.. run make in src/doc/doxygen to generate documentation for the
source code in html and latex format.
.. doing this to get some basic docs going, since the codebase is
now so large its getting difficult for even the core team to
remember.
.. the subdirectories generated are ignored (see .gitignore)
[skip ci]
Change CVPage to include AeT Velocity/Pace
Default to 90% CV for runs and 97.5% CV for swims
Used to delimit Polarized Zones I and II
Add config(aetv) to formulas
Add aetv to R/Pyhton/Rest APIs
Fixed column widths to fit contents
Part 3 of #2555
Change CPPage to include AeT Power
Default to 85% CP, used to delimit Polarized Zones I and II
Add config(aetp) to formulas
Add AeTP to R/Pyhton/Rest APIs
Fix W' col resize bug in Power Zones settings #2661
Part 2 of #2555
Change LTPage to include AeT HR and look like CPPage and CVPage
Default to 90% LTHR, used to delimit Polarized Zones I and II
Add config(aethr) to formulas
Add AeTHR to R/Pyhton/Rest APIs
Part 1 of #2555
For the same reason metadata.xml is now global.
Also load default measures groups even when measures.ini is present,
this may change when we provide an UI to edit measures.ini, but for now
it avoids users breaking body and hrv features.
[publish binaries]
measures.ini is looked for in Athlete's config folder,
it should have a section for each measures group,
nutrition data with Energy and Macros is provided as example.
Moved default weight to About and removed RiderPhysPage and created
a tab for each measures group under Measures.
MeasuresPage handles conversion between metric and imperial units
Generalized CSV import with configurable headers.
MeasuresDownload enables download from Withings/Todays Plan only for Body
measures.
This is Part 1/2 of #2872
An explainer from Robert Chung for a regression method to estimate CdA and Crr from field data.
The key point being the generation of additional laps from a multi-lap run -- e.g. 3 x 18s laps of a velodrome
would normally be considered as 3 laps to fit against. Robert's approach is to create 36 laps from this data (!).
The first lap starts at 0s and lasts for 18s, the second lap at 1s ... up to the 36th lap starting at 37s.
We would then be able to get 36 estimates of Crr/CdA and calculate a mean and confidence interval (!).
The document committed explains how that regression would work mathematically, and how we
would adapt for working in the field (we need really good altitude data).
