Difference between revisions of "Medusa"
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<strong>Library for solving PDEse</strong> | <strong>Library for solving PDEse</strong> | ||
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In Parallel and Distributed Systems Laboratory we are working on a C++ library that is first and foremost focused on tools for solving Partial Differential Equations. The basic idea is to create generic codes for tools that are needed for solving not only PDEs but many other problems, e.g. Moving Least Squares approximation, kD-tree, domain generation engines, etc. Details about code, examples, and applications from various fields can be found on our documentation page. | In Parallel and Distributed Systems Laboratory we are working on a C++ library that is first and foremost focused on tools for solving Partial Differential Equations. The basic idea is to create generic codes for tools that are needed for solving not only PDEs but many other problems, e.g. Moving Least Squares approximation, kD-tree, domain generation engines, etc. Details about code, examples, and applications from various fields can be found on our documentation page. | ||
| + | == Drag&Drop tests == | ||
== Equations == | == Equations == | ||
Test page -- [[test]] | Test page -- [[test]] | ||
Revision as of 12:10, 20 October 2016
Library for solving PDEse
In Parallel and Distributed Systems Laboratory we are working on a C++ library that is first and foremost focused on tools for solving Partial Differential Equations. The basic idea is to create generic codes for tools that are needed for solving not only PDEs but many other problems, e.g. Moving Least Squares approximation, kD-tree, domain generation engines, etc. Details about code, examples, and applications from various fields can be found on our documentation page.
Drag&Drop tests
Equations
Test page -- test \( \nabla^2 u = \frac{\partial u}{\partial t} \)
$asdf$ \(asdf\)
Dollars dont work (yet) $a$
\begin{align} a &= b \\ aa &= bb \end{align}
\begin{align*} a &= b \\ aa &= bb \\ nonumbered &= aligned ok \end{align*}
\begin{equation}
numbered \oplus
\end{equation}
\[ non numbered \int_x^y dx \]
-- \(\nabla\)
Heading xx
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