Removed trailing spaces at line ends in html pages (#1274)

src/raster/r.boxplot/r.boxplot.html

@@ -7,32 +7,32 @@ <h2>DESCRIPTION</h2>
 values of the input raster that fall within that zone.
 
 <p>
-If there is a zonal map, the user can add a line and band to represent 
-the median and interquartile range (IQR) of the input layer. Note that 
-all values of the input raster (within the region's extent) are used to 
-compute the median and IQR. If the zones of the zonal map cover only 
-part of the region, the user can mask out the non-covered parts of the 
-input map first by means of <em>r.mask</em>. That will result in an IQR 
-and median representing the values that fall within the zones of the 
-zonal map only. Otherwise, the computational region can be changed to 
-fit the extent of the zonal map with <em>g.region</em>
+If there is a zonal map, the user can add a line and band to represent
+the median and interquartile range (IQR) of the input layer. Note that
+all values of the input raster (within the region's extent) are used to
+compute the median and IQR. If the zones of the zonal map cover only
+part of the region, the user can mask out the non-covered parts of the
+input map first by means of <em>r.mask</em>. That will result in an IQR
+and median representing the values that fall within the zones of the
+zonal map only. Otherwise, the computational region can be changed to
+fit the extent of the zonal map with <em>g.region</em>.
 
 <p>
 By default, the resulting plot is displayed on screen. However, the
-user can also save the plot to file using the <b>output</b> option.
-The format is determined by the extension given by the user. So, if
-output = outputfile.png, the plot will be saved as a PNG file.
+user can also save the plot to file using the <b>output</b> option. The
+format is determined by the extension given by the user. So, if output
+= outputfile.png, the plot will be saved as a PNG file.
 
 <p>
-The whiskers extend to the most extreme data point, which is no more 
-than <b>range</b> &#10005; the IQR from the box. By default, a 
-<b>range</b> of <tt>1.5</tt> is used, but the user can change this. 
+The whiskers extend to the most extreme data point, which is no more
+than <b>range</b> &#10005; the IQR from the box. By default, a
+<b>range</b> of <tt>1.5</tt> is used, but the user can change this.
 Note that range values need to be larger than <tt>0</tt>.
 
 <p>
-By default, outliers are not included in the plot. Set the <b>-o</b> 
-flag to include them in the plot. To also create a point vector map 
-with the locations of the outliers, the user needs to provide the name 
+By default, outliers are not included in the plot. Set the <b>-o</b>
+flag to include them in the plot. To also create a point vector map
+with the locations of the outliers, the user needs to provide the name
 of the output map using <b>map_outliers</b>.
 
 <p>
@@ -47,31 +47,32 @@ <h2>DESCRIPTION</h2>
 
 <h2>NOTE</h2>
 
-The <em>r.boxplot</em> module operates on the raster array defined by 
-the current region settings, not the original extent and resolution of 
-the input map. See <a 
-href="https://grass.osgeo.org/grass-stable/manuals/r.univar.html">g.region</a> 
+The <em>r.boxplot</em> module operates on the raster array defined by
+the current region settings, not the original extent and resolution of
+the input map. See <a
+href="https://grass.osgeo.org/grass-stable/manuals/r.univar.html">g.region</a>
 to understand the impact of the region settings on the calculations.
 
-To include outliers, the function converts the raster cell with outlier 
-values to a point vector layer. This may take some time if there are a 
-lot of outliers. So, if users are working with very large raster 
-layers, they should be cautious to not set the <b>range</b> value too 
+To include outliers, the function converts the raster cell with outlier
+values to a point vector layer. This may take some time if there are a
+lot of outliers. So, if users are working with very large raster
+layers, they should be cautious to not set the <b>range</b> value too
 low as that may result in a huge number of outliers.
 
 <p>
-The zonal map needs to be an integer map. If it is not, the function will exit
-with the error message, 'The zonal raster must be of type CELL (integer)'.
+The zonal map needs to be an integer map. If it is not, the function
+will exit with the error message, 'The zonal raster must be of type
+CELL (integer)'.
 
