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Add results chapter, completely rework the graphics

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Nathanaël Restori 2012-10-20 11:06:59 +02:00
parent 1d19cc0aa6
commit 51231f78c7
33 changed files with 174431 additions and 389725 deletions
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39
gnuplot/T-H.svg.gpi
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@ -1,39 +0,0 @@
# Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html
# and http://www.gnuplotting.org/why-you-should-upgrade-to-gnuplot-4-4-3/
set terminal svg enhanced mouse size 1920,1440 rounded dashed
set output 'T-H.svg'
# Line style for axes
set style line 80 lt 0
set style line 80 lt rgb '#808080'
# Line style for grid
set style line 81 lt 3 # dashed
set style line 81 lt rgb '#808080' lw 0.5 # grey
set grid back linestyle 81
set border 3 back linestyle 80
set xtics nomirror
set ytics nomirror
set style line 1 linetype 1
set style line 2 linetype 1
set style line 1 linetype rgb '#A00000' linewidth 2 pointtype 7
set style line 2 linetype rgb '#00A000' linewidth 2 pointtype 9
set size 1,1
set origin 0,0
set xlabel 'Température'
set ylabel 'Humidité'
plot 'DATA-T-H.TSV' using 3:6:1 title 'Hr [%]' with points linestyle 1, \
'DATA-T-H.TSV' using 3:6:1 title 'Hr moyen [%]' smooth unique with linespoints linestyle 2
reset
set output
!gzip -S z T-H.svg

23
gnuplot/latex.gpi → gnuplot/data.epslatex.gpi
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@ -1,23 +1,18 @@
# Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html # Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html
# and http://www.gnuplotting.org/why-you-should-upgrade-to-gnuplot-4-4-3/ # and http://www.gnuplotting.org/attractive-plots/
set terminal epslatex size 5.8,8.2 color colortext 'phv,9' header '\definecolor{t}{rgb}{0.5,0.5,0.5}' set terminal epslatex size 5.8,8.2 color colortext 'phv,9' header '\definecolor{t}{rgb}{0.5,0.5,0.5}'
set format '\color{t}$%g$' set format '\color{t}$%g$'
set output 'data.tex' set output 'data.tex'
# Line style for axes # define axis
set style line 80 lt 0 # remove border on top and right and set color to gray
set style line 80 lt rgb '#808080' set style line 11 lc rgb '#808080' lt 1
set border 3 back ls 11
# Line style for grid set tics nomirror
set style line 81 lt 3 # dashed # define grid
set style line 81 lt rgb '#808080' lw 0.5 # grey set style line 12 lc rgb '#808080' lt 0 lw 1
set grid back ls 12
set grid back linestyle 81
set border 3 back linestyle 80
set xtics nomirror
set ytics nomirror
set style line 1 linetype 1 set style line 1 linetype 1
set style line 2 linetype 1 set style line 2 linetype 1

45
gnuplot/svg.gpi → gnuplot/data.png.gpi
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@ -1,22 +1,17 @@
# Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html # Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html
# and http://www.gnuplotting.org/why-you-should-upgrade-to-gnuplot-4-4-3/ # and http://www.gnuplotting.org/attractive-plots/
set terminal svg enhanced mouse size 1920,1440 rounded dashed set terminal pngcairo size 960,1360 enhanced font 'Verdana,9'
set output 'data.svg' set output 'data.png'
# Line style for axes # define axis
set style line 80 lt 0 # remove border on top and right and set color to gray
set style line 80 lt rgb '#808080' set style line 11 lc rgb '#808080' lt 1
set border 3 back ls 11
