#' Function for formatting UESI indicator names
#'
#' Use this function to format indicator names for plots within the UESI project
#' @param x A vector of indicator names
#' @return Formatted indicator names ready for plotting
#' @export
format_indicator_name <- function(x) {
x <- tolower(as.character(x))
x <- gsub ("\\.uesi", "", x)
x <- gsub("\\_mean", "", x)
#Environmental Indicators
x[x == "climpol"] <- "Climate Policy"
x[x == "climate.policy"] <- "Climate Policy"
x[x == "no2"] <- "NO2"
x[x == "pm25"] <- "PM2.5"
x[x == "pm25ex"] <- "PM2.5 Exceedance"
x[x == "pubtrans"] <- "Proximity to Public Transit"
x[x == "transcov"] <- "Public Transit Coverage"
x[x == "treecap"] <- "Tree Cover per Capita (Hansen)"
x[x == "lc_treecap"] <- "Tree Cover per Capita (ESA)"
x[x == "treecapd"] <- "Tree Cover Deficit"
x[x == "treeloss"] <- "Tree Cover Loss"
x[x == "uhieq"] <- "Surface Urban Heat Island"
x[x == "cuhi_eq"] <- "Canopy Urban Heat Island"
x[x == "watstress"] <- "Water Stress"
x[x == "wattreat"] <- "Wastewater Treatment"
x[x == "co2"] <- "CO2"
x[x == "co2min"] <- "CO2 Min"
x[x == "co2max"] <- "CO2 Max"
#physical indicators
x[x == "ndvi"] <- "NDVI"
x[x == "ndbi"] <- "NDBI"
x[x == "elevation"] <- "Elevation"
x[x == "density"] <- "Density"
x[x == "treeprop"] <- "Tree Cover Proportion"
x[x == "albedo"] <- "Albedo"
x[x == "gdppc"] <- "GDP per capita"
x[x == "popdens"] <- "Population density"
return(x)
}
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