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"Gradus latitudinum versus utrumque polum paulatim auximus pro incremento parallelorum supra rationem quam habent ad aequinoctialem."
"We have gradually increased the projection of the latitudes toward both poles in proportion to the increase of the latitudinal parallels in their relation to the equator."
Mercator World Map of 1569
Proudly Gheert de Cremer alias Gerardus Mercator
wrote this sentence to the legend of his famous world map of 1569.
Thus the man had solved the largest cartographic problem of his time.
He had succeeded to map the globe with preserved angles on a flat sheet of paper with all what they knew about the countries and the water at that time.
Thus he had laid the cornerstone for the modern geodesy and cartography.
In the context of the globalization trade, industry and service provider increasing discover the advantages and the potential by the employment of spatial information and geodata into their business procedures.
In order to be able to use this potential, suitable software must be used, which can process specialized information containing geodata.
Whether a periphery search or a branch search on an Internet side is to be realized or marketing data have to be visualized on maps and surfaces, whether customer's addresses have to be augmented with georeferences and spatial data, or if coordinates have to be converted land spreading into other Coordinate Systems - we would be pleased to help you to do it!
Find out, why you can build a reliable business relationship with us.
KilletSoft provides special software for coordinate bases computations and for the processing of spatial referred information.
With our software you can transform coordinates of different Coordinate Systems and Reference Systems for all countries in the world.
Coordinate files with different formats can be transferred with high precision and high speed into other systems.
You can receive GPS coordinates with our software on your notebook and convert them simultaneous into any other Coordinate System.
Other software is suitable for producing own Reference Systems with seven transformation parameters of the Spatial Helmert Transformation.
Therefor a few identical points in different systems are already sufficient.
Further programs are suitable for the search of local structured data and for determining parameters of the official topographic cartographies.
Geodetic Spatial Data
KilletSoft is a competent supplier for digital geodata and advisory partner for the integration and use of worldwide spatial referred information.
Our offer of geodata covers a broad spectrum of spatial applications, is updated constantly, is present in any data format and is immediately available.
We offer georeferenced places, local parts, postal zip codes, telephone preselections as well as nature areas, landscapes and climatic zones in each case with hierarchical administrative units and additional information.
Our databases with georeferenced objects are linked with geographical coordinates (WGS84), UTM and partially with Gauss-Krueger coordinates and ground level elevations of high accuracy.
We are able to supply the data from all European and overseas countries and particularly of the Federal Republic of Germany for the use with your own applications.
Geodetic Development Tools
KilletSoft supports the integration and use of spatial referred information into own applications by the supply of suitable development components.
The Geodetic Development Kit GeoDLL contains precise calculations on the themes 2D and 3D Coordinate Transformation, geodetic datum shift and Reference System Transition, meridian strip changing, user defined Coordinate and Reference Systems, distance calculations, Digital Elevation Model, NTv2 handling and BeTA2007 support, Direct / Inverse solutions, map functions, time zones and geodetic converting functions.
The current and historical Coordinate and Reference Systems of all countries of the European union (EU) are supported as well as the most countries worldwide.
The Graphics Development Kit Graphics4VO for the programming language Visual Objects contains classes and methods for graphical presentations on the screen, on the printer, on the plotter, in the file and in the memory bitmap.
Special methods make possible the handling and visualization of geometry contained in ArcView Shapefiles.