antoine-huguet / latex-assignment

A LaTeX template for assignement

Layout

You can use :

• \newcommand{\matiere}{Math} To edit the subject name
• \newcommand{\titre}{Assignment 5} To edit the assignment name
• \newcommand{\auteur}{Your Name}
• \newcommand{\ladate}{} If you want to include a date

Questions

New questions

• \question A new question
• \questionnobar A new question without delimiter
• \subquestion A new subquestion
• \subquestionnobar A new subquestion without delimiter

Numbering

If you want to change the way the questions are numbered, you can use : \newcommand{\questionformat}{x} Where x can be : A I 1 \newcommand{\subquestionformat}{y} Where x can be : A a I i 1

If you don't want the questions to appear as "Question", you can rename them using : \questiontype{New Name}. For instance : \questiontype{Problem}

You can also add a custom title to a question using \questionname{Title}. For instance : \questionname{Beginner's Guide}

If you want, you can change the numbering system for a specific question using :

• \question[x] Where x can be : A I 1
• \subquestion[y] Where x can be : A a I i 1

Environnement

You can create environment using :

\begin{notation}
<test goes here>
\end{notation}

Custom environment includes :

• eq : Equation
• res : Results
• prop : Property
• notation : Notation
• hypo : Hypothesis
• conclusion : Conclusion

You can add a * to remove numbers.

If you want to add a title, you can use :

\begin{eq}[Equation title]
<text goes here>
\end{eq}

Listing

If you want to include code in your document, use :

\begin{figure}
    \begin{lstlisting}[style=Python]
        print("Hello World")
    \end{lstlisting}
\end{figure}

The two styles currently supported are : "Matlab" and "Python". You can add optional caption or label to the listing. If you want to import code from a file, use :

\lstinputlisting[caption={My code},label={lst:name}]{path/to/file}

Maths

Shortcuts

• \sqfr{a}{b} = \sqrt{\frac{#1}{#2}}
• \inv{a} = \frac{1}{a}
• \invfr{a} = \frac{1}{\sqrt{a}}
• \dpi = \frac{\pi}{2}
• \demi = \frac{1}{2}
• \ei{x} = e^{i x}
• \w = \omega

Functions

• \s{x} = \sin\left(x\right)
• \c{x} = \cos\left(x\right)

Integrals

• \int = Top and Bottom limits
• \inte = Side limits

Vectors

• \vec{x} = \overrightarrow{x}
• \ux = \overrightarrow{u_x}
• \uy = \overrightarrow{u_y}
• \uz = \overrightarrow{u_z}
• \utheta = \overrightarrow{u_{\theta}}
• \uphi = \overrightarrow{u_{\varphi}}
• \ur = \overrightarrow{u_r}
• \ex = \overrightarrow{e_x}
• \ey = \overrightarrow{e_y}
• \ez = \overrightarrow{e_z}
• \etheta = \overrightarrow{e_{\theta}}
• \ephi = \overrightarrow{e_{\varphi}}
• \er = \overrightarrow{e_r}

Units

You can write x using scientific notation. For instance : x=1,24e-3.

• \speed{x} = \SI{x}{\metre\per\second}
• \stiff{x} = \SI{x}{\newton\per\meter}
• \pulse{x} = \SI{x}{\radian\per\second}
• \length{x} = \SI{x}{\metre}
• \time{x} = \SI{x}{\second}
• \force{x} = \SI{x}{\newton}

Differential calcul

• \d = \mathrm{d}
• \deriv{f}{x} = \frac{\mathrm{d}f}{\mathrm{d}x}
• \deriv{f}{x} = \frac{\mathrm{d}^2f}{\mathrm{d}^2x}
• \drond{f}{x} = \frac{\partial f}{\partial x}
• \ddrond{f}{x} = \frac{\partial^2 f}{\partial x^2}
• \dddrond{f}{x}{y} = \frac{\partial^2 f}{\partial x\partial y}
• \dx = \mathrm{d}x
• \dy = \mathrm{d}y
• \dz = \mathrm{d}z
• \dr = \mathrm{d}r
• \dt = \mathrm{d}t
• \df = \mathrm{d}f
• \dv = \mathrm{d}V
• \ds = \mathrm{d}S
• \dphi = \mathrm{d}\phi
• \drho = \mathrm{d}\rho
• \dtau = \mathrm{d}\tau
• \dtheta = \mathrm{d}\theta