apexcharter/data-raw/eco2mix.R

132 lines
3.8 KiB
R

# ------------------------------------------------------------------------
#
# eCO2mix data
# https://www.rte-france.com/eco2mix
#
# ------------------------------------------------------------------------
# Packages ----------------------------------------------------------------
library(data.table)
library(fasttime)
complete <- function(data, vars, fill = list()) {
data <- data[do.call(CJ, c(
lapply(
X = mget(vars),
FUN = function(var) {
if (inherits(var, "factor")) {
if (anyNA(var)) {
factor(c(levels(var), NA_character_), levels = levels(var), ordered = is.ordered(var))
} else {
factor(levels(var), levels = levels(var), ordered = is.ordered(var))
}
} else {
unique(var)
}
}
),
list(sorted = FALSE)
)), on = vars]
if (length(fill) > 0 && all(nzchar(names(fill)))) {
for (fillvar in names(fill)) {
data[is.na(get(fillvar)), (fillvar) := fill[[fillvar]]]
}
}
data[]
}
# Download data -----------------------------------------------------------
# Source: https://odre.opendatasoft.com/explore/dataset/eco2mix-national-cons-def/
# and https://odre.opendatasoft.com/explore/dataset/eco2mix-national-tr
# Read & transform data ---------------------------------------------------
# eco2mix <- fread(file = "data-raw/inputs/eco2mix-national-cons-def.csv")
# eco2mix <- eco2mix[, c(5, 6, 9:17)]
# setnames(eco2mix, c("datetime", "consumption", "fuel", "coal", "gas", "nuclear", "wind", "solar", "hydraulic", "pumping", "bioenergies"))
eco2mix_tr <- fread(file = "data-raw/inputs/eco2mix-national-tr.csv")
eco2mix_tr <- eco2mix_tr[, c(5, 6, 9:17)]
setnames(eco2mix_tr, c("datetime", "consumption", "fuel", "coal", "gas", "nuclear", "wind", "solar", "hydraulic", "pumping", "bioenergies"))
eco2mix <- copy(eco2mix_tr)
# eco2mix <- rbind(eco2mix, eco2mix_tr)
eco2mix <- eco2mix[!is.na(consumption)]
eco2mix[, consumption := NULL]
# eco2mix[, date := as.Date(format(datetime, format = "%Y-%m-%d"))]
# eco2mix[, datetime := NULL]
# setcolorder(eco2mix, "date")
eco2mix <- eco2mix[minute(datetime) != 15]
eco2mix <- eco2mix[minute(datetime) != 45]
eco2mix <- eco2mix[datetime >= (max(datetime) - 24*60*60*7)]
eco2mix <- melt(
data = eco2mix,
id.vars = 1,
variable.name = "source",
value.name = "production",
na.rm = TRUE,
variable.factor = FALSE
)
eco2mix <- eco2mix[, list(production = round(mean(production))), by = list(datetime, source)]
eco2mix[, source := factor(
x = source,
levels = c("pumping", "wind", "solar", "nuclear", "hydraulic", "gas", "coal", "fuel", "bioenergies"),
ordered = TRUE
)]
eco2mix <- complete(eco2mix, c("datetime", "source"), list(production = 0))
setorder(eco2mix, source, datetime)
eco2mix[]
# Use data ----------------------------------------------------------------
setDF(eco2mix)
usethis::use_data(eco2mix, internal = FALSE, overwrite = TRUE, compress = "xz")
# Test example ------------------------------------------------------------
apex(eco2mix[source == "consumption"], aes(date, production), type = "line")
# data("eco2mix", package = "apexcharter")
apex(eco2mix, aes(datetime, production, fill = source), type = "area") %>%
ax_chart(animations = list(enabled = FALSE), stacked = TRUE) %>%
ax_stroke(width = 1) %>%
ax_fill(opacity = 1, type = "solid") %>%
ax_tooltip(x = list(format = "dd MMM, HH:mm")) %>%
ax_yaxis(labels = list(formatter = format_num("~", suffix = "MW"))) %>%
ax_colors_manual(
list(
"bioenergies" = "#156956",
"fuel" = "#80549f",
"coal" = "#a68832",
"solar" = "#d66b0d",
"gas" = "#f20809",
"wind" = "#72cbb7",
"hydraulic" = "#2672b0",
"nuclear" = "#e4a701",
"pumping" = "#0e4269"
)
) %>%
ax_labs(
title = "Electricity generation by sector in France",
subtitle = "Data from \u00e9CO\u2082mix"
)