 <p>
-If the <b>-c</b> flag is used, the <b>bxp_color</b> and 
-<b>median_color</b> are ignored, even if set by the user. The option to 
-color boxploxs using the colors of the zonal raster categories 
-(<b>c</b> flag) only works if the zonal map contains a color table. If 
-it does not, the function exits with the error message that 'The zonal 
-map does not have a color table'. If the user thinks there is a color 
-table, run <em>r.colors.out</em> and check if the categories are 
-integers. If not, that is the problem. If they are all integers, you 
+If the <b>-c</b> flag is used, the <b>bxp_color</b> and
+<b>median_color</b> are ignored, even if set by the user. The option to
+color boxploxs using the colors of the zonal raster categories
+(<b>c</b> flag) only works if the zonal map contains a color table. If
+it does not, the function exits with the error message that 'The zonal
+map does not have a color table'. If the user thinks there is a color
+table, run <em>r.colors.out</em> and check if the categories are
+integers. If not, that is the problem. If they are all integers, you
 probably have caught a bug.
 
 <p>
@@ -96,9 +97,9 @@ <h3>Example 1</h3>
 <p>
 <img src="r_boxplot_01.png"><br>
 
-<h3>Example 2</h3> Draw boxplots of the values of the 
-<tt>elevation</tt> layer per category from the <tt>landclass96</tt> 
-layer from the same <a href="https://grass.osgeo.org/download/data/">NC 
+<h3>Example 2</h3> Draw boxplots of the values of the
+<tt>elevation</tt> layer per category from the <tt>landclass96</tt>
+layer from the same <a href="https://grass.osgeo.org/download/data/">NC
 sample dataset</a>. Use the <b>-r</b> flag to rotate the x-asis labels.
 
 <div class="code"><pre>
@@ -111,12 +112,12 @@ <h3>Example 2</h3> Draw boxplots of the values of the
 
 <h3>Example 3</h3>
 
-Draw boxplots of the values of the <tt>elevation</tt> layer per 
-category from the <tt>landclass96</tt> layer from the same <a 
-href="https://grass.osgeo.org/download/data/">NC sample dataset</a>. 
-Set the <b>-o</b> flag to include outliers. Use 
-<b>bx_sort=ascending</b> to order the boxplots from low to high median. 
-Provide a name for the outlier map to save the outlier locations as a 
+Draw boxplots of the values of the <tt>elevation</tt> layer per
+category from the <tt>landclass96</tt> layer from the same <a
+href="https://grass.osgeo.org/download/data/">NC sample dataset</a>.
+Set the <b>-o</b> flag to include outliers. Use
+<b>bx_sort=ascending</b> to order the boxplots from low to high median.
+Provide a name for the outlier map to save the outlier locations as a
 point vector map.
 
 <div class="code"><pre>
@@ -128,20 +129,20 @@ <h3>Example 3</h3>
 <img src="r_boxplot_03.png"><br>
 
 <p>
-Below, part of the <tt>landclass96</tt> raster map is shown, with the 
-vector point layer with location of outliers on top. Curiously, for 
+Below, part of the <tt>landclass96</tt> raster map is shown, with the
+vector point layer with location of outliers on top. Curiously, for
 some lakes, only part of the raster cells are outliers.
 
 <p>
 <img src="r_boxplot_map_03.png"><br>
 
 <h3>Example 4</h3>
 
-Draw boxplots of the values of the <tt>elevation</tt> layer per 
-category from the <tt>landclass96</tt> layer from the same <a 
-href="https://grass.osgeo.org/download/data/">NC sample dataset</a>. 
-Set the <b>-c</b> flag to color the boxplots, use 
-<b>bx_sort=ascending</b> to order the boxplots from low to high median, 
+Draw boxplots of the values of the <tt>elevation</tt> layer per
+category from the <tt>landclass96</tt> layer from the same <a
+href="https://grass.osgeo.org/download/data/">NC sample dataset</a>.
+Set the <b>-c</b> flag to color the boxplots, use
+<b>bx_sort=ascending</b> to order the boxplots from low to high median,
 and set the font size to 11.
 
 <div class="code"><pre>
@@ -152,7 +153,7 @@ <h3>Example 4</h3>
 <h3>Example 5</h3>
 
 To make it easier to compare the elevation distribution across the different
-land classes, you can plot a line and band representing the median and 
+land classes, you can plot a line and band representing the median and
 interquartile range of the whole raster layer.
 
