自分用の忘備録の要素が強いのでメモ書きとはなりますが,
Google formで分数等を回答させたとき(更に改行を含んだ回答がある場合)に
Excelに日付と認識されないようにする方法の一つをここに記録しておきます.
まず, ダウンロードしたcsvをそのままExcelで開くと文字化けするので, それを回避します.
(参考文献: 邦秋の、ギャラリー「個と場」 Google Formのcsvファイルが文字化けする件)
ダウンロードしたcsvファイルをメモ帳で開く.
文字コードとして ANSI を選んで保存.
以下, 分数などをExcelに日付と認識されないようにする一つの方法です.
保存したファイルを TeraPad で開く.
"," → \t で一斉置換.
\n → qqq で一斉置換. (但し回答に文字列qqqは一切含まれていないとする)
"qqq" → \n で一斉置換.
最初と最後の " を削除. (*)
Excelを開く.
全選択 → 右クリック → セルの書式設定 で 文字列 を選ぶ.
TeraPad に残っている(*)をこのExcelに張り付ける.
qqqをalt+Enterで書き換える(手作業).
改行を含んでいる回答が多い場合は余り現実的でないかもしれません.
尚, 回答に改行が含まれていない場合は一斉置換のところでqqqを使わず, 直接
"\n" → \n で一斉置換
としても構いません. 又, エディタは tab や 改行への置換が可能ならTeraPad でなくても構いません.
新しくなった西栗栖駅に漸く行ってきました.
かなりシンプルになったように感じます. 開業記念碑は残っていました.
ホーム側からはこんな感じです.
尚, 2018年10月頃(旧駅舎), 及び2020年2月頃(工事中)の西栗栖駅の様子は
2020年2月29日の記事 にあります.
線型代数等では, ベクトルを表すのに「太字」を使うことが屡々あります.
それらをLaTeXで入力する際, 通常は \mathversion{bold} 等を使えばよいかと思われます.
しかし, スライド等では見易さのために全ての文字を太字にすることもあります.
そうすると, ベクトルを表すのには別の方法を使う必要があります.
そこで, picture環境を使ってアルファベットの小文字の「太字(黒板太字)」を書いてみました.
beamerの例:
texファイルのサンプル (本文下にもソースを載せておきます),
黒板風の例:
texファイルのサンプル (本文下にもソースを載せておきます),
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%% beamer 用
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\documentclass{beamer}
\newcommand{\vect}[1]{\mbox{\mathversion{bold}$#1$}}
\newcommand{\vlt}{\linethickness{0.5pt}}%
\newcommand{\vecta}{\mbox{%
\begin{picture}(6.24,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
\qbezier(3.8,2.4)(3.32,0)(1.72,0)
\qbezier(3.8,2.4)(4.28,4.8)(2.68,4.8)
\qbezier(3.8,2.4)(4.04,3.6)(4.28,4.8)
\qbezier(3.8,2.4)(3.32,0)(4.52,0)
\qbezier(4.52,0)(5.4,0)(5.64,1.2)
\qbezier(1.56,0)(2.04,2.4)(2.52,4.8)
\end{picture}}}
\newcommand{\vectb}{\mbox{%
\begin{picture}(6.36,7.2)
\vlt
\qbezier(2.84,4)(3,4.8)(4.16,4.8)
\qbezier(0.84,1.2)(0.6,0)(2.04,0)
\qbezier(5.28,2.4)(4.8,0)(2.04,0)
\qbezier(5.28,2.4)(5.76,4.8)(4.16,4.8)
\qbezier(0.6,0)(1.32,3.6)(2.04,7.2)
\qbezier(2.04,0)(2.76,3.6)(3.48,7.2)
\end{picture}}}
\newcommand{\vectc}{\mbox{%
\begin{picture}(5.12,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
%\qbezier(3.56,1.2)(3.32,0)(1.72,0)
%\qbezier(3.8,3.2)(4.28,4.8)(2.68,4.8)
