diff options
| author | Karl Berry <karl@freefriends.org> | 2018-12-03 22:30:11 +0000 |
|---|---|---|
| committer | Karl Berry <karl@freefriends.org> | 2018-12-03 22:30:11 +0000 |
| commit | 526cfb7ac8d644adaea426d705352af206a0d477 (patch) | |
| tree | dfe6ef42917fb8d84e3f4cb105552bc768895348 /Master/texmf-dist/doc/support/ketcindy | |
| parent | 5fc4d8142bde77451e56a8ebf0a2a227079639d4 (diff) | |
ketcindy (3dec18)
git-svn-id: svn://tug.org/texlive/trunk@49309 c570f23f-e606-0410-a88d-b1316a301751
Diffstat (limited to 'Master/texmf-dist/doc/support/ketcindy')
67 files changed, 859 insertions, 323 deletions
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a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.txt index 241b2022724..c54c882be23 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0701basicE.txt @@ -18,7 +18,7 @@ new::How to use enumerate// \slidepage// enumerate::[(1)]// -item::Change the style of number adding, for example, [(1)]// -item::Same as usual// +item::Change the style of items, for example, [(1)].// +item::Do same as usual.// end// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.cdy Binary files differindex 364cf572519..38532a959e3 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.txt index 7f297ed05a4..ff9e7e8b6d0 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graph.txt @@ -24,5 +24,5 @@ new::includegrpahicsとlayer// %まず，diffeq.pdfを作っておく(2)// layer::{100}{0}// -putnote::s{60}{15}::include[bb=0.00 0.00 283.46 113.39,width=100mm]::diffeq.pdf// +putnote::s{60}{15}::include[bb=0.00 0.00 325.98 141.73,width=100mm]::diffeq.pdf// end// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.cdy Binary files differindex 745c4087062..32a03c471bf 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.txt index cdf07cfeae9..1287872ec0a 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0702graphE.txt @@ -1,4 +1,4 @@ -title::slideE::%wallpaper// +title::slide0::%wallpaper// %%%%%%%%%%%%%%%%// main::Main Slide// @@ -9,9 +9,9 @@ new::input and layer// %repeat=2// \slidepage// -layer::{100}{0}// -%[1]::putnote::se{10}{15}::sinecurve,0.8// -%[2]::putnote::se{60}{25}::sinecurve,0.8// +layer::{100}{0}// Change the 2nd {0} to a nonnegative number to change the position. +%[1]::putnote::se{10}{15}::sine,0.8// +%[2]::putnote::se{60}{25}::sine,0.8// end// %%%%%%%%%%%%%%%%// @@ -19,5 +19,5 @@ new::includegrpahics and layer// \slidepage// layer::{100}{0}// -putnote::s{60}{15}::include[bb=0.00 0.00 283.46 113.39,width=100mm]::diffeq.pdf// +putnote::s{60}{15}::include[bb=0.00 0.00 325.98 141.73,width=100mm]::diffeq.pdf// end// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.cdy Binary files differindex cac282b325c..63c80909cd4 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.txt index 1868c9c981a..b694ef7d4f2 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeat.txt @@ -30,7 +30,7 @@ new::グラフとrepeat// \slidepage// layer::{100}{0}// -%[1]::putnote::se{10}{15}::sinecurve,0.8// -%[2]::putnote::se{30}{40}::sinecurve,0.8// +%[1]::putnote::se{10}{15}::sine,0.8// +%[2]::putnote::se{30}{40}::sine,0.8// end// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.cdy Binary files differindex 7762575fc79..f248e50b2ea 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.txt index d29ff470246..8dadd248500 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0703repeatE.txt @@ -1,4 +1,4 @@ -title::slideE::%wallpaper// +title::slide0::%wallpaper// %%%%%%%%%%%%%%%%// main::Main Slide// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.cdy Binary files differindex 5ac9feddda0..c1c3982eed3 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.txt index 32cc01d94f2..a12edaf2baa 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thin.txt @@ -5,19 +5,6 @@ main::メインスライド１// \slidepage[m]// %%%%%%%%%%%%%%%%// -new::画面上のボタン// -\slidepage// - -itemize// -item::\Ltab{20mm}{Figure}静止画（Fhead+".tex"）をfigに作成// -item::\Ltab{20mm}{Title}タイトル(default : slide0)をfigに作成// -item::\Ltab{20mm}{ParaF}パラパラ動画フォルダを作成\\// -\Ltab{25mm}{}Setparaで引数を書いておく// -item::\Ltab{20mm}{Slide}Texparent+".txt"からスライドを作成// -item::\Ltab{20mm}{Sum}SummaryのPDFを作成// -end// - -%%%%%%%%%%%%%%%%// new::enumerate環境の使い方// %repeat=3,para// \slidepage// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.cdy Binary files differnew file mode 100644 index 00000000000..5c618db5b25 --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.out b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.out new file mode 100644 index 00000000000..e69de29bb2d --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.out diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.pdf b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.pdf Binary files differnew file mode 100644 index 00000000000..6819c709fb6 --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.pdf diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.tex b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.tex new file mode 100644 index 00000000000..60e5abb1e34 --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.tex @@ -0,0 +1,161 @@ +%%% title s0704thinE +\documentclass[landscape,10pt]{article} +\special{papersize=\the\paperwidth,\the\paperheight} +\usepackage{ketpic,ketlayer} +\usepackage{ketslide} +\usepackage{amsmath,amssymb} +\usepackage{bm,enumerate} +\usepackage[dvipdfmx]{graphicx} +\usepackage{xcolor} +\definecolor{slidecolora}{cmyk}{0.98,0.13,0,0.43} +\definecolor{slidecolorb}{cmyk}{0,0.32,0.52,0} +\definecolor{slidecolorc}{cmyk}{0,0.32,0.52,0} +\definecolor{slidecolord}{cmyk}{0,0.32,0.52,0} +\definecolor{slidecolore}{cmyk}{0,0,0,0.5} +\definecolor{slidecolorf}{cmyk}{0,0,0,0.5} +\definecolor{slidecolori}{cmyk}{0.98,0.13,0,0.43} +\def\setthin#1{\def\thin{#1}} +\setthin{0.1} +\newcommand{\slidepage}[1][s]{% +\setcounter{ketpicctra}{18}% +\if#1m \setcounter{ketpicctra}{1}\fi +\hypersetup{linkcolor=black}% + +\begin{layer}{118}{0} +\putnotee{122}{-\theketpicctra.05}{\small\thepage/\pageref{pageend}} +\end{layer}\hypersetup{linkcolor=blue} + +} +\usepackage[dvipdfmx,colorlinks=true,linkcolor=blue,filecolor=blue]{hyperref} +%wallpaper/%%%%%%%%%%%%%%%% + +\setmargin{20}{135}{15}{100} + +\ketslideinit + +\pagestyle{empty} + +\begin{document} + +\begin{layer}{120}{0} +\putnotese{0}{0}{\input{fig/slide0.tex}} +\end{layer} + +\def\mainslidetitley{22} +\def\ketcletter{slidecolora} +\def\ketcbox{slidecolorb} +\def\ketdbox{slidecolorc} +\def\ketcframe{slidecolord} +\def\ketcshadow{slidecolore} +\def\ketdshadow{slidecolorf} +\def\slidetitlex{6} +\def\slidetitlesize{1.3} +\def\mketcletter{slidecolori} +\def\mketcbox{yellow} +\def\mketdbox{yellow} +\def\mketcframe{yellow} +\def\mslidetitlex{62} +\def\mslidetitlesize{2} + +\color{black} +\Large\bf\boldmath +\addtocounter{page}{-1} + + +%%%%%%%%%%%%%%%%%%%% + +\mainslide{Main slide} + + +\slidepage[m] +%%%%%%%%%%%%%%%% + +%%%%%%%%%%%%%%%%%%%% + +\newslide{How to use enumerate} + +\vspace*{18mm} + +\hypertarget{para1pg1}{} + +\begin{layer}{120}{0} +\putnotew{96}{73}{\hyperlink{para0pg0}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut||\!