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A set of command line tools written in Ruby to interact with Polar watches and decode raw data files

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Synopsis

A set of command line tools written in Ruby to interact with Polar watches and decode raw data files.

  • polar_ftp: access the Polar file system through USB
    • list content on the Polar watch
    • download raw files
    • backup complete content
    • delete files and directories
    • create directories
    • upload files
  • polar_physdata2txt: convert raw polar user physical data to TXT format
  • polar_dailysummary2txt: convert raw polar daily summary to TXT format
  • polar_activitysamples2csv: convert raw polar daily activity samples (activity, steps, metabolic equivalent, sport id and inactivity notifications) to CSV format
  • polar_training2sml: convert raw polar training sessions data files to the Suuntu SML file format
  • polar_training2gpx: convert raw polar training sessions data files to the Garmin GPX file format
  • polar_fitnesstest2txt: displays content of fitness test result and exports to TXT file
  • polar_rrrecord2txt: displays content of RR recording results and exports to TXT file (V800)

Tested with:

  • Polar A370
  • Polar M200
  • Polar M400
  • Polar M430
  • Polar M450
  • Polar V800
  • might also work on other models (A360, Loop...), but this is untested

Tested on Linux (Ubuntu 16.10), macOS (Yosemite) and Windows (10).

Platform specific prerequisites

Linux

Install the ruby language (>= 2.1) and dev tools (C compiler & co), if necessary.

To be able to connect to the watch from an unpriviledged user, you may want to add a udev rule to grant all users access to the USB device:

$ sudo cp pkg/99-polar.rules /etc/udev/rules.d $ sudo udevadm control --reload-rules

macOS

Install the ruby language (>= 2.1) and dev tools, if necessary:

  • install Xcode from the AppStore and Xcode Command Line Tools (xcode-select --install).
  • install Homebrew package manager
  • run brew install ruby to get the latest version of ruby

To connect to the watch, macOS needs to be told not to attach it's default driver to the USB connection:

$ sudo gem install hidapi $ pkg/macos_usb

Unplug the watch if already connected, and plug it again.

Windows

Install the ruby language (>= 2.1):

  • RubyInstaller. Pick the 32 bits (not x64) version - Ruby 2.3 works fine.

To connect to the watch, you need the libusb-1.0.dll DLL:

  • copy the one provided in pkg\libusb-1.0.dll to C:\Windows\SYSTEM32
  • or download it from libusb.info (extract the 7-Zip archive, and use the DLL found in MinGW32\dll)

NOTE: use the Windows command line (cmd) to run the Ruby programs included in this project.

Example:

C:\Users\...> C:\Ruby23\bin\ruby.exe C:\path\to\this\project\directory\polar_ftp DIR / C:\Users\...> C:\Ruby23\bin\ruby.exe C:\path\to\this\project\directory\polar_ftp DIR /U/0/ C:\Users\...> C:\Ruby23\bin\ruby.exe C:\path\to\this\project\directory\polar_ftp SYNC C:\Users\...> C:\Ruby23\bin\ruby.exe C:\path\to\this\project\directory\polar_training2sml C:/Users/.../Polar/<device_id>/U/0/<YYYYMMDD>/E/<training_session_id>/ /temp/output.sml C:\Users\...> C:\Ruby23\bin\ruby.exe C:\path\to\this\project\directory\polar_training2gpx C:/Users/.../Polar/<device_id>/U/0/<YYYYMMDD>/E/<training_session_id>/ /temp/output.gpx

Installation (all platforms)

Install the following Ruby gems:

$ gem install ruby-protocol-buffers $ gem install varint # Optional (increases ruby-protocol-buffers performance) $ gem install libusb # Required by polar_ftp $ gem install nokogiri # Required by polar_training2sml and polar_training2gpx

Download this repository and put it's content wherever you want (or use git clone https://github.com/cmaion/polar to clone it locally).