\qbezier(3.8,0.8)(3.56,0)(1.96,0)\qbezier(1.72,0)(1.8,0)(1.96,0)
\qbezier(4.04,3.2)(4.52,4.8)(2.92,4.8)\qbezier(2.68,4.8)(2.76,4.8)(2.92,4.8)
\qbezier(1.56,0)(2.04,2.4)(2.52,4.8)
\end{picture}}}
\newcommand{\vectd}{\mbox{%
\begin{picture}(6,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
\qbezier(4.2,1.2)(3.32,0)(1.72,0)
\qbezier(3.32,4)(3.48,4.8)(2.68,4.8)
\qbezier(2.52,0)(3.24,3.6)(3.96,7.2)
\qbezier(3.96,0)(4.68,3.6)(5.4,7.2)
\end{picture}}}
\newcommand{\vecte}{\mbox{%
\begin{picture}(5.12,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
%\qbezier(3.56,0.8)(3.32,0)(1.72,0)
%\qbezier(3.8,2.4)(2.92,2.4)(2.04,2.4)
%\qbezier(3.8,2.4)(4.28,4.8)(2.68,4.8)
\qbezier(3.8,0.6)(3.56,0)(1.96,0)\qbezier(1.72,0)(1.8,0)(1.96,0)
\qbezier(4.04,2.4)(3.16,2.4)(2.28,2.4)\qbezier(2.04,2.4)(2.12,2.4)(2.28,2.4)
\qbezier(4.04,2.4)(4.52,4.8)(2.92,4.8)\qbezier(2.68,4.8)(2.76,4.8)(2.92,4.8)
\qbezier(1.56,0)(2.04,2.4)(2.52,4.8)
\end{picture}}}
\newcommand{\vectf}{\mbox{%
\begin{picture}(5.84,7.2)
\vlt
\qbezier(0.6,0)(1.32,3.6)(1.8,6)
\qbezier(2.04,0)(2.76,3.6)(3.48,7.2)
\qbezier(1.8,6)(2.04,7.2)(3.64,7.2)
\qbezier(3.64,7.2)(5.24,7.2)(5,6)
\qbezier(0.6,4)(2.6,4)(4.6,4)
\end{picture}}}
\newcommand{\vectg}{\mbox{%
\begin{picture}(5.52,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
\qbezier(2.68,0.8)(2.52,0)(1.72,0)
\qbezier(4.68,3.6)(4.92,4.8)(2.68,4.8)
\qbezier(2.04,-2.4)(2.76,1.2)(3.48,4.8)
\qbezier(3.72,-1.2)(4.2,1.2)(4.92,4.8)
\qbezier(-0.12,-1.2)(-0.36,-2.4)(1.24,-2.4)
\qbezier(1.24,-2.4)(3.48,-2.4)(3.72,-1.2)
\end{picture}}}
\newcommand{\vecth}{\mbox{%
\begin{picture}(6.8,7.2)
\vlt
\qbezier(0.6,0)(1.32,3.6)(2.04,7.2)
\qbezier(2.04,0)(2.76,3.6)(3.48,7.2)
\qbezier(2.52,2.4)(3,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(6.2,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(5.48,1.2)(5.24,0)
\end{picture}}}
\newcommand{\vecti}{\mbox{%
\begin{picture}(4.72,7.2)
\vlt
\qbezier(1.48,4.4)(2.2,4.4)(2.92,4.4)
\qbezier(0.84,1.2)(1,2)(1.48,4.4)
\qbezier(2.04,0)(2.44,2)(2.92,4.4)
\qbezier(0.84,1.2)(0.6,0)(2.2,0)
\qbezier(2.2,0)(3.8,0)(4.12,1.6)
\qbezier(3.4,6.4)(3.4,7.2)(2.6,7.2)
\qbezier(2.6,7.2)(1.8,7.2)(1.8,6.4)
\qbezier(1.8,6.4)(1.8,5.6)(2.6,5.6)