\lhd$}}}}} +\putnotew{101}{73}{\hyperlink{para1pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut|\!\lhd$}}}}} +\putnotew{108}{73}{\hyperlink{para0pg0}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\!\lhd\!\!$}}}}} +\putnotew{115}{73}{\hyperlink{para1pg2}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\rhd\!$}}}}} +\putnotew{120}{73}{\hyperlink{para1pg3}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!|$}}}}} +\putnotew{125}{73}{\hyperlink{para2pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!||$}}}}} +\putnotee{126}{73}{\scriptsize\color{blue} 1/3} +\end{layer} + +\slidepage +\begin{enumerate}[(1)] +{\color[cmyk]{\thin,\thin,\thin,\thin}% +\item +Add :\hspace{0mm}:[(1)] to change the style of item. +}% +{\color[cmyk]{\thin,\thin,\thin,\thin}% +\item +Give a list of page numbers to be displayed.\\ +}% +{\color[cmyk]{\thin,\thin,\thin,\thin}% +\hspace*{10mm}[1],\ [1,-],\ [1..3],\ [1..3,6], etc +}% +\end{enumerate} + +\sameslide + +\vspace*{18mm} + +\hypertarget{para1pg2}{} + +\begin{layer}{120}{0} +\putnotew{96}{73}{\hyperlink{para0pg0}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut||\!\lhd$}}}}} +\putnotew{101}{73}{\hyperlink{para1pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut|\!\lhd$}}}}} +\putnotew{108}{73}{\hyperlink{para1pg1}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\!\lhd\!\!$}}}}} +\putnotew{115}{73}{\hyperlink{para1pg3}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\rhd\!$}}}}} +\putnotew{120}{73}{\hyperlink{para1pg3}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!|$}}}}} +\putnotew{125}{73}{\hyperlink{para2pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!||$}}}}} +\putnotee{126}{73}{\scriptsize\color{blue} 2/3} +\end{layer} + +\slidepage +\begin{enumerate}[(1)] +\item +Add :\hspace{0mm}:[(1)] to change the style of item. +{\color[cmyk]{\thin,\thin,\thin,\thin}% +\item +Give a list of page numbers to be displayed.\\ +}% +{\color[cmyk]{\thin,\thin,\thin,\thin}% +\hspace*{10mm}[1],\ [1,-],\ [1..3],\ [1..3,6], etc +}% +\end{enumerate} + +\sameslide + +\vspace*{18mm} + +\hypertarget{para1pg3}{} + +\begin{layer}{120}{0} +\putnotew{96}{73}{\hyperlink{para0pg0}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut||\!\lhd$}}}}} +\putnotew{101}{73}{\hyperlink{para1pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut|\!\lhd$}}}}} +\putnotew{108}{73}{\hyperlink{para1pg2}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\!\lhd\!\!$}}}}} +\putnotew{115}{73}{\hyperlink{para1pg3}{\fbox{\Ctab{4.5mm}{\scalebox{1}{\scriptsize $\mathstrut\!\rhd\!$}}}}} +\putnotew{120}{73}{\hyperlink{para1pg3}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!|$}}}}} +\putnotew{125}{73}{\hyperlink{para2pg1}{\fbox{\Ctab{2.5mm}{\scalebox{1}{\scriptsize $\mathstrut \!\rhd\!\!||$}}}}} +\putnotee{126}{73}{\scriptsize\color{blue} 3/3} +\end{layer} + +\slidepage +\begin{enumerate}[(1)] +\item +Add :\hspace{0mm}:[(1)] to change the style of item. +\item +Give a list of page numbers to be displayed.\\ +\hspace*{10mm}[1],\ [1,-],\ [1..3],\ [1..3,6], etc +\end{enumerate} +\label{pageend}\mbox{} + +\end{document} diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.txt new file mode 100644 index 00000000000..70940e2d909 --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0704thinE.txt @@ -0,0 +1,16 @@ +title::slide0::%wallpaper/ + +%%%%%%%%%%%%%%%%// +main::Main slide// +\slidepage[m]// + +%%%%%%%%%%%%%%%%// +new::How to use enumerate// +%repeat=3,para// +\slidepage// + +%thin[2,-]::enumerate::[(1)]// +%thin[2,-]::item::Add :\hspace{0mm}:[(1)] to change the style of item.// +%thin[3,-]::item::Give a list of page numbers to be displayed.\\// +%thin[3,-]::\hspace*{10mm}[1],\ [1,-],\ [1..3],\ [1..3,6], etc// +%thin[2,- ]::end// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.cdy Binary files differindex 623ff70d46a..5f020d82c92 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.txt index 136eb183a93..5b8b7abb879 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705para.txt @@ -2,9 +2,11 @@ タイトル::slide0// %%%%%%%%%%%%%%%%// -new::parapara// +new::Example 1// %repeat=,para=sinemove:{0}:s{65}{10}:input:1.2// +\slidepage// %%%%%%%%%%%%%%%%// -%new::parapara2// -%%repeat=,para=sinemove2:{0}:s{65}{10}:input:1.2// +new::Example2// +%repeat=,para=sinemove2:{0}:s{65}{10}:input:1.2// +\slidepage// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.cdy Binary files differindex 380c28c8f69..b8035c68e78 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.txt index 31852c305db..20a726b2acc 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0705paraE.txt @@ -1,9 +1,11 @@ -title::slideE::%wallpaperi// +title::slide0::%wallpaperi// %%%%%%%%%%%%%%%%// -new::parapara// +new::Example1// %repeat=,para=sinemove:{0}:s{65}{10}:input:1.2// +\slidepage// %%%%%%%%%%%%%%%%// -%new::parapara2// -%%repeat=,para=sinemove2:{0}:s{65}{10}:input:1.2// +new::Example2// +%repeat=,para=sinemove2:{0}:s{65}{10}:input:1.2// +\slidepage// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.cdy Binary files differindex 1849c63839c..29f07aa287b 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.txt index dc5d8a24148..b8e5ccb4f64 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animate.txt @@ -2,9 +2,11 @@ %%%%%%%%%%%%%%%%// main::メインスライド１// +\slidepage[m]// %%%%%%%%%%%%%%%%// new::Animation1// +\slidepage// \begin{center}// \input{fig/animsinemove}// @@ -12,6 +14,7 @@ new::Animation1// %%%%%%%%%%%%%%%%// %new::Animation2// +\slidepage// %\begin{center}// %\input{fig/animsinemove2}// diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.cdy Binary files differindex 1b5fbb23b93..97d65a26658 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.txt b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.txt index 7e547c14f87..27ae34b0280 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.txt +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s07slides/s0706animateE.txt @@ -1,18 +1,21 @@ -Title::slideE::%wallpaper// +Title::slide0::%wallpaper// %%%%%%%%%%%%%%%%// main::Main Slide// +\slidepage[m]// %%%%%%%%%%%%%%%%// new::Animation1// +\slidepage// \begin{center}// \input{fig/animsinemove}// \end{center}// %%%%%%%%%%%%%%%%// -%new::Animation2// +new::Animation2// +\slidepage// -%\begin{center}// -%\input{fig/animsinemove2}// -%\end{center}//
\ No newline at end of file +\begin{center}// +\input{fig/animsinemove2}// +\end{center}//