Usage

List and download raw files from the Polar watch, connected through USB:

$ polar_ftp DIR </path/to/directory> $ polar_ftp GET </path/to/file> [<output_file>] $ polar_ftp MKDIR <directory> $ polar_ftp PUT <source_file> <remote_path> $ polar_ftp DEL <file> $ polar_ftp SYNC [</path/to/local/archive>] # Examples: $ polar_ftp DIR / Connected to Polar V800 serial XXXXXXXX Listing content of '/' JOURNAL.DAT 10240 PRODCONF.TXT 27 SYS/ U/ SYSLOG.BPB 18 MUSCF.BIN 12 PRODDATA.BIN 152 USAGECNT.BPB 110 DEVICE.BPB 120 SYNCINFO.BPB 79 $ polar_ftp DIR /U/ [...] $ polar_ftp DIR /U/0/ [...] $ polar_ftp DIR /U/0/<YYYYMMDD>/ [...] $ polar_ftp DIR /U/0/<YYYYMMDD>/E/ [...] $ polar_ftp DIR /U/0/<YYYYMMDD>/E/<training_session_id>/ [...] $ polar_ftp DIR /U/0/<YYYYMMDD>/E/<training_session_id>/00/ [...] $ polar_ftp GET /U/0/<YYYYMMDD>/E/<training_session_id>/00/SAMPLES.GZB Connected to Polar V800 serial XXXXXXXX Downloading '/U/0/<YYYYMMDD>/E/<training_session_id>/00/SAMPLES.GZB' as 'SAMPLES.GZB' $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> [...]

Convert user physical data to TXT file:

$ polar_physdata2txt <path/to/raw/polar/phys_data> [<output_txt_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_physdata2txt ~/Polar/<device_id>/U/0/S/ /tmp/physdata.txt $ polar_physdata2txt ~/Polar/<device_id>/U/0/<YYYYMMDD>/PHYSDATA/<snapshot_id>/ /tmp/physdata.txt $ polar_physdata2txt ~/Polar/<device_id>/U/0/<YYYYMMDD>/E/<training_session_id>/ /tmp/physdata.txt $ cat /tmp/physdata.txt Snapshot date : ... Last modified : YYYY-MM-DD HH:MM:SS +TZ00 Gender : ... Birthday : ... Weight : ... Height : ... HR max : ... HR resting : ... Aerobic threshold : ... Anaerobic threshold : ... VO2max : ... Training background : ... Typical day : ... Weekly recovery time sum : ... Functional threshold power: ...

Convert daily summary to TXT file:

$ polar_dailysummary2txt <path/to/raw/polar/daily_summary> [<output_txt_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_dailysummary2txt ~/Polar/<device_id>/U/0/<YYYYMMDD>/DSUM/ /tmp/daily.txt $ cat /tmp/daily.txt Date : DD/MM/YYYY Recorded activity : 24:00:00 Steps : 12000 Distance : 6841 m BMR calories : 1755 kcal Activity calories : 427 kcal Training calories : 1118 kcal TOTAL calories : 3300 kcal Activity NON_WEAR : 01:27:00.000 Activity SLEEP : 08:41:30.000 Activity SEDENTARY : 08:43:00.000 Activity LIGHT : 03:27:00.000 Activity CONTINUOUS_MODERATE : 00:00:00.000 Activity INTERMITTENT_MODERATE : 00:03:30.000 Activity CONTINUOUS_VIGOROUS : 01:22:00.000 Activity INTERMITTENT_VIGOROUS : 00:16:00.000 TOTAL activity time : 05:08:30 Activity goal : 291% (926.8/318.0) Activity goal (time to go, standing): 00:00:00.000 Activity goal (time to go, walking) : 00:00:00.000 Activity goal (time to go, running) : 00:00:00.000

Convert daily activity samples to CSV file:

