CHG: use native image size

Author: MathieuMorlighem

docs/getting-started/plotting/matlab.md

@@ -16,7 +16,7 @@ You can plot several fields at the same time but you have to add the argument `'
 >> plotmodel(md, 'data', md.geometry.thickness, 'data', 'mesh', 'data', [1:md.mesh.numberofelements])
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/plot.png" alt="Figure 1: plot"></div>This can work for any field of length `md.mesh.numberofelements` or `md.mesh.numberofvertices`.
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/plot.png" alt="Figure 1: plot"></div>This can work for any field of length `md.mesh.numberofelements` or `md.mesh.numberofvertices`.
 ### Options
 Options in `plotmodel` come as pairs: the option name must be followed by its value. For example, if one wants to remove the color bar, the option name is `'colorbar'` and the value `0`:
 ```m
@@ -51,7 +51,7 @@ Same as standard <a href="http://www.mathworks.com/access/helpdesk/help/techdoc/
 >> plotmodel(md, 'data', md.vel, 'caxis', [0 1000])
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/caxis.png" alt="Figure 2: caxis"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/caxis.png" alt="Figure 2: caxis"></div>
 #### colorbar
 This option is used to control the colorbar display (`'on'` or `'off'`):
 ```m
@@ -64,32 +64,32 @@ Same as standard <a href="http://www.mathworks.com/access/helpdesk/help/techdoc/
 >> plotmodel(md, 'data', md.vel, 'colormap', 'hsv')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/colormap.png" alt="Figure 3: colormap"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/colormap.png" alt="Figure 3: colormap"></div>
 #### log
 To get a logarithmic colorbar, use the `'log'` option followed by `10` for a decimal logarithm:
 ```m
 >> plotmodel(md, 'data', md.vel, 'log', 10)
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/log.png" alt="Figure 4: log"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/log.png" alt="Figure 4: log"></div>
 #### contourlevels
 Contours of equi-value can be added to the plot by using the `'contourlevels'` option. The number of contours can be chosen by using the `'contourlevels'` options. The user can specify a number of levels or a cell containing the values of color changes. For example:
 ```m
 >> plotmodel(md, 'data', md.vel, 'contourlevels', 3)
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contour3.png" alt="Figure 5: contour3"></div>```m
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contour3.png" alt="Figure 5: contour3"></div>```m
 >> plotmodel(md, 'data', md.vel, 'contourlevels', {100, 200, 500, 1000, 2000, 2500})
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contourcell.png" alt="Figure 6: contourcell"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contourcell.png" alt="Figure 6: contourcell"></div>
 #### contourticks
 If the user does not want to display the contour levels ticks, use the `'contourticks'` set as `'off'`:
 ```m
 >> plotmodel(md, 'data', md.vel, 'contourlevels', {100, 200, 500, 1000, 2000, 2500}, 'contourticks', 'off')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contourticks.png" alt="Figure 7: contourticks"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/contourticks.png" alt="Figure 7: contourticks"></div>
 #### contouronly
 If the user wants to display the contours only, use the `'contouronly'` set as `'on'`:
 ```m
@@ -114,7 +114,7 @@ The mesh can be superimposed onto the plot by using the `'edgecolor'` option fol
 >> plotmodel(md, 'data', md.initialization.vel, 'edgecolor', 'w')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/edgecolor.png" alt="Figure 9: edgecolor"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/edgecolor.png" alt="Figure 9: edgecolor"></div>
 #### expdisp
 Any ARGUS file can be displayed with the `'expdisp'` option followed by the name of the ARGUS file:
 ```m
@@ -133,7 +133,7 @@ If one does not want to display the value of the field on a mask only, use the `
 >> plotmodel(md, 'data', md.initialization.vel, 'mask', md.mask.ocean_levelset < 0)
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/mask.png" alt="Figure 10: mask"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/mask.png" alt="Figure 10: mask"></div>
 #### northarrow
 An arrow pointing North can be added with the `'northarrow'` option followed by `'on'`. The shape and position of the arrow can be controlled by using `[x0 y0 length [ratio [width]]]` 
 instead of `'on'`:
@@ -191,7 +191,7 @@ The special plot `'BC'` displays all boundary conditions (Newmann and Dirichlet)
 >> plotmodel(md, 'data', 'BC')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/BC.png" alt="Figure 12: BC"></div>#### driving\_stress
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/BC.png" alt="Figure 12: BC"></div>#### driving\_stress
 The special plot `'driving_stress'` displays the basal drag friction in kPa following formula:
 
 <div align="center"><img src="https://latex.codecogs.com/svg.latex?
@@ -200,36 +200,36 @@ The special plot `'driving_stress'` displays the basal drag friction in kPa foll
 >> plotmodel(md, 'data', 'driving_stress')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/driving_stress.png" alt="Figure 13: driving_stress"></div>#### elementnumbering
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/driving_stress.png" alt="Figure 13: driving_stress"></div>#### elementnumbering
 In the debugging process, it is often very useful to display all the elements next to their numbers. This is what the special plot `'elementnumbering'` does:
 ```m
 >> plotmodel(md, 'data', 'elementnumbering')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elementnumbering.png" alt="Figure 14: elementnumbering"></div>A given list of elements can be highlighted with the `'highlight'` option:
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elementnumbering.png" alt="Figure 14: elementnumbering"></div>A given list of elements can be highlighted with the `'highlight'` option:
 ```m
 >> plotmodel(md, 'data', 'elementnumbering', 'highlight', [3 4 5 6 7])
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elementnumbering_highlight.png" alt="Figure 15: elementnumbering_highlight"></div>#### elements\_type
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elementnumbering_highlight.png" alt="Figure 15: elementnumbering_highlight"></div>#### elements\_type
 The special plot `'elements_type'` displays the elements with a specific color for each formulation:
 ```m
 >> plotmodel(md, 'data', 'elements_type')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elements_type.png" alt="Figure 16: elements_type"></div>#### vertexnumbering
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/elements_type.png" alt="Figure 16: elements_type"></div>#### vertexnumbering
 In the debugging process, it is often very useful to display all the vertices next to their numbers. This is what the special plot `'vertexnumbering'` does:
 ```m
 >> plotmodel(md, 'data', 'vertexnumbering')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/gridnumbering.png" alt="Figure 17: gridnumbering"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/gridnumbering.png" alt="Figure 17: gridnumbering"></div>
 A given list of vertices can be highlighted with the `'highlight'` option:
 ```m
 >> plotmodel(md, 'data', 'vertexnumbering', 'highlight', [2 5 7 12])
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/gridnumbering_highlight.png" alt="Figure 18: gridnumbering_highlight"></div>#### highlightelements
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/gridnumbering_highlight.png" alt="Figure 18: gridnumbering_highlight"></div>#### highlightelements
 The special plot `'highlightelements'` is very similar to the plot `'elementnumbering'`. It is another possibility to highlight one or several grids, but without indicating the number of all the elements. It is a lot faster for large models:
 ```m
 >> plotmodel(md, 'data', 'highlightelements', 'highlight', 5)
@@ -269,7 +269,7 @@ For 2D or 3D fields, a generic color plot cannot be used (except component by co
 >> plotmodel(md, 'data', [md.vx md.vy])
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/plotquiver.png" alt="Figure 23: plotquiver"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/plotquiver.png" alt="Figure 23: plotquiver"></div>
 #### ColorLevels
 The number of colors can be chosen by using the `'colorlevels'` options. The user can specify a number of levels or a cell containing the values of color changes. For example:
 ```m
@@ -284,7 +284,7 @@ The number of colors can be chosen by using the `'colorlevels'` options. The use
 >> plotmodel(md, 'data', [md.vx md.vy], 'colorlevels', {100, 200, 500, 1000, 2000, 2500})
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/colorcell.png" alt="Figure 25: colorcell"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/colorcell.png" alt="Figure 25: colorcell"></div>
 
