Skip to contents

whippr 0.1.4

  • Fixed an issue with the perform_max() function that the aaverage_length argument was not being correctly considered (#15).
  • Fixed issue with reading data from Parvo metabolic cart (#14).

whippr 0.1.3

CRAN release: 2024-02-19

  • Removed usethis dependency.
  • Fixed typos.
  • Fixed ggplot2, tidyselect, and tibble warnings.
  • Adjusted documentation as requested by CRAN.

whippr 0.1.2

CRAN release: 2022-09-09

  • Fixed a bug in read_data.cosmed() that made the time column to return NA values when the test was longer than one hour.
  • Added a custom option to read_data().

whippr 0.1.1

  • Updated docs with roxygen 7.2.1.

whippr 0.1.0

CRAN release: 2022-03-09

  • General cleanup has been performed to reduce dependencies.

whippr 0.0.0.9000

Breaking changes

New functions/methods

  • Added function read_data() to read data from metabolic cart (COSMED and CORTEX).

    • Now you can specify the name of the time column, in case your system is not in English. Default is set to “t”.
    • Added option to read data from NSpire system (thanks to @peter__leo).
    • Added option to read data from Parvo Medics system (thanks to @EatsleepfitJeff).
    • Added option to read data from Geratherm Respiratory system (thanks to @marcorsini61)
  • Added function interpolate() to interpolate breath-by-breath data into second-by-second.

  • Added function perform_average() to perform bin- and rolling-averages.

  • Added run_manual_cleaner().

  • Added testing of functions (internal modification only, not visible to the user).

  • Added new print method.

  • Added new functionality for analyzing data from incremental exercise.

  • Added perform_max() and vo2_max().

  • Added support for the CardioCoach metabolic cart.

Bug fixes

VO2 kinetics analyses

  • Added a set of tools for VO2 kinetics analyses.

Incremental test analyses

  • Added a set of tools for incremental test analyses: data standardization and normalization, detection of ‘bad breaths’, mean response time, maximal values (i.e., VO2max, HRmax, maximal RER, etc), and ventilatory thresholds.