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a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1311plate.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1311plate.cdy Binary files differindex e4c9a238286..dabf7d469fd 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1311plate.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1311plate.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1312plane.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1312plane.cdy Binary files differindex c99731ef66d..612333249ca 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1312plane.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1312plane.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1313changescale.cdy b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1313changescale.cdy Binary files differindex 927196dfb76..ca9b331175c 100644 --- a/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1313changescale.cdy +++ b/Master/texmf-dist/doc/support/ketcindy/samples/s13meshlab/s1313changescale.cdy diff --git a/Master/texmf-dist/doc/support/ketcindy/source/KetCindyPlugin/src/KetCindyPlugin.java b/Master/texmf-dist/doc/support/ketcindy/source/KetCindyPlugin/src/KetCindyPlugin.java index ce158837837..053e3b08d8b 100644 --- a/Master/texmf-dist/doc/support/ketcindy/source/KetCindyPlugin/src/KetCindyPlugin.java +++ b/Master/texmf-dist/doc/support/ketcindy/source/KetCindyPlugin/src/KetCindyPlugin.java @@ -8,12 +8,13 @@ import java.util.ArrayList; import java.util.Arrays; import java.io.*; import java.util.Date; +import java.nio.file.Files; public class KetCindyPlugin extends CindyScriptPlugin { @CindyScript("ketjavaversion") public String ketjavaversion() { - return "Ketjava 20180727"; + return "Ketjava 20181125"; } public String getName() { @@ -347,6 +348,29 @@ public class KetCindyPlugin extends CindyScriptPlugin { return path; } + @CindyScript("readfile2str") + // 18.11.25 + public static String readfile2str(String dir,String fname){ + String res = ""; + try { + File file = new File(dir+File.separator+fname); + if (!file.exists()) { + return ""; + } + FileReader fileReader = new FileReader(file); + BufferedReader bufferedReader = new BufferedReader(fileReader); + String data; + while ((data = bufferedReader.readLine()) != null) { + res=res+data+"//"; + } + bufferedReader.close(); + } catch (IOException e) { + e.printStackTrace(); + } + return res; + } + + @CindyScript("makedir") // 17.09.06 public static String makedir(String dir,String dirname){ diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/anglemark2.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/anglemark2.tex new file mode 100644 index 00000000000..5963f1e89eb --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/anglemark2.tex @@ -0,0 +1,26 @@ +%%% /Users/hannya/Desktop/fig/template1.tex +%%% Generator=template1.cdy +{\unitlength=8mm% +\begin{picture}% +(5.55,5.2)(-3,-1)% +\special{pn 8}% +% +\special{pa -263 -1165}\special{pa -630 -0}\special{pa 630 -0}\special{pa -263 -1165}% +\special{fp}% +\settowidth{\Width}{A}\setlength{\Width}{-0.5\Width}% +\settoheight{\Height}{A}\settodepth{\Depth}{A}\setlength{\Height}{\Depth}% +\put(-0.8300000,3.8250000){\hspace*{\Width}\raisebox{\Height}{A}}% +% +\settowidth{\Width}{B}\setlength{\Width}{-1\Width}% +\settoheight{\Height}{B}\settodepth{\Depth}{B}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(-2.1250000,0.0000000){\hspace*{\Width}\raisebox{\Height}{B}}% +% +\settowidth{\Width}{C}\setlength{\Width}{0\Width}% +\settoheight{\Height}{C}\settodepth{\Depth}{C}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(2.1250000,0.0000000){\hspace*{\Width}\raisebox{\Height}{C}}% +% +\settowidth{\Width}{$\circ$}\setlength{\Width}{-0.5\Width}% +\settoheight{\Height}{$\circ$}\settodepth{\Depth}{$\circ$}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(-1.5200000,0.3500000){\hspace*{\Width}\raisebox{\Height}{$\circ$}}% +% +\end{picture}}%
\ No newline at end of file diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/arrowdata.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/arrowdata.tex index 52ab681b820..5b610afa959 100644 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/arrowdata.tex +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/arrowdata.tex @@ -1,72 +1,88 @@ -%%% test.tex 2014-11-30 20:20 -%%% test.sce 2014-11-30 20:20 -{\unitlength=6mm% +%%% /Users/hannya/Desktop/fig/template1.tex +%%% Generator=template1.cdy +{\unitlength=8mm% \begin{picture}% -( 12.56000, 5.04000)( -1.00000, -1.00000)% +(9.49,4.44)(-0.57,-0.66)% \special{pn 8}% % -\special{pa 451 -633}\special{pa 472 -709}\special{pa 411 -660}\special{pa 431 -646}% -\special{pa 451 -633}\special{sh 1}\special{ip}% -\special{pn 8}% -\special{pa 451 -633}\special{pa 472 -709}\special{pa 411 -660}\special{pa 431 -646}% -\special{pa 451 -633}% +\special{pa 0 -0}\special{pa 315 -945}% \special{fp}% -\special{pn 8}% -\special{pa 724 -277}\special{pa 709 -354}\special{pa 631 -339}\special{pa 678 -308}% -\special{pa 724 -277}\special{sh 1}\special{ip}% -\special{pn 8}% -\special{pa 724 -277}\special{pa 709 -354}\special{pa 631 -339}\special{pa 678 -308}% -\special{pa 724 -277}% +\special{pa 314 -866}\special{pa 315 -945}\special{pa 268 -882}\special{pa 291 -874}% +\special{pa 314 -866}\special{pa 314 -866}\special{sh 1}\special{ip}% +\special{pn 1}% +\special{pa 314 -866}\special{pa 315 -945}\special{pa 268 -882}\special{pa 291 -874}% +\special{pa 314 -866}\special{pa 315 -945}% \special{fp}% \special{pn 8}% -\special{pn 16}% -\special{pa 945 0}\special{pa 1417 -709}% +\special{pa 315 -0}\special{pa 630 -945}% +\special{fp}% +\special{pa 629 -787}\special{pa 630 -945}\special{pa 536 -818}\special{pa 583 -803}% +\special{pa 629 -787}\special{pa 629 -787}\special{sh 1}\special{ip}% +\special{pn 1}% +\special{pa 629 -787}\special{pa 630 -945}\special{pa 536 -818}\special{pa 583 -803}% +\special{pa 629 -787}\special{pa 630 -945}% \special{fp}% \special{pn 8}% -\special{pa 1375 -557}\special{pa 1417 -709}\special{pa 1294 -611}\special{pa 1334 -584}% -\special{pa 1375 -557}\special{sh 1}\special{ip}% -\special{pn 8}% -\special{pa 1375 -557}\special{pa 1417 -709}\special{pa 1294 -611}\special{pa 1334 -584}% -\special{pa 1375 -557}% +\special{pa 630 -0}\special{pa 945 -945}% +\special{fp}% +\special{pa 1051 -734}\special{pa 945 -945}\special{pa 734 -839}\special{pa 892 -786}% +\special{pa 1051 -734}\special{pa 1051 -734}\special{sh 1}\special{ip}% +\special{pn 1}% +\special{pa 1051 -734}\special{pa 945 -945}\special{pa 734 -839}\special{pa 892 -786}% +\special{pa 1051 -734}\special{pa 945 -945}% \special{fp}% \special{pn 8}% -\special{pa 1417 0}\special{pa 1428 -16}\special{fp}\special{pa 1438 -31}\special{pa 1449 -47}\special{fp}% -\special{pa 1459 -63}\special{pa 1470 -79}\special{fp}\special{pa 1480 -94}\special{pa 1491 -110}\special{fp}% 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\ No newline at end of file diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/kobayashiE.