 <div class="code"><pre>
@@ -161,20 +162,20 @@ <h3>Example 5</h3>
 </div><br>
 
 <p>
-Note, if the zones of your zonal map do not cover the entire area, you 
-may want to use <em>r.mask</em> to mask out the non-covered parts of 
-the input map, or alternatively, create a new input raster with only 
+Note, if the zones of your zonal map do not cover the entire area, you
+may want to use <em>r.mask</em> to mask out the non-covered parts of
+the input map, or alternatively, create a new input raster with only
 values within the zones of the zonal layer.
 
 <p>
 <img src="r_boxplot_05.png"><br>
 
 <h2>Acknowledgements</h2>
 
-This work was carried in the framework of the <a 
-href="https://savethetiger.nl/" target="_blank">Save the tiger, save 
-the grassland, save the water</a> project by the <a 
-href="https://www.has.nl/en/has-research/research-groups/innovative-bio-monitoring-research-group" 
+This work was carried in the framework of the <a
+href="https://savethetiger.nl/" target="_blank">Save the tiger, save
+the grassland, save the water</a> project by the <a
+href="https://www.has.nl/en/has-research/research-groups/innovative-bio-monitoring-research-group"
 target="_blank">Innovative Bio-Monitoring research group</a>.
 
 <h2>SEE ALSO</h2>
@@ -187,9 +188,9 @@ <h2>SEE ALSO</h2>
 
 <h2>AUTHOR</h2>
 
-<a href="https://ecodiv.earth">Paulo van Breugel</a>, <a 
-href="https://has.nl">HAS green academy</a>, <a 
-href="https://www.has.nl/en/research/professorships/innovative-bio-monitoring-professorship/">Innovative 
-Biomonitoring research group</a>, <a 
-href="https://www.has.nl/en/research/professorships/climate-robust-landscapes-professorship/">Climate-robust 
+<a href="https://ecodiv.earth">Paulo van Breugel</a>, <a
+href="https://has.nl">HAS green academy</a>, <a
+href="https://www.has.nl/en/research/professorships/innovative-bio-monitoring-professorship/">Innovative
+Biomonitoring research group</a>, <a
+href="https://www.has.nl/en/research/professorships/climate-robust-landscapes-professorship/">Climate-robust
 Landscapes research group</a>

src/raster/r.maxent.predict/r.maxent.predict.html

@@ -1,39 +1,39 @@
 <h2>DESCRIPTION</h2>
 
 
-The <em>r.maxent.predict</em> module is a front-end to the Maxent 
-software, providing a convenient way to run the Maxent software, and 
-create output layers in GRASS GIS. 
+The <em>r.maxent.predict</em> module is a front-end to the Maxent
+software, providing a convenient way to run the Maxent software, and
+create output layers in GRASS GIS.
 
 <p>
-<div align="left" style="margin: 10px"> <a 
-href="r_maxent_predict_workflow.png"> <img 
-src="r_maxent_predict_workflow.png" alt="workflow, from data 
-preparation, training a model to model prediction" border="0"> 
-</a><br><i>A workflow, from data preparation, training a model to model 
+<div align="left" style="margin: 10px"> <a
+href="r_maxent_predict_workflow.png"> <img
+src="r_maxent_predict_workflow.png" alt="workflow, from data
+preparation, training a model to model prediction" border="0">
+</a><br><i>A workflow, from data preparation, training a model to model
 prediction using three GRASS GIS addons.</i> </div>
 
 <p>
-It is part of a set of three addons that can be used to prepare the 
-input data for the Maxent model (<em>v.maxent.sdm</em>), to train a 
-maxent presence only model (<em>r.maxent.train</em>), and to use the model to 
-create prediction layers (this module). 
-
-The <em>r.maxent.predict</em> modules uses the model  (the 
-<i>.lambdas</i> file) created with <em>r.maxent.train</em> (or the 
-Maxent software directly) and applies this to a set of environmental 
-raster layers. These should represent the same variables as used to 
-create the model, but can represent a different area, of future 
+It is part of a set of three addons that can be used to prepare the
+input data for the Maxent model (<em>v.maxent.sdm</em>), to train a
+maxent presence only model (<em>r.maxent.train</em>), and to use the model to
+create prediction layers (this module).
+
+The <em>r.maxent.predict</em> modules uses the model  (the
+<i>.lambdas</i> file) created with <em>r.maxent.train</em> (or the
+Maxent software directly) and applies this to a set of environmental
+raster layers. These should represent the same variables as used to
+create the model, but can represent a different area, of future
 conditions.
 
