In reading order, you will find the following controls:
This controls the map background: satellite or aerial imagery, a classic map, display labels or not. Additionally, any Web Map Service defined in the setup section can be selected and viewed here.
These lists dynamically show which projects and instrument types are located within the map boundaries. Select one or more projects or instrument types to filter the instrument markers and pan / zoom the map accordingly.
Tip: The search function of the browser can be used throughout Vision 42. For most computers, its keyboard shortcut is Ctrl + F. For Apple computers, this is ⌘ F. In the Map section, this can be especially useful to quickly select a project by part of its name or code.
The edit mode can be used by administrators to position instruments visually on the map.
This button toggles the navigation mode, which locks the map to your device location. This is especially useful for field engineers. The button icon can indicate several conditions:
Gray: navigation is inactive.
Blue: navigation is active.
Filled: location data is available.
Strike-through: Vision 42 does not have permission to use your location.
This button lets you export the data within the map boundaries to a gpx-file (GPS Exchange Format), which is automatically or easily opened with a navigation app.
This arrow always points north. It is the only map control that will be included on prints. Clicking this button will reset the heading and tilt of the map.
Clicking the Google logo in the bottom-left corner, will take you to the same location in Google Maps. This comes in handy for navigation / route purposes: just right click and choose route to this point.
The + and - buttons will zoom the map in or out, in discrete steps. Using a scroll wheel (mouse) or a pinch gesture (touch), will zoom fractionally.
The arrow buttons can be used to pan the map, in addition to click-drag or touch-drag.
The Pegman icon can be dragged onto roads. This will open Street View with an integrated instrument layer. You can even open plot windows, just like on the map. On smartphones and tablets, this integration functions as augmented reality.
The ˄ button will toggle a sliding footer, containing an opacity slider and optional overlays.
Note: This type of overlay is deprecated and will be removed in the future.
The markers on the map indicate instrument locations and names. Their color denotes their alert status: green, yellow, or red. Keeping severity in mind, red will take precedence over yellow.
A stop symbol ■ stands for an outage; measurements were expected, but did not arrive. A blank white marker indicates an idle instrument, either one without data or one excluded from import.
By default, outage detection is performed by deterministic artificial intelligence (AI). New sensors will be trained briefly. The outage detection is adaptive, taking both changed behavior and recent outages into account.
Per instrument, a manual override of automatic detection is available. This can be useful for intermittent measurements, like a total station in foggy conditions.
Any map can be tilted and rotated, to change the camera position. Do to so, use Shift + drag (mouse) or two-finger swipe (touch). Zoom in on regular maps to see the buildings in 3D.
Tunnel boring machines will be indicated by a specific icon. Their locations can be updated automatically and in real time.
In urbanized areas, like city centers, a map with labels could become quite cluttered. Granular hiding of businesses (bars, restaurants, retail, ...) makes such maps less crowded, while retaining street names and other useful information such as metro stations, schools (traffic congestion) and the like.