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latex_new_logos_append.tex
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Created
Thu, Sep 19, 11:49
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5 KB
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text/x-tex
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Sat, Sep 21, 11:49 (2 d)
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blob
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Handle
20910021
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R11350 PP exe
latex_new_logos_append.tex
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\documentclass
[a4paper, 11pt]
{
article
}
\usepackage
{
graphicx
}
\usepackage
{
comment
}
\usepackage
{
fancyhdr
}
\usepackage
{
lastpage
}
\usepackage
{
ifthen
}
%for ifthenelse funtion
\usepackage
{
amsmath,bm
}
% For equations
\usepackage
{
colortbl
}
% pour "bfseries" dans les tabular
\usepackage
{
float
}
\usepackage
{
booktabs
}
\usepackage
{
blindtext
}
\usepackage
{
siunitx
}
\usepackage
{
enumitem
}
\usepackage
{
siunitx
}
% to write units proprely
\usepackage
{
tabularx
}
\renewcommand\tabularxcolumn
[1]
{
m
{
#1
}}
%
\usepackage
{
caption
}
\usepackage
{
subcaption
}
\usepackage
{
helvet
}
\usepackage
[export]
{
adjustbox
}
\renewcommand
{
\familydefault
}{
\sfdefault
}
\usepackage
[left=2cm,right=2cm,top=2.5cm,bottom=2.5cm,headsep=-0.4cm,headheight=2.5cm]
{
geometry
}
\usepackage
{
amsmath
}
\usepackage
{
sfmath
}
\newcommand
{
\foo
}
[1]
{
\bm
{
\mathrm
{
#1
}}}
\definecolor
{
Gray
}{
gray
}{
0.85
}
%\newcolumntype{a}{>{\columncolor{Gray}}c} % for coloring tabulars
\pagenumbering
{
gobble
}
%% change all subscripts to roman !
\catcode
`
_
=
\active
\newcommand
_
[1]
{
\ensuremath
{
\sb
{
\mathrm
{
#1
}}}}
%
\pagestyle
{
fancy
}
\fancyhead
[C]
{
%
\begin
{
tabular
}{
m
{
3.0cm
}
m
{
10.0cm
}
m
{
3cm
}}
\includegraphics
[height=1cm]
{
Logos/EPFL2.png
}
&
&
\hfill
\includegraphics
[height=1cm]
{
Logos/LogoPTMH.png
}
\end
{
tabular
}
}
\renewcommand
{
\headrulewidth
}{
0pt
}
\renewcommand
{
\footrulewidth
}{
0.4pt
}
\fancyfoot
[L]
{
\includegraphics
[height=1cm,valign=c]
{
Logos/FooterPTMH.pdf
}}
%\fancyfoot[C]{\begin{tabular}{@{}c@{}}Footer \\ more footer\end{tabular}}
\begin
{
document
}
%start
\begin
{
table
}
[t!]
\begin
{
tabular
}{
m
{
3.0cm
}
m
{
10cm
}
m
{
3cm
}}
\rowcolor
{
Gray
}
%entete
\textbf
{
709-05-05
}
&
\centering
\textbf
{
Yangjiang
}
&
\hfill
\textbf
{
date
}
\end
{
tabular
}
\end
{
table
}
\begin
{
table
}
[h!]
