Simple interface to the WaterRower S4 monitor (USB version)
This is a very early stage hobbyist program to interface with the WaterRower S4 monitor through the USB port. To be able to read from the S4, the Prolific PL2303 USB to serial adapter driver may need to be installed (OS specific). If required, there are versions for Mac and Windows on Prolific's site.
The available commands are:
version Print the version number
train Start a rowing workout activity
export Export workout data from database
import Import workout data from database
list List all workout activities in the database
remove Remove an activity from the database
help [command] Help about any commandThe program uses a SQLite3 database to store metadata about the
workout activities. The database file and all raw workout logs are
stored under the folder .oarsman in the user's home directory. The
database is created automatically if it does not exist the first time
the program is run.
To do a short 200m test workout:
$ oarsman train --distance=200... now ... get rowing. Once done, come back to your computer and hit RETURN (unfortunately that's the best I can do right now). The program will save a log file with the raw activity event data, insert the activity into the database, and export a TCX file. This is an example of a full 110-minute session:
$ oarsman train --duration=110m
INFO: 2014/11/10 Using configuration defaults
INFO: 2014/11/10 Working folder: /Users/brunofr/.oarsman
INFO: 2014/11/10 Db folder: /Users/brunofr/.oarsman/db
INFO: 2014/11/10 Workout folder: /Users/brunofr/.oarsman/workouts
INFO: 2014/11/10 Temp folder: /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman
INFO: 2014/11/10 Starting single duration workout: 6600 seconds
INFO: 2014/11/10 Writing to /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/2014-11-10T09:28:56Z.log
INFO: 2014/11/10 >>> Press RETURN to end workout ... <<<
INFO: 2014/11/10 WaterRower S4 02.10
INFO: 2014/11/10 Workout completed successfully
INFO: 2014/11/10 Importing activity from /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/2014-11-10T09:28:56Z.log
INFO: 2014/11/10 Reading from /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/2014-11-10T09:28:56Z.log
INFO: 2014/11/10 Writing to /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/iWnsTDJtTgJXV_35f8aOlnVPu5zAsdWq71LRkOBxTW4=
INFO: 2014/11/10 Parsed activity with start time 1415611737000
INFO: 2014/11/10 Activity 1415611737000 saved to database
INFO: 2014/11/10 Activity log saved in /Users/brunofr/.oarsman/workouts/2014-11-10T09:28:57Z.log
INFO: 2014/11/10 Reading from /Users/brunofr/.oarsman/workouts/2014-11-10T09:28:57Z.log
INFO: 2014/11/10 Writing to /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/4zd1VuBbntMg_HOsHU7MZte2vnhmvnnEmZmzR2jegDE=.log
INFO: 2014/11/10 Writing aggregate data to
/var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/2014-11-10T09:28:57Z.tcxIf you did not save the TCX file, you can always export individual
activities as TCX (Garmin Training Center). To find out the workout
activity id, first list all available workouts using the list
command:
$ oarsman list
id,start_time,distance,duration,ave_speed,max_speed,ave_cadence,max_cadence,ave_power,max_power,calories,ave_hr,max_hr
1397805238100,2014-04-18T07:13:58Z,10000,2307,4.334633723450368,0,20.037261698440233,24,0,0,0,135.1585788561523,149
1397807779100,2014-04-18T07:56:19Z,10000,2312,4.325259515570934,0,20.91915261565068,24,0,0,0,136.65067012537824,143
1415685752200,2014-11-11T06:02:32Z,15467,3686,4.196147585458491,5.95,19.970519317748337,27,149.9281783009095,221,799,134.4238188654578,155The id for the 110' workout we just did is 1415685752200, which we
can export with the export command:
$ oarsman export --id=1415685752200
INFO: 2014/11/11 Writing aggregate data to /var/folders/qv/g537wtg1543clytlpl0xn_tm0000gn/T/com.olympum.Oarsman/2014-11-11T06:02:32Z.tcxNote that the activity data events (distance, stroke rate, heart rate, etc.) are captured from the S4 every 25 ms in the raw log, alongside with pulse and stroke events. The exports, in TCX and CSV, are done at a 1000ms resolution (1Hz), i.e. using a track point every second.
All workout activity files follow the RFC3339 for naming based on date and time.
Since GOVERSION 1.1 this project uses modules, and no longer leverages vendoring and govendor.