R version 4.4.0 (2024-04-24) -- "Puppy Cup"
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Platform: x86_64-pc-linux-gnu

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> library(data.table)
> library(lubridate)

Attaching package: ‘lubridate’

The following objects are masked from ‘package:data.table’:

    hour, isoweek, mday, minute, month, quarter, second, wday, week,
    yday, year

The following objects are masked from ‘package:base’:

    date, intersect, setdiff, union

> Sys.setenv(TZ = "UTC") 
> 
> PYEAR <- "2024"
> PMON <- "11"
> 
> 
> ###################################################################
> # SELECT TIME PERIOD
> # seconds for  2 days
> daystep <- 60*60*24
> step <- daystep*7
> args <- commandArgs(trailingOnly = TRUE)
> message("ARGUMENTS = ",length(args))
ARGUMENTS = 0
> if (length(args)==0) {
+   t2 <- as.POSIXlt(Sys.time(),tz="UTC")
+   t2 <- t2 + 60*60
+   t2 <- round_date(as.POSIXct(t2),"5 minutes")
+   #t2 <- Sys.time()
+   t1 <- t2 - step
+   #"args:" length(args)
+ } else {
+   t1 <- as.POSIXlt(args[1])
+   t2 <- as.POSIXlt(args[2])
+ }
> 
> MON <- PMON
> MON1 <- as.integer(MON) + 1
> 
> # SET TIME PERIOD HERE:
> t1 <- as.POSIXct(paste0(PYEAR,"-",MON,"-01 00:00:00 CET"))
> t2 <- as.POSIXct(paste0(PYEAR,"-",MON1,"-01 00:00:00 CET"))
> 
> t1 <- as.POSIXlt(format(t1,"%Y-%m-%d %H:%M:00"))
> t2 <- as.POSIXlt(format(t2,"%Y-%m-%d %H:%M:00"))
> #t2 <- t2 + 60*60
> message("PERIOD = ",t1," ",t2)
PERIOD = 2024-11-01 2024-12-01
> runningdate <- seq.Date( from=as.Date(t1), to=as.Date(t2), by="day")
> aggregation <- "5 min"
> 
> 
> header <- c("timetext","TE","FE","TD","DR","WR","WV","WG","WS","WD","RE","RD","SO","UB","DB","TP","WC","FS","RH","HU")
> uni03 <- data.frame(
+   timetext=character(),TE=double(),FE=double(),TD=double(),DR=double(),WR=double(),WV=double(),WG=double(),WS=double(),
+   WD=double(),RE=double(),RD=double(),SO=double(),UB=double(),DB=double(),TP=double(),WC=double(),FS=double(),RH=double(),HU=double(),
+   stringsAsFactors=FALSE)
> 
> 
> for (i in seq_along(runningdate)) {
+ 
+    date <- runningdate[i]
+    message(paste0("reading ",date))
+    datedot <- paste0(substring(date,1,4),".",substring(date,6,7),".",substring(date,9,10))
+    file <- paste0("/zugspitze/lappwald/saqn/meteo/uni03/",substring(date,1,7),"/mws10_",datedot,"_dat.txt")
+    message(paste0("reading ",file))
+ 
+    x <- try(fread(file,header=FALSE,stringsAsFactors=FALSE,sep=" ",dec=".",skip=0,col.names=header,fill=T))
+    if(inherits(x, "try-error")){
+     message("file read error!")
+   }else{
+ 
+   uni03 <- rbind(uni03,x)   
+ 
+   }
+ }
reading 2024-11-01
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.01_dat.txt
reading 2024-11-02
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.02_dat.txt
reading 2024-11-03
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.03_dat.txt
reading 2024-11-04
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.04_dat.txt
reading 2024-11-05
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.05_dat.txt
reading 2024-11-06
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.06_dat.txt
reading 2024-11-07
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.07_dat.txt
reading 2024-11-08
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.08_dat.txt
reading 2024-11-09
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.09_dat.txt
reading 2024-11-10
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.10_dat.txt
reading 2024-11-11
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.11_dat.txt
reading 2024-11-12
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.12_dat.txt
reading 2024-11-13
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.13_dat.txt
reading 2024-11-14
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.14_dat.txt
reading 2024-11-15
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.15_dat.txt
reading 2024-11-16
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.16_dat.txt
reading 2024-11-17
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.17_dat.txt
reading 2024-11-18
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.18_dat.txt
reading 2024-11-19
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.19_dat.txt
reading 2024-11-20
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.20_dat.txt
reading 2024-11-21
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.21_dat.txt
reading 2024-11-22
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.22_dat.txt
reading 2024-11-23
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.23_dat.txt
reading 2024-11-24
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.24_dat.txt
reading 2024-11-25
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.25_dat.txt
reading 2024-11-26
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.26_dat.txt
Error in fread(file, header = FALSE, stringsAsFactors = FALSE, sep = " ",  : 
  File '/zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.26_dat.txt' does not exist or is non-readable. getwd()=='/zugspitze/lappwald/saqn/recent'
file read error!
reading 2024-11-27
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.27_dat.txt
reading 2024-11-28
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.28_dat.txt
reading 2024-11-29
