afp: Calculate aerosol formation potential

anylm: Analysis of linear regression for time series in batch

aqi: Demo data of air quality

avri: Calculate average of variation

dm8n: Calculate daily maximum-8-hour ozone

dm8n_batch: Calculate daily maximum-8-hour ozone in batch

dm8n_np: Calculate daily maximum-8-hour ozone without printing plot

fm: format the theme of plot

geom_avri: Plot the average variation

geom_avri_batch: Plot the average variation in batch

geom_psd: Plot the time series of particle size distribution.

geom_ts: Plot time series

geom_ts_batch: Plot time series in batch

geom_tsw: Plot time series

koh: get kOH

loh: Calculate OH reactivity

met: Demo data of meteorology

nsvp: Calculate Surface Area, Volume, Mass of particle by particle...

ofp: Calculate ozone formation potential

prop: Convert time series into proportion time series

setup_tuv: Demo data of setup for tuv

statdf: Summary of dataframe

svri: Compute the variation of summary statistics

transp: Convert the format of particle size data

trs: Resample time series by summary statistics

tuv: Calculate TUV in batch

tuv_batch: Calculate TUV in Batch Online

tuv_core: Calculate TUV Online

voc: Demo data of volatile organic compounds (VOCs)

vocct: Convertion and analysis of VOC concentrations

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Plot the time series of particle size distribution.

Description

Plot the time series of particle size distribution.

Usage

geom_psd(
  labxyl = NULL,
  logy = TRUE,
  ybk = NULL,
  nlmt = NULL,
  csbk = pretty_breaks(4),
  trans = "identity",
  colsz = 1,
  fsz = 13,
  lsz = 0.4,
  tkl = 0.2
Arguments
dataframe of particle size data: the first column of input is datetime; the other columns are number concentration (N, unit: #/cm3) or log number concentration (dN/dlogdp, unit: #/cm3) for each particle size channel. Column names of the other columns are the middle particle size for each particle size channel.
labxyl
vector, Set the title of x axis, y axis, legend. The default vaule is NULL. Bquote grammer is accepted.
logical. Plot the data with log y axis. The default vaule is TRUE.
numeric vector, breaks of y axis.
numeric value, range of particle number for colorscales of plot.
numeric vector, breaks of color bar.
trans
character string, "identity" or "log10". transformation of color bar breaks.
colsz
numeric value, size of columns in plot.
font size in plot.
line size of panel border and axis in plot.
tick length in plot.
Value
a plot for the time series of particle size distribution. 

Examples
## Not run:  
dn_table = read.delim(system.file("extdata", "smps.txt", package = "foqat"),
check.names = FALSE)
dn1_table=dn_table[,c(1,5:148)]
dn1_table[,1]=as.POSIXct(dn1_table[,1], format="%m/%d/%Y %H:%M:%S", tz="GMT")
geom_psd(dn1_table,fsz=10)
## End(Not run)