Я пытаюсь создать несколько графиков в Plotly для 30 различных офисов продаж.Каждый график будет иметь 3 строки: продажи, COGS и инвентарь.Я хотел бы сохранить это на одном графике с 30 кнопками для разных офисов.Это самое близкое решение, которое я мог найти на SO:
## Create random data. cols holds the parameter that should be switched
l <- lapply(1:100, function(i) rnorm(100))
df <- as.data.frame(l)
cols <- paste0(letters, 1:100)
colnames(df) <- cols
df[["c"]] <- 1:100
## Add trace directly here, since plotly adds a blank trace otherwise
p <- plot_ly(df,
type = "scatter",
mode = "lines",
x = ~c,
y= ~df[[cols[[1]]]],
name = cols[[1]])
## Add arbitrary number of traces
## Ignore first col as it has already been added
for (col in cols[-1]) {
p <- p %>% add_lines(x = ~c, y = df[[col]], name = col, visible = FALSE)
}
p <- p %>%
layout(
title = "Dropdown line plot",
xaxis = list(title = "x"),
yaxis = list(title = "y"),
updatemenus = list(
list(
y = 0.7,
## Add all buttons at once
buttons = lapply(cols, function(col) {
list(method="restyle",
args = list("visible", cols == col),
label = col)
})
)
)
)
print(p)
. Это работает, но только на графиках с одиночными линиями / трассами.Как я могу изменить этот код, чтобы сделать то же самое, но с графиками с 2 или более трасс?или есть лучшее решение?Любая помощь будет оценена!
### EXAMPLE 2
#create fake time series data
library(plotly)
set.seed(1)
df <- data.frame(replicate(31,sample(200:500,24,rep=TRUE)))
cols <- paste0(letters, 1:31)
colnames(df) <- cols
#create time series
timeseries <- ts(df[[1]], start = c(2018,1), end = c(2019,12), frequency = 12)
fit <- auto.arima(timeseries, d=1, D=1, stepwise =FALSE, approximation = FALSE)
fore <- forecast(fit, h = 12, level = c(80, 95))
## Add trace directly here, since plotly adds a blank trace otherwise
p <- plot_ly() %>%
add_lines(x = time(timeseries), y = timeseries,
color = I("black"), name = "observed") %>%
add_ribbons(x = time(fore$mean), ymin = fore$lower[, 2], ymax = fore$upper[, 2],
color = I("gray95"), name = "95% confidence") %>%
add_ribbons(x = time(fore$mean), ymin = fore$lower[, 1], ymax = fore$upper[, 1],
color = I("gray80"), name = "80% confidence") %>%
add_lines(x = time(fore$mean), y = fore$mean, color = I("blue"), name = "prediction")
## Add arbitrary number of traces
## Ignore first col as it has already been added
for (col in cols[2:31]) {
timeseries <- ts(df[[col]], start = c(2018,1), end = c(2019,12), frequency = 12)
fit <- auto.arima(timeseries, d=1, D=1, stepwise =FALSE, approximation = FALSE)
fore <- forecast(fit, h = 12, level = c(80, 95))
p <- p %>%
add_lines(x = time(timeseries), y = timeseries,
color = I("black"), name = "observed", visible = FALSE) %>%
add_ribbons(x = time(fore$mean), ymin = fore$lower[, 2], ymax = fore$upper[, 2],
color = I("gray95"), name = "95% confidence", visible = FALSE) %>%
add_ribbons(x = time(fore$mean), ymin = fore$lower[, 1], ymax = fore$upper[, 1],
color = I("gray80"), name = "80% confidence", visible = FALSE) %>%
add_lines(x = time(fore$mean), y = fore$mean, color = I("blue"), name = "prediction", visible = FALSE)
}
p <- p %>%
layout(
title = "Dropdown line plot",
xaxis = list(title = "x"),
yaxis = list(title = "y"),
updatemenus = list(
list(
y = 0.7,
## Add all buttons at once
buttons = lapply(cols, function(col) {
list(method="restyle",
args = list("visible", cols == col),
label = col)
})
)
)
)
p