Convert LE to ET [mm hour-1]
- columns other than LE_f are required for agg_fsd() uncertainty evaluation
- LE_fqc is included in the conversion only to keep proper ordering
LE_vars <- c("LE_orig", "LE_f", "LE_fqc", "LE_fall", "LE_fsd")
ET_vars <- gsub("LE", "ET", LE_vars)
all_out[, ET_vars] <-
lapply(LE_vars,
function(x) LE.to.ET(all_out[, x], all_out$Tair_f) * 3600)
openeddy::units(all_out[ET_vars]) <- rep("mm hour-1", length(ET_vars))
In REddyProc >= 1.3, the function was renamed from LE.to.ET to fConvertLatentHeatEvaporation2Water. The old name no longer exists.
Convert LE to ET [mm hour-1]
- columns other than LE_f are required for agg_fsd() uncertainty evaluation
- LE_fqc is included in the conversion only to keep proper ordering
LE_vars <- c("LE_orig", "LE_f", "LE_fqc", "LE_fall", "LE_fsd")
ET_vars <- gsub("LE", "ET", LE_vars)
all_out[, ET_vars] <-
lapply(LE_vars,
function(x) LE.to.ET(all_out[, x], all_out$Tair_f) * 3600)
openeddy::units(all_out[ET_vars]) <- rep("mm hour-1", length(ET_vars))
In REddyProc >= 1.3, the function was renamed from LE.to.ET to fConvertLatentHeatEvaporation2Water. The old name no longer exists.