31 lines
1.5 KiB
Markdown
31 lines
1.5 KiB
Markdown
# Development Roadmap for Open Rowing Monitor
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This is the very minimalistic Backlog for further development of this project.
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## Soon
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* monitor battery level of heart rate monitor and show hint if battery is low
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* deliver strokes per minute in the simulated FTMS bike as Cadence
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* add an update script to simplify the migration to new versions
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* validate FTMS with more training applications and harden implementation (i.e. Holofit and Coxswain)
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* record a longer rowing session and analyze two encountered problems: 1) rarely the stroke rate doubles for a short duration (might be a problem with stroke detection when measurements are imprecise), 2) in one occasion the measured power jumped to a very high value after a break (40000 watts)
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* add support for ANT+ heart rate monitors with USB dongles
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* presets for rowing machine specific config parameters
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* add an option to automatically feed the measured damping constant back into the rowing engine
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## Later
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* figure out where to set the Service Advertising Data (FTMS.pdf p 15)
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* add some attributes to BLE DeviceInformationService
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* improve the physics model for water rowers
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* make Web UI a proper Web Application (tooling and SPA framework)
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* record the workout and show a visual graph of metrics
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* export the workout
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## Ideas
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* add video playback in background of Web UI
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* implement or integrate some rowing games
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* add possibility to define workouts (i.e. training intervals with goals)
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* directly attach a touchscreen to the Raspberry Pi and automatically show WebUI on this in kiosk mode
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