# Line style for grid set tics nomirror
set style line 81 lt 3 # dashed # define grid
set style line 81 lt rgb '#808080' lw 0.5 # grey set style line 12 lc rgb '#808080' lt 0 lw 1
set grid back ls 12
set grid back linestyle 81
set border 3 back linestyle 80
set xtics nomirror
set ytics nomirror
set style line 1 linetype 1 set style line 1 linetype 1
set style line 2 linetype 1 set style line 2 linetype 1
@ -37,23 +32,23 @@ set timefmt '%Y-%m-%d %H:%M:%S' # but read in as datetime
set multiplot set multiplot
set size 0.5,0.5 set size 1,0.25
set origin 0,0.5 set origin 0,0.75
set ylabel 'Température' set ylabel 'Température'
plot 'DATA.TSV' using 1:3 title 'T [°C]' with linespoints linestyle 1 plot 'DATA.TSV' using 1:3 title 'T [°C]' with linespoints linestyle 1
set size 0.5,0.5 set size 1,0.25
set origin 0,0 set origin 0,0.5
set ylabel 'Pression' set ylabel 'Pression'
plot 'DATA.TSV' using 1:($4/100) title 'P [hPa]' with linespoints linestyle 2 plot 'DATA.TSV' using 1:($4/100) title 'P [hPa]' with linespoints linestyle 2
set size 0.5,0.5 set size 1,0.25
set origin 0.5,0.5 set origin 0,0.25
set ylabel 'Humidité' set ylabel 'Humidité'
plot 'DATA.TSV' using 1:6 title 'Hr [%]' with linespoints linestyle 3 plot 'DATA.TSV' using 1:6 title 'Hr [%]' with linespoints linestyle 3
set size 0.5,0.5 set size 1,0.25
set origin 0.5,0 set origin 0,0
set ylabel 'Luminosité' set ylabel 'Luminosité'
plot 'DATA.TSV' using 1:7 title 'Lx [Lux]' with linespoints linestyle 4 plot 'DATA.TSV' using 1:7 title 'Lx [Lux]' with linespoints linestyle 4
@ -61,5 +56,3 @@ unset multiplot
reset reset
set output set output
!gzip -S z data.svg

27
gnuplot/T-H.latex.gpi → gnuplot/t-h.epslatex.gpi
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@ -3,21 +3,16 @@
set terminal epslatex size 5.8,4.1 color colortext 'phv,9' header '\definecolor{t}{rgb}{0.5,0.5,0.5}' set terminal epslatex size 5.8,4.1 color colortext 'phv,9' header '\definecolor{t}{rgb}{0.5,0.5,0.5}'
set format '\color{t}$%g$' set format '\color{t}$%g$'
set output 'T-H.tex' set output 't-h.tex'
# Line style for axes # define axis
set style line 80 lt 0 # remove border on top and right and set color to gray
set style line 80 lt rgb '#808080' set style line 11 lc rgb '#808080' lt 1
set border 3 back ls 11
# Line style for grid set tics nomirror
set style line 81 lt 3 # dashed # define grid
set style line 81 lt rgb '#808080' lw 0.5 # grey set style line 12 lc rgb '#808080' lt 0 lw 1
set grid back ls 12
set grid back linestyle 81
set border 3 back linestyle 80
set xtics nomirror
set ytics nomirror
set style line 1 linetype 1 set style line 1 linetype 1
set style line 2 linetype 1 set style line 2 linetype 1
@ -30,8 +25,8 @@ set origin 0,0
set xlabel 'Température' set xlabel 'Température'
set ylabel 'Humidité' set ylabel 'Humidité'
plot 'DATA-T-H.TSV' using 3:6:1 title 'Hr [\%]' with points linestyle 1, \ plot 'T-H.TSV' using 3:6:1 title 'Hr [\%]' with points linestyle 1, \
'DATA-T-H.TSV' using 3:6:1 title 'Hr moyen [\%]' smooth unique with linespoints linestyle 2 'T-H.TSV' using 3:6:1 title 'Hr moyen [\%]' smooth unique with linespoints linestyle 2
reset reset

32
gnuplot/t-h.png.gpi Normal file
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@ -0,0 +1,32 @@
# Inspired by http://youinfinitesnake.blogspot.ch/2011/02/attractive-scientific-plots-with.html
# and http://www.gnuplotting.org/why-you-should-upgrade-to-gnuplot-4-4-3/
set terminal pngcairo size 960,680 enhanced font 'Verdana,9'
