@@ -76,6 +76,7 @@ INIshell include file for MeteoIO filters
<referencename="PROC_PSUM_DISTRIBUTE"/>
<referencename="PROC_SHADE"/>
<referencename="PROC_RHWATERTOICE"/>
<referencename="PROC_TRANSFORMWINDVECTOR"/>
</parameter>
<referencename="METEOPARAMETERS"/>
</parameter>
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@@ -836,11 +837,22 @@ INIshell include file for MeteoIO filters
<!-- PROC RHWATERTOICE -->
<parametergroupname="PROC_RHWATERTOICE">
<optioncaption="Relative humidity over water correction"value="RHWATERTOICE"color="#459a4a">
<optioncaption="Relative humidity over water correction"value="RHWATERTOICE"type="string"color="#459a4a">
<referencename="ID_RESTRICT"/>
<help><a href="https://models.slf.ch/docserver/meteoio/doc/html/classmio_1_1ProcRHWaterToIce.html">Relative humidity over water or ice</a>. This corrects relative humidity over water for the full temperature range to relative humidity over ice when the air temperature is below the triple point and over water otherwise. For example useful for weather stations that report relative humidity with respect to water for the full temperature range.</help>
<help>Target EPSG code for transformation (default: COORDPARAM from the [Input] section)</help>
</parameter>
<referencename="ID_RESTRICT"/>
<help><a href="https://models.slf.ch/docserver/meteoio/doc/html/classmio_1_1ProcTransformWindVector.html">Project wind direction, and/or wind speed components, from WGS84 to a PROJ4 supported coordinate system</a>, defined by an EPSG code (requires PROJ4). It assumes the wind direction and/or the U and V wind speed components are defined in WGS84 (i.e, north/south is parallel to longitude, and east/west is parallel to latitude). After transformation to a PROJ4 supported coordinate system defined by an EPSG code, the wind direction is defined such that north/south is parallel to northing, and east/west is parallel to easting.</help>
<help>Provide a column header (if none is present or to overwrite it) such as <code>DATE TIME TA</code></help>
<help>Provide a column header (if none is present or to overwrite it) such as <code>DATE TIME ID TA</code>, see below for special field names related to Date/Time handling.</help>
<help>A space-delimited list of field to skip (first field is numbered 1). Keep in mind that when using parameters such as <code>UNITS_OFFSET</code>, the skipped field MUST be taken into consideration (since even if a field is skipped, it is still present in the file!)</help>
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@@ -274,7 +277,10 @@ Please include meteoio_parametergroups before use!
<help>Date/Time information is either provided as strings that will be parsed (as one combined timestamp or as a date and a time field, see below) or as separate components: then the fields must be named (either from the headers or through the CSV_FIELDS key) as YEAR, JDAY (number of days since the begining of the year), MONTH, DAY, NTIME (numerical representation of time, for example 952 for 09:52), HOURS, MINUTES, SECONDS (if minutes or seconds are missing, they will be assumed to be zero).</help>
<help>A space-delimited list of field to skip (first field is numbered 1). Keep in mind that when using parameters such as <code>UNITS_OFFSET</code>, the skipped field MUST be taken into consideration (since even if a field is skipped, it is still present in the file!)</help>
<help>Water transport model to use in soil: simple bucket model or Richards equation solver. Note that Richards equation solver uses the grain size of the layer to determine the soil type, as listed at: http://models.slf.ch/p/snowpack/page/Soil-with-Richards-equation/.</help>
<help>For models intercomparisons, it is possible to replace the energy balance model by a degree-day model during the melt phases. This degree-day model provides the energy fluxes at the surface as: <center>temp_index_degree_day*(T<sub>air</sub> - T<sub>surface</sub>) + temp_index_swr_factor*SW<sub>net</sub></center></help>