\centering
\begin
{
tabularx
}{
\textwidth
}{
>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X
}
%coeffs
\textit
{
\textbf
{
MP
}}
&
$
\boldsymbol
{
\alpha
}
$
&
$
\boldsymbol
{n_{
11
}}
$
&
$
\boldsymbol
{Q_{
11
}}
$
&
$
\boldsymbol
{H_m}
$
&
$
\boldsymbol
{f_n}
$
&
$
\boldsymbol
{
\sigma
}
$
\\
\toprule
%donnee1
21
&
3
&
37
&
0.004
&
12.99
&
8.335
&
0.748
\\
\bottomrule
\end
{
tabularx
}
\newline
\vspace*
{
0.5 cm
}
\newline
\begin
{
tabularx
}{
\textwidth
}{
>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X>
{
\centering\arraybackslash
}
X
}
%channels
\textbf
{
Channel 1
}
&
\textbf
{
Channel 1
}
&
\textbf
{
Channel 1
}
&
\textbf
{
Channel 1
}
\\
\toprule
%donnee2
21
&
3
&
37
&
0.004
\\
\bottomrule
\end
{
tabularx
}
\end
{
table
}
%\begin{comment}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% all pressure fluctuations graphs %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\begin
{
figure
}
[h]
\centering
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%time1
\includegraphicss
[height=3cm]
]
{
images/timeplot1.jpg
}
%\vspace{0.50mm}
\end
{
subfigure
}
\hfill
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%freq1
\includegraphicss
[height=3cm]
{
images/freqplot1.jpg
}
\end
{
subfigure
}
\hfill
%label{fig:three graphs}
% \vspace{0.20mm}
%graph2
\centering
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%time2
\includegraphicss
[height=3cm]
{
images/timeplot2.jpg
}
%\vspace{0.20mm}
\end
{
subfigure
}
\hfill
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%freq2
\includegraphics
[height=3cm]
{
images/freqplot2.jpg
}
\end
{
subfigure
}
\hfill
%label{fig:three graphs}
%graph3
\centering
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%time3
\includegraphics
[height=3cm]
{
images/timeplot3.jpg
}
\end
{
subfigure
}
\hfill
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%freq3
\includegraphics
[height=3cm]
{
images/freqplot3.jpg
}
%\vspace{0.20mm}
\end
{
subfigure
}
\hfill
%label{fig:three graphs}
%graph4
\centering
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%time4
\includegraphics
[height=3.5cm]
{
images/timeplot4.jpg
}
\end
{
subfigure
}
\hfill
\begin
{
subfigure
}
[h]
{
.49
\linewidth
}
\centering
%freq4
\includegraphics
[height=3.5cm]
{
images/freqplot4.jpg
}
\end
{
subfigure
}
\hfill
%label{fig:three graphs}
\end
{
figure
}
%Final table
\begin
{
table
}
[b!]
\begin
{
center
}
\setlength
{
\tabcolsep
}{
13.5pt
}
\begin
{
tabular
}{
SSSSSSS
}
%entete last
\textbf
{
Channel n
}
&
$
\boldsymbol
{
\frac
{
\Delta
{H}_{max,
97
\%
}}{H_M}}
$
&
$
\boldsymbol
{
\frac
{
\Delta
{H}_{min,
97
\%
}}{H_M}}
$
&
$
\boldsymbol
{
\frac
{
\Delta
{H}_{pp,
97
\%
}}{H_M}}
$
&
$
\boldsymbol
{f_{dominant}}
$
&
$
\boldsymbol
{
\frac
{
\Delta
{H}_{f,dominant}}{H_M}}
$
&
$
\boldsymbol
{
\frac
{f_{dominant}}{f_{n}}}
$
\\
{
(-)
}
&
{
(
\%
)
}&
{
(
\%
)
}
&
{
(
\%
)
}
&
$
{
(
s^{
-
1
}
)
}
$
&
{
(
\%
)
}
&
{
(-)
}
\\
\toprule
%final datas
21
&
3
&
37
&
0.004
&
0.004
&
0.004
&
0.004
\\
21
&
3
&
37
&
0.004
&
0.004
&
0.004
&
0.004
\\
21
&
3
&
37
&
0.004
&
0.004
&
0.004
&
0.004
\\
21
&
3
&
37
&
0.004
&
0.004
&
0.004
&
0.004
\\
\bottomrule
&
&
&
&
&
&
\\
\end
{
tabular
}
\end
{
center
}
\end
{
table
}
%end
\newpage
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