set output 't-h.png'
# define axis
# remove border on top and right and set color to gray
set style line 11 lc rgb '#808080' lt 1
set border 3 back ls 11
set tics nomirror
# define grid
set style line 12 lc rgb '#808080' lt 0 lw 1
set grid back ls 12
set style line 1 linetype 1
set style line 2 linetype 1
set style line 1 linetype rgb '#A00000' linewidth 2 pointtype 7
set style line 2 linetype rgb '#00A000' linewidth 2 pointtype 9
set size 1,1
set origin 0,0
set xlabel 'Température'
set ylabel 'Humidité'
plot 'T-H.TSV' using 3:6:1 title 'Hr [%]' with points linestyle 1, \
'T-H.TSV' using 3:6:1 title 'Hr moyen [%]' smooth unique with linespoints linestyle 2
reset
set output

74
latex/TM.tex
View File

@ -13,6 +13,7 @@
\usepackage[hidelinks]{hyperref} \usepackage[hidelinks]{hyperref}
\usepackage[acronym,toc,xindy]{glossaries} \usepackage[acronym,toc,xindy]{glossaries}
\usepackage{glossary-list} \usepackage{glossary-list}
\usepackage{glossary-long}
\setmainlanguage{french} \setmainlanguage{french}
@ -24,6 +25,7 @@
\bibliography{bibliographie.bib} \bibliography{bibliographie.bib}
\renewcommand*{\glstextformat}{\textbf} \renewcommand*{\glstextformat}{\textbf}
\newglossary[slg]{symbolslist}{syi}{syg}{Symboles}
\makeglossaries \makeglossaries
\input{glossaire.tex} \input{glossaire.tex}
@ -75,8 +77,22 @@ Les mots en \textbf{gras} sont des mots expliqués dans le glossaire ou des acro
Les textes écrits avec \verb|cette police d'écriture| sont des extraits de code. Les textes écrits avec \verb|cette police d'écriture| sont des extraits de code.
\chapter{L'I²C} \chapter{L'I²C}
Ce chapitre est basé sur un article de Wikipédia\footcite{i2c-wikipedia} ainsi qu'un autre article\footcite{i2c-aurel32}. Toutes les images ont été faites par \enquote{Emiaille} et sont sous licence \emph{Creative Commons paternité – partage à l’identique 3.0 (non transposée)}.
\section{Le bus I²C} \section{Le bus I²C}
Le bus l'I²C a été développé par Philips en 1982. La première norme (notée 1.0) a été publiée en 1992 et la dernière (noté 4.0) en 2012. Le bus I²C a été développé par Philips en 1982. La première norme (notée 1.0) a été publiée en 1992 et la dernière (noté 4.0) en 2012.
Quelques exemples d'utilisations courantes utilisations\footcite{i2c-wikipedia-en}~:
\begin{itemize}
\item lire des données dans de la mémoire \gls{RAM}
\item contrôler deux convertisseurs de courant direct à continu et vice-versa
\item changer le contraste, la teinte ou la balance des couleurs d'un écran
\item changer le volume d'haut-parleurs intelligents
\item contrôler des écran \gls{OLED} ou \gls{LCD}
\item lire des capteurs
\item lire une \gls{horloge temps reel}
\item allumer ou éteindre une alimentation
\end{itemize}
\section{Les caractéristiques} \section{Les caractéristiques}
L'I²C a plusieurs caractéristiques intéressantes : L'I²C a plusieurs caractéristiques intéressantes :
@ -103,6 +119,8 @@ Tous les équipements doivent être alimentés avec le même potentiel (pour avo
Les échanges ont toujours lieu entre un maître et un esclave et sont toujours débutés par le maître. Toute fois, rien n'empêche à un équipement de passer du status de maître au status d'esclave et vice-versa. Les échanges ont toujours lieu entre un maître et un esclave et sont toujours débutés par le maître. Toute fois, rien n'empêche à un équipement de passer du status de maître au status d'esclave et vice-versa.
