Vector layers
矢量图层包含独立几何对象。它们适用于规划数据、边界、搜索区域、路线、轨迹以及导入的项目信息。
功能
在一个 Android 应用中整合地图、离线数据、地形、项目、导航和实时工具。
功能范围
Some features intentionally have limits in the free edition. The Free/Pro table shows the main differences for projects, objects, routes, areas, imports, exports, offline data, Remote ID and AR/LiveView.
Terms
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 | 数据来源 用于高程值和地形分析。它们并不是狭义上的可见地图,但会提供高度信息。 | 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 |
矢量图层包含独立几何对象。它们适用于规划数据、边界、搜索区域、路线、轨迹以及导入的项目信息。
栅格叠加层是覆盖在地图上方的成品图像面。它们适用于航拍图像、历史地图、扫描图或特殊地图视图。通常会调整透明度,使下方的底图仍然可见。
地图、矢量图层和栅格叠加层可以显示在地图中。高程数据通常由工具使用,例如点高程、高程剖面、山体阴影、等高线和可视范围。
概览
使用核心工具处理地图、地理数据、定位和现场文档。
详情
了解每个工具的用途以及可能需要的数据或设备功能。
| 功能 | 用途 | 上下文 |
|---|---|---|
| 可视范围 | 使用可用高程数据计算从某一点可见的区域。 | 需要合适的地形数据;结果取决于分辨率和覆盖范围。 |
| 山体阴影与等高线 | 使地形形态更易读,并补充高程剖面和点高程。 | 使用 HGT、DEM GeoTIFF、ASC 或 DTED。 |
| 智能导入 | 将文件分配到合适目标:项目、地图、地形、栅格叠加层、图层、POI、路线或轨迹。 | 对于 ZIP 或 GeoPackage 等容器,内容本身很重要。 |
| 点详情 | 地图点可提供道路、POI、地形、坐标和导入图层的上下文。 | 详情级别取决于地图、标签和导入的数据。 |
| Remote ID | 接收公开广播的 Remote ID 信号,并可导出历史记录。 | 接收效果取决于地区、设备、无线电环境和权限。 |
| BLE 群组 | 无需应用自有服务器,即可在附近本地显示群组位置和状态。 | 需要相应的 Bluetooth/Nearby 权限。 |
| 备份与恢复 | 将选定的应用内容保存为 .asmaps.bak 文件,并由用户主动恢复。 | 备份可包含项目、设置、配置文件、POI、群组和本地数据;可选择加密。 |
| AR/LiveView | 在相机视图中显示目标、方位角、POI、峰点、轨迹或搜索网格。 | 传感器质量和设备兼容性很关键。 |
GeoPackage
GeoPackage 仍主要用于地图、瓦片容器和要素图层。地形功能请使用 HGT、DEM GeoTIFF、ASC 或 DTED。
??
The current tools support more guided measurement and correction workflows so existing objects do not need to be recreated.
The app guides the selection of suitable bearings, circles or measurement objects, calculates intersections and can save the result as a marker.
Polygon areas can be refined through their vertices. Side lengths, interior angles and distances help correct boundaries in the field.
Route points and segments can be adjusted later. Bearing, distances and direction angles remain visible and understandable on the map.



当前 Scope
These capabilities are especially relevant in the current app version and are grouped here.
Bearings, circles and measurement objects can be combined in a guided flow to determine intersections and distances.
Polygon areas can be refined later through their vertices while side lengths, interior angles and distances stay visible.
Route points and segments can be adjusted later with bearing, distances and direction angles.
户外指南针支持导航、方位、目标对准和地图作业。传感器来源、磁场评估、视图模式以及移动时的 GPS 航向会透明显示。
Drone reception shows BLE, Wi-Fi NAN, Wi-Fi Beacon, operator/system data, diagnostics and optional export where device and signal source support it.
子菜单可以按常用工具排序,让野外作业中的重要功能更快找到。