如果我不使用管道工函数来运行代码,那么popupgraph确实工作得很好。但是如果我使用plumber函数运行,我收到web的错误404。你知道怎么解决这个问题吗?要使用管道工api的popupgraph作品?
library(dplyr)
library(ggplot2)
library(plotly)
library(leaflet)
library(htmltools)
library(leafpop)
library(leafem)
library(plumber)
library(htmlwidgets)
#* Return interactive plot
#* @serializer htmlwidget
#* @get /map
function(){
dataset <- data.frame(station = c('CARATORIA', 'CENTRO', 'FONTE GRANDE', 'ILHA DO PRINCIPE',
'MOSCOSO', 'PIEDADE', 'SANTA CLARA', 'VILA RUBIM'),
lon = c(-40.35804, -40.34229, -40.33978, -40.35260, -40.34895,
-40.34157, -40.34717, -40.34976),
lat = c(-20.31472, -20.32030, -20.31325, -20.32188, -20.31468,
-20.31404, -20.31850, -20.31958),
value_no2 = c(23.93333, 123.06250, 40.00000, 10.93750, 46.38462,
36.66667, 27.69231, 56.00000),
value_pm10 = c(10.238095, NaN, 13.842105, 9.318182, 17.842105,
NaN, 9.000000, 15.333333))
my_list <- list()
loop<-for (i in unique(dataset$station)) {
name <- dataset %>% filter(station == i)
plot <- ggplot(name, aes(x = value_no2, y = station)) +
geom_col()+labs(title = i)
my_list[[i]] <- plot
}
my_list2 <- list()
loop<-for (i in unique(dataset$station)) {
name <- dataset %>% filter(station == i)
plot <- ggplot(name, aes(x = value_pm10, y = station)) +
geom_col()+labs(title = i)
my_list2[[i]] <- plot
}
list_comb <- list()
list_comb[[1]] <- my_list
list_comb[[2]] <- my_list2
test <- list()
grafico_correto <- for (i in 1:max(length(my_list),length(my_list2))){
test[[i]] <- subplot(do.call( rbind, list_comb)[,i], nrows = 2)
}
leaflet() %>%
addTiles() %>%
addCircleMarkers(data = dataset, ~lon,~lat, popup = popupGraph(test, type = "html"))
}不使用管道工功能:
Without Plumber function: Popup does work
使用管道工功能:
发布于 2020-11-25 22:45:28
管道工不知道如何布线/popup_graphs/<tmp_file>。此特定绘图使用iframe引用其他对象。我添加了一个端点来告诉plumber如何路由这些请求。
编辑:我查看了popupGraph的源代码,您可以将静态资源路径挂载到预计算弹出窗口,这样它就会尽可能快。
library(dplyr)
library(ggplot2)
library(plotly)
library(leaflet)
library(htmltools)
library(leafpop)
library(leafem)
library(plumber)
library(htmlwidgets)
dataset <- data.frame(station = c('CARATORIA', 'CENTRO', 'FONTE GRANDE', 'ILHA DO PRINCIPE',
'MOSCOSO', 'PIEDADE', 'SANTA CLARA', 'VILA RUBIM'),
lon = c(-40.35804, -40.34229, -40.33978, -40.35260, -40.34895,
-40.34157, -40.34717, -40.34976),
lat = c(-20.31472, -20.32030, -20.31325, -20.32188, -20.31468,
-20.31404, -20.31850, -20.31958),
value_no2 = c(23.93333, 123.06250, 40.00000, 10.93750, 46.38462,
36.66667, 27.69231, 56.00000),
value_pm10 = c(10.238095, NaN, 13.842105, 9.318182, 17.842105,
NaN, 9.000000, 15.333333))
my_list <- list()
loop<-for (i in unique(dataset$station)) {
name <- dataset %>% filter(station == i)
plot <- ggplot(name, aes(x = value_no2, y = station)) +
geom_col()+labs(title = i)
my_list[[i]] <- plot
}
my_list2 <- list()
loop<-for (i in unique(dataset$station)) {
name <- dataset %>% filter(station == i)
plot <- ggplot(name, aes(x = value_pm10, y = station)) +
geom_col()+labs(title = i)
my_list2[[i]] <- plot
}
list_comb <- list()
list_comb[[1]] <- my_list
list_comb[[2]] <- my_list2
test <- list()
grafico_correto <- for (i in 1:max(length(my_list),length(my_list2))){
test[[i]] <- subplot(do.call( rbind, list_comb)[,i], nrows = 2)
}
p <- leaflet() %>%
addTiles() %>%
addCircleMarkers(data = dataset, ~lon,~lat, popup = popupGraph(test, type = "html"))
#* Return interactive plot
#* @serializer htmlwidget
#* @get /map
function(){
p
}
#* @plumber
function(pr) {
pr_static(pr, "/popup_graphs", file.path(tempdir(), "popup_graphs"))
}https://stackoverflow.com/questions/65005940
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