Pour permettre à plusieurs maîtres de pouvoir imposer un niveau haut ou un niveau bas sur les lignes en même temps, des sorties à collecteur ouvert (ou à drain ouvert pour des circuits CMOS) sont utilisées. Deux résistances \enquote{pull-up} tirent les lignes au niveau haut.
L'état logique \enquote{0} ou \enquote{LOW} est l'état \enquote{dominant} tandis que l'état logique \enquote{1} ou \enquote{HIGH} est l'état \enquote{récessif}. Cela veux dire que si un équipement impose l'état \enquote{LOW} et qu'un autre impose l'état \enquote{HIGH} la ligne sera à l'état LOW. L'état logique \enquote{0} ou \enquote{LOW} est l'état \enquote{dominant} tandis que l'état logique \enquote{1} ou \enquote{HIGH} est l'état \enquote{récessif}. Cela veux dire que si un équipement impose l'état \enquote{LOW} et qu'un autre impose l'état \enquote{HIGH} la ligne sera à l'état LOW.
\begin{figure}[h] \begin{figure}[h]
@ -113,8 +131,6 @@ L'état logique \enquote{0} ou \enquote{LOW} est l'état \enquote{dominant} tand
\end{figure} \end{figure}
\section{Le protocole I²C} \section{Le protocole I²C}
Toutes les images ont été faites par \enquote{Emiaille} et sont sous licence \emph{Creative Commons paternité – partage à l’identique 3.0 (non transposée)}.
\subsection{L'encodage} \subsection{L'encodage}
Pour transmettre un bit, le maître doit d'abord placer la ligne SCL au niveau \enquote{LOW} puis placer la ligne SDA au niveau voulu (LOW pour transmettre un 1 ou \enquote{HIGH} pour transmettre un 0). Ensuite, il place la ligne SCL au niveau \enquote{HIGH} attend un temps défini par la vitesse et la norme utilisée puis replace la ligne SCL au niveau LOW. Un bit vient d'être transmis. Il recommence pour transmettre le bit suivant. Tant que la ligne SCL est au niveau \enquote{HIGH} la ligne SDA ne doit pas changer d'état. Pour transmettre un bit, le maître doit d'abord placer la ligne SCL au niveau \enquote{LOW} puis placer la ligne SDA au niveau voulu (LOW pour transmettre un 1 ou \enquote{HIGH} pour transmettre un 0). Ensuite, il place la ligne SCL au niveau \enquote{HIGH} attend un temps défini par la vitesse et la norme utilisée puis replace la ligne SCL au niveau LOW. Un bit vient d'être transmis. Il recommence pour transmettre le bit suivant. Tant que la ligne SCL est au niveau \enquote{HIGH} la ligne SDA ne doit pas changer d'état.
\begin{figure}[h] \begin{figure}[h]
@ -211,7 +227,7 @@ Si les deux maîtres on envoyer exactement la même chose, il n'y aura pas de co
\chapter{Le matériel} \chapter{Le matériel}
\section{Le choix de la plate-forme} \section{Le choix de la plate-forme}
Il existe de nombreuse \gls{plate-forme} en robotique~: par exemple, le Boe-Bot de Parallax, utilisé dans les cours facultatifs de robotique de M. \textsc{Gardon}. J'ai fait le choix d'un Arduino car cette un plate-forme de plus en plus répandue, peu chère (20 € pour une carte programmable) et puissante. On trouve de nombreux exemples de \gls{DIY}, elle est programmable en \gls{C++} (donc il est possible d'utiliser des \glspl{bibliotheque}) et c'est du \gls{materiel libre}. Il existe de nombreuse \gls{plate-forme} en robotique~: par exemple, le Boe-Bot de Parallax, utilisé dans les cours facultatifs de robotique de M. \textsc{Gardon}. J'ai fait le choix d'un Arduino car cette un plate-forme de plus en plus répandue, peu chère (20 € pour une carte programmable) et puissante. On trouve de nombreux exemples de \gls{DIY}\glsadd{DIYg}, elle est programmable en \gls{C++} (donc il est possible d'utiliser des \glspl{bibliotheque}) et c'est du \gls{materiel libre}.