 #### Scaling
 The arrows length can be modified with the `'scaling'` options. The default value is 0.4. A higher scaling value will result in longer arrows:
@@ -302,21 +302,21 @@ If the user wants all the arrows to have the same length, use the option `'autos
 >> plotmodel(md, 'data', [md.vx md.vy], 'autoscale', 'off')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/autoscale.png" alt="Figure 27: autoscale"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/autoscale.png" alt="Figure 27: autoscale"></div>
 #### Density
 The number of arrows can be reduced with the option `'density'`. If the density is set as 3, only one arrow out of 3 will be displayed. This option is very useful when the mesh is very refined:
 ```m
 >> plotmodel(md, 'data', [md.vx md.vy], 'density', 3)
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/density3.png" alt="Figure 28: density3"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/density3.png" alt="Figure 28: density3"></div>
 ### Cross section
 The section plot can be used to display the value of a field on a given track. The option `'sectionvalue'` must be followed by the name of an ARGUS file which contained the coordinates of the points describing the profile (this file can be generated by `exptool.m`). The resulting plot will be a curve in 2D and a colored surface in 3D. For example:
 ```m
 >> plotmodel(md, 'data', md.vel, 'expdisp', 'track.exp')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/track.png" alt="Figure 29: track"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/track.png" alt="Figure 29: track"></div>
 ```m
 >> plotmodel(md, 'data', md.vel, 'sectionvalue', 'track.exp')
 ```
@@ -337,4 +337,4 @@ The profile used to create the section plot can be also plotted with the `'shows
 >> plotmodel(md, 'data', md.vel, 'showsection', 'on')
 ```
 
-<div style="display:flow-root"><img style="float:left;width:100.00%" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/show.png" alt="Figure 31: show"></div>
+<div style="display:flow-root"><img style="float:left;" src="/ISSM-Documentation/assets/img/docs/getting-started/plotting/matlab/show.png" alt="Figure 31: show"></div>