meso-web

Sources of the |Méso|Star> website
git clone git://git.meso-star.fr/meso-web.git
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commit ebbf13fd7336e6bfc0b9df998763913fcd529807
parent 3e1af7b88bb9fc96df338ac766fcafad3d3cee8e
Author: Vincent Forest <vincent.forest@meso-star.com>
Date:   Mon,  6 Nov 2017 14:51:04 +0100

Fix HTML compliance

Diffstat:
Mmeso-menu.sh | 8++++----
Mmeso.css | 6+++---
Mschiff.html.in | 22++++++++++------------
3 files changed, 17 insertions(+), 19 deletions(-)

diff --git a/meso-menu.sh b/meso-menu.sh @@ -134,24 +134,24 @@ print_header() { echo '<body>' echo '<div id="menu">' if [ "$section" == "Home" ]; then - echo ' <h2 id=cur>Home</h2>' + echo ' <h2>Home</h2>' else echo " <h2><a href=${root}index.html>Home</a></h2>" fi if [ "$section" == "Schiff" ]; then - echo ' <h2 id=cur>Schiff</h2>' + echo ' <h2>Schiff</h2>' print_schiff_sub_menu "$root" "$name" else echo " <h2><a href=${root}schiff.html>Schiff</a></h2>" fi if [ "$section" == "Solstice" ]; then - echo ' <h2 id=cur>Solstice</h2>' + echo ' <h2>Solstice</h2>' print_solstice_sub_menu "$root" "$name" else echo " <h2><a href=${root}solstice.html>Solstice</a></h2>" fi if [ "$section" == "PGP" ]; then - echo ' <h2 id=cur>PGP signatures</h2>' + echo ' <h2>PGP signatures</h2>' else echo " <h2><a href=${root}pgp_signatures.html>PGP signatures</a></h2>" fi diff --git a/meso.css b/meso.css @@ -116,9 +116,9 @@ hr { margin: 0.5em 0 0.5em 0; } -#menu h2#cur { - /* Nothing */ -} +/*#menu h2#cur { + Nothing +}*/ #menu a { text-decoration: none; diff --git a/schiff.html.in b/schiff.html.in @@ -116,16 +116,14 @@ Write invcumul_0.5.txt Write invcumul_0.6.txt </pre> -The first generated files, named -<code>xsections.txt</code>, lists for each wavelength submitted with the -<code>-w</code> option, its associated absorption, extinction and scattering -cross sections. The second file, <code>descs.txt</code>, gives overall -informations for each simulated wavelengths, like the limit scattering angles -from which its phase function was analytically computed. Then for each -wavelengths, the script generates 3 files named -<code>func_&lt;WLEN&gt;.txt</code>, -<code>cumul_&lt;WLEN&gt;.txt</code>, and -<code>invcumul_&lt;WLEN&gt;.txt</code> that store for the wavelength -<code>&lt;WLEN&gt;</code>, the value of its associated phase function as -well as its cumulative and its inverse cumulative, respectively.</p> +<p>The first generated files, named <code>xsections.txt</code>, lists for each +wavelength submitted with the <code>-w</code> option, its associated +absorption, extinction and scattering cross sections. The second file, +<code>descs.txt</code>, gives overall informations for each simulated +wavelengths, like the limit scattering angles from which its phase function was +analytically computed. Then for each wavelengths, the script generates 3 files +named <code>func_&lt;WLEN&gt;.txt</code>, <code>cumul_&lt;WLEN&gt;.txt</code>, +and <code>invcumul_&lt;WLEN&gt;.txt</code> that store for the wavelength +<code>&lt;WLEN&gt;</code>, the value of its associated phase function as well +as its cumulative and its inverse cumulative, respectively.</p>