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/kobayashiE.tex new file mode 100644 index 00000000000..04eaee60462 --- /dev/null +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/kobayashiE.tex @@ -0,0 +1,206 @@ +%%% /Users/Hannya/Desktop/KeTCindy/KeTCindyTools/fig/kobayashiE.tex +%%% Generator=作表.cdy +{\unitlength=10mm% +\begin{picture}% +(16.02,5.6)(0,0)% +\special{pn 8}% +% +\special{pa 0 -2205}\special{pa 0 -0}% +\special{fp}% +\special{pa 327 -2205}\special{pa 327 -0}% +\special{fp}% +\special{pa 1476 -2205}\special{pa 1476 -0}% +\special{fp}% +\special{pa 1772 -2205}\special{pa 1772 -0}% +\special{fp}% +\special{pa 3551 -2205}\special{pa 3551 -0}% +\special{fp}% +\special{pa 4224 -2205}\special{pa 4224 -0}% +\special{fp}% +\special{pa 6307 -2205}\special{pa 6307 -0}% +\special{fp}% +\special{pa 0 -2205}\special{pa 6307 -2205}% 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+\put(13.3800000,4.4000000){\hspace*{\Width}\raisebox{\Height}{Rhombicuboctahedron}}% +% +\settowidth{\Width}{r02}\setlength{\Width}{-0.5\Width}% +\settoheight{\Height}{r02}\settodepth{\Depth}{r02}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(0.4100000,3.6000000){\hspace*{\Width}\raisebox{\Height}{r02}}% +% +\settowidth{\Width}{Octahedron}\setlength{\Width}{-0.5\Width}% +\settoheight{\Height}{Octahedron}\settodepth{\Depth}{Octahedron}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(2.2900000,3.6000000){\hspace*{\Width}\raisebox{\Height}{Octahedron}}% +% +\settowidth{\Width}{s03}\setlength{\Width}{-0.5\Width}% +\settoheight{\Height}{s03}\settodepth{\Depth}{s03}\setlength{\Height}{-0.5\Height}\setlength{\Depth}{0.5\Depth}\addtolength{\Height}{\Depth}% +\put(4.1200000,3.6000000){\hspace*{\Width}\raisebox{\Height}{s03}}% +% 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\ No newline at end of file diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/parabolaplotE.cdy b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/parabolaplotE.cdy Binary files differdeleted file mode 100644 index 07c61ba3fb0..00000000000 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/parabolaplotE.cdy +++ /dev/null diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/setaxtheta.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/setax-theta.tex index 89db63255ea..89db63255ea 100644 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/setaxtheta.tex +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/setax-theta.tex diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/shadeE.cdy b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/shadeE.cdy Binary files differdeleted file mode 100644 index 84bfea633a3..00000000000 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/shadeE.cdy +++ /dev/null diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/tangent.cdy b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/tangent.cdy Binary files differdeleted file mode 100644 index 8fa4946db1c..00000000000 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/Fig/tangent.cdy +++ /dev/null diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceE.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceE.tex index c43602753fb..ecec1632a56 100644 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceE.tex +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceE.tex @@ -146,7 +146,7 @@ Hide coordinate axes. \verb| Letter([A,"ne","A",B,"sw","B",C,"se","C"]);| \begin{center} -\input{Fig/FigE} +\input{Fig/addax2} \end{center} \end{cmd} @@ -155,13 +155,13 @@ Hide coordinate axes. \itemket{Usage}Setax(a list of parameters); \itemket{Description}Generic function to set the style of axis. \itemket{Details}Parameters are:\\ -1. Style of axis ("l'' ; line(default), "a'' : arrow)\\ +1. Style of axis ("l" ; line(default), "a" : arrow)\\ 2. Name of horizontal ax ( default is x)\\ -3. Posion of horizontal name (default is "e'')\\ +3. Posion of horizontal name (default is "e")\\ 4. Name of horizontal ax ( default is y)\\ -5. Posion of horizontal name (default is "n'')\\ +5. Posion of horizontal name (default is "n")\\ 6. Name of origin (default is O)\\ -7. Position of origin (default is "sw'') +7. Position of origin (default is "sw") \itemket{Examples}\mbox{} \verb|Setax(["a","","","","","","nw"]);|\\ @@ -169,7 +169,7 @@ Hide coordinate axes. \verb|Setax(["a","\theta","","x","w"]);| \begin{center} -\input{Fig/setax(theta)} +\input{Fig/setax-theta} \end{center} \end{cmd} @@ -317,8 +317,8 @@ $f(x)=\left\{\begin{array}{l}1 (x\geq 0)\\ -1 (x<0)\\ \end{array}\right.$ \begin{cmd}{Setpt}{setpt} \itemket{Usage}Setpt(ratio); \itemket{Description}Generic funtion to set the size of points. -\itemket{Details}''ratio'' is the ratio from the standard size.\\ -Size can be change as a option of ``Pointdata''. +\itemket{Details}"ratio" is the ratio from the standard size.\\ +Size can be change as a option of ``Pointdata". \itemket{Examples}\mbox{} \verb|Pointdata("1",A,["Size=1"]);|\\ @@ -382,7 +382,7 @@ Argument is real number or list. If it is a real number, vertical scaling. If t \verb|Setscaling(0.5);|\\ \verb|Plotdata("1","-2*x^2+10*x","x");|\\ \verb|p1=[5/2,0]; p2=[5/2,25/2]; p3=[0,25/2];|\\ -\verb|Listplot(``1'',[p1,p2,p3],["da"]);|\\ +\verb|Listplot(``1",[p1,p2,p3],["da"]);|\\ \verb|Expr([[5,0],"s2w","5",p3,"w2","\frac{25}{2}",p1,"s4","\frac{5}{2}"]);| \begin{center} @@ -459,7 +459,7 @@ It is recommended to put this function to the beginning of a script. \item Direction -The direction is represented by e(east : right), w(west: left), n(north : upper), s(south:lower) and c(center). The distance from the specified position can also be given as a numerical value. For example, ''e2'' and ''e3'' are placed twice and three times of the slightly unit distance away from ''e'', respectively. +The direction is represented by e(east : right), w(west: left), n(north : upper), s(south:lower) and c(center). The distance from the specified position can also be given as a numerical value. For example, "e2" and "e3" are placed twice and three times of the slightly unit distance away from "e", respectively. \begin{center}\input{Fig/ewns} \end{center} @@ -677,23 +677,37 @@ This Point P on the asteroid can be move along the curve on the Euclidean view. \end{cmd} %------------Arrowdata-------------------------------- -\begin{cmd}{Arrowdata}{arrow data} +\begin{cmd}{Arrowdata}{arrowdata} \itemket{Usage}Arrowdata(name,[starting point, ending point] , options) \itemket{Description}draw an arrow line between two points. -Options : arrowhead size, arrowhead angle,position,line type,line color.\\ +Options : arrowhead size, arrowhead angle,position,cut position,line type,line color,trimming.\\ All options do not always reflect on Euclidean view. \itemket{Examples}\mbox{} -\verb|Arrowdata([A,B]);|\\ -\verb|Arrowdata("1",[[2,0],[4,3]],[1,45,0.5]); | //(2,0) to (4,3) , angle : 45$^\circ$\\ -\verb|Arrowdata([C,D],[2,1,1,"dr,2"]);|\\ -\verb|Arrowdata([E,F],["da,0.5"]);|\\ -\verb|Arrowdata([G,H],[2,1,"do,2,3","Color=[1,0,0]"]);| \\% +\verb| Arrowdata("1",[A,B]);|\\ +\verb| Arrowdata("2",[[1,0],[2,3]],[2]);|\\ +\verb| Arrowdata("3",[[2,0],[3,3]],[3,45]);|\\ +\verb| Arrowdata("4",[[3,0],[4,3]],[3,1,0.5]);|\\ +\verb| Arrowdata("5",[[4,0],[5,3]],[3,1,1,0.5]);|\\ +\verb| Arrowdata("6",[[5,0],[6,3]],[3,1,1,1]);|\\ +\verb| Arrowdata("7",[[6,0],[7,3]],[3,"dr,2"]);|\\ +\verb| Arrowdata("8",[[7,0],[8,3]],[3,1,1,0.5,"Color=red"]);|\\ \begin{center} \input{Fig/arrowdata} \end{center} + +\begin{layer}{150}{0} +\putnotese{75}{0}{ \input{Fig/trimarrow}} +\end{layer} +\hspace{20mm} + +\verb| Circledata("1",[A,A.xy+[0.5,0]]);|\\ +\verb| Circledata("2",[B,B.xy+[0.7,0]]);|\\ +\verb| Arrowdata([A,B],["Cutend=[0.5,0.7]"]);|\\ +\verb| Letter([A,"c","A",B,"c","B"]);|\\ + \end{cmd} %--------------Arrowhead------------------------------ @@ -1096,7 +1110,7 @@ In the case of a single B\'ezier curve, \verb|[ ]| outside the list can be omitt Mkbeziercrv(name, [nodes, control points], options) is same as Bezier(name, [nodes, control points], options). \\ \verb|Mkbeziercrv("n",[[A,B,C],[[D],[E,F]]])| is same as \verb|Bezier("n",[A,B,C],|\\ \verb|[[D],[E,F]])|. -The name of the plotting data is ''bz''. +The name of the plotting data is "bz". \item[Example1]\mbox{} \verb|Mkbeziercrv("5",[[[A,B,C],[[D],[E,F]]],[[G,H,K,L],[[M],[N,O],[P]]]]);| @@ -1501,7 +1515,7 @@ Assign a value to the letter "b".