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# Author: Robert J. Hijmans
# License GPL3
readFSEwth <- function(f) {
d <- .trim(readLines(f))
i <- substr(d, 1, 1) == '*'
d <- d[!i ]
h <- d[1]
h <- unlist(strsplit(h, ' '))
h <- as.numeric(h[h != ""])
location <- h[1:3]
d <- d[-1]
x <- sapply(d, function(i)strsplit(i, ' '), USE.NAMES = FALSE)
x <- lapply(x, function(y) as.numeric(y[y!=''] ))
x <- do.call(rbind, x)
date <- dateFromDoy(x[,3], x[,2])
df <- data.frame(date, x[,4:9])
colnames(df) <- c("date", "srad", "tmin", "tmax", "vapr", "wind", "prec")
attr(df, 'location') <- location
df
}
writeFSEwth <- function(w, country='AAA', station=1, lon=0, lat=0, elev=0, path=getwd(), ... ) {
if (isTRUE(list(...)$dotsboundlat)) {
if ( lat > 60) { lat <- 59 }
if ( lat < -60 ) { lat <- -59 }
}
w$year <- yearFromDate(w$date)
years <- unique(w$year)
for (yr in years) {
fname <- paste(path, '/', country, station, '.', substr(yr, 2, 4), sep="")
thefile <- file(fname, "w")
cat("*-----------------------------------------------------------", "\n", file = thefile)
cat("* Created by the R package 'weather'\n", file = thefile)
cat("*", "\n", file = thefile)
cat("* Column Daily Value\n", file = thefile)
cat("* 1 Station number\n", file = thefile)
cat("* 2 Year\n", file = thefile)
cat("* 3 Day\n", file = thefile)
cat("* 4 irradiance KJ m-2 d-1\n", file = thefile)
cat("* 5 min temperature oC\n", file = thefile)
cat("* 6 max temperature oC\n", file = thefile)
cat("* 7 vapor pressure kPa\n", file = thefile)
cat("* 8 mean wind speed m s-1\n", file = thefile)
cat("* 9 precipitation mm d-1\n", file = thefile)
cat("*\n", file = thefile)
cat("** WCCDESCRIPTION=gizmo\n", file = thefile)
cat("** WCCFORMAT=2\n", file = thefile)
cat("** WCCYEARNR=", yr, "\n", file = thefile)
cat("*-----------------------------------------------------------", "\n", file = thefile)
cat(lon, lat, elev, ' 0.00 0.00 \n', file = thefile)
yw <- w[w$year==yr, ]
yw[is.na(yw)] <- -9999
for (d in 1:nrow(yw)) {
cat("1 ", sprintf("%6.0f", yr), sprintf("%5.0f", d), sprintf("%10.0f", yw$srad[d]), sprintf("%8.1f", yw$tmin[d]), sprintf("%8.1f", yw$tmax[d]), sprintf("%8.1f", yw$vapr[d]), sprintf("%8.1f", yw$wind[d]), sprintf("%8.1f", yw$prec[d]), "\n", file=thefile)
}
close(thefile)
}
return(invisible(fname))
}
#wth$srad = wth$srad * 1000
#writeFSEwth(wth, 'NLD', 3, 5.67,51.97, 7 )
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