R package and shiny application for dive planification tools. It represent a part of the DiveR package and simplify it’s usage.
At this day, only mn90 tables models are coded for single, consecutive or successive dives. This mean all profile are square ones and only maximum depth and dive time are used to compute desaturation.
Intended to be used by french dive student, traduction of the lexic is on it’s way. For this part the shiny app is written in english with french translation possible in settings.
Feel free to participate to this project, it is designed to be open source under a CECILL-2 Licence. Any help in traduction or documentation is welcome (see end of README).
This package depend on the DiveR package. It can be installed with the following code. Note that this package also have dependencies described on its own README.
# install.packages("devtools")
devtools::install_github('https://github.com/gowachin/DiveR')You can install the development version of {shinyDiveR} from
github with:
# install.packages("devtools")
devtools::install_github('https://github.com/gowachin/shinyDiveR')
# or
# install.packages("remotes")
remotes::install_github("gowachin/shinyDiveR")You can run the application on your PC with the following code :
# Simulation of a dive
library(shinyDiveR)
shinyDiveR::run_app(app_lang = "en")Below is an example of the application :
This application is intended for use in education about scubadiving planification and academic interest only. It is not designed for actual use in scuba diving and underwater activity. It is emphatically not suitable for use in actual diving. Scuba diving is a dangerous activity with risks of death and serious injury. No-one should attempt scuba diving without training, certification, supervision and regular medical assessment. It is also dangerous for trained scuba divers to exceed the limitations of their training.
This application will provide planinfication about dive profile and air consumption, without giving any warning if the activity would be dangerous or fatal. In doing so, it does not take account of safety restrictions, other physical laws, or other important information. Despite using diving table as base for computation, no output from this application should be misconstrued as a diving table. The author does not warrant that the application is correct in any sense whatsoever. Even if correctly computed, the predictions of a theoretical physical model may not be correct predictions.
Go check the projects of this repository ! Any help is welcome and I accept all sort of ideas for future project. The idea of this package is to learn about process like desaturation models and turn them into algorithms. If you want to use a specific model, join me and we can try to implement it !
Feel free to fork this, and use it. Any recommendation is welcome :)