 
 <p>
-The <em>r.maxent.train</em> creates a file 
-<i>maxent_explanatory_variable_names.csv</i>, which you can check for 
-the names of the predictor variables. If these are different from the 
-input raster layers, you can provide the variable names using the 
-<em>variables</em> parameter. Alternatively, you can provide a CSV file 
-with the names of the explanatory variables (first column) and the 
+The <em>r.maxent.train</em> creates a file
+<i>maxent_explanatory_variable_names.csv</i>, which you can check for
+the names of the predictor variables. If these are different from the
+input raster layers, you can provide the variable names using the
+<em>variables</em> parameter. Alternatively, you can provide a CSV file
+with the names of the explanatory variables (first column) and the
 names of the corresponding raster layers (second column).
 
 <p>
@@ -48,10 +48,10 @@ <h2>DESCRIPTION</h2>
 
 <h2>NOTES</h2>
 
-This addon requires the Maxent software (version &ge; 3.4). You can download the software 
-from the <a 
-href="https://biodiversityinformatics.amnh.org/open_source/maxent">Maxent 
-website</a>. The <em>r.maxent.setup</em> module provides an helper 
+This addon requires the Maxent software (version &ge; 3.4). You can download the software
+from the <a
+href="https://biodiversityinformatics.amnh.org/open_source/maxent">Maxent
+website</a>. The <em>r.maxent.setup</em> module provides an helper
 function to enable GRASS GIS to use the Maxent software.
 
 
@@ -230,23 +230,23 @@ <h2>REFERENCES</h2>
 
 <h2>SEE ALSO</h2>
 
-<ul> <li><a href="v.maxent.swd.html">v.maxent.swd</a>, creating species 
-and background swd files and prediction rasters that can be used 
-directly by the <em>r.maxent.train</em> addon (or the Maxent software 
-itself) to create species distribution models.</li> <li><a 
-href="r.out.maxent_swd.html">r.out.maxent_swd</a>, creating species and 
-background swd files based on species distribution data in raster 
-format.</li> <li><a href="r.maxent.train.html">r.maxent.train</a>, 
-creates a maxent model based on presence point data a set of 
-environmental predictor layers.</li> <li><a 
-href="r.maxent.setup.html">r.maxent.setup</a>, helper function to 
+<ul> <li><a href="v.maxent.swd.html">v.maxent.swd</a>, creating species
+and background swd files and prediction rasters that can be used
+directly by the <em>r.maxent.train</em> addon (or the Maxent software
+itself) to create species distribution models.</li> <li><a
+href="r.out.maxent_swd.html">r.out.maxent_swd</a>, creating species and
+background swd files based on species distribution data in raster
+format.</li> <li><a href="r.maxent.train.html">r.maxent.train</a>,
+creates a maxent model based on presence point data a set of
+environmental predictor layers.</li> <li><a
+href="r.maxent.setup.html">r.maxent.setup</a>, helper function to
 allow GRASS to use Maxent.</li> </ul>
 
 <h2>AUTHOR</h2>
 
-<a href="https:ecodiv.earth">Paulo van Breugel</a>, <a 
-href="https://has.nl">HAS green academy</a>, <a 
-href="https://www.has.nl/en/research/professorships/innovative-bio-monitoring-professorship/">Innovative 
-Biomonitoring research group</a>, <a 
-href="https://www.has.nl/en/research/professorships/climate-robust-landscapes-professorship/">Climate-robust 
+<a href="https:ecodiv.earth">Paulo van Breugel</a>, <a
+href="https://has.nl">HAS green academy</a>, <a
+href="https://www.has.nl/en/research/professorships/innovative-bio-monitoring-professorship/">Innovative
+Biomonitoring research group</a>, <a
+href="https://www.has.nl/en/research/professorships/climate-robust-landscapes-professorship/">Climate-robust
 Landscapes research group</a>