\qbezier(2.6,5.6)(3.4,5.6)(3.4,6.4)
\end{picture}}}
\newcommand{\vectj}{\mbox{%
\begin{picture}(5.92,7.2)
\vlt
\qbezier(3.4,4.4)(4.12,4.4)(4.84,4.4)
\qbezier(2.04,-2.4)(2.76,1.2)(3.4,4.4)
\qbezier(3.72,-1.2)(4.2,1.2)(4.84,4.4)
\qbezier(-0.12,-1.2)(-0.36,-2.4)(1.24,-2.4)
\qbezier(1.24,-2.4)(3.48,-2.4)(3.72,-1.2)
\qbezier(5.32,6.4)(5.32,7.2)(4.52,7.2)
\qbezier(4.52,7.2)(3.72,7.2)(3.72,6.4)
\qbezier(3.72,6.4)(3.72,5.6)(4.52,5.6)
\qbezier(4.52,5.6)(5.32,5.6)(5.32,6.4)
\end{picture}}}
\newcommand{\vectk}{\mbox{%
\begin{picture}(6.48,7.2)
\vlt
\qbezier(0.6,0)(1.32,3.6)(2.04,7.2)
\qbezier(2.04,0)(2.76,3.6)(3.48,7.2)
\qbezier(2.28,1.2)(4.08,3)(5.88,4.8)
\qbezier(3.08,2)(3.4,0)(4.28,0)
\qbezier(4.28,0)(5.4,0)(5.88,1.2)
\end{picture}}}
\newcommand{\vectl}{\mbox{%
\begin{picture}(4.72,7.2)
\vlt
\qbezier(0.84,1.2)(1.32,3.6)(2.04,7.2)
\qbezier(2.04,0)(2.76,3.6)(3.48,7.2)
\qbezier(0.84,1.2)(0.6,0)(2.2,0)
\qbezier(2.2,0)(3.8,0)(4.12,1.6)
\end{picture}}}
\newcommand{\vectm}{\mbox{%
\begin{picture}(10,7.2)
\vlt
\qbezier(0.6,0)(1.08,2.4)(1.56,4.8)
\qbezier(2.04,0)(2.52,2.4)(3,4.8)
\qbezier(2.52,2.4)(3,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(6.2,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(5.48,1.2)(5.24,0)
\qbezier(5.72,2.4)(6.2,4.8)(7.8,4.8)
\qbezier(8.92,2.4)(9.4,4.8)(7.8,4.8)
\qbezier(8.92,2.4)(8.68,1.2)(8.44,0)
\end{picture}}}
\newcommand{\vectn}{\mbox{%
\begin{picture}(6.8,7.2)
\vlt
\qbezier(0.6,0)(1.08,2.4)(1.56,4.8)
\qbezier(2.04,0)(2.52,2.4)(3,4.8)
\qbezier(2.52,2.4)(3,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(6.2,4.8)(4.6,4.8)
\qbezier(5.72,2.4)(5.48,1.2)(5.24,0)
\end{picture}}}
\newcommand{\vecto}{\mbox{%
\begin{picture}(4.88,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
\qbezier(3.8,2.4)(3.32,0)(1.72,0)
\qbezier(3.8,2.4)(4.28,4.8)(2.68,4.8)
\qbezier(1.56,0)(2.04,2.4)(2.52,4.8)
\end{picture}}}
\newcommand{\vectp}{\mbox{%
\begin{picture}(6.48,7.2)
\vlt
\qbezier(5.4,2.4)(4.92,0)(3.32,0)
\qbezier(5.4,2.4)(5.88,4.8)(4.28,4.8)
\qbezier(1.8,3.6)(2.68,4.8)(4.28,4.8)
\qbezier(2.68,0.8)(2.52,0)(3.32,0)
\qbezier(3.48,4.8)(2.76,1.2)(2.04,-2.4)
\qbezier(2.04,4.8)(1.32,1.2)(0.6,-2.4)
\end{picture}}}
