Advanced geospatial data management

Spatial Manager Desktop is a powerful tool developed for users who need to import, export and manage spatial data in a simple, fast and inexpensive way

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Data query and edition

Manage the alphanumeric data attached to the elements, design and edit the structure which will be used to store the data

Spatial Manager Desktop™ will manage the alphanumeric data which may come attached to the elements in the import processes themselves but the users can also edit the tables structure which will be used to store the data. They can manage the fields according to their own needs

In addition, the data values can be modified in the application data grid and there are functions to select elements by Queries or perform easy Find and Replace processes. The application also provides functions that allow Zooming to the selected elements or to a specific Layer

Select and filter spatial features

Multiple graphical selection methods and layer selection. Add or remove features to the selections by using multiple methods. Quickly filter selections by layer

Alphanumeric queries

Single or complex selections by query. Data grid selections. Data grid navigation tools through the selections. Advanced information for the selections in the data grid

Query your spatial data

Query selections by performing geometric operations to locate features that interfere with other features under certain conditions (intersects, touches, within, contains, disjoint, overlaps or crosses)

Find and replace data

Find (and replace) data in the data grid applied to the values of fields in layers. "Replace all" functionality included. Reports including the modified values and fields

Edit alphanumeric data

Quickly edit the value of any layer field in the data grid

Multiple data edition

Edit the value of any layer field in the data grid for more than one feature simultaneously

Remove unwanted features

Delete features selected from any editable layer in the map

Save modified layers or new layers

Any external layer can be saved to replace its original source data table. Internal layers, such as new or disconnected layers, can be exported to a table in any spatial file, database server or spatial connection

Resources and Information

frequently asked questions

  • Windows 10, Windows 8.1, Windows 8, Windows 7, Windows Server 2003 SP2, Windows Server 2008 R2, Windows Server 2008, Windows Vista SP1, Windows XP SP3
  • 1024 x 768 VGA graphics, or higher
  • 1 GHZ 32-bit or 64-bit processor, or faster
  • 1 GB RAM or more (4GB recommended)
  • 2 GB free disk space, or more
  • Microsoft .NET 4.0 client profile (installer included)
  • Windows Installer 3.1 or later
  • Internet Explorer 5.01 or later
Spatial files
  • ESRI Shape file - (SHP)
  • Google Earth file - (KML, KMZ)
  • OpenStreetMap file - (OSM, PBF) (1)
  • LiDAR file - (LAS, LAZ) (1)
  • GPS exchange format file - (GPX) (1)
  • ASCII text file - (ASC, CSV, NEZ, TXT, XYZ, UPT)
  • SQLite file - (SQLITE, DB)
  • GeoPackage file - (GPKG) (1)
  • GML file - (GML, GZ, XML)
  • Autodesk SDF file - (SDF) (3)
  • MicroStation v.7 file - (DGN) (2)
  • AutoCAD DXF file - (DXF) (2)
  • ESRI ArcInfo export file (ASCII) - (E00) (1) (2)
  • MapInfo file - (TAB) (2)
  • MapInfo interchange format file - (MIF/MID) (2)
  • GeoJSON file - (GEO.JSON) (1) (2)

Spatial data servers
  • PostGIS database
  • Microsoft SQL Server Spatial database
  • MySQL database (1) (3)

Image map servers
  • WMS Web Map Services (4)
  • WMTS Web Map Tile Services (4)
  • XYZ/TMS Tile Map Services (4)

Other spatial data sources
  • Open Database Connectivity ODBC (1)
  • WFS data store (1)
  • WFS data store (FDO) (1) (3) (5)
  • WFS data store (OGR) (1) (2) (5)

(1) Read-only
(2) OGR data source
(3) FDO provider
(4) Background Maps technology
(5) DEPRECATED - Whenever possible use the native WFS data provider

Note: certain data Providers are only valid for some Editions of the application