WORK IN PROGRESS
Hera is a prototype package to explore the future of regulatory environmental modelling. The package outlines approaches to creating a shared research platform for building, testing and deploying models used to assess environmental risk for regulatory purposes. See Request for comment paper for an outline and broad technical specifications.
Hera is envisaged as an opinionated collections of R packages designed for sharing environmental models. All packages share an underlying design, grammar and data structure. This allows the separation of concerns between data, models, post-modelling and visualisation. Allowing greater collaboration and sharing of methods and tools.
You Cannot Step Into the Same River Twice
Installation
Install the development version from GitHub with:
# install.packages("devtools")
devtools::install_github("ecodata1/hera")
Documentation
Read the white paper article and documentation website (work in progress)
Example
Assess some demo data for various environmental risks:
library(hera)
data <- assess(hera::demo_data)
data[1:5, c("sample_id", "parameter", "question", "response")]
#> # A tibble: 5 × 4
#> sample_id parameter question response
#> <chr> <chr> <chr> <chr>
#> 1 1672942 River Family Inverts sample_score 0
#> 2 1672942 River Family Inverts ntaxa 1
#> 3 1672942 River Family Inverts wfd_awic 0
#> 4 1800006 River Family Inverts sample_score 0
#> 5 1800006 River Family Inverts ntaxa 1
Alternatively, you can view the catalogue
and select which assessments to be run.
catalogue
#> # A tibble: 5 × 3
#> assessment data assessment_function
#> <chr> <list> <list>
#> 1 MPFF Compliance <tibble [34 × 10]> <fn>
#> 2 Macroinvertebrate Metrics <tibble [22 × 10]> <fn>
#> 3 DARLEQ3 <tibble [36 × 12]> <fn>
#> 4 Bankside Consistency <tibble [29 × 12]> <fn>
#> 5 RICT <tibble [30 × 12]> <fn>
Then select which assessment(s) you wish to run by name:
assessments <- assess(demo_data,
name = c(
"RICT",
"Macroinvertebrate Metrics"
)
)
assessments[1:5, c("sample_id", "parameter", "question", "response")]
#> # A tibble: 5 × 4
#> sample_id parameter question response
#> <chr> <chr> <chr> <chr>
#> 1 1672942 River Family Inverts sample_score 0
#> 2 1672942 River Family Inverts ntaxa 1
#> 3 1672942 River Family Inverts wfd_awic 0
#> 4 1800006 River Family Inverts sample_score 0
#> 5 1800006 River Family Inverts ntaxa 1
Heraclitus:
Everything flows