The R package SEAPSUTWorkflow provides functions and
drake workflows for Societal Exergy
Analysis (SEA) using the Physical Supply Use Table (PSUT) framework.
You can install SEAPSUTWorkflow from github with:
# install.packages("devtools")
devtools::install_github("MatthewHeun/SEAPSUTWorkflow")To create a drake workflow, do this:
library(SEAPSUTWorkflow)
get_plan(countries = c("GHA", "ZAF"),
additional_exemplar_countries = "World",
max_year = 1999,
ceda_data_folder = "ceda_path",
machine_data_path = "machine_path",
iea_data_path = "iea_path",
country_concordance_path = "country_concordance_path",
phi_constants_path = "phi_constants_path",
exemplar_table_path = "exemplar_path",
fu_analysis_folder = "fu_folder",
reports_source_folders = "reports_source_path",
reports_dest_folder = "reports_dest_path"
)
#> # A tibble: 47 × 3
#> target command dynamic
#> <chr> <expr_lst> <expr_lst>
#> 1 countries c(c("GHA", "ZAF")) NA
#> 2 alloc_and_eff_couns unique(c(countries, "World")) NA
#> 3 max_year 1999 NA
#> 4 iea_data_path "iea_path" NA
#> 5 country_concordance_path "country_concordance_path" NA
#> 6 phi_constants_path "phi_constants_path" NA
#> 7 ceda_data_folder "ceda_path" NA
#> 8 machine_data_path "machine_path" NA
#> 9 exemplar_table_path "exemplar_path" NA
#> 10 fu_analysis_folder "fu_folder" NA
#> # … with 37 more rowsThe functions in this package were used in …
Find more information, including vignettes and function documentation, at https://MatthewHeun.github.io/SEAPSUTWorkflow/.