\\ The differential equation and its initial conditions should be specified as arguments. \itemket{Examples}\mbox{} -The solution curve of the equation $y''=-y$ with initial conditions $y(0)=1,y'(0)=0$ +The solution curve of the equation $y"=-y$ with initial conditions $y(0)=1,y'(0)=0$ \verb|Deqplot("1","y``=-y","x",0, [1,0]);|\\ \begin{center} @@ -1575,7 +1589,7 @@ Draw ellipses with options.\\ \itemket{Description}Function to draw the graph of a periodic function. \itemket{Details} \verb|defL| is a list of fun(str),interval,division number.\\ -The options are "Con=n/do, Color=name'' for discontinuous parts. +The options are "Con=n/do, Color=name" for discontinuous parts. ex. "Con=do,Color=red" , " Con=n". Default is broken line and draw. @@ -1658,7 +1672,7 @@ The option "nth" is used to set the number when plotting data has multi intersec Write the string at the position specified by position (or coordinates) and direction. \\ The position (or coordinates) can also be specified by the geometric point name. \\ The direction is "e", "w", "n", "s", "c". -The distance from the specified position can also be given as a numerical value. For example, ''e2'' and ''e3'' are placed twice and three times of the slightly unit distance away from ''e'', respectively. \\ +The distance from the specified position can also be given as a numerical value. For example, "e2" and "e3" are placed twice and three times of the slightly unit distance away from "e", respectively. \\ Multiple strings can be passed in the form of a list. \\ \itemket{Remark}\mbox{} The derivative symbol $'$ uses \$ $'$ \$ (single quart) in mathematical mode (interleaved with two \$ s). @@ -1731,7 +1745,7 @@ It is also possible to write as follows, abbreviated for the amount of movement. \hspace{15mm} dir : direction vector : coordinate or name -\hspace{15mm} move: "t'':tangent , "n":normal +\hspace{15mm} move: "t":tangent , "n":normal \hspace{15mm} string : expression \itemket{Examples}\mbox{} @@ -1757,7 +1771,7 @@ It is also possible to write as follows, abbreviated for the amount of movement. \hspace{15mm} numerical value size of mark (default is 1) -\hspace{15mm} draw text \verb|"Expr=n,str"| +\hspace{15mm} draw text \verb|"Expr=n,str"| or \verb|"Let=n,str"| \itemket{Examples}\mbox{} @@ -1771,6 +1785,17 @@ draw an angle mark at interior angles of a triangle, write characters.\\ \begin{center} \input{Fig/anglemark} \end{center} + +draw $\circ$ at interior angles of a triangle.\\ + +\verb| Listplot([A,B,C,A]);|\\ +\verb| Letter([A,"n1","A",B,"w1","B",C,"e1","C"]);|\\ +\verb| Anglemark([C,B,A],["Expr=\circ","nodisp"]);|\\ + +\begin{center} +\input{Fig/anglemark2} + +\end{center} \item{Remark} You can draw an angle mark with a parallelogram. Refer to \hyperlink{paramark}{Paramark} . \end{cmd} @@ -1879,7 +1904,7 @@ Extra options :\\ \verb|ticks=apply(-5..5,x,[x,text(x)]);| // ticks is [ [-5,"5"],...,[5,"5"] ]\\ \verb|ticks=remove(ticks,[[0,"0"]]); | // [0,"0"] is removed\\ -\verb|ticks=flatten(ticks); | // ticks becomes [-5,"5'',...,5,"5'']\\ +\verb|ticks=flatten(ticks); | // ticks becomes [-5,"5",...,5,"5"]\\ \verb|Htickmark(ticks);| \begin{center} @@ -2067,7 +2092,7 @@ In the last example we draw the pice of parabola:$y=x^2$ which is cut off by the \item[Description]This function makes a closed curve form the list of plotdata. \item[Details]Options are:\\ near point from start position : Set in case where the first curve and the last curve have multi intersects.\\ -\verb|"dr","da", "do","`notex","nodisp",''Color= "| : as usual. +\verb|"dr","da", "do","`notex","nodisp","Color= "| : as usual. \item[Examples]\mbox{} \verb|Plotdata("1","x^2","x");|\\ @@ -2094,7 +2119,10 @@ near point from start position : Set in case where the first curve and the last \itemket{Details}Options are:\\ \hspace*{5mm}angle(degree,45), interval(ratio,1) of hatches, \\ \hspace*{5mm}\verb|"Max=(default:20)"| maximum of the number of hatches.\\ -\hspace*{5mm}\verb|"Out=y/n(default:n)"| whether it uses R and make the data file or not. +\hspace*{5mm}\verb|"No=pointlist"| not executed when any point is selected\\ +\hspace*{5mm}\verb|"File=y/m/n(default:n)"| whether to make data file or not\\ +\hspace*{5mm}\verb|"Check=pointlist"| data file updated if any point is changed + \itemket{Examples}\mbox{} @@ -2171,7 +2199,7 @@ near point from start position : Set in case where the first curve and the last \verb|Hatchdata("8",["i"],[["crAB"]]);| \begin{center} -\input{Fig/HatchZuKita7E.tex}\hspace{10mm}\input{Fig/HatchZuKita8.tex} +\input{Fig/HatchZuKita7E.tex}\hspace{10mm}\input{Fig/HatchZuKita8E.tex} \end{center} %\verb|Hatchdata("9a",["iii"],[["crAB"],["ln1","n"],["ln2","n"]]);|\\ @@ -2891,8 +2919,8 @@ This section describes data processing by \ketcindy . Cooperation with spreadsh \itemket{Usage}Tab2list(string data, option); \itemket{Description}Sheet function to convert contents of string data to list. \item[Ditails]The options are as follows.\\ -\verb|"Blank=a"| : translate cells that is NULL to ``a''\\ -\verb|"Sep=b"| : separators of the string are ``b''. The default separators are Tab code. +\verb|"Blank=a"| : translate cells that is NULL to ``a"\\ +\verb|"Sep=b"| : separators of the string are ``b". The default separators are Tab code. \itemket{Examples} \mbox{} In the Cindyscrpt editor, prepare a local variable, for example "data". @@ -3029,7 +3057,7 @@ The image files are PDF, PNG, JPG, and so on.\\ \itemket{Description}Generic function to change colorcode from colortype1 to colortype2. \itemket{Details}Return value is changed color code. -Color type is one of "rgb'',"cmyk",''hsv''. +Color type is one of "rgb","cmyk","hsv". \item[Example]\mbox{} RGB to CMYK @@ -3178,7 +3206,7 @@ Draw the point A near the origin. %-------------Slider------------------------------- \begin{cmd}{Slider}{slider} -\itemket{Usage}Slider("endpoint1-pt-endpoint2'',endpoint1,endpoint2); +\itemket{Usage}Slider("endpoint1-pt-endpoint2",endpoint1,endpoint2); \itemket{Description}Generic function to make a slider on a Euclidean view.\\ \itemket{Examples}\mbox{} @@ -3199,8 +3227,8 @@ Draw the point A near the origin. \itemket{Details}\hspace{9mm} Convert a real value to a string to the specified number of digits after the decimal point. \itemket{Examples}\mbox{} -\verb|Sprintf(pi,2);| // returns "3.14''.\\ -\verb|Sprintf(pi,7);| // returns "3.1415927''.\\ +\verb|Sprintf(pi,2);| // returns "3.14".\\ +\verb|Sprintf(pi,7);| // returns "3.1415927".