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Recalculo RTK a Coordenadas Ajustadas QGIS 4 compatibility

QGIS 4 ready Active

Yes — Recalculo RTK a Coordenadas Ajustadas supports QGIS 4 (declared max version 4.99.0).

Recalculates field points collected against a "free" RTK base to the base's adjusted coordinates from static GNSS post-processing (plane and geographic). Optional epoch correction with VEMOS (Latin America) and VEL-Ar v2.0 (Argentina, with coseismic jumps).

About

Surveying and cadastral plugin for GNSS/RTK work. From the coordinates of a "free" RTK base taken in the field and its adjusted coordinates (obtained by static GNSS post-processing), it computes the translation vector and applies it to every point in a comma-delimited CSV file, letting you choose the X/Easting, Y/Northing and Z/elevation columns. It recalculates both projected (plane) and geographic (longitude/latitude) coordinates, adds the resulting points as a layer to the project, can also export them to Shapefile (.shp) and DXF (.dxf), and can optionally generate an HTML technical report of the recalculation. It can also optionally move the adjusted geographic coordinates from their observation epoch to a target epoch, using bundled velocity models, with no internet connection required: the SIRGAS/DGFI-TUM VEMOS models (e.g. MAGNA-SIRGAS 2018.0) for Colombia and the rest of Latin America, or the IGN's official VEL-Ar v2.0 model (POSGAR07, epoch 2006.632) for Argentina, which also models the coseismic jumps of the Maule and Illapel earthquakes. The interface and the technical report are available in Spanish, English and Brazilian Portuguese, detected automatically from QGIS's own interface language. Complemento de topografia y catastro para GNSS/RTK. A partir de la coordenada de la base tomada libre en campo y su coordenada ajustada (obtenida por postproceso estatico), calcula el vector de traslacion y lo aplica a todos los puntos de un archivo CSV (delimitado por comas), permitiendo elegir las columnas de X/Este, Y/Norte y Z/elevacion. Recalcula tanto las coordenadas planas (proyectadas) como las geograficas (longitud/latitud), agrega los puntos resultantes como capa al proyecto, permite exportarlos tambien a Shapefile (.shp) y a DXF (.dxf), y puede generar opcionalmente un reporte tecnico en HTML del recalculo. Tambien puede, opcionalmente, llevar las coordenadas geograficas ajustadas de su epoca de observacion a una epoca destino, usando modelos de velocidades incluidos, sin necesidad de conexion a internet: los modelos VEMOS de SIRGAS/DGFI-TUM (p. ej. MAGNA-SIRGAS 2018.0) para Colombia y el resto de Latinoamerica, o el modelo oficial VEL-Ar v2.0 del IGN (POSGAR07, epoca 2006.632) para Argentina, que tambien modela los saltos cosismicos de los terremotos de Maule e Illapel. La interfaz y el reporte tecnico estan disponibles en espanol, ingles y portugues de Brasil, detectados automaticamente segun el idioma configurado en QGIS.

AuthorEdwin Arley Castellanos Martinez
Downloads228
Latest version1.6.0
Last updated2026-10-14 (2 days ago)
Min QGIS3.16.0
Max QGIS4.99.0
QGIS 4 readyYes
MaintenanceActive
CategoriesGeoreferencing & CAD, Field data & mobile
Tagsrtk, gnss, catastro, topografia, magna-sirgas, postproceso, coordenadas, agrimensura, levantamiento, surveying, gis, multilingual, i18n, english, portugues, vemos, sirgas, epoca, itrf, vel-ar, argentina, posgar07, ign

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Maintenance: Active = updated within 1 year, Quiet = 1–3 years, Likely abandoned = over 3 years.