Größere Zeilen mit Brüchen im Pseudocode

Question

ich hattevorherige Fragewie man Pseudocode in Latex schreibt. Ich würde gerne Brüche in Pseudocode verwenden, aber Zeilen mit Brüchen sind etwas klein. Weiß jemand, wie man Zeilen mit Brüchen etwas größer machen kann?

\usepackage{algpseudocode,amsmath}

\newcommand{\var}{\texttt}
\newcommand{\assign}{\leftarrow}
\newcommand{\multilinestate}[1]{%
\parbox[t]{\linewidth}{\raggedright\hangindent=\algorithmicindent\hangafter=1
\strut#1\strut}}

\begin{algorithmic}
\State \multilinestate{$\var{maxWeight} \assign{}$\var{e.weight} where~\var{e} has maximum weight of all elements}
\State \multilinestate{$\var{minWeight} \assign{}$\var{e.weight} where~\var{e} has minimum weight of all elements}
\State $\var{maxDraw} \assign{}$maximum size in visualization
\State $\var{minDraw} \assign{}$minimum size in visualization\\
\Function {CountDrawSize}{\var{elementWeight}}
\If{$\var{maxWeight} = \var{minWeight}$}
\State\Return $\dfrac{(\var{maxWeight} + \var{minWeight})}{2}$
\Else
\State\Return $\var{minDraw} + \dfrac{(\var{elementWeight} - \var{minWeight})(\var{maxDraw} - \var{minDraw})}{(\var{maxWeight} - \var{minWeight})}$
\EndIf
\EndFunction\\
\end{algorithmic}

Answer 1

Erhöhen Sie (lokal) den \lineskipParameter:

\documentclass{article}
\usepackage{algpseudocode,amsmath}

\newcommand{\var}{\texttt}
\newcommand{\assign}{\leftarrow}
\newcommand{\multilinestate}[1]{%
  \parbox[t]{\linewidth}{\raggedright\hangindent=\algorithmicindent\hangafter=1
  \strut#1\strut}}

\begin{document}

\begin{algorithmic}
\setlength{\lineskip}{3pt}
\State \multilinestate{$\var{maxWeight} \assign\var{e.weight}$ where~\var{e} has maximum weight of all elements}
\State \multilinestate{$\var{minWeight} \assign\var{e.weight}$ where~\var{e} has minimum weight of all elements}
\State $\var{maxDraw} \assign{}$maximum size in visualization
\State $\var{minDraw} \assign{}$minimum size in visualization\\
\Function {CountDrawSize}{\var{elementWeight}}
\If{$\var{maxWeight} = \var{minWeight}$}
\State\Return $\dfrac{(\var{maxWeight} + \var{minWeight})}{2}$
\Else
\State\Return $\var{minDraw} + \dfrac{(\var{elementWeight} - \var{minWeight})(\var{maxDraw} - \var{minDraw})}{(\var{maxWeight} - \var{minWeight})}$
\EndIf
\EndFunction
\end{algorithmic}

\end{document}