\section{Les capteurs} \section{Les capteurs}
Il a été décidé de faire une station météo. Nous avons donc besoin d'un thermomètre (figure \ref{fig:BMP085}), d'un hygromètre (figure \ref{fig:BMP085} aussi), d'un baromètre (figure \ref{fig:TSL2561}) et d'un capteur de luminosité (figure \ref{fig:DHT22}). J'ai ajouté une horloge (figure \ref{fig:ChronoDot}) qui nous permettra d'avoir l'heure à laquelle les mesures ont été prises. Tous les capteurs ont été commandé sur le site d'Adafruit. L'hygromètre ne se connecte malheureusement pas en I²C, aucun capteur de ce type n'étant disponible. Il a été décidé de faire une station météo. Nous avons donc besoin d'un thermomètre (figure \ref{fig:BMP085}), d'un hygromètre (figure \ref{fig:BMP085} aussi), d'un baromètre (figure \ref{fig:TSL2561}) et d'un capteur de luminosité (figure \ref{fig:DHT22}). J'ai ajouté une horloge (figure \ref{fig:ChronoDot}) qui nous permettra d'avoir l'heure à laquelle les mesures ont été prises. Tous les capteurs ont été commandé sur le site d'Adafruit. L'hygromètre ne se connecte malheureusement pas en I²C, aucun capteur de ce type n'étant disponible.
@ -286,7 +302,7 @@ La fonction \verb|sensorsJsonCmd()| récupère les valeurs des capteurs puis les
Une fois téléchargée par le navigateur web, du JavaScript est exécuté. Ce JavaScript va télécharger la page \enquote{sensors.json} de manière régulière, analyser son contenu puis mettre à jour le tableau qui contient les valeurs. Une fois téléchargée par le navigateur web, du JavaScript est exécuté. Ce JavaScript va télécharger la page \enquote{sensors.json} de manière régulière, analyser son contenu puis mettre à jour le tableau qui contient les valeurs.
\section{Tentative de réunion} \section{Tentative de réunion}
J'ai essayé de réunir les deux programmes en un seul en allégeant les \glspl{bibliotheque} concernant la partie web. J'ai essayé de supprimer tous les références au \gls{DHCP} et au \gls{DNS}. Cela a permis de faire passer le programme final en dessous des 32256 octets, mais il est apparu de drôles de choses : la programme gelait au bout de quelques secondes et la fonction \verb|setup()| était appelée en boucle. J'ai essayé de réunir les deux programmes en un seul en allégeant les \glspl{bibliotheque} concernant la partie web. J'ai essayé de supprimer tous les références au \gls{DHCP}\glsadd{DHCPg} et au \gls{DNS}\glsadd{DNSg}. Cela a permis de faire passer le programme final en dessous des 32256 octets, mais il est apparu de drôles de choses : la programme gelait au bout de quelques secondes et la fonction \verb|setup()| était appelée en boucle.
J'ai aussi cherché s'il était possible de mettre un système d'exploitation sur l'Arduino et qu'il puisse charger les programmes sur la carte SD, mais je n'ai rien trouvé. J'ai aussi cherché s'il était possible de mettre un système d'exploitation sur l'Arduino et qu'il puisse charger les programmes sur la carte SD, mais je n'ai rien trouvé.
