When working with ANT+ devices the load dial always
showed zero, because the ANT device was not updating
the realtime data with the desired load.
In addition, the target load telemetry always showed
watts even when working in slope mode (where it should
show the gradient).
Fixes#532.
I finally got round to decoding the spinscan data
from computrainers. This is now implented in train
view.
A new chart is available 'Pedal Stroke' to show the
spinscan data returned by the computrainer.
I am unsure if the decoding is 100% on the money but
have been testing for a week and it seems ok.
Fixes#530.
Pressing F3 on the handlebar controller now starts calibration
mode and pauses all video and recording. Pressing F3 again will
resume the workout and restart.
Fixes#392.
The training view (aka realtime) is now configurable
allowing users to drag and drop appropriate charts
and dials onto the main view.
The controls for this view are static and comprise the
old controls with start/stop buttons, device selections etc.
I have removed deprecated code too, the following are removed
from the repository;
* ViewSelection
* RealtimeWindow
* TrainWindow
* TrainTabs
Fixes#290.
- German translation update
- Virtual power in realtime
Conflicts:
src/DeviceConfiguration.cpp - needed to adjust
to use appsettings for read/write of application
settings.
Virtual Power - included patch from Mark Liversedge & corrected bug
with his help.
GSC-10: Check dual sensor 4th and speed-only sensor (which is rare) as
5th.
This means that an all-Garmin setup (ANT+ stick, GSC-10 sensor) will
always work. A speed-only sensor is almost useless in GC real-time
mode anyway, because speed-only sensors tend to run off the front
wheel which will be stationary on a trainer. Fix pointer problems with
device controller/config.
Fixes#219
Fixed a number of issues with data from quarqd inf and nan values where
inserted as valid data points and thus destoying all plotting in the
realtime window and in later analysis.
The unit was used to distinguish between the entities, thus rpm was
erroneously used as a cadence, rpm is used as the unit for wheel
rotation and for cadence. This made the cadence useless together with a
PowerTap hub which reports both cadence and wheel rotation.
No error checking was performed on the received data, bad data is
ignored now.
