Download-Software etikettierte vorbei molodenski

In the Dynamic Link Library GeoDLL geodesic functions like coordinate transformation, reference system changes, meridian strip changes, distance calculation, map functions and more are contained to bind them into own WINDOWS applications.

Purpose of the program SEVENPAR is to produce a set with seven Helmert transformation parameters valid for an specific area, with which then arbitrary points of the area can be transformed from one coordinate system into another with high accuracy.

The program executes professional world wide coordinate transformations between international and national coordinate systems with or without transformation of the geodesic reference frame (datum change). Network ability. GPS interface.

TRANSDAT Coordinate Conversion supports thousands of coordinate systems and geodetic datum shifts, user-defined systems, INSPIRE, NTv2, BeTA2007, GPS, continental drift, many file systems, ESRI-Shape and much more with highest accuracy.

AllTrans can be used for world wide professional coordinate transformations between international and national coordinate systems. It is clearly arranged and easy to use.

AllTrans can be used for world wide professional coordinate transformations between international and national coordinate systems. It is clearly arranged and easy to use.

SEVENPAR calculaties exact parameter sets for the Spatial Helmert or Molodensky Transformation with seven or three parameters, which are used for accurate geodetic datum shifts between different reference systems for coordinate transformations.

SEVENPAR calculaties exact parameter sets for the Spatial Helmert or Molodensky Transformation with seven or three parameters, which are used for accurate geodetic datum shifts between different reference systems for coordinate transformations.

SEVENPAR calculaties exact parameter sets for the Spatial Helmert or Molodensky Transformation with seven or three parameters, which are used for accurate geodetic datum shifts between different reference systems for coordinate transformations.