@ -296,23 +312,53 @@ Pour réaliser cette expérience, la station météo a été placée dans un sac
Un deuxième essais a donc été réalisé, sans sachet plastique cette fois ci. Le montage a été placé deux heures au frigo. Cette fois ci, la température s'est stabilisée à environ 5° Celsius mais on constate une chute de la puissance après environ une heure. Cela est probablement dû au fait que les piles ne fournissent plus d'énergie à basse température, la puissance raugmentant une fois sortie du frigo (voir la figure \ref{fig:2}). Un deuxième essais a donc été réalisé, sans sachet plastique cette fois ci. Le montage a été placé deux heures au frigo. Cette fois ci, la température s'est stabilisée à environ 5° Celsius mais on constate une chute de la puissance après environ une heure. Cela est probablement dû au fait que les piles ne fournissent plus d'énergie à basse température, la puissance raugmentant une fois sortie du frigo (voir la figure \ref{fig:2}).
Un autre essais a ensuite été réalisé. Cette fois-ci, les piles ont été remplacées par un adaptateur qui fournissait du 9 volts. La satation météo a été placée dans le frigo, pendant une nuit. Cette fois-ci, l'expérience c'est bien déroulée : il n'y a pas eu de perte de puissance. Un autre essais a ensuite été réalisé. Cette fois-ci, les piles ont été remplacées par un adaptateur qui fournissait du 9 volts. La station météo a été placée dans le frigo, pendant une nuit. Cette fois-ci, l'expérience c'est bien déroulée : il n'y a pas eu de perte de puissance.
\section{Les résultats} \section{Les résultats}
Premièrement, les graphiques sont disponibles à la figure \ref{fig:graphiques} Sur la première figure (\ref{fig:graphiques}), on remarque plusieurs choses.
\begin{figure}[b] Tout d'abord, la température commence par descendre de manière qui semble exponentielle (ce n'est pas très visible ici mais est clair sur un agrandissement) puis oscille de manière périodique entre 4 °C et 7.5 °C. On voit une légère augmentation de la température vers huit heure du matin.
La pression a diminué pendant la nuit, mais cela n'est pas lié au frigo.
L'humidité oscille aussi de manière périodique entre environ 40\% d'humidité et 70\% d'humidité après deux heures dans le frigo. On voit un grand pique vers huit heure du matin.
La luminosité est nulle tout au long de l'expérience sauf quand la station a été placée et retirée du frigo. On remarque un pique vers huit heure du matin. La porte a donc été ouverte à cette heure ci.
\begin{figure}[H]
\centering \centering
\input{data/3/data.tex} \input{data/3/data.tex}
\caption{Les quatre graphiques} \caption{Les quatre graphiques}
\label{fig:graphiques} \label{fig:graphiques}
\end{figure} \end{figure}
\begin{figure}[h] \subsection{L'humidité en fonction de la température}
La figure \ref{fig:t-h} représente l'humidité en fonction de la température entre trois heure et quart du matin et sept heure de demi du matin. D'après les cours de monsieur \textsc{Bonnaz}, je m'attendais à voir une courbe de pente négative, symétrique à celle-ci. En effet : plus l'air est chaud, plus il peux accueillir de l'humidité donc l'humidité relative devrait diminuer. Mais ça ne fonctionne que si l'on part du principe que l'eau ne se condense que lorsque l'humidité atteint 100\% (ce qui était fait dans les exercices du cours).
