## Temporary function to debug soil model
tf <- function(x,layers){
ltmp <- 3
ans <- numeric(5e4)
count <- 1
tmp2 <- 0
tmp <- capture.output(x)
tmp1 <- lapply(tmp,function(x) strsplit(x," "))
## Start loop
for(i in 1:5e4){
ltmp <- length(unlist(tryCatch(tmp1[[i]], error=function(err) return(0))))
if(ltmp < 2){
break
}else{
tmp2 <- tmp2 + as.double(unlist(tmp1[[i]])[2])
if(i %% layers == 0){
ans[count] <- tmp2
tmp2 <- 0
count <- count + 1
}
}
}
ans[1:count]
}
## Test
data(weather04)
##res <- tf(res <- BioGro(weather04, soilControl = soilParms(soilLayers=5,hydrDist=1)),5)
res0 <- BioGro(weather04, soilControl = soilParms(soilLayers=1,hydrDist=0,soilDepth=1))
plot(res0, plot.kind="SW")
res1 <- BioGro(weather04, soilControl = soilParms(soilLayers=5,hydrDist=0,soilDepth=1))
plot(res1, plot.kind="SW")
res2 <- BioGro(weather04, soilControl = soilParms(soilLayers=5,hydrDist=1,soilDepth=1))
plot(res2, plot.kind="SW")
xyplot(res0$SoilWatCont + res1$SoilWatCont + res2$SoilWatCont ~ res1$ThermalT,
type = "l",
auto.key=TRUE)
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