\newcommand{\vectq}{\mbox{%
\begin{picture}(5.52,7.2)
\vlt
\qbezier(0.6,2.4)(1.08,4.8)(2.68,4.8)
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\end{picture}}}
\newcommand{\vectr}{\mbox{%
\begin{picture}(6.8,7.2)
\vlt
\qbezier(0.6,0)(1.08,2.4)(1.56,4.8)
\qbezier(2.04,0)(2.52,2.4)(3,4.8)
\qbezier(2.52,2.4)(3,4.8)(4.6,4.8)
\qbezier(5.88,3.2)(6.2,4.8)(4.6,4.8)
\end{picture}}}
\newcommand{\vects}{\mbox{%
\begin{picture}(5.04,7.2)
\vlt
\qbezier(0.6,1.2)(1.4,0)(2.2,0)
\qbezier(2.2,0)(3.8,0)(4.04,1.2)
\qbezier(4.04,1.2)(4.2,2)(2.52,2.4)
\qbezier(4.44,3.6)(3.64,4.8)(2.84,4.8)
\qbezier(2.84,4.8)(1.24,4.8)(1,3.6)
\qbezier(1,3.6)(0.84,2.8)(2.52,2.4)
\qbezier(2.12,0.4)(2.52,2.4)(2.92,4.4)
\end{picture}}}
\newcommand{\vectt}{\mbox{%
\begin{picture}(5.28,7.2)
\vlt
\qbezier(0.84,1.2)(1.32,3.6)(1.88,6.4)
\qbezier(2.04,0)(2.76,3.6)(3.32,6.4)
\qbezier(0.84,1.2)(0.6,0)(2.2,0)
\qbezier(2.2,0)(3.8,0)(4.12,1.6)
\qbezier(0.6,4.8)(2.64,4.8)(4.68,4.8)
\end{picture}}}
\newcommand{\vectu}{\mbox{%
\begin{picture}(6.8,7.2)
\vlt
\qbezier(1.08,2.4)(1.32,3.6)(1.56,4.8)
\qbezier(1.08,2.4)(0.6,0)(2.2,0)
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\qbezier(6.2,4.8)(5.72,2.4)(5.24,0)
\end{picture}}}
\newcommand{\vectv}{\mbox{%
\begin{picture}(7.2,7.2)
\vlt
\qbezier(1.08,2.4)(1.32,3.6)(1.56,4.8)
\qbezier(1.08,2.4)(0.6,0)(2.2,0)
\qbezier(4.28,2.4)(3.8,0)(2.2,0)
\qbezier(4.28,2.4)(4.52,3.6)(4.76,4.8)
\qbezier(4.76,4.8)(5.68,4.8)(6.6,4.8)
\qbezier(2.04,0)(2.52,2.4)(3,4.8)
\end{picture}}}
\newcommand{\vectw}{\mbox{%
\begin{picture}(11.44,7.2)
\vlt
\qbezier(1.08,2.4)(1.32,3.6)(1.56,4.8)
\qbezier(1.08,2.4)(0.6,0)(2.2,0)
\qbezier(4.28,2.4)(3.8,0)(2.2,0)
\qbezier(4.28,2.4)(4.52,3.6)(4.76,4.8)
\qbezier(4.28,2.4)(3.8,0)(5.4,0)
\qbezier(7.48,2.4)(7,0)(5.4,0)
\qbezier(7.48,2.4)(7.72,3.6)(7.96,4.8)
\qbezier(9.4,4.8)(8.92,2.4)(8.44,0)
\qbezier(7.96,4.8)(9.4,4.8)(10.84,4.8)
\end{picture}}}
\newcommand{\vectx}{\mbox{%
\begin{picture}(7.92,7.2)
\vlt
\qbezier(0.76,3.2)(1.08,4.8)(2.68,4.8)
\qbezier(0.28,0.8)(0.12,0)(1.72,0)
\qbezier(3.8,2.4)(3.32,0)(1.72,0)
\qbezier(3.8,2.4)(4.28,4.8)(2.68,4.8)
\qbezier(6.84,1.6)(6.52,0)(4.92,0)
\qbezier(7.32,4)(7.48,4.8)(5.88,4.8)