Mais d'où peux donc venir cette différence ? Faisons un peu de calcul :
Par définition\footnote{Une table des symboles est disponible à la page \pageref{ref:symboles}} :
\[H = \frac{m}{V}\]
Or, \(m = M\cdot{}n\) (cours de chimie). Nous avons donc :
\[H = \frac{n}{V}\cdot{}M_{eau}\]
Or, \(\frac{n}{V} = \frac{P}{R\cdot{}T}\) (loi des gaz parfaits). Donc :
\[H_{\acute{e}q} = \frac{P_{\acute{e}q}\cdot{}M_{eau}}{R\cdot{}T}\]
Par définition :
\[H_r = \frac{H}{H_{\acute{e}q}}\]
En remaniant les formules, on trouve :
\[m = V\cdot{}H = V\cdot{}H_r\cdot{}H_{\acute{e}q} = V\cdot{}H_r\cdot{}\frac{P_{\acute{e}q}\cdot{}M_{eau}}{R\cdot{}T}\]
\glsadd{H}\glsadd{m}\glsadd{V}\glsadd{M}\glsadd{n}\glsadd{P}\glsadd{R}\glsadd{T}\glsadd{Hr}\glsadd{Heq}\glsadd{Peq}
Sachant que le frigo fait environ 200 litres, qu'à 4 °C l'humidité relative est de 43\% et que la pression à l'équilibre est de 813 Pa, qu'à 7 °C l'humidité relative est de 70\% et que la pression à l'équilibre est de 1002 Pa, on peux calculer la quantité d'eau gazeuse dans le frigo à 4 et 7 °C.
Á 4 °C, le frigo contient environ 0.55 grammes d'eau gazeuse et à 7 °C, il en contient 1.09 grammes.
Si l'on part du principe que le frigo est étanche, la pente de la courbe peux donc s'expliquer par le fait que 0.54 grammes d'eau s'évaporent et se condensent à chaque cyclique, ce qui est une quantité raisonnable.
\begin{figure}[H]
\centering \centering
\input{data/3/T-H.tex} \input{data/3/t-h.tex}
\caption{Humidité en fonction de la température} \caption{Humidité en fonction de la température}
\label{fig:T-H} \label{fig:t-h}
\end{figure} \end{figure}
\listoffigures \listoffigures
@ -326,11 +372,11 @@ Premièrement, les graphiques sont disponibles à la figure \ref{fig:graphiques}
\printbibliography[heading=none,keyword=image] \printbibliography[heading=none,keyword=image]
\printglossary[type=\acronymtype,title=Acronymes,toctitle=Acronymes,style=altlist] \printglossary[type=\acronymtype,title=Acronymes,toctitle=Acronymes,style=altlist]
\glsadd{DHCPg}
\glsadd{DIYg}
\glsadd{DNSg}
\newpage \newpage
\printglossary[type=main,title=Glossaire,toctitle=Glossaire,style=altlist] \printglossary[type=main,title=Glossaire,toctitle=Glossaire,style=altlist]
\newpage
\label{ref:symboles}
\printglossary[type=symbolslist,style=long3col]
\appendix \appendix
\appendixpage \appendixpage

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url = "http://www.aurel32.net/elec/i2c.php", url = "http://www.aurel32.net/elec/i2c.php",
keywords = "website" keywords = "website"
} }
@misc{i2c-wikipedia-en,
author = "Wikipédia",
title = "I²C",
url = "http://en.wikipedia.org/wiki/I²C",
keywords = "website"
}

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latex/data/4/T-H.tex → latex/data/3/t-h.tex
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\expandafter\def\csname LTb\endcsname{\color{black}}%
\expandafter\def\csname LTa\endcsname{\color{black}}%
\expandafter\def\csname LT0\endcsname{\color[rgb]{1,0,0}}%
\expandafter\def\csname LT1\endcsname{\color[rgb]{0,1,0}}%
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\expandafter\def\csname LT7\endcsname{\color[rgb]{1,0.3,0}}%
\expandafter\def\csname LT8\endcsname{\color[rgb]{0.5,0.5,0.5}}%
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\expandafter\def\csname LT8\endcsname{\color{black}}%