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.29_dat.txt
Error in fread(file, header = FALSE, stringsAsFactors = FALSE, sep = " ",  : 
  File '/zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.29_dat.txt' does not exist or is non-readable. getwd()=='/zugspitze/lappwald/saqn/recent'
file read error!
reading 2024-11-30
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.30_dat.txt
Error in fread(file, header = FALSE, stringsAsFactors = FALSE, sep = " ",  : 
  File '/zugspitze/lappwald/saqn/meteo/uni03/2024-11/mws10_2024.11.30_dat.txt' does not exist or is non-readable. getwd()=='/zugspitze/lappwald/saqn/recent'
file read error!
reading 2024-12-01
reading /zugspitze/lappwald/saqn/meteo/uni03/2024-12/mws10_2024.12.01_dat.txt
Error in fread(file, header = FALSE, stringsAsFactors = FALSE, sep = " ",  : 
  File '/zugspitze/lappwald/saqn/meteo/uni03/2024-12/mws10_2024.12.01_dat.txt' does not exist or is non-readable. getwd()=='/zugspitze/lappwald/saqn/recent'
file read error!
> 
> uni03 <- as.data.frame(uni03)
> time <- as.POSIXlt(uni03$timetext,format="%Y:%m:%d:%H:%M:%S",tz="UTC")
> uni03$time <- time
> uni03[uni03 == -99999.90] <- NA
> 
> 
> ##############################################################################
> png(paste0("uni03_temp_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> vmax <- max(uni03$TE)
> vmin <- min(uni03$TE)
> vmin <- floor(vmin)
> vmax <- ceiling(vmax)
> plot(uni03$time,uni03$TE,xlab=paste("time UTC"),ylab="temperature (°C)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Temperature roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=1),lwd=0.2,col="gray")
> lines(uni03$time,uni03$TE,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_rhum_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> #vmax <- max(uni03$FE)
> #vmax <- ceiling(vmax)
> vmax <- 100
> #vmin <- min(uni03$FE)
> #vmin <- floor(vmin)
> vmin <- 0
> plot(uni03$time,uni03$FE,xlab=paste("time UTC"),ylab="relative humidity (%)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Relative Humidty roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=10),lwd=0.2,col="gray")
> lines(uni03$time,uni03$FE,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_wspd_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> vmax <- max(uni03$WG)
> vmin <- min(uni03$WG)
> vmin <- 0 #floor(vmin)
> vmax <- ceiling(vmax)
> plot(uni03$time,uni03$WG,xlab=paste("time UTC"),ylab="wind speed (m/s)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Wind Speed 2m roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=1),lwd=0.2,col="gray")
> lines(uni03$time,uni03$WG,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_wdir_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> #vmax <- max(uni03$WR)
> #vmin <- min(uni03$WR)
> vmin <- 0 #floor(vmin)
> vmax <- 360 #ceiling(vmax)
> plot(uni03$time,uni03$WR,xlab=paste("time UTC"),ylab="wind direction (°)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Wind Direction 2m roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=90),lwd=1.0,col="darkgray")
> lines(uni03$time,uni03$WR,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_prec_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> vmax <- max(uni03$RE)
> vmax <- ceiling(vmax)
> #vmin <- min(uni03$RE)
> vmin <- 0 #floor(vmin)
> if(vmax < 3){vmax <- 3}
> plot(uni03$time,uni03$RE,xlab=paste("time UTC"),ylab="precipitation (mm)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Precipitation 2m roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=1),lwd=0.5,col="darkgray")
> lines(uni03$time,uni03$RE,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_glob_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> vmax <- max(uni03$SO)
> #vmin <- min(uni03$SO)
> vmin <- 0 #floor(vmin)
> vmax <- ceiling(vmax)
> if(vmax < 10){vmax <- 3}
> plot(uni03$time,uni03$SO,xlab=paste("time UTC"),ylab="global radiation (W/m²)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Global Radiation 2m roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=100),lwd=0.5,col="darkgray")
> lines(uni03$time,uni03$SO,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> ##############################################################################
> png(paste0("uni03_pres_",PYEAR,"-",MON,".png"),width=1900, height=400, units="px", res=300, pointsize=3)
> tmin <- min(uni03$time)
> tmax <- max(uni03$time)
> #message("tmin =",tmin)
> #message("tmax =",tmax)
> tstart <- min(seq(tmin, tmax, by = "hour"))
> tstop <- max(seq(tmin, tmax, by = "hour"))
> vmax <- max(uni03$DR)
> vmin <- min(uni03$DR)
> vmax <- ceiling(vmax)
> if(vmax < 10){vmax <- 3}
> plot(uni03$time,uni03$DR,xlab=paste("time UTC"),ylab="pressure (hPa)",
+ xlim=c(as.POSIXct(tstart),as.POSIXct(tstop)),ylim=c(vmin,vmax),type="n",xaxs="i",yaxs="i",xaxt="n",
+ main=paste("Pressure 2m roof station (",tmin," - ",tmax," UTC)" ))
> ihours <- round( seq( as.POSIXct(tstart), as.POSIXct(tstop),by=3600) , units="hours")
> axis.POSIXct(1, x=uni03$time, at = ihours, format = "%a %m-%d %H:%M")
> abline(v= as.POSIXct(ihours) ,lwd=0.2,col="gray")
> abline(h=seq(vmin,vmax,by=1),lwd=0.5,col="darkgray")
> lines(uni03$time,uni03$DR,col="black",t="l",lwd=1.0)
> dev.off()
null device 
          1 
> 
> proc.time()
   user  system elapsed 
  2.428   2.002   2.319