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做网站的硬件成本,百度竞价开户,手机版免费个人简历,python在线免费网站目录玫瑰图数据格式绘图基础绘图升级（文本调整） 玫瑰图下载数据data/2020/2020-11-24 mirrors_rfordatascience/tidytuesday - 码云 - 开源中国 (gitee.com) R语言绘图—南丁格尔玫瑰图 - 知乎 (zhihu.com) 数据格式 rm(list ls()) libr…

玫瑰图

数据格式

绘图基础

绘图升级（文本调整）

玫瑰图

下载数据data/2020/2020-11-24 · mirrors_rfordatascience/tidytuesday - 码云 - 开源中国 (gitee.com)

R语言绘图—南丁格尔玫瑰图 - 知乎 (zhihu.com)

数据格式

rm(list = ls()) 
library(ggplot2)
library(dplyr)
library(stringr)
hike_data <- readRDS("hike_data.rds")
hike_data$region <- as.factor(word(hike_data$location, 1, sep = " -- "))
hike_data$length_num <- as.numeric(sapply(strsplit(hike_data$length, " "), "[[", 1))plot_df <- hike_data %>%group_by(region) %>%     ##按照region列进行分组summarise(sum_length = sum(length_num), mean_gain = mean(as.numeric(gain)),n = n()) %>% ##每个分组计算总长度(sum_length)、平均增益(mean_gain)和数量(n)mutate(mean_gain = round(mean_gain, digits = 0))#对mean_gain列进行舍入操作，保留0位小数

plot_df
# A tibble: 11 × 4region                  sum_length mean_gain     n<fct>                        <dbl>     <dbl> <int>1 Central Cascades             2131.      2260   2262 Central Washington            453.       814    803 Eastern Washington           1334.      1591   1434 Issaquah Alps                 383.       973    775 Mount Rainier Area           1602.      1874   1966 North Cascades               3347.      2500   3017 Olympic Peninsula            1700.      1572   2098 Puget Sound and Islands       810.       452   1919 Snoqualmie Region            1915.      2206   219
10 South Cascades               1630.      1649   193
11 Southwest Washington          825.      1185   123

绘图基础

p1 <- ggplot(data = plot_df,aes(x = reorder(str_wrap(region, 5), sum_length),##x变量region，str_wrap()将region换行,按照sum_length排序y=sum_length,fill = region))+                ##fill = region 根据这个进行颜色填充geom_bar(width = 0.8,stat = "identity")+     #条形图coord_polar(theta="x",start=0)+              #坐标系 theta将角度映射到的变量（x或y）ylim(-500,3500)+                              ##根据最大值设置合适的圆环直径scale_fill_viridis(option="A",discrete=T)+theme_minimal()+xlab(" ")+ylab(" ")+ ##主题labs(title = "玫瑰图", subtitle = paste( "Florence NightingaleA","Florence NightingaleB", sep = "\n"),   caption = "2024")+theme(legend.position="none")##不展示图例
p1
dev.off()

绘图升级（文本调整）

计算角度

rm(list = ls()) 
library(ggplot2)
library(dplyr)
library(stringr)
library(viridis)
hike_data <- readRDS("hike_data.rds")
hike_data$region <- as.factor(word(hike_data$location, 1, sep = " -- "))
hike_data$length_num <- as.numeric(sapply(strsplit(hike_data$length, " "), "[[", 1))plot_df <- hike_data %>%group_by(region) %>%     ##按照region列进行分组summarise(sum_length = sum(length_num), mean_gain = mean(as.numeric(gain)),n = n()) %>% ##每个分组计算总长度(sum_length)、平均增益(mean_gain)和数量(n)mutate(mean_gain = round(mean_gain, digits = 0))#对mean_gain列进行舍入操作，保留0位小数##需要对文本角度进行计算## 需要先进行排序计算
plot_df1 <- as.data.frame(plot_df)
##值从大到小降序排列
plot_df2 <- plot_df1[order(plot_df1$sum_length,decreasing=T),c(1:2)]
label_data<-plot_df2
library(data.table)
setDT(label_data)#构造文本
label_data[,new_label:=paste0(region,sum_length,"例")]                ##添加文本内容
label_data[,id:=1:nrow(label_data)]                                   ##添加排序号（已经降序排列）
number_of_bar <- nrow(label_data)                                     ##行数量用于计算角度
label_data[,angle:=90 - 360 * (label_data$id-0.5) /number_of_bar]     #角度计算
label_data[,":="(hjust=ifelse(angle<90,1,0),angle1=ifelse(angle<90,angle+180,angle))]

head(label_data)[1:3]region sum_length                  new_label id     angle hjust   angle1
1:    North Cascades    3346.53    North Cascades3346.53例  1 73.636364     1 253.6364
2:  Central Cascades    2130.85  Central Cascades2130.85例  2 40.909091     1 220.9091
3: Snoqualmie Region    1915.32 Snoqualmie Region1915.32例  3  8.181818     1 188.1818


p1 <- ggplot(data = plot_df,aes(##一定注意reorder(str_wrap(region, 5), sum_length,decreasing=T)顺序与计算角度顺序需要一致x = reorder(str_wrap(region, 5), sum_length,decreasing=T),##x变量region，str_wrap()将region换行,按照sum_length排序y=sum_length,fill = region))+                ##fill = region 根据这个进行颜色填充geom_bar(width = 0.8,stat = "identity")+     #条形图coord_polar(theta="x",start=0)+              #坐标系 theta将角度映射到的变量（x或y）ylim(-500,3500)+                              ##根据最大值设置合适的圆环直径scale_fill_viridis(option="A",discrete=T)+theme_minimal()+xlab(" ")+ylab(" ")+ ##主题labs(title = "玫瑰图", subtitle = paste( "Florence NightingaleA","Florence NightingaleB", sep = "\n"), caption = "2024")+theme(legend.position = "none",              #不展示图例text = element_text(color = "gray12", family = "Bell MT"),  #参数https://www.jianshu.com/p/8e33dc11ed8caxis.text = element_blank(),    axis.title = element_blank(),  panel.grid = element_blank())+ geom_text(data=label_data, aes(x=id, y= sum_length, label=new_label, hjust=hjust),  color="black", fontface="bold",  alpha=0.6, size=3.5, angle=label_data$angle1,inherit.aes=FALSE)
p1
dev.off()