foqat (version 2.0.8.2)

geom_avri_batch: Plot the average variation in batch

Description

Easy way to plot the average variation in batch.

Usage

geom_avri_batch(
  df,
  ssd = 1,
  alpha = 0.5,
  xlab = NULL,
  ylab = NULL,
  lcc = NULL,
  lsize = 1,
  rff = NULL,
  ncol = 2,
  bquote = FALSE
)

Arguments

df

dataframe contains average variation value and their standard deviation.

ssd

scale value for standard deviation. The default vaule is 1.

alpha

the alpha value of ribbon. The default vaule is 0.5.

xlab

text expression of x axis label. The default vaule is NULL. Need to set with ylab at the same time.

ylab

text expression of y axis label. The default vaule is NULL. Need to set with xlab at the same time.

lcc

colors of lines. The default vaule is NULL. Need to set with rff at the same time.

lsize

size of lines. The default vaule is NULL.The default vaule is 1.

rff

fill colors of ribbons. The default vaule is NULL. Need to set with lcc at the same time.

ncol

number of figure columns in final plot layout. The default vaule is 2.

bquote

logical value. Set to TRUE if you want to use bquote in labs (xlab and y lab). The default vaule is FALSE.

Examples

if (FALSE) { 
#example 1
x=avri(aqi, bkip = "1 hour", mode = "recipes", value
 = "day", st = "2017-05-01 00:00:00")
geom_avri_batch(x)
#example 2
x=avri(aqi, bkip = "1 hour", mode = "recipes", value
 = "day", st = "2017-05-01 00:00:00")
lcc=c("#f5222d","#fa8c16","#52c41a","#1890ff","#722ed1")
rff=c("#ff7875","#ffc069","#95de64","#69c0ff","#b37feb")
xlab1=list(bquote(Time~""),bquote(Time~""),bquote(Time~""),
bquote(Time~""),bquote(Time~""))
ylab1=list(bquote(NO~" "~(ppbv)), bquote(NO[2]~" "~(ppbv)), 
bquote(CO~" "~(ppmv)), bquote(SO[2]~" "~(ppbv)), bquote(O[3]~" "~(ppbv)))
geom_avri_batch(x, alpha=0.6, xlab=xlab1, ylab=ylab1,
 lcc=lcc, rff=rff, bquote=TRUE)
#example 3
x=avri(aqi, bkip = "1 hour", mode = "recipes", value
 = "day", st = "2017-05-01 00:00:00")
xlab2=rep("Time",5)
ylab2=c("NO","NO2","CO","SO2","O3")
geom_avri_batch(x, alpha=0.6, xlab=xlab2, ylab=ylab2,
 lcc=lcc, rff=rff, bquote=FALSE)
}