\qbezier(3.8,2.4)(4.28,4.8)(5.88,4.8)
\qbezier(3.8,2.4)(3.32,0)(4.92,0)
\qbezier(6.04,4.8)(5.56,2.4)(5.08,0)
\end{picture}}}
\newcommand{\vecty}{\mbox{%
\begin{picture}(5.52,7.2)
\vlt
\qbezier(0.6,2.4)(0.84,3.6)(1.08,4.8)
\qbezier(0.6,2.4)(0.12,0)(1.72,0)
\qbezier(2.68,0.8)(2.52,0)(1.72,0)
\qbezier(2.04,-2.4)(2.76,1.2)(3.48,4.8)
\qbezier(3.72,-1.2)(4.2,1.2)(4.92,4.8)
\qbezier(-0.12,-1.2)(-0.36,-2.4)(1.24,-2.4)
\qbezier(1.24,-2.4)(3.48,-2.4)(3.72,-1.2)
\end{picture}}}
\newcommand{\vectz}{\mbox{%
\begin{picture}(5.52,7.2)
\vlt
\qbezier(0.6,0)(2.28,0)(3.96,0)
\qbezier(1.56,4.8)(3.24,4.8)(4.92,4.8)
\qbezier(0.6,0)(2.04,2.4)(3.48,4.8)
\qbezier(2.04,0)(3.48,2.4)(4.92,4.8)
\end{picture}}}
\newcommand{\vectzero}{\mbox{%
\begin{picture}(6.4,7.2)
\vlt
\qbezier(0.8,3.6)(0.8,0)(3.2,0)
\qbezier(0.8,3.6)(0.8,7.2)(3.2,7.2)
\qbezier(5.6,3.6)(5.6,0)(3.2,0)
\qbezier(5.6,3.6)(5.6,7.2)(3.2,7.2)
\qbezier(2.4,0.4)(2.4,3.6)(2.4,6.8)
\end{picture}}}
\begin{document}
\begin{frame}{アルファベットの小文字を太文字で書いてみる}
\begin{align*}
\mbox{$\backslash$mathversion\{bold\}\,:\,}
& \vect{a}
\vect{b}
\vect{c}
\vect{d}
\vect{e}
\vect{f}
\vect{g}
\vect{h}
\vect{i}
\vect{j}
\vect{k}
\vect{l}
\vect{m}
\vect{n}
\vect{o}
\vect{p}
\vect{q}
\vect{r}
\vect{s}
\vect{t}
\vect{u}
\vect{v}
\vect{w}
\vect{x}
\vect{y}
\vect{z}
\vect{0} \\
\mbox{$\backslash$vecta$\mbox{} \sim \backslash$vectz\,:\,}
& {\vecta}
{\vectb}
{\vectc}
{\vectd}
{\vecte}
{\vectf}
{\vectg}
{\vecth}
{\vecti}
{\vectj}
{\vectk}
{\vectl}
{\vectm}
{\vectn}
{\vecto}
{\vectp}
{\vectq}
{\vectr}
{\vects}
{\vectt}
{\vectu}
{\vectv}
{\vectw}
{\vectx}
{\vecty}
{\vectz}
{\vectzero} \\
& a
{\vecta} a
{\vectb} b
{\vectc} c
{\vectd} d
{\vecte} e
{\vectf} f
{\vectg} g
{\vecth} h
{\vecti} i
{\vectj} j
{\vectk} k
{\vectl} l
{\vectm} m
{\vectn} n \\
& o
{\vecto} o
{\vectp} p
{\vectq} q
{\vectr} r
{\vects} s
{\vectt} t
{\vectu} u
{\vectv} v
{\vectw} w
{\vectx} x
{\vecty} y
{\vectz} z
{\vectzero} 0\\
& A {\vectx} = {\vectb}
\end{align*}
\end{frame}
\end{document}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%% 黒板風
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\documentclass[12pt,landscape]{jarticle}
