TCP – MDT
www.grupoacre.com 902 490 839
Digital Terrain Model – V 6 Surveying Module It features functions that allow work with projected and local geographic coordinate systems, including support for multiple ellipsoids, datums, projections and geoids, geodesic calculation etc. Integration of the geodesic parameter database of the OGP (International Association of Oil & Gas Producers, formed in 2005 after merging with the EPSG the European Petroleum Survey Group), featuring hundreds of coordinate systems and transformations of geodesic and vertical datums from all the regions around the world.
Inclusion of the cartographic project library PROJ.4. It also includes a powerful geodesic calculator, very useful for the most common transformations, such as ED-50 to ETRS-89 conversion etc.
Converts most of the files from total stations and electronic data collectors available in the market. The distinction between points and stations can be configured based on their number, code, prefix or automatically. Editor after conversion to identify and mark invalid, repeated, inverse circle, etc. observations Processing, calculating and drawing stations and surveying points. Calculation of stations by radiation, inverse bisection, direct intersection, inverse intersection and leveling procedures.
MDT V6 – Surveying Module - © Aplitop 2011
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Automatic disorientation correction of reciprocal observations and instrument angle errors (azimuth and zenith) for direct-inverse circle observations.
Adjustments when calculating average distances and height differences with error information and then applying these to observations on measured points. Optional distance correction for atmospheric factors, refraction and sphericity, including distance reduction to horizon, sea level and reduction to ellipsoid. Traverse adjustments (closed, open or linked to one or more fixed points), as well as grid adjustments using angles, distances or both by least squares and proportional to X and Y, proportional to distances, Crandall’s Law, or rotation and homothety. Manual data input in tachometer, theodolite-distance meter or user-defined total station modes, choosing horizontal or geometric distance, vertical angle or height difference, etc. Coordinate transformations: 2D: XY translations, Helmert 4 parameters, Affine and Projective.
3D: XYZ translations and Helmert 7 parameters.
2D+1D: Helmert 4 parameters + Z Displacement and Helmert 4 parameters + Z Displacement and Gradients in XY.
MDT V6 – Surveying Module - © Aplitop 2011
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Creation of transformations by parameters and by points, with manual and file entry.
New HTML report format. Inclusion of data calibrations and files using the TcpGPS application.
Requirements CAD
AutoCAD versions: 14, 2000, 2000i, 2002, 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012 and compatible IntelliCAD versions: BricsCAD 9, 10 and 11, ZWCAD 2009, 2010 and 2011
Operating System
Windows XP / Vista / 7 in 32 and 64 bits
Peripherals
Mouse or pointer
Graphics Card
1024x768 pixels, compatible with OpenGL
CD-ROM reader Recommended chipset: Nvidia or ATI Hard Disk
1 Gb of free disk space
Memory
Minimum 1 Gb
Processor
Dual-core 2 Ghz or greater Visit the website for further details
APLITOP S.L. Sumatra, 9 – Urb. El Atabal E-29190 Malaga - Spain Tel: +34 95 2439771 Fax: +34 95 2431371 e-mail: info@aplitop.com Website: www.aplitop.com
MDT V6 – Surveying Module - © Aplitop 2011
www.grupoacre.com 902 490 839 3