\\ \verb|Remark| : \verb|pi| is a reserved variable in Cindyscript, representing the number $\pi$. @@ -3240,8 +3268,8 @@ Draw the point A near the origin. Cindyscript has a function \verb|format(value, number)|, like as Textformat. \itemket{Examples}\mbox{} -\verb| Textformat(1/6,4);| // return value is string "0.1667'' \\ -\verb| format(1/6,4); | // return value is string "0.1667'' +\verb| Textformat(1/6,4);| // return value is string "0.1667" \\ +\verb| format(1/6,4); | // return value is string "0.1667" \verb| dt=[1/6,0.5];|\\ \verb| Textformat(dt,4); | // return valu is string "[ 0.1667 , 0.5 ]" \\ @@ -3256,7 +3284,7 @@ Cindyscript has a function \verb|format(value, number)|, like as Textformat. \begin{cmd}{Toupper}{toupper} \itemket{Usage}Toupper(string); \itemket{Description}This function returns the upper case letters of the string. -\itemket{Examples}\verb|Toupper("aBc123'');| // "ABC123" is returned. +\itemket{Examples}\verb|Toupper("aBc123");| // "ABC123" is returned. %\verb|Windispg();| \end{cmd} @@ -3390,11 +3418,13 @@ Before you use \verb|Framedata|, you need to take two diagonal points of the dra \itemket{Usage}Histplot(name,data,options) \itemket{Description}create histograms. \itemket{Details}data is given in a list or read an external data file in csv format.\\ +Return value is list of breaks and frequency. + You can specify the breaks as a vector of points to get exactly what is wanted, for example\\ -\hspace{20mm} \verb|''Breaks=[0,10,20,30,40,50,60]''| .\\ +\hspace{20mm} \verb|"Breaks=[0,10,20,30,40,50,60]"| .\\ The Sturges algorithm is the default.\\ Other options:\\ -\verb|''Rel=yes/no''| : draw a histogram of proportions or frequencies (default is no)\\ +\verb|"Rel=yes/no"| : draw a histogram of proportions or frequencies (default is no)\\ \itemket{Examples} \mbox{} @@ -3456,7 +3486,7 @@ Example2\\ \itemket{Usage}PlotdiscR(name,fromaula,var) \itemket{Description}draw graphs of discrete distributions by calling R’s built-in functions. -\itemket{Details}The ''d'' functions in R to draw graphs of discrete distributions:\\ +\itemket{Details}The "d" functions in R to draw graphs of discrete distributions:\\ dbinom (binomial distribution), dpois (poisson distribution), dgeom (geometric distribution), etc. \itemket{Examples} \mbox{} @@ -3475,6 +3505,7 @@ Example2 \verb| PlotdiscR("3","dgeom(k,0.3)","k=[0,10]");| \end{cmd} + %------------Readcsv-------------------------------- \begin{cmd}{Readcsv}{readcsv} @@ -3486,6 +3517,17 @@ option: By the argument "Flat=y", you can flatten a list of the data (the defaul \itemket{Examples} \mbox{} Examples can be found in the command Boxplot(). \end{cmd} + +%------------Readlines-------------------------------- +\begin{cmd}{Readlines}{readlines} + +\itemket{Usage}Readlines(path,filename,option) +\itemket{Description}read a text file line by line. The return value is a list of strings. +\itemket{Details}The first argument sets a path to the current working folder where the data file is (the default is fig). +If you put the data file in fig folder, the pathname can be omitted. Otherwise a full pathname is required.\\ +option: By the argument "Flat=y", you can flatten a list of the data (the default is "Flat=n" ). +\end{cmd} + %------------Scatterplot-------------------------------- \begin{cmd}{Scatterplot}{scatterplot} @@ -3529,8 +3571,8 @@ Position is coordinate or name of point. \itemket{Details}The second argument is a command to be executed by Maxima.\\ Create a list (eg. cmdL) consisting of a repetition of commands and argument lists, and execute at once.\\ There is no return value. -For the result (of undefined value), the value of the variable of the command list last described (argument is the empty list) is assigned to the variable specified by ''name''. -When you want to return more than one result, if you describe it by separating it with ''::'', it will be substituted into the list. +For the result (of undefined value), the value of the variable of the command list last described (argument is the empty list) is assigned to the variable specified by "name". +When you want to return more than one result, if you describe it by separating it with "::", it will be substituted into the list. \itemket{Examples} \mbox{} Example1: derivative @@ -4116,7 +4158,7 @@ Drawing of a curved surface with hidden line processing is performed in the foll \itemket{Usage}Isangle() \itemket{Description}Decide the selection of the angle slider. -\itemket{Details}Returns ``true'' if select slider, and ``false'' if not.\\ +\itemket{Details}Returns ``true" if select slider, and ``false" if not.\\ In drawing including hidden line processing, reaction is bad when recalculating while moving the viewpoint. With this function, you can write code that does not recalculate while moving the viewpoint. \itemket{Examples} \mbox{} @@ -4171,7 +4213,7 @@ then\\ \verb|Changestyle3d("sl3d1",["dr,3"]);| // one edge become thick.\\ or\\ \verb|edges=apply(1..6,"sl3d"+text(#));|\\ -\verb|Changestyle3d(edges,["notex"]);| // all edges become ``notex''.\\ +\verb|Changestyle3d(edges,["notex"]);| // all edges become ``notex".\\ \end{cmd} %------------Concatobj-------------------------------- @@ -4212,7 +4254,7 @@ For example code, see \hyperlink{execcmdc}{ExeccmdC()}. We execute the following program then the computer will display "PD=[ax2d,AB2d]" on the console.\\ \verb| Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); |\\ -\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); |\\ +\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); |\\ \verb| Spaceline("1",[A,B]); |\\ \verb| println("PD="+Datalist2d());| @@ -4228,7 +4270,7 @@ We execute the following program then the computer will display "PD=[ax2d,AB2d]" We execute the following program then the computer will display "PD=[ax3d,AB3d]" on the console.\\ \verb| Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); |\\ -\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); |\\ +\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); |\\ \verb| Spaceline("1",[A,B]); |\\ \verb| println("PD="+Datalist3d()); | @@ -4286,7 +4328,7 @@ If we specify only option2 then we denote that option1 is empty list:[]. left figure \verb| Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); |\\ -\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); |\\ +\verb| Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); |\\ \verb| Spaceline([A,B]); |\\ \verb| fd=["z=4-(x^2+y^2)","x=R*cos(T)","y=R*sin(T)","R=[0,2]","T=[0,2*pi]","e"]; |\\ \verb| Startsurf(); |\\ @@ -4328,7 +4370,7 @@ Embed an equilateral triangle and its circumscribed circle in a plane in 3D spac \verb|Defvar("vo=[3,3,3]");| // Defined in R\\ \verb|Defvar("vx=[0,1,0]");| // Defined in R\\ \verb|Defvar("vy=[0,0,1]");| // Defined in R\\ -\verb|Putpoint3d(["A",[3,3,3]],"fix");|\\ +\verb|Putpoint3d(["A",[3,3,3]]);|\\ \verb|Circledata("1",[[0,0],[2,0]],["nodisp"]);|\\ \verb|Listplot("1",[[0,2],[-sqrt(3),-1],[sqrt(3),-1],[0,2]],["nodisp"]);|\\ \verb|Embed("1",["cr1","sg1"],"vo+x*vx+y*vy","[x,y]");|\\ @@ -4339,26 +4381,26 @@ Following view is as \verb|TH|=75,\verb|FI|=70. \begin{center} \input{Fig/embed01} \end{center} (2) A, B, and C are defined instead of vo, vx, vy defined by Defvar. But, in this case, points B and C are not drawn in the plane. So, the figure may be difficult to understand.