inst/doc/Atmospheric_Radiation.R

In foqat: Field Observation Quick Analysis Toolkit

## ----include = FALSE----------------------------------------------------------
knitr::opts_chunk$set(
  collapse = TRUE,
  comment = "#>"
)

## ----setup--------------------------------------------------------------------
library(foqat)

## ----eval = FALSE-------------------------------------------------------------
#  #Examples.
#  #output molecular photolysis frequency (109 light reactions)
#  #Time range: March 1, 2021
#  #Resolution: hour
#  #Ground elevation 1 km
#  #Measured altitude 1.05 km
#  #Longitude 109.747144 °
#  #latitude 38.298267 °
#  #Ozone column concentration 306 DU
#  
#  df=data.frame(
#    time=seq(as.POSIXct("2021-03-01 00:00:00",tz="GMT"), as.POSIXct("2021-03-01 3:00:00",tz="GMT"), by="hour"),
#    gAltitude=rep(1, 4),
#    mAltitude=rep(1.05, 4),
#    longitude=rep(109.747144, 4),
#    latitude=rep(38.298267, 4),
#    ozone=rep(306, 4)
#  )
#  tuv_df=tuv_batch(df, inputMode=0, outputMode=2, nStreams=-2)
#  #> [1] "Running TUV on the inputs:"
#  #Show columns 1 to 3
#  head(tuv_df[,1:3])
#  #>   time PHOTOLYSIS RATES    1 O2 -> O + O
#  #> 1    0            1/sec                                      0.000E+00
#  #> 2    1            1/sec                                      0.000E+00
#  #> 3    2            1/sec                                      0.000E+00
#  #> 4    3            1/sec                                      0.000E+00