Accelerate overweight by picking the best value between business as usual and AROC of 3 by 2030.
Usage
accelerate_overweight(
df,
ind_ids = billion_ind_codes("hpop"),
end_year = 2025,
scenario_col = "scenario",
default_scenario = "default",
bau_scenario = "historical",
scenario_name = "acceleration",
...
)Arguments
- df
Data frame in long format, where 1 row corresponds to a specific country, year, and indicator.
- ind_ids
Named vector of indicator codes for input indicators to the Billion. Although separate indicator codes can be used than the standard, they must be supplied as a named vector where the names correspond to the output of
billion_ind_codes().- end_year
End year(s) for contribution calculation, defaults to 2019 to 2025.
- scenario_col
Column name of column with scenario identifiers. Useful for calculating contributions on data in long format rather than wide format.
- default_scenario
name of the default scenario.
- bau_scenario
name of scenario to be used for business as usual. Default is
historical.- scenario_name
name of scenario
- ...
additional parameters to be passed to scenario function
Details
Runs:
scenario_bau(df, small_is_best = TRUE,...)scenario_aroc(df, aroc_type = "target", target_value = 3, target_year = 2030, small_is_best = TRUE,...)
Then picks the best result between the two scenarios.
See also
HPOP acceleration scenarios
accelerate_adult_obese(),
accelerate_alcohol(),
accelerate_child_obese(),
accelerate_child_viol(),
accelerate_devontrack(),
accelerate_fuel(),
accelerate_hpop_sanitation_rural(),
accelerate_hpop_sanitation_urban(),
accelerate_hpop_sanitation(),
accelerate_hpop_tobacco(),
accelerate_ipv(),
accelerate_pm25(),
accelerate_road(),
accelerate_stunting(),
accelerate_suicide(),
accelerate_transfats(),
accelerate_wasting(),
accelerate_water_rural(),
accelerate_water_urban(),
accelerate_water()