... sync handling of (TM) in all places and Do Not allow translation for
these terms any more, since it's a fixed term anyway - and there are
many dependencies (which outside EN create unexpected results). - in all
Texts/Fields use (TM) in HTML use the TM (special characters).
-- more testing in language other then EN still required - but so far
working fine
... and more tr()
All are harmless but for the sake of clarity have
fixed them all bar a couple;
- Lucene grumbles about signed/unsigned conversion which
is/isn't valid depending upon the version of CLucene you
compile with. Either way it is harmless.
- QxtScheduleView has a bunch of issues, but since it is a
third party widget its better to leave it unchanged.
Add support for dual ANT+ power devices (in this case using
dual track SRM cranks). The two power devices are assumed to
represent power and alternative power.
The following changes have been made for this support:
* ANT+ device profile support multiple power devices
* Allow editing ANT+ device profile on Mac/Linux (it
is already available on Windows)
* When a second ANT Channel is assigned to power it is
set as alternative, and updates alternative watts
* RealtimeData now supports Watts and AltWatts
* AltWatts dial and associated color settings
* LRBalance dial to show difference between Watts and AltWatts
* Realtime plot plots watts and altWatts
Fixes#572.
Tom Compton of AnalyticCycling.com has provided
a formula to calculate virtual speed based upon
slope, weight, power, cdA, crr and air density.
This is now implemented as 'Virtual Speed'.
It is expected that this new virtual speed will
be used to control streetview, video rendering
and future implementations of group riding over
a predefined course.
Fixes#527.
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.
The refactoring of the realtime display last year
removed the display of metrics such as BikeScore and
kJoules.
This patch adds more metrics that can be displayed;
* Averages for; power, hr, cadence, speed
* KJoules of work
* Coggan Metrics; NP, TSS, IF, VI
* Skiba Metrics; xPower, BikeScore, RI, Skiba VI
Also included is an updated default layout to
include some of these metrics.
Fixes#231
The training view has a number of improvements, most
notable of which is the workout plot now plots the
telemetry as you ride. This enables you to view
your performance against the workout as you ride.
In developing and testing this I found and fixed a
number of other minor issues;
* The workout plot didn't have any axes
* The workout plot title didn't reflect the workout selected
* The workout plot markers didn't honour preferences
* Values didn't reset on stop/start of workout
* The rolling 30 second power plot in realtime was broken
* Lap numbers were not available for display
In addition, some minor changes were made;
* Save workout is no longer optional - it always saves
* The control buttons/margins did not resize nicely
* The workout plot uses colour to distinguish between
workouts that are time or distance based.
* A new default train layout for new users to avoid
having to muck about with layouts
* Removed the race servers since they are not used
and steal screen estate. Will re-introduce when
multi-rider or internet racing is implemented.
I have also added a few workout files into the
test/workouts directory, we should think about how
we can distribute these and allow users to share and
contribute them in the future.
Fixes#493.
Following changes
* added google Map and Streetview charts.
* changed the telemetryUpdate to use a const reference instead of a value.
* RealtimeData is const correct, or more const correct than it was...
* added a new resource files to support the new charts.
* changed the NullController to return a constant speed to help with development.
Fixups to compile video on WIN32 and added more configurability
in the realtime screens, but still not the chart and video use-case
needs to be decided.
Update to training mode to improve the UI and overall
user experience. This initial patch introduces:
* Video Window - but ghetto and not fully functional
* Congigurable - drag and drop 'dials' onto homewindow
In future updates we need to:
* Support Video fully - Only Linux in this patch
* HomeWindow - Make Training mode the same as HomeWindow
* More Dials - Support metrics (e.g. BikeScore)
* RT Charts - Make RT plot drag/drop and support other
types of charts (e.g. Time In Zone)
* Controls - Add more controls for FFWD/REW, Skip etc
This patch has been tested on Linux ONLY. It is being committed
to support further build/deployment work for Win32 and Mac OSX.
Couple of little tweaks to the Native ANT support. Firstly,
data channels such as watts, hr and cadence are now rounded
to an integer (lots of grid lines in ride plot looked nasty).
Secondly, basic support for calibration messages; this has been
limited to SRM messages, but will add support for other devices
as we start to debug them.
Part 3 of this work is still pending, this patch only contains
adjustments to part 2. I suspect there will be further adjustments
as we squash bugs for Quarq and PT users.
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.
