Targets, not just files
During import, content is assigned as editable map objects, vector layers, POI data, offline maps, elevation sources or raster overlays.
ArxSilex MapTools
Geodata Import & Export
Smart import, .asmaps, GPX, KML, GeoJSON, tables, ZIP and PDF together.
Import
Geodata import in project context
ArxSilex MapTools supports GeoJSON, ArcGIS/Esri JSON, GPX, KML/KMZ, CSV, Shapefile ZIP, GeoPackage, MBTiles, Mapsforge data, HGT, GeoTIFF and MapTools project files.
GeoJSON
Point, MultiPoint, LineString, MultiLineString, Polygon, MultiPolygon and GeometryCollection stay structured. Properties, bounding boxes and available metadata are considered.
ArcGIS/Esri JSON
Feature data with Points, MultiPoints, Polylines and Polygons is processed. spatialReference and wkid are evaluated; known CRS are converted to WGS84.
Terms
Separate maps, vector layers and raster overlays clearly
ArxSilex MapTools uses these terms deliberately. They make it clear whether a file is used as a base map, editable geometry, image overlay or elevation data source.
| Term | Short definition | Examples |
|---|---|---|
| Maps | Base maps used as the main working view. | OpenStreetMap, OpenAndroMaps, offline .map, MBTiles as a base map |
| Vector layers | Additional object, line or polygon data above the map. The content consists of points, lines or areas and can often be displayed or evaluated individually. | GPX, KML, GeoJSON, Shapes, KML polygons, GeoJSON areas, GPX tracks as overlays |
| Raster overlays | Georeferenced image or tile data above the map. They are placed as a finished image surface and are not interpreted as individual objects. | GeoTIFF, MBTiles, image maps, aerial imagery, scanned maps, georeferenced plans |
| Elevation data / terrain | Data sources for elevation values and terrain analysis. They are not a visible map in the narrow sense, but provide height information. | HGT, DEM GeoTIFF, ASC, DTED |
| Map style | Rendering rules for vector maps. The style defines colors, symbols, paths, POIs, contour lines and other map elements. | OpenAndroMaps render theme, Elevate Theme |
| POI data | Search and display data for places and points of interest. | OpenAndroMaps .poi, custom POI files |
Vector layers
Vector layers contain individual geometries. They are useful for planning data, boundaries, search areas, routes, tracks and imported project information.
Raster overlays
Raster overlays are finished image surfaces above the map. They are useful for aerial imagery, historical maps, scans or special map views. Opacity is often adjusted so the base map remains visible below.
Show or use
Maps, vector layers and raster overlays can be shown on the map. Elevation data is usually used by tools: point elevation, elevation profile, hillshade, contour lines and viewrange.
Relevant Features
Tools for This Area
This page highlights the features that are truly relevant for this use case.
Maps, Vector Layers & Raster Overlays
- Online and offline maps
- Mapsforge, MBTiles and GeoPackage
- Raster overlays from GeoTIFF, MBTiles, KML or KMZ
- Vector layer, raster overlay and map profile visibility
Elevation Data & Viewrange
- HGT, DEM GeoTIFF, ASC and DTED
- Point elevation, profiles and barometer context
- Hillshade and contour lines
- Viewrange with observer height and elevation sampling
Data Center & Smart Import
- Automatic detection of suitable import targets
- Manage maps, vector layers, raster overlays, POI data, elevation data and map styles separately
- Check offline status, active data and import history
- Inspect ZIP packages depending on content
Search Grids & Coverage
- Split areas into search cells
- Mark visited cells from track movement
- Coverage strips with dynamic width
- Useful for systematic area work
Live Features
- Live groups nearby
- Live Center and participant status
- Remote ID reception with export
- Device- and Android-dependent features
AR / LiveView
- Bearings and targets in the camera view
- POI, peaks, tracks and search grids as AR references
- Sensor and ARCore dependency
- Basic and Pro scope differ