Commit 14a36f0b authored by David's avatar David
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docs(vignettes): remove trailing spaces

Showing with 12 additions and 12 deletions
+12 -12
...@@ -23,7 +23,7 @@ knitr::opts_chunk$set( ...@@ -23,7 +23,7 @@ knitr::opts_chunk$set(
library(airGRiwrm) library(airGRiwrm)
``` ```
An *Ungauged* station is a virtual hydrometric station where no observed flows are An *Ungauged* station is a virtual hydrometric station where no observed flows are
available for calibration. available for calibration.
## Why modeling *Ungauged* station in a semi-distributed model? ## Why modeling *Ungauged* station in a semi-distributed model?
...@@ -72,21 +72,21 @@ class id95,54002 UpGau ...@@ -72,21 +72,21 @@ class id95,54002 UpGau
") ")
``` ```
Hydrological parameters at the ungauged nodes will be the same as the one at the Hydrological parameters at the ungauged nodes will be the same as the one at the
gauged node `54032` except for the unit hydrograph parameter which depend on the gauged node `54032` except for the unit hydrograph parameter which depend on the
area of the sub-basin. @lobligeoisMieuxConnaitreDistribution2014 provides the area of the sub-basin. @lobligeoisMieuxConnaitreDistribution2014 provides the
following conversion formula for this parameter: following conversion formula for this parameter:
$$ $$
x_{4i} = \left( \dfrac{S_i}{S_{BV}} \right) ^ {0.3} X_4 x_{4i} = \left( \dfrac{S_i}{S_{BV}} \right) ^ {0.3} X_4
$$ $$
With $X_4$ the unit hydrograph parameter for the entire basin at `54032` which With $X_4$ the unit hydrograph parameter for the entire basin at `54032` which
as an area of $S_{BV}$; $S_i$ the area and $x_{4i}$ the parameter for the as an area of $S_{BV}$; $S_i$ the area and $x_{4i}$ the parameter for the
sub-basin $i$. sub-basin $i$.
## Using *Ungauged* stations in the airGRiwrm model ## Using *Ungauged* stations in the airGRiwrm model
*Ungauged* stations are specified by using the model `"Ungauged"` in the `model` *Ungauged* stations are specified by using the model `"Ungauged"` in the `model`
column provided in the `CreateGRiwrm` function: column provided in the `CreateGRiwrm` function:
```{r griwrm} ```{r griwrm}
...@@ -102,13 +102,13 @@ griwrmV05 ...@@ -102,13 +102,13 @@ griwrmV05
``` ```
It should be noted that the `GRiwrm` object includes a column which automatically It should be noted that the `GRiwrm` object includes a column which automatically
define the first gauged station at downstream for each *Ungauged* node. define the first gauged station at downstream for each *Ungauged* node.
It is also possible to manually define the donor node of an *Ungauged* node, It is also possible to manually define the donor node of an *Ungauged* node,
which may be upstream or in a parallel sub-basin. Type `?CreateGRiwrm` for more which may be upstream or in a parallel sub-basin. Type `?CreateGRiwrm` for more
details. details.
On the following network scheme, the *Ungauged* nodes are clearer than gauged ones On the following network scheme, the *Ungauged* nodes are clearer than gauged ones
with the same color (blue for upstream nodes and green for intermediate and with the same color (blue for upstream nodes and green for intermediate and
downstream nodes) downstream nodes)
```{r plot_network} ```{r plot_network}
......
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