텍스트 왼쪽에 다음 방정식을 입력하고 싶은데 어떤 명령이 유용할지 모르겠습니다. 정렬을 사용했지만 모든 방정식이 용지의 가장 오른쪽에 배치되었습니다. 더 정확하게는 모든 방정식을 서로 아래에 놓고 그 위치를 종이의 왼쪽에 두고 싶습니다.
\begin{document}
\begin{align*}
(f,f)_{[x^3]_{1}} = (f,f)_{[x^3]_{1}}=0 \\
(f,g)_{[x^3]_{1}} =(f,g)_{[x^3]_{3}}=0\\
(f,h)_{[xxy]_{1}}=(f,h)_{[xxy]_{3}}=0\\
(f,p)_{[xxy]_{1}}=(f,p)_{[xxy]_{3}}=0\\
(f,m)_{[xxt]_{1}}=[xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2})= [xtx]_{1}\\
(f,m)_{[xxt]_{3}}=[xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
(g,f)_{[x^3]_{1}}=(g,f)_{[x^3]_{3}}=0\\
\end{align*}
\end{document}
답변1
패키지는 방정식을 왼쪽 텍스트 테두리에 푸시하는 nncmath환경을 제공합니다 .fleqn
\documentclass{article}
\usepackage{nccmath}
%---------------- show page layout. don't use in a real document!
\usepackage{showframe}
\renewcommand\ShowFrameLinethickness{0.15pt}
\renewcommand*\ShowFrameColor{\color{red}}
%---------------------------------------------------------------%
\begin{document}
\begin{fleqn}
\begin{gather*}
(f,f)_{[x^3]_{1}} = (f,f)_{[x^3]_{1}}=0 \\
(f,g)_{[x^3]_{1}} =(f,g)_{[x^3]_{3}}=0 \\
(f,h)_{[xxy]_{1}}=(f,h)_{[xxy]_{3}}=0 \\
(f,p)_{[xxy]_{1}}=(f,p)_{[xxy]_{3}}=0 \\
(f,m)_{[xxt]_{1}}=[xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2})= [xtx]_{1}\\
(f,m)_{[xxt]_{3}}=[xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
(g,f)_{[x^3]_{1}}=(g,f)_{[x^3]_{3}}=0\\
\end{gather*}
\end{fleqn}
\end{document}
(빨간색 선은 텍스트 테두리를 나타냅니다)
답변2
다음은 세 가지 다른 정렬을 포함하는 가능한 제안입니다(빨간색 선은 여백을 나타냄).
\documentclass{article}
\usepackage{amsmath}
\begin{document}
\begin{flalign*}
(f,f)_{[x^3]_{1}} &= (f,f)_{[x^3]_{1}}=0 &&\\
(f,g)_{[x^3]_{1}} &=(f,g)_{[x^3]_{3}}=0 \\
(f,h)_{[xxy]_{1}}&=(f,h)_{[xxy]_{3}}=0 \\
(f,p)_{[xxy]_{1}}&=(f,p)_{[xxy]_{3}}=0 \\
(f,m)_{[xxt]_{1}}&=[xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2})= [xtx]_{1}\\
(f,m)_{[xxt]_{3}}&=[xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
(g,f)_{[x^3]_{1}}&=(g,f)_{[x^3]_{3}}=0\\
\end{flalign*}
\begin{align*}
(f,f)_{[x^3]_{1}} &= (f,f)_{[x^3]_{1}}=0 \\
(f,g)_{[x^3]_{1}} &=(f,g)_{[x^3]_{3}}=0 \\
(f,h)_{[xxy]_{1}}&=(f,h)_{[xxy]_{3}}=0 \\
(f,p)_{[xxy]_{1}}&=(f,p)_{[xxy]_{3}}=0 \\
(f,m)_{[xxt]_{1}}&=[xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2})= [xtx]_{1}\\
(f,m)_{[xxt]_{3}}&=[xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
(g,f)_{[x^3]_{1}}&=(g,f)_{[x^3]_{3}}=0\\
\end{align*}
\begin{flalign*}
&(f,f)_{[x^3]_{1}} = (f,f)_{[x^3]_{1}}=0 &&\\
&(f,g)_{[x^3]_{1}} =(f,g)_{[x^3]_{3}}=0 \\
&(f,h)_{[xxy]_{1}}=(f,h)_{[xxy]_{3}}=0 \\
&(f,p)_{[xxy]_{1}}=(f,p)_{[xxy]_{3}}=0 \\
&(f,m)_{[xxt]_{1}}=[xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2})= [xtx]_{1}\\
&(f,m)_{[xxt]_{3}}=[xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
&(g,f)_{[x^3]_{1}}=(g,f)_{[x^3]_{3}}=0\\
\end{flalign*}
\end{document}
답변3
일부 방정식이 중앙에 있고 다른 방정식이 왼쪽에 정렬되는 약간의 변형을 추가하는 것은 물론 @leandriis 답변만큼 우아하지는 않지만 유용할 수 있습니다.
\documentclass{article}
\usepackage{amsmath}
\usepackage{blindtext}
\begin{document}
\begin{align*}
& (f,f)_{[x^3]_{1}} = (f,f)_{[x^3]_{1}}=0 \\
& (f,g)_{[x^3]_{1}} = (f,g)_{[x^3]_{3}}=0 \\
& (f,h)_{[xxy]_{1}} = (f,h)_{[xxy]_{3}}=0 \\
& (f,p)_{[xxy]_{1}} = (f,p)_{[xxy]_{3}}=0 \\
& (f,m)_{[xxt]_{1}} = [xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2}) = [xtx]_{1}\\
& (f,m)_{[xxt]_{3}} = [xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
& (g,f)_{[x^3]_{1}} =(g,f)_{[x^3]_{3}}=0\\
\end{align*}
%some blind text to check that margins are correct
\blindtext
\begin{align*}
& (f,f)_{[x^3]_{1}} = (f,f)_{[x^3]_{1}}=0 \\
& (f,g)_{[x^3]_{1}} = (f,g)_{[x^3]_{3}}=0 \\
\noalign{\hspace{-\parindent}$(f,h)_{[xxy]_{1}} = (f,h)_{[xxy]_{3}}=0$}
\noalign{\hspace{-\parindent}$(f,p)_{[xxy]_{1}} = (f,p)_{[xxy]_{3}}=0$}
& (f,m)_{[xxt]_{1}} = [xx]_{1} \dashv t - x \dashv ([xt]_{1} - [tx]_{2}) = [xtx]_{1}\\
& (f,m)_{[xxt]_{3}} = [xx]_{1}\vdash t - x \vdash ([xt]_{1} - [tx]_{2})=[xxt]_3-[xxt]_2+[xtx]_3\\
& (g,f)_{[x^3]_{1}} =(g,f)_{[x^3]_{3}}=0\\
\end{align*}
\end{document}
출력은 다음과 같습니다.
