In this section we present some useful commands to edit new pages. You can create cross references using Layout .
Use section / subsection commands to structure your page. The following template is prefered
This is our first section. You can eventually describe here the physical problem.
Explain mathematical theory / variational formulation. You can use Latex formulas style. There are some syntax example :
Inline formulas \( \delta=\int_\Omega 1 dx\) works and Latex keywords aswell :
\f{equation} \left\{ \begin{aligned} -\Delta u & = f & \text{on}\;\Omega \;, \\ u & = 0 & \text{on}\;\partial\Omega \;,\\ \end{aligned} \right. \f} where \f$u\in\Omega\f$ is the unknown "trial" function and \f$\Omega\f$ the domain.
results in :
\begin{equation} \left\{ \begin{aligned} -\Delta u & = f & \text{on}\;\Omega \;, \\ u & = 0 & \text{on}\;\partial\Omega \;,\\ \end{aligned} \right. \end{equation}
where \(u\in\Omega\) is the unknown "trial" function and \(\Omega\) the domain.
There we present the Feel++ code using the following command :
\snippet example.cpp marker1
Where example.cpp contains following line :
/// [marker1] int main(){ int example = 0; return example; } /// [marker1]
which results in
Present your results in this section. You can use html syntax to integrate figures. There is an example :
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Three eigenmodes |
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Note that image files have to be in one of the following directory :