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\endgroup

21
latex/glossaire.tex
View File

@ -41,6 +41,12 @@
description={ensemble de fonctions permettant de manipuler un capteur, un objet, une puce (etc.) plus facilement} description={ensemble de fonctions permettant de manipuler un capteur, un objet, une puce (etc.) plus facilement}
} }
\newglossaryentry{horloge temps reel}
{
name=horloge temps réel,
description={horloge permettant un décompte très précis du temps, utilisée en électronique}
}
\newglossaryentry{materiel libre} \newglossaryentry{materiel libre}
{ {
name=matériel libre, name=matériel libre,
@ -60,6 +66,21 @@
\newacronym{FSF}{FSF}{Free Software Foundation} \newacronym{FSF}{FSF}{Free Software Foundation}
\newacronym{GPL}{GPL}{GNU General Public License} \newacronym{GPL}{GPL}{GNU General Public License}
\newacronym{JSON}{JSON}{JavaScript Object Notation} \newacronym{JSON}{JSON}{JavaScript Object Notation}
\newacronym{LCD}{LCD}{Liquid Crystal Display}
\newacronym{NTP}{NTP}{Network Time Protocol} \newacronym{NTP}{NTP}{Network Time Protocol}
\newacronym{OLED}{OLED}{Organic Light-Emitting Diode}
\newacronym{OSI}{OSI}{Open Source Initiative} \newacronym{OSI}{OSI}{Open Source Initiative}
\newacronym{RAM}{RAM}{Random Access Memory}
\newacronym{TM}{TM}{Travail de Maturité} \newacronym{TM}{TM}{Travail de Maturité}
\newglossaryentry{H}{name={\ensuremath{H}}, description={Humidité [g/m³]}, type=symbolslist}
\newglossaryentry{m}{name={\ensuremath{m}}, description={Masse de vapeur [g]}, type=symbolslist}
\newglossaryentry{V}{name={\ensuremath{V}}, description={Volume d'air [m³]}, type=symbolslist}
\newglossaryentry{M}{name={\ensuremath{M}}, description={Masse molaire [g/mol]}, type=symbolslist}
\newglossaryentry{n}{name={\ensuremath{n}}, description={Quantité de matière en moles [mol]}, type=symbolslist}
\newglossaryentry{P}{name={\ensuremath{P}}, description={Pression de vapeur [Pa]}, type=symbolslist}
\newglossaryentry{R}{name={\ensuremath{R}}, description={Constante universelle des gaz parfaits}, type=symbolslist}
\newglossaryentry{T}{name={\ensuremath{T}}, description={Température de l'air [K]}, type=symbolslist}
\newglossaryentry{Hr}{name={\ensuremath{H_r}}, description={Humidité relative}, type=symbolslist}
\newglossaryentry{Heq}{name={\ensuremath{H_{\acute{e}q}}}, description={Humidité à l'équilibre [g/m³]}, type=symbolslist}
\newglossaryentry{Peq}{name={\ensuremath{P_{\acute{e}q}}}, description={Pression de vapeur à l'équilibre [Pa]}, type=symbolslist}

2
latex/latexmkrc
View File

@ -2,10 +2,12 @@ $pdflatex = "xelatex -shell-escape";
$pdf_mode = "1"; $pdf_mode = "1";
push @generated_exts, 'glo', 'gls', 'glg'; push @generated_exts, 'glo', 'gls', 'glg';
push @generated_exts, 'syg', 'syi', 'slg';
push @generated_exts, 'acn', 'acr', 'alg'; push @generated_exts, 'acn', 'acr', 'alg';
$clean_ext .= ' %R.bbl %R-blx.bib %R.ist %R.nav %R.run.xml %R.snm %R.xdy %R.pyg'; $clean_ext .= ' %R.bbl %R-blx.bib %R.ist %R.nav %R.run.xml %R.snm %R.xdy %R.pyg';
add_cus_dep( 'glo', 'gls', 0, 'makeglossaries' ); add_cus_dep( 'glo', 'gls', 0, 'makeglossaries' );
add_cus_dep( 'syg', 'syi', 0, 'makeglossaries' );
sub makeglossaries { sub makeglossaries {
system( "makeglossaries \"$_[0]\"" ); system( "makeglossaries \"$_[0]\"" );
} }