GeoGebra: LaTeX vSpace*가 방정식을 위로 이동하지 않습니다.

Question

GeoGebra는 끔찍한 Ti를 생산합니다.케이Z 코드. 정밀도가 높아 보이는 게 어이가 없어서 소수점 두 자리(색상은 세 자리)로 줄였습니다.

가장 주목할 만한 것은 생성된 코드입니다.언제나가지고있다잘못된 \clip\begin{scriptsize}어느 시점에서 지시와 신비한 명령.

또한 거대한 점을 제거하고 선 너비를 줄이는 것이 좋습니다.

아니오 \vspace또는 \hspace지시가 필요합니다.

\documentclass[fleqn]{article}
\usepackage{pgfplots}
\usepackage{enumitem}
\usepackage{tikz}
\usepackage{titling}
\pgfplotsset{compat=1.15}
\usepackage{mathrsfs}
\usepackage{amsmath}
\usepackage{calc}
\newcommand{\varname}{varcontent}
\usetikzlibrary{arrows}
\pagestyle{empty}

\definecolor{rvwvcq}{rgb}{0.082,0.396,0.753}

\begin{document}
\setlength{\droptitle}{-3cm} 
\title{Seite 09, Aufgabe 59}
\author{abcdefg}
\date{Januar 7,2024}
\maketitle

Ein Parrallelogramm ABCD, das durch die Seiten $a = 83$ und $b = 18$ und den 
Winkel $\alpha = 36^\circ$. Wie lang sind die Diagonalen $e$ und $f$?

\begin{tikzpicture}[line cap=round,line join=round,>=triangle 45,x=0.25cm,y=0.25cm]
%transform canvas={scale=1}
  \draw [shift={(6.81,12.97)},line width=0.4pt,fill=black,fill opacity=0.1]
    (0,0) -- (-179.69:2.43) arc (-179.69:-116.92:2.44) -- cycle;
  \draw [shift={(6.81,12.97)},line width=0.4pt,fill=black,fill opacity=0.1]
    (0,0) -- (-116.92:2.43) arc (-116.92:-89.89:2.44) -- cycle;
  \draw [line width=0.4pt] (-28.4,-4.05) -- (-1.78,-3.95);
  \draw [line width=0.4pt] (-1.78,-3.95) -- (6.81,12.97);
  \draw [line width=0.4pt] (-28.4,-4.05) -- (-19.85,12.82);
  \draw [line width=0.4pt] (-19.85,12.82)-- (6.81,12.97);
  \draw [line width=0.4pt] (-1.78,-3.95)-- (6.85,-3.92);
  \draw [line width=0.4pt] (6.81,12.97)-- (6.85,-3.92);
  \draw [line width=0.4pt] (-19.85,12.82)-- (-10.81,4.44);
  \draw [line width=0.4pt] (-10.81,4.44)-- (-1.78,-3.95);
  \draw [line width=0.4pt] (-28.4,-4.05)-- (-10.81,4.44);
  \draw [line width=0.4pt] (-10.81,4.44)-- (6.81,12.97);
%  \draw [fill=rvwvcq] (-28.4,-4.05) circle (2.5pt);
  \draw[color=rvwvcq] (-27.86,-2.52) node [left]{$A$};
%  \draw [fill=rvwvcq] (-1.78,-3.95) circle (2.5pt);
  \draw[color=rvwvcq] (-1.23,-2.44) node [left]{$B$};
  \draw[color=black] (-14.87,-4.55) node [below] {$d$};
%  \draw [fill=rvwvcq] (6.81,12.97) circle (2.5pt);
  \draw[color=rvwvcq] (7.37,14.45) node [below]{$C$};
  \draw[color=black] (3.88,4.62) node {$a$};
%  \draw [fill=rvwvcq] (-19.85,12.82) circle (2.5pt);
  \draw[color=rvwvcq] (-19.26,14.28) node [below]{$D$};
  \draw[color=black] (-22.75,4.54) node {$c$};
  \draw[color=black] (-6.35,12.34) node {$b$};
  \draw[color=black] (6.8,12.5) node [right]{$\alpha$};
%  \draw [fill=rvwvcq] (6.85,-3.92) circle (2.5pt);
  \draw[color=rvwvcq] (7.45,-2.44) node {$F$};
  \draw[color=black] (2.74,-4.47) node {$m$};
  \draw[color=black] (5.99,5.27) node {$h_a$};
%  \draw [fill=rvwvcq] (-10.81,4.44) circle (2.5pt);
  \draw[color=rvwvcq] (-10.25,5.92) node {$M$};
  \draw[color=black] (-16.01,8.44) node [left]{$f$};
  \draw[color=black] (-18.85,-0.25) node {$e$};
  \draw[color=black] (8.18,11.93) node {$\epsilon$};
\end{tikzpicture}
\begin{equation*}
%    \def\a{46}
%    \def\b{18}
    \def\W{36} %Alpha
    \begin{split}
        e &= \sqrt{(a+m)^2+h_a^2} \\
        \beta &= 90-\alpha \\
        &= \the\numexpr 90-\W \relax \\
        m &= \sin{(\beta)}\cdot b \\
        &\approx 14,56 \\\
        h_a &= \cos{(\beta)} \cdot b \\
        &\approx 10,58 \\
        e &= \sqrt{(a+(\sin{(\beta)}\cdot b))^2 + (\cos{(\beta)} \cdot b} \\
        &\approx 61,48 \\
        f &= \sqrt{(a-m)^2+h_a^2} \\
        &= \sqrt{(a-(\sin{(\beta)}\cdot b))^2 + (\cos{(\beta)} \cdot b} \\
        &\approx 33,17
    \end{split}
\end{equation*}

\end{document}

라벨을 더 잘 위치시키도록 노력해야 합니다.

Answer 1