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Wearables
- How to select the best device for your project
- How to charge Garmin devices best
- Use Garmin HRM PRO Monitor
- Wearable and Device ID Management
- Setup: Prepare Wearable Devices
- Select the right synchronization type for your project
- Make or Buy Decision: Integrating a Wearable API yourself or pay for a plug-n-play solution
- What happens when a Garmin device runs full?
- Check Garmin Device Firmware
- Garmin Device Firmware Guide
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Privacy & Security
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Data Analytics
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API Developer Access
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Pricing, Plans & Payment
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User Guides for Fitrockr Control Center
- Setup: Prepare Wearable Devices
- Setup: Projects
- Setup: Staff
- Manage: Users
- Manage: Groups
- Manage: Alerts
- Manage: Notifications
- Manage: Questionnaires
- Collect Data: Overview
- Collect Data: Smartphone Sync (single-sync) with Fitrockr app
- Collect Data: Fitrockr Hub App – Trouble Shooting Guide
- Collect Data: Smartphone Sync (single-sync) with Garmin Connect app
- Collect Data: Tablet Sync (multi-sync) with Fitrockr Hub app
- Collect Data: Tablet Sync (multi-sync) with USB cable
- Collect Data: Trouble shoot syncing issues for multi device sync (multi-sync)
- Collect Data: Sync via USB cable to Laptop
- Analyze: Overview
- Analyze: Data Export
- Analyze: Standard Reports
- Analyze: Sleep Analysis
- Analyze: Vitality Report
- Analyze: 6 Minute Walk Test
- Analyze: Body Battery
- Analyze: HRV
- Analyze: Activities
- Track: Compliance Dashboard
- Track: Device Synchronisation
- Set and Track Goals
- Self-Sign Up for Garmin Connect Users
- Reassign device to another user
- HRV via Garmin Connect Sync
- Self-Sign Up for Apple Watch & Apple Health Users
- Check Garmin Device Firmware
- Garmin Device Firmware Guide
- Show all articles (19) Collapse Articles
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Participants Resources
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Live Streaming
Analyze: Body Battery
Body Battery is a feature that uses a combination of heart rate variability, stress, and activity to estimate a user’s energy reserves throughout the day. It records and displays a number from 1-100 that represents the individual’s energy level.
(1) Select time period.
(2) Select user(s).
(3) Select which criteria to include in report.
(4) Set measurement window. This will adjust the the measurement time window selected. For instance, if you selected measurement = 8 am and a measurement window = 15 min, you will receive the average body battery value between 7:45-8:15.
(5) Click View to generate or refresh the diagram.
(4) Select a user
(5) Select the timeframe to be analyzed
(6) Select the measurement points to be included
(7) Select the measurement window to calculate the average
(8) Click refresh to generate the report with latest settings
The report will show the average body battery for the selected measurements. The average will be calculated based in the measurement window that expands the measurement time.
For instance, if measurement is 07:00 and window is 5 min, average will be calculated from 6:55 – 7:05. Negative body battery measurements (i.e. off wrist measurements) are ignored and will not affect the calculation.
Measurement “Min” and “Max” will provide the minimum and maximum body battery measurement for each day during the timeframe.
The numbers “Avg (81)” in the Legend box shows the average for the respective line.