App Version: 2.8
Summary: Mapping Workflow Update & Live Mapping
Dear ShelfOptix Team,
We are pleased to present to you the Release Highlight for Jaeger 2.8, this release comes with a very exciting Beta Version of Live Mapping and an update on our Mapping Workflow. We continue to look forward to another sprint to bring our collaboration to new levels.
🚨 Category A: Action Required (Training Needed)
⚠️ Category B: Workflow Update (Action Optional)
Updated Mapping Flow
This updated mapping flow should help the robot map the stores more effectively, leading to a better User Experience and results.
Item Checklist
Printed Home Marker (HM) code for your store
Tape or adhesive to hold the HM to a wall or stationary, immovable object.
Enter mapping flow
In the home page of the robot UI, select the Map button.
Follow the directions to enter the site information.
Follow on screen thoroughly.
(Some steps below are displayed on the screen, but provided here for ease of reference:
Setup your Home Marker on a fixed wall or shelf.
Align your robot facing the Home Marker to scan it.
Scan Home Marker.
Adjust the robot until the corners turn green.
Hold still for a few seconds.
Do not move the robot while the robot is processing.
Start Mapping.
Push the robot to map your space.
Determine sections for the store.
Loop each section perimeter twice, once each way.
Then go through each individual aisle once.
Once finished mapping the store, return to the home marker to save map.
Keep the robot powered ON until mapping is saved.
Map will display on-screen once saved.
Done! From here please, select Continue, then Cancel, then Finish Store, then Home.
Run scans of aisles you'd like to have bins mapped.
Once all aisles you care about are covered (should show green in UI) click Finish Store.
NOTE: The aisle scans double as a scan and produces bins for the map.
Example of a diverged map (not good)
Example of a good map
ℹ️ Category C: General Improvements (No Action)
Live Mapping Update
UI side of the feature has been implemented and is able to show the robot’s position during mapping.