%%%%% width (YOKO) %%%%%
\setlength{\paperwidth}{29.7cm} % no change
\setlength{\hoffset}{-25.4mm} % no change
\setlength{\oddsidemargin}{20mm} %
\setlength{\textwidth}{257mm} %
% |-20mm-> [257mm] <-20mm-|
%%%%% height (TATE) %%%%%
\setlength{\paperheight}{21.0cm} % no change
\setlength{\voffset}{-25.4mm} % no change
\setlength{\topmargin}{20mm} % the distance to hedder
\setlength{\headheight}{0mm} % the height of hedder
\setlength{\headsep}{0mm} % from hedder to text
\setlength{\textheight}{170mm} %
\setlength{\footskip}{10mm} % from text to footer
\usepackage{amssymb,amsthm,amsmath}
\usepackage[dvipdfmx]{graphicx}
\usepackage[dvipdfmx]{color}
%\usepackage{times}
\usepackage{pifont} %% 丸付き文字を使うためのパッケージ
\usepackage[math]{iwona}
\renewcommand{\bfdefault}{bx}
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\DeclareSymbolFont{extrasymbols}{OMS}{cmsy}{m}{n}
\DeclareMathDelimiter{\lVert}
{\mathopen}{extrasymbols}{"6B}{largesymbols}{"0D}
\DeclareMathDelimiter{\rVert}
{\mathclose}{extrasymbols}{"6B}{largesymbols}{"0D}
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\begin{document}\noindent\huge%
\setlength{\baselineskip}{3.5ex}%
\pagecolor[rgb]{0,0.23,0}\color[rgb]{1,1,1}%
\bfseries\mathversion{bold}%
\begin{align*}
& \vect{a}
\vect{b}
\vect{c}
\vect{d}
\vect{e}
\vect{f}
\vect{g}
\vect{h}
\vect{i}
\vect{j}
\vect{k}
\vect{l}
\vect{m}
\vect{n}
\vect{o}
\vect{p}
\vect{q}
\vect{r}
\vect{s}
\vect{t}
\vect{u}
\vect{v}
\vect{w}
\vect{x}
\vect{y}
\vect{z}
\vect{0} \\
& {\vecta}
{\vectb}
{\vectc}
{\vectd}
{\vecte}
{\vectf}
{\vectg}
{\vecth}
{\vecti}
{\vectj}
{\vectk}
{\vectl}
{\vectm}
{\vectn}
{\vecto}
{\vectp}
{\vectq}
{\vectr}
{\vects}
{\vectt}
{\vectu}
{\vectv}
{\vectw}
{\vectx}
{\vecty}
{\vectz}
{\vectzero} \\
& a
{\vecta} a
{\vectb} b
{\vectc} c
{\vectd} d
{\vecte} e
{\vectf} f
{\vectg} g
{\vecth} h
{\vecti} i
{\vectj} j
{\vectk} k
{\vectl} l
{\vectm} m
{\vectn} n \\
& o
{\vecto} o
{\vectp} p
{\vectq} q
{\vectr} r
{\vects} s
{\vectt} t
{\vectu} u
{\vectv} v
{\vectw} w
{\vectx} x
{\vecty} y
{\vectz} z
{\vectzero} 0\\
& A {\vectx} = {\vectb}
\end{align*}
\end{document}
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