diff options
Diffstat (limited to 'img/algorithm_birds_eye.tikz')
| -rw-r--r-- | img/algorithm_birds_eye.tikz | 78 |
1 files changed, 39 insertions, 39 deletions
diff --git a/img/algorithm_birds_eye.tikz b/img/algorithm_birds_eye.tikz index 27f6123..15c609a 100644 --- a/img/algorithm_birds_eye.tikz +++ b/img/algorithm_birds_eye.tikz @@ -1,65 +1,65 @@ -\hspace{-12.5mm} \tikzexternaldisable \begin{tikzpicture}[ scale=1.0, - lhs/.style={left,xshift=-5mm,align=left}, - rhs/.style={right,xshift=5mm,align=left}, + lhs/.style={left,xshift=-5mm,align=right,text width=7cm}, + rhs/.style={right,xshift=5mm,align=left,text width=7cm}, coarse/.style={circle,inner sep=1.5mm}, fine/.style={circle,inner sep=1mm}, incomplete/.style={draw=gray,very thick,fill=white}, complete/.style={draw=gray,very thick,fill=green!70!black} ] -\draw[gray,very thick] (0,0) -- (0,-11) {}; -\draw[gray,very thick] (1,0) -- (1,-11) {}; -\node[coarse,complete] at (0,0) {}; -\node[lhs] at (0,0) {\(f_{g,i}(\G)\) vollständig zu Zeit \(t\)}; +\draw[gray,very thick] (-0.4,0) -- (-0.4,-11) {}; +\draw[gray,very thick] (0.4,0) -- (0.4,-11) {}; -\node[fine,complete] at (1,0) {}; -\node[rhs] at (1,0) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t\)}; +\node[coarse,complete] at (-0.4,0) {}; +\node[lhs] at (-0.4,0) {\(f_{g,i}(\G)\) vollständig zu Zeit \(t\)}; -\node[coarse,incomplete] at (0,-1) {}; -\node[lhs] at (0,-1) {Zeitschritt \(t \to t+\delta t_g\) auf \(\G\)}; +\node[fine,complete] at (0.4,0) {}; +\node[rhs] at (0.4,0) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t\)}; -\node[fine,incomplete] at (1,-2) {}; -\node[rhs] at (1,-2) {Zeitschritt \(t \to t+\delta t_f\) auf \(\F\)}; +\node[coarse,incomplete] at (-0.4,-1) {}; +\node[lhs] at (-0.4,-1) {Zeitschritt \(t \to t+\delta t_g\) auf \(\G\)}; -\node[coarse,incomplete] at (0,-3) {}; -\node[lhs] at (0,-3) -{Interpolation von \(\rho_g, u_g, f_{g,i}^\text{neq}\) in \(x_{g \to f}^g \in \G\)\\zu Zeitpunkt \(t + \delta t_g / 2\)}; +\node[fine,incomplete] at (0.4,-2) {}; +\node[rhs] at (0.4,-2) {Zeitschritt \(t \to t+\delta t_f\) auf \(\F\)}; -\node[fine,incomplete] at (1,-4) {}; -\node[rhs] at (1,-4) -{Setzen von \(f_{f,i}\) in \(x_{g \to f}^g \in \F\) mit (\ref{eq:expandedDirectG2F})}; +\node[coarse,incomplete] at (-0.4,-3) {}; +\node[lhs] at (-0.4,-3) +{Interpolation von \(\rho_g, u_g, f_{g,i}^\text{neq}\) in \(x_{g \to f}^g\)}; -\node[fine,incomplete] at (1,-5) {}; -\node[rhs] at (1,-5) -{Interpolation von \(f_{f,i}\) in \(x_{g \to f}^f \in \F\) mit (\ref{eq:expandedInterpolG2F})}; +\node[fine,incomplete] at (0.4,-4) {}; +\node[rhs] at (0.4,-4) +{Setzen von \(f_{f,i}\) in \(x_{g \to f}^g\) (\ref{eq:expandedDirectG2F})}; -\node[fine,complete] at (1,-6) {}; -\node[rhs] at (1,-6) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t + \delta t_f\)}; +\node[fine,incomplete] at (0.4,-5) {}; +\node[rhs] at (0.4,-5) +{Interpolation von \(f_{f,i}\) in \(x_{g \to f}^f\) (\ref{eq:expandedInterpolG2F})}; -\node[fine,incomplete] at (1,-7) {}; -\node[rhs] at (1,-7) {Zeitschritt \(t+\delta t_f \to t+2\delta t_f\) auf \(\F\)}; +\node[fine,complete] at (0.4,-6) {}; +\node[rhs] at (0.4,-6) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t + \delta t_f\)}; -\node[fine,incomplete] at (1,-8) {}; -\node[rhs] at (1,-8) -{Setzen von \(f_{f,i}\) in \(x_{g \to f}^g \in \F\) mit (\ref{eq:expandedDirectG2F})}; +\node[fine,incomplete] at (0.4,-7) {}; +\node[rhs] at (0.4,-7) {Zeitschritt \(t+\delta t_f \to t+2\delta t_f\) auf \(\F\)}; -\node[fine,incomplete] at (1,-9) {}; -\node[rhs] at (1,-9) -{Interpolation von \(f_{f,i}\) in \(x_{g \to f}^f \in \F\) mit (\ref{eq:expandedInterpolG2F})}; +\node[fine,incomplete] at (0.4,-8) {}; +\node[rhs] at (0.4,-8) +{Setzen von \(f_{f,i}\) in \(x_{g \to f}^g\) (\ref{eq:expandedDirectG2F})}; -\node[coarse,incomplete] at (0,-10) {}; -\node[lhs] at (0,-10) -{Restriktion von \(f_{g,i}\) in \(x_{f \to g} \in \G\) mit (\ref{eq:restrictedF2G})}; +\node[fine,incomplete] at (0.4,-9) {}; +\node[rhs] at (0.4,-9) +{Interpolation von \(f_{f,i}\) in \(x_{g \to f}^f\) (\ref{eq:expandedInterpolG2F})}; -\node[coarse,complete] at (0,-11) {}; -\node[lhs] at (0,-11) {\(f_{g,i}(\G)\) vollständig zu Zeit \(t+\delta t_g\)}; +\node[coarse,incomplete] at (-0.4,-10) {}; +\node[lhs] at (-0.4,-10) +{Restriktion von \(f_{g,i}\) in \(x_{f \to g}\) (\ref{eq:restrictedF2G})}; -\node[fine,complete] at (1,-11) {}; -\node[rhs] at (1,-11) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t+\delta t_g\)}; +\node[coarse,complete] at (-0.4,-11) {}; +\node[lhs] at (-0.4,-11) {\(f_{g,i}(\G)\) vollständig zu Zeit \(t+\delta t_g\)}; + +\node[fine,complete] at (0.4,-11) {}; +\node[rhs] at (0.4,-11) {\(f_{f,i}(\F)\) vollständig zu Zeit \(t+\delta t_g\)}; \end{tikzpicture} \tikzexternalenable |