\\ -\verb|Putpoint3d(["A",[3,3,3],"B",[0,1,0],"C",[0,0,1]],"fix");|\\ +\verb|Putpoint3d(["A",[3,3,3],"B",[0,1,0],"C",[0,0,1]]);|\\ \verb|Embed("1",["cr1","sg1"],"A3d+x*B3d+y*C3d","[x,y]");|\\ \begin{center} \includegraphics[bb=0.00 0.00 477.02 383.02,width=8cm]{Fig/embed03.pdf} \end{center} To draw the B and C on the embedded figure, code changes as follows. -\verb|Putpoint3d(["A",[3,3,3],"B",[3,4,3],"C",[3,3,4]],"fix");|\\ +\verb|Putpoint3d(["A",[3,3,3],"B",[3,4,3],"C",[3,3,4]]);|\\ \verb|Embed("1",["cr1","sg1"],"A3d+x*B3d+y*C3d","[x,y]");|\\ (3) The function {\tt \hyperlink{perpplane}{Perpplane}} is used in next.\\ \verb|Xyzax3data("","x=[-5,5]","y=[-8,5]","z=[-5,5]");|\\ -\verb|Putpoint3d(["O",[0,0,0],"P",[1,1,2]],"fix");|\\ +\verb|Putpoint3d(["O",[0,0,0],"P",[1,1,2]]);|\\ \verb|Perpplane("E-F","P",P3d-O3d,"put");|\\ \verb|vec1=3*(E3d-P3d);|\\ \verb|vec2=3*(F3d-P3d);|\\ -\verb|Putpoint3d(["A",P3d+vec1+vec2],"fix");|\\ -\verb|Putpoint3d(["B",P3d+vec1-vec2],"fix");|\\ -\verb|Putpoint3d(["C",P3d-vec1-vec2],"fix");|\\ -\verb|Putpoint3d(["D",P3d-vec1+vec2],"fix");|\\ +\verb|Putpoint3d(["A",P3d+vec1+vec2]);|\\ +\verb|Putpoint3d(["B",P3d+vec1-vec2]);|\\ +\verb|Putpoint3d(["C",P3d-vec1-vec2]);|\\ +\verb|Putpoint3d(["D",P3d-vec1+vec2]);|\\ \verb|Spaceline("1",[A,B,C,D,A]);|\\ \verb|Circledata("1",[[0,0],[2,0]],["nodisp"]);|\\ \verb|Listplot("1",[[0,2],[-sqrt(3),-1],[sqrt(3),-1],[0,2]],["nodisp"]);|\\ @@ -4377,7 +4419,7 @@ To draw the B and C on the embedded figure, code changes as follows. \itemket{Details}PD is plotting data of curve. Curved face is given by formula. \itemket{Examples} \mbox{} -\verb|Putpoint3d(["A",[0,-3,0],"B",[0,3,2]],"fix");|\\ +\verb|Putpoint3d(["A",[0,-3,0],"B",[0,3,2]]);|\\ \verb|Spaceline("1",[A,B]);|\\ \verb|fd=[|\\ \verb| "z=4-(x^2+y^2)","x=R*cos(T)","y=R*sin(T)",|\\ @@ -4400,7 +4442,7 @@ To draw the B and C on the embedded figure, code changes as follows. \begin{cmd}{IntersectsgpL}{intersectsgpL} \itemket{Usage}IntersectsgpL(name,segment,plane,option) \itemket{Description}Returns a intersection of a line segment and plane. -\itemket{Details}Specify a line segment with two endpoints. Specify the plane as three points that it contains. Options are ``put'' or ``draw'', and if omitted select ``draw''.\\ +\itemket{Details}Specify a line segment with two endpoints. Specify the plane as three points that it contains. Options are ``put" or ``draw", and if omitted select ``draw".\\ Following two programs return the same result.\\ \verb| IntersectsgpL("P","A-B","C-D-E"); |\\ \verb| IntersectsgpL("P",[A3d,B3d],[C3d,D3d,E3d]); | @@ -4412,10 +4454,10 @@ cutcube \verb| Hn=3; |\\ \verb| Putaxes3d(Hn); |\\ -\verb| Putpoint3d("A",[Hn,Hn,0],"fix"); |\\ -\verb| Putpoint3d("B",[Hn,0,Hn],"fix"); |\\ -\verb| Putpoint3d("C",[Hn,Hn,Hn],"fix"); |\\ -\verb| Putpoint3d("D",[0,Hn,Hn],"fix"); |\\ +\verb| Putpoint3d("A",[Hn,Hn,0]); |\\ +\verb| Putpoint3d("B",[Hn,0,Hn]); |\\ +\verb| Putpoint3d("C",[Hn,Hn,Hn]); |\\ +\verb| Putpoint3d("D",[0,Hn,Hn]); |\\ \verb| Putonseg3d("E",X,B); |\\ \verb| Putonseg3d("F",Z,B); |\\ \verb| Putonseg3d("G",Z,D); |\\ @@ -4423,7 +4465,7 @@ cutcube \verb| IntersectsgpL("N","D-Y","E-F-G","put"); |\\ \verb| phd=Concatobj([[O,X,A,Y],[X,A,M,E],[A,Y,N,M],[Y,N,G,Z,O], |\\ \verb| [O,Z,F,E,X],[Z,F,G],[E,M,N,G,F]]); |\\ -\verb| VertexEdgeFace("1",phd,["Edg=nogeo"]); |\\ +\verb| VertexEdgeFace("1",phd); |\\ \verb| Nohiddenbyfaces("1","phf3d1"); | \hspace{20mm}\includegraphics[bb=0.00 0.00 713.04 327.02,width=10cm]{Fig/IntersectsgpL0.pdf} @@ -4481,12 +4523,12 @@ If we specify only option2 then option1 must be null list:[].\\ \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); -Putpoint3d("A",2*[-1,-1/sqrt(3),0],"fix"); -Putpoint3d("B",2*[1,-1/sqrt(3),0],"fix"); -Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0],"fix"); -Putpoint3d("D",2*[0,0,2*sqrt(6)/3],"fix"); +Putpoint3d("A",2*[-1,-1/sqrt(3),0]); +Putpoint3d("B",2*[1,-1/sqrt(3),0]); +Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0]); +Putpoint3d("D",2*[0,0,2*sqrt(6)/3]); phd=Concatobj([[A,B,C],[A,B,D],[A,C,D],[B,C,D]]); -VertexEdgeFace("1",phd,["Edg=nogeo"]); +VertexEdgeFace("1",phd); Nohiddenbyfaces("1","phf3d1"); \end{verbatim} (left figure) @@ -4533,15 +4575,15 @@ Draw point A,B,C,D by draw tool of Cinderella. \end{layer} \verb| Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); |\\ -\verb| Putpoint3d(["O",[0,0,0]],"fix"); |\\ -\verb| Putpoint3d(["P",[1,1,1]],"fix"); |\\ +\verb| Putpoint3d(["O",[0,0,0]]); |\\ +\verb| Putpoint3d(["P",[1,1,1]]); |\\ \verb| Perpplane("E-F","P",P3d-O3d,"put"); |\\ \verb| vec1=2*(E3d-P3d); |\\ \verb| vec2=2*(F3d-P3d); |\\ -\verb| Putpoint3d(["A",P3d+vec1+vec2],"fix"); |\\ -\verb| Putpoint3d(["B",P3d+vec1-vec2],"fix"); |\\ -\verb| Putpoint3d(["C",P3d-vec1-vec2],"fix"); |\\ -\verb| Putpoint3d(["D",P3d-vec1+vec2],"fix"); |\\ +\verb| Putpoint3d(["A",P3d+vec1+vec2]); |\\ +\verb| Putpoint3d(["B",P3d+vec1-vec2]); |\\ +\verb| Putpoint3d(["C",P3d-vec1-vec2]); |\\ +\verb| Putpoint3d(["D",P3d-vec1+vec2]); |\\ \verb| Spaceline("1",[A,B,C,D,A]); |\\ \verb| Arrowdata([O,P],["dr,2"]); |\\ \verb| Letter([P,"w","P",A,"ne","A",B,"e","B",C,"ws","C",D,"nw","D",]); |\\ @@ -4568,10 +4610,10 @@ We get the coordinate of the point H in the variable H3d for the following examp Example \verb|Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); |\\ -\verb|Putpoint3d("O",[0,0,0],"fix"); |\\ -\verb|Putpoint3d("A",[3,0,0],"fix"); |\\ -\verb|Putpoint3d("B",[0,3,0],"fix"); |\\ -\verb|Putpoint3d("C",[0,0,3],"fix"); |\\ +\verb|Putpoint3d("O",[0,0,0]); |\\ +\verb|Putpoint3d("A",[3,0,0]); |\\ +\verb|Putpoint3d("B",[0,3,0]); |\\ +\verb|Putpoint3d("C",[0,0,3]); |\\ \verb|Perppt("H","O","A-B-C","put"); |\\ \verb|Spaceline("1",[A,B,C,A]); |\\ \verb|Spaceline("2",[O,H]); |\\ @@ -4613,11 +4655,11 @@ Example \verb|Setdirectory( Dirhead+"/data/polyhedrons_obj");| //Many polyhedron data exist in this directory.\\ \verb|phd=Readobj("s06.obj",["size=3"]);| //"s06" is the name of truncated icosahedron data.\\ \verb|Setdirectory(Dirwork);| //Chage work space.\\ -\verb|VertexEdgeFace("s06",phd,["Edg=nogeo"]);|\\ +\verb|VertexEdgeFace("s06",phd);|\\ \verb|Phparadata("1","s06");| //default usage, left figure\\ The last two lines we can write the following.