\documentclass[12pt,a4paper]{article} \usepackage{amsmath} \usepackage{tikzorbital} \begin{document} \begin{tikzpicture} \drawLevel[elec=pair,pos={(0,0)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{xy}} \drawLevel[elec=pair,pos={(1.5,0)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{xz}} \drawLevel[elec=pair,pos={(3,0)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{yz}} \drawLevel[elec=up,pos={(4.5,0)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{z^2}} \drawLevel[elec=up,pos={(6,0)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{x^2-y^2}} \drawLevel[elec=up,pos={(9.7,2)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{z^22}} \drawLevel[elec=up,pos={(11.2,2)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{x^2-y^22}} \drawLevel[elec=pair,pos={(10.5,-2)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{xz2}} \drawLevel[elec=pair,pos={(9,-2)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{xy2}} \drawLevel[elec=pair,pos={(12,-2)},width=1,style={line width=1pt,},spinstyle={thin,color=red!80,-stealth},spinlength=.7]{d_{yz2}} \draw[dashed] (right d_{x^2-y^2}) -- (left d_{z^22}) (right d_{x^2-y^2}) -- (left d_{xy2}); \node[right] at (right d_{x^2-y^22}) {$\text{e}_\text{g}$}; \node[right] at (right d_{yz2}) {$\text{t}_{2\text{g}}$}; \node[below of = middle d_{xy}] at (middle d_{xy}) {$d_{xy}$}; \node[below of = middle d_{xz}] at (middle d_{xz}) {$d_{xz}$}; \node[below of = middle d_{yz}] at (middle d_{yz}) {$d_{yz}$}; \node[below of = middle d_{z^2}] at (middle d_{z^2}) {$d_{z^2}$}; \node[below of = middle d_{x^2-y^2}] at (middle d_{x^2-y^2}) {$d_{x^2-y^2}$}; \node[below of = middle d_{xy2}] at (middle d_{xy2}) {$d_{xy}$}; \node[below of = middle d_{xz2}] at (middle d_{xz2}) {$d_{xz}$}; \node[below of = middle d_{yz2}] at (middle d_{yz2}) {$d_{yz}$}; \node[below of = middle d_{z^22}] at (middle d_{z^22}) {$d_{z^2}$}; \node[below of = middle d_{x^2-y^22}] at (middle d_{x^2-y^22}) {$d_{x^2-y^2}$}; \end{tikzpicture} \end{document}
Also zur Erklärung. Momentan ist es ja so, dass die gestrichelten Linien von d_{x^2-y^2} dierekt zu d_{z^2} bzw. d_{xy} verlaufen. Ich möchte aber, dass sie erstmal zwar auf diese Höhe gehen, aber ein Stück davor, sodass dann die Verbindung auf der Ebene von d_{z^2} bzw. d_{xy} waagerecht verläuft.
Ist das irgendwie möglich?