$ polar_activitysamples2csv <path/to/raw/polar/daily_activity_samples> [<output_csv_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_activitysamples2csv ~/Polar/<device_id>/U/0/<YYYYMMDD>/ACT/ /tmp/daily.csv $ cat /tmp/daily.csv Time,Activity,Steps,Metabolic equivalent,Sport,Inactivity notification [...] YYYY-MM-DD 09:53:00 +0100,SEDENTARY,2,1.25,-1, YYYY-MM-DD 09:53:30 +0100,SEDENTARY,,1.5,-1, YYYY-MM-DD 09:54:00 +0100,LIGHT,20,1.75,-1, YYYY-MM-DD 09:54:30 +0100,LIGHT,,2.0,-1, YYYY-MM-DD 09:55:00 +0100,LIGHT,22,2.75,-1, YYYY-MM-DD 09:55:30 +0100,LIGHT,,2.375,-1, YYYY-MM-DD 09:56:00 +0100,LIGHT,20,2.625,-1, YYYY-MM-DD 09:56:30 +0100,LIGHT,,2.375,-1, YYYY-MM-DD 09:57:00 +0100,LIGHT,28,2.25,-1, YYYY-MM-DD 09:57:30 +0100,LIGHT,,2.25,-1, YYYY-MM-DD 09:58:00 +0100,INTERMITTENT_VIGOROUS,108,3.125,-1, YYYY-MM-DD 09:58:30 +0100,INTERMITTENT_VIGOROUS,,10.25,1, YYYY-MM-DD 09:59:00 +0100,INTERMITTENT_VIGOROUS,85,9.75,1, YYYY-MM-DD 09:59:30 +0100,INTERMITTENT_VIGOROUS,,9.0,1, YYYY-MM-DD 10:00:00 +0100,INTERMITTENT_VIGOROUS,100,9.75,1, YYYY-MM-DD 10:00:30 +0100,INTERMITTENT_VIGOROUS,,10.375,1, YYYY-MM-DD 10:01:00 +0100,INTERMITTENT_VIGOROUS,100,10.25,1, YYYY-MM-DD 10:01:30 +0100,INTERMITTENT_VIGOROUS,,10.0,1, YYYY-MM-DD 10:02:00 +0100,INTERMITTENT_VIGOROUS,89,9.75,1, YYYY-MM-DD 10:02:30 +0100,INTERMITTENT_VIGOROUS,,10.5,1, YYYY-MM-DD 10:03:00 +0100,CONTINUOUS_VIGOROUS,85,10.625,1, YYYY-MM-DD 10:03:30 +0100,CONTINUOUS_VIGOROUS,,10.375,1, YYYY-MM-DD 10:04:00 +0100,CONTINUOUS_VIGOROUS,87,10.25,1, [...]

Convert a training session to Garmin GPX file:

$ polar_training2gpx <path/to/raw/polar/training_session_id> [<output_gpx_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_training2gpx ~/Polar/<device_id>/U/0/<YYYYMMDD>/E/<training_session_id>/ /tmp/output.gpx

Convert a training session to Suunto SML file:

$ polar_training2sml <path/to/raw/polar/training_session_id> [<output_sml_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_training2sml ~/Polar/<device_id>/U/0/<YYYYMMDD>/E/<training_session_id>/ /tmp/output.sml

Read fitness test result and convert to TXT file:

$ polar_fitnesstest2txt <path/to/raw/polar/fitness_test_result> [<output_txt_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_fitnesstest2txt ~/Polar/<device_id>/U/0/<YYYYMMDD>/FT/<fitness_test_id>/ /tmp/output.txt

Read RR recording result and convert to TXT file:

$ polar_rrrecord2txt <path/to/raw/polar/rr_record_result> [<output_txt_file>] # Example: $ polar_ftp SYNC # Copy watch file system to ~/Polar/<device_id> $ polar_rrrecord2txt ~/Polar/<device_id>/U/0/<YYYYMMDD>/RRREC/<rr_record_id>/ /tmp/output.txt

Author

Cédric Maïon

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A set of command line tools written in Ruby to interact with Polar watches and decode raw data files

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