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Extension: Geometries
#include "dg/geometries/geometries.h"
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A modification flux function. More...
Classes | |
| struct | ClosedFieldlineRegion |
| Predicate identifying closed fieldline region. More... | |
| struct | Psip |
| \( \psi_{mod} := \begin{cases} H(\psi_p(R,Z))\text{ for } P(R,Z) \\
\psi_p(R,Z) \text { else }
\end{cases}
\) More... | |
| struct | PsipR |
| struct | PsipRR |
| struct | PsipRZ |
| struct | PsipZ |
| struct | PsipZZ |
| struct | SetCompose |
| \( f( f_1(R,Z) , f_2(R,Z)) \) More... | |
| struct | SetIntersection |
| \( f_1 f_2 \equiv f_1 \cap f_2\) More... | |
| struct | SetNot |
| \( 1-f \equiv \bar f\) More... | |
| struct | SetUnion |
| \( f_1 + f_2 - f_1 f_2 \equiv f_1 \cup f_2\) More... | |
| struct | SOLRegion |
| The default predicate for sheath integration. More... | |
Functions | |
| dg::geo::CylindricalFunctorsLvl2 | createPsip (const std::function< bool(double, double)> predicate, const CylindricalFunctorsLvl2 &psip, double psi0, double alpha, double sign=-1) |
| \( \psi_{mod} := \begin{cases} H(\psi_p(R,Z))\text{ for } P(R,Z) \\
\psi_p(R,Z) \text { else }
\end{cases}
\) | |
A modification flux function.