HydroPortailStats R package v1.1.0

• New Feature: estimation using historical flood data, supporting censored/interval data and systematic errors, as described in Neppel et al., 2007. This is mostly a re-implementation of the Fortran HBay executable, providing the following functions: Hydro3_HBay() to perform Bayesian estimation, HBay_Plot() to plot the result of the former function, and Import_HBayConfig() to import configuration files that were used by the HBay executable.
• New Feature: new distribution 'Triangle' available in distribution library
• New Feature: new function GenerateWithinBounds() to generate random values from a truncated distribution
• Bug fix: Hydro3_Estimation() was not handling p-to-T conversion properly when options$p2T<1.
• HydroPortailStats now has a logo

HydroPortailStats R package v1.0.3

This release includes minor changes introduced as part of the CRAN submission process.

Changes impacting function interface

• GetQfromT(T,H3,options) changed to GetQfromT(RP,H3,options) to avoid using T as a variable name
• output of GetTfromQ is now a list with names (RP,IC) rather than (T,IC), for consistency with the change above

Changes with no expected impact on users

• TRUE/FALSE used everywhere instead of T/F
• graphical parameters reset after modification by par()

Non-code changes

• Updated HydroPortail URL in README and DESCRIPTION
• Exclude mention of LICENCE file from DESCRIPTION file and added the file to Rbuildignore
• Added link to technical report in DESCRIPTION
• Added funders in DESCRIPTION
• Put 'HydroPortail' into single quotes in files DESCRIPTION and README.md
• Added a NEWS.md file to track changes to the package

HydroPortailStats R package v1.0.0

This R package contains the statistical functions used in the French HydroPortail. This includes functions to estimate distributions, quantile curves and uncertainties, along with various other utilities.

Ce package R contient les fonctions statistiques utilisées par l’HydroPortail. Ceci inclut des fonctions pour estimer les paramètres d’une distribution, calculer les courbes de quantiles et leur incertitude, et d’autres outils variés.