forests, settlements and other objects. Complex signatures allow you to automatically adapt the type of signature taking into account the presence or absence of objects characteristics. It is enough to add, delete or change the semantics of such symbol and the type of signature automatically changes. This approach allows you to completely replace obsolete types of characters with the localization of "Mixed" with vector symbols.
Classifiers 25t05gm.rsc, 50t05gm.rsc, 100t05gm.rsc, 200t05gm.rsc, 500t05gm.rsc, 1m05gm.rsc are updated, and also there are added the files of parameters of maps generalization of scales from 1: 25 000 to 1: 1 000 000 that correspond to the specified classifiers. Files of parameters for the following processes of map generalization are prepared: - formation of nomenclature of map sheets of a destination scale; - recoding map objects of the source classifier into a classifier of a destination scale; - isolines generalization; - generalization of polygonal objects of hydrography; - setting the boundaries of river visibility; - setting the bounds of roads visibility; - generalisation of objects of small length or area; - map processing according to the scenario (creation of a mathematical basis, a clarifying the position of buildings, orientation of vector symbols and automatic creation of signatures).
Display of vector symbols is improved. New symbols automatically arrange the signatures of settlements, which may contain the name, number of inhabitants and a code of administrative value. Previously, these signatures were performed by three separate signatures that at increasing the image of a map led to integrity violation of signatures complex of the one settlement. New complex signatures preserve the relative position of all the signatures of the complex when scaling the map image, and also allow you to specify the position of the complex with a single operation. New symbols have been added to the classifiers 50t05gm.rsc, 100t05gm.rsc, 200t05gm.rsc, 500t05gm.rsc, 1m05gm.rsc, which are used to create maps of scales from 1: 50,000 to 1: 1 000 000.
Application "Adjustment of isolines and linear hydrography objects" is improved. Adjustment of isolines with the rivers in places with meandering stream beds is improved.
Support of the international format OGC 12-128r15 GeoPackage version 1.2.1 (*.gpkg) is added. This format is a SQLite 3 database that stores tiles of various formats, their coordinate system, matrixes of descriptions, and metadata. GeoPackage format is used in applications for providing access to spatial information: maps, images, matrixes of elevations. The format can be used in cloud storages and for simplifying the exchange of information, since all data is stored in one file.
In the "Navigator 3D" task, the display of a three-dimensional object by semantics is added. In any object of a map it is possible to add a service semantics the "Link to 3D-view file". The value of semantics implies the choice of a database file (DB) of the DB3D format containing a three-dimensional model of the object, tied to the terrain. If an object has models with various detailing for different display scales, then they can all be placed in the same database file. If the database file contains models for several map objects, then the value of semantics the "Link to 3D-view file" for these objects will be the same. When displaying a three-dimensional map model, the 3D view of an object specified by semantics is priority over the view specified in the map classifier. This approach allows you to detail, diversify and make more recognizable the three-dimensional view of any map.
There is added a support for service semantics the UTC BEGINNING DATE (DAYS PASSED), code 32859. Semantics automatically counts the number of days that have passed since a given date. It can be used to control the type of symbol, depending on the number of passed days. An example of a symbol is included in the shape\shape.sitx demo map.
Dialogs for editing conventional symbols of objects are improved. There are added the modes for copying from one object and inserting into another one of any conventional symbol through the clipboard. A new type of conventional symbol is added: shift line of type the "Color glass". For lines of the type "Set of elements", the ability is added to change the color of all line elements simultaneously and swap the elements. Into dialog of editing a vector symbol the additional marking with the center in a point of a binding is added, which allows you to speed up the process of creating and editing of images of vector symbols.
The task "View passport" has been improved. Into the "Preservation metadata in XML" dialog, the option "Save overview image" has been added, which allows you to create a map overview image in PNG format (filename.preview.png). The image of the map is built on the base scale of a map measuring 768 by 768 pixels. The "Data list" task has been improved. In item the Metadata of matrixes, rasters, while saving metadata in XML, there is added the ability to form an overview image of matrixes, rasters in PNG format.
Task of check of vector map quality is improved. When improving, the protocol for generating error messages was unified in the GIS Panorama of versions 11 and 12, as well as in the program
The task "Select Object" has been improved. On the bookmark "Metric" there is added the ability to select, copy and paste an array of coordinates through the clipboard. The copied coordinates can be used for pasting into Word, Excel, Notepad and other applications.
Modes are improved for adding maps, matrixes or rasters into the work region. If the parameters of the coordinate system/projection of the added data and the open area do not match, a request is issued to convert the coordinate system/projection with the ability to select one or all files. Depending on the response of the operator, data with a mismatching coordinate system will be transformed to the coordinate system of the document and added to it or opened without change with the conversion of the coordinate system "on the fly".
As part of data examples included in the installation of the GIS "Panorama", the map of Noginsk generated according to OpenStreetMap data, has been updated. The map was led to a modernized classifier of large-scale plans of a scale 1: 5 000 map5000m.rsc. The classifier is designed to create topographic plans of cities or city plans in the local coordinate system of scales of 1: 5000, which can be used in territorial planning, maintaining the land and property cadastre, in architecture and urban planning. The codes of the Information Cartographic Support (IKO) approved by the Head of the VTU General Staff of the Russian Federation in 2007 are taken as the basis of object codes. The map is formed within the boundaries of the Bogorodsky urban district. Map signatures are generated using the task of Automatic labels alignment. A library of 3D-models of terrain's objects map5000m.p3d has been added to the classifier. In library there are created about three hundred kinds of templates for objects of layers: "Constructions, buildings", "Industrial objects", "Municipal and social objects", "Public objects", "Communications", "Borders and fences", "Road net, road constructions", "Vegetation", "Hydrography". To the two-dimensional types of objects there are assigned the templates of types: near, detailed, and far, less detailed. In the complete set with a map there are delivered: a database example in DBF and PostgreSQL format, a road graph, a relief elevation matrix, a database of three-dimensional models of historic city buildings in DB3D format. Into the map project the documents in Word format, raster documents and a map of borders of the Moscow Region were added.
The new version of the program is available on the site in the