Multilingual | File size: 8.93 MB

TRANSDATpro performs Coordinate Transformations fast and with high accuracy.

The geodetic program supports worldwide thousands of Coordinate Systems, geodetic Reference Systems and Datum Shifts, user-defined systems, 2D/3D transformations, INSPIRE, NTv2, HARN, EPSG, GPS, continental drift and more. The coordinate converter reads and writes the file formats Text, CSV, SDF, dBase, Arc-Shape, Arc-Generate, KML, GPX and others. Furthermore: Outdoor GPS reception, mapping in Google Earth, Google Maps and OpenStreetMap, Meridian Convergence and Extra Parameter, Polygonal scopes in NTv2 files, multilingual user interface.Data input, data output and file formats:
Keyboard Mode for direct input of coordinates;
File Mode for data input from files and data output to files;
Batch Mode for batch processing of multiple files using a control file;
File formats Text, CSV, SDF, dBase, ArcShape and ArcGenerate for data input;
File formats Text, CSV, SDF, dBase, KLM, ArcShape and ArcGenerate for data output;
Conversion from one file format to another;
Very flexible file configuration;
Various filters for the input file;
Control of the notation of coordinates;
Copy function for Text, CSV, and dBase files;
Finding scattered coordinates in Text files;
Processing of text files without line orientation;
Shape to Shape function;
Shape to KLM function;
Support of the ArcGenerate GIS exchange format for geometries;
Log file with the results of the current session;
Export and import to / from configuration files;
One-click copy and paste of all coordinate components simultaneously.
Quality:
Strict formulas of Schatz, Schuhr, Klotz and Hooijberg;
Transformation parameters of the Surveying Authorities of the respective countries;
Consideration of the EPSG specifications;
Helmert 7-parameter Bursa-Wolf and Molodenski reference system transitions;
Exact NTv2 transformations for many countries;
High-precision NTv2 transformations for the German Federal States and other states provinces;
Source and target Coordinate Reference Systems;
World-wide and country-specific Coordinate Reference Systems;
Current and historical Coordinate Reference Systems;
Numeric and alphanumeric Coordinate Systems;
UTMRef, GEOREF, QTH, BNG and ING with different grid mesh sizes;
INSPIRE systems, ITRS annual realizations, WGS84 epochs, GPS coordinates;
D and 3D Coordinate Transformations;
Automatic selection of the quired NTv2 files;
Use of EPSG codes of the Coordinate Reference Systems;
Hierarchical structure by continent, country, Coordinate System, Reference System, Measurement Unit;
Selection of the meridian strip with UTM and Gauss-Krueger coordinates;
UTM and Gauss-Krueger coordinates with and without meridian strip number;
Selection of measurement units;
Use of summands and multipliers for the coordinate components;
Monitoring of range limits;
Option for automatic assignment of a Reference System to the Coordinate System;
Option for automatic assignment of a NTv2 files to the Reference System;
Visualization:
Viewer for the input and output files;
Display of shapefiles in a Shape Viewer;
Display of KML files in Google Earth;
Display of the last calculated coordinates in Google Maps / Earth and OpenStreetMap;
Screenshots of all program windows in BMP and GIF files;
Print of all program window with the corresponding settings;
View of the NTv2 parameters in a NTv2 Viewer;
View of the actual Coordinate Transformation parameters in a System Viewer;
Adjustable color design with color gradients;
GPS reception:
Reception of GPS coordinates with external GPS device;
GPS device or GPS-mouse by serial or USB interface;
Direct transformation of GPS coordinates;
Triggered and manual GPS reception;
Generating of a GSP file;
Display of the received GPS coordinates in a GPS Viewer;
Help System:
Detailed electronic manual;
Case-related assistance in all program windows;
Focused Info buttons for workspaces which need to be explained;

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