\\ -\verb|VertexEdgeFace("1",phd,["Edg=nogeo"]);|\\ +\verb|VertexEdgeFace("1",phd);|\\ \verb|Phparadata("1","1");| \begin{center} \includegraphics[bb=0 0 1452 730 , width=10cm]{Fig/phparadata01.pdf} @@ -4683,12 +4725,12 @@ Make reference to \hyperlink{partcrv3d}{Partcrv3d()} \itemket{Usage}Putpoint3d(list of 3D-points, option) \itemket{Description}Generic function to draw the geometric point in the space. -\itemket{Details}Option is "fix" or "free"(default). +\itemket{Details}Option is "free" or "fix"(default). \itemket{Examples} \mbox{} \verb|Putpoint3d(["A",[2,1,3]]);|\\ -\verb|Putpoint3d(["A",[2,1,3]],"free");| //same as above\\ -\verb|Putpoint3d(["A",[1,1,1],"C",[1,0,1]],"fix");|\\ +\verb|Putpoint3d(["A",[2,1,3]],"free");| \\ +\verb|Putpoint3d(["A",[1,1,1],"C",[1,0,1]]);|\\ These points don't output in the \TeX file. To output in the \TeX file use the following \hyperlink{pointdata}{Pointdata()} or \hyperlink{drwpt}{Drawpoint()} @@ -4702,15 +4744,21 @@ In the 3D-drawings the coordinate of the point name A is A3d. \itemket{Usage}Readobj(filename, option) \itemket{Description}Read in the polyhedron data in the folder name \verb|polyhedrons_obj| -\itemket{Details}Option is ["size=n"] then we get the magnification of n times. If n is negative value then we have the image of vertical inversion. +\itemket{Details}\mbox{} + +Data of all \verb|Johnson solid| can be downloaded from\\ +\hspace*{20mm}\url{http://mitani.cs.tsukuba.ac.jp/polyhedron/}\\ +Store the folder into the work folder of \ketcindy\ for example, and execute\\ +\verb| Setdirectory(gethome+"/ketcindy/polyhedrons_obj");|\\ +\verb| polydt=Readobj("r02.obj",["size=2"]);|\\ +\verb| Setdirectory(Dirwork);|\\ +Then the data of \verb|r02.obj| are assigned to the variable \verb|polydt|. + +Option is ["size=n"] then we get the magnification of n times. If n is negative value then we have the image of vertical inversion. \itemket{Examples} \mbox{} -\verb|Setdirectory( Dirhead+"/data/polyhedrons_obj");| //Many polyhedron data exist in this directory.\\ -\verb|polydt=Readobj("r02.obj",["size=2"]);| //"r02" is the name of regular octahedron data.\\ -\verb|Setdirectory(Dirwork);| //Chage work space.\\ -\verb|VertexEdgeFace("1",polydt,["Edg=nogeo"]);| //output data name is phf3d1\\ +\verb|VertexEdgeFace("1",polydt);| //output data name is phf3d1\\ \verb|Nohiddenbyfaces("1","phf3d1");| -\begin{center} \input{Fig/readobj} \end{center} \begin{center} \input{Fig/readobj} \end{center} @@ -4718,10 +4766,6 @@ The main polyhedral data is as follows. \input{Fig/kobayashiE} -Besides this, there are facing convex polyhedrons from n01 to n92. - -cf.http://mitani.cs.tsukuba.ac.jp/polyhedron/ - \end{cmd} @@ -4734,7 +4778,7 @@ cf.http://mitani.cs.tsukuba.ac.jp/polyhedron/ \itemket{Examples}\mbox{} \verb| Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,0,1], |\\ -\verb| "E",[1,0,0]],"fix"); |\\ +\verb| "E",[1,0,0]]); |\\ \verb| Spaceline("1",[A,B,C,A]); |\\ Reflection on the point D @@ -4779,7 +4823,7 @@ Reflection on the plane BDE \itemket{Examples} \mbox{} \verb|Xyzax3data("","x=[-5,4]","y=[-5,5]","z=[-5,4]",["a","O"]); |\\ -\verb|Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,-2,3]],"fix"); |\\ +\verb|Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,-2,3]]); |\\ \verb|Spaceline("1",[A,B,C,A]); |\\ \verb|Spaceline("2",[C,D]); |\\ \verb|Rotatedata3d("1",["sl3d1","CD3d"],[0,0,1],pi/2,["dr,2"]); |\\ @@ -4818,7 +4862,7 @@ Reflection on the plane BDE \itemket{Details}Vec is a three-dimensional vector to express ratio. The center and options are given in a list. \itemket{Examples}\mbox{} -\verb|Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2]],"fix");|\\ +\verb|Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2]]);|\\ \verb|Spaceline("1",[A,B,C,A]);|\\ \verb|Spacecurve("1","[cos(t)+1,sin(t)+1,1]","t=[0,2*pi]",["Num=100"]);|\\ \verb|Scaledata3d("1",["sl3d1","sc3d1"],[2,2,2],[[0,0,0],"dr,2"]);|\\ @@ -4836,9 +4880,9 @@ Reflection on the plane BDE \itemket{Details}$\text{Scalepoint3d}([a_i],[v_i],[c_i])=[(a_i-c_i)v_i+c_i]$ \itemket{Examples} \mbox{} -\verb|Putpoint3d(["A",[2,-1,2]],"fix");|\\ +\verb|Putpoint3d(["A",[2,-1,2]]);|\\ \verb|pt=Scalepoint3d(A3d,[3,2,4],[1,1,1]); //pt=[4,-3,5]|\\ -\verb|Putpoint3d(["B",pt],"fix");| +\verb|Putpoint3d(["B",pt]);| \end{cmd} @@ -4919,11 +4963,18 @@ If we specify only option2 then we denote that option1 is empty list:[]. \itemket{Usage}Skeletonparadata(name, PDlist, PDlist, option) \itemket{Description}Generic function to draw the lines by performing hidden line processing. \itemket{Details}This function draw the second argument(the list of the lines) by performing hidden line processing which are hidden by the third argument(the list of the lines). If both arguments are omitted the function draw all lines by performing hidden line processing. + +Options:\\ +\hspace*{5mm}\verb|real number| gap of line\\ +\hspace*{5mm}\verb|"No=pointlist"| not executed when any point is selected\\ +\hspace*{5mm}\verb|"File=y/m/n(default:n)"| whether to make data file or not\\ +\hspace*{5mm}\verb|"Check=pointlist"| data file updated if any point is changed + \itemket{Examples} \mbox{} \verb| Xyzax3data("","x=[-5,5]","y=[-5,4]","z=[-5,3]");| //Data name is "ax3d".\\ -\verb| Putpoint3d(["A",[0,-2,-2]],"fix");|\\ -\verb| Putpoint3d(["B",[-1,1,3]],"fix");|\\ +\verb| Putpoint3d(["A",[0,-2,-2]]);|\\ +\verb| Putpoint3d(["B",[-1,1,3]]);|\\ \verb| Spaceline([A,B]);| //Data name is "AB3d".\\ \verb| Spacecurve("1","[2*cos(t),2*sin(t),0.2*t]","t=[0,4*pi]",["Num=100"]);| //Data name is "sc3d1".\\ @@ -4986,7 +5037,7 @@ Since polygons drawn with VertexEdgeFace() can not be translated by this functio \verb|Setdirectory(Dirwork); |\\ \verb|dn=length(phd_1); |\\ \verb|repeat(dn,s,phd_1_s=phd_1_s+[0,2,0]); |\\ -\verb|VertexEdgeFace("1",phd,["Edg=nogeo"]); |\\ +\verb|VertexEdgeFace("1",phd); |\\ \begin{center} \input{Fig/translate01} @@ -5001,9 +5052,9 @@ Since polygons drawn with VertexEdgeFace() can not be translated by this functio \itemket{Details}$\text{Translatepoint3d}([a_i],[v_i])=[a_i+v_i]$ \itemket{Examples} \mbox{} -\verb|Putpoint3d(["A",[1,0,0]],"fix"); |\\ +\verb|Putpoint3d(["A",[1,0,0]]); |\\ \verb|pt=Translatepoint3d(A3d,[-1,1,1]); |\\ -\verb|Putpoint3d(["B",pt],"fix"); | +\verb|Putpoint3d(["B",pt]); | \end{cmd} @@ -5015,18 +5066,16 @@ Since polygons drawn with VertexEdgeFace() can not be translated by this functio \itemket{Details}We use the faces data of the polyhedron.\\ The second argument is the list of vertexes list and the faces list.\\ For example, the faces data of the tetrahedron is [[A,B,C,D],[[1,2,3],[1,2,4],[1,3,4],[2,3,4]]].\\ -Option is the following.\\ -no option: output edges as the geometric elements but don't to \TeX file.\\ -\verb|["Edg=nogeo"]|: output data to \TeX file.\\ -\verb|["Pt=free"]|: Vertexes are free geometric points. +%Option is the following.\\ + \itemket{Examples} \mbox{} -\verb| Putpoint3d("A",2*[-1,-1/sqrt(3),0],"fix"); |\\ -\verb| Putpoint3d("B",2*[1,-1/sqrt(3),0],"fix"); |\\ -\verb| Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0],"fix"); |\\ -\verb| Putpoint3d("D",2*[0,0,sqrt(3)],"fix"); |\\ +\verb| Putpoint3d("A",2*[-1,-1/sqrt(3),0]); |\\ +\verb| Putpoint3d("B",2*[1,-1/sqrt(3),0]); |\\ +\verb| Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0]); |\\ +\verb| Putpoint3d("D",2*[0,0,sqrt(3)]); |\\ \verb| phd=Concatobj([[A,B,C],[A,B,D],[A,C,D],[B,C,D]]); |\\ -\verb| VertexEdgeFace("1",phd,["Edg=nogeo"]); |\\ +\verb| VertexEdgeFace("1",phd); |\\ //Three data lists are made, phv3d1:vertex, phe3d1:edge and phf3d1:face. \begin{center} \input{Fig/vertex01} \end{center} \end{cmd} @@ -5252,6 +5301,8 @@ Options are the followings.\\ \hyperlink{putonline}{PutonLine} \> put a point on the line.\\ \hyperlink{putonSeg}{Putonseg} \> put a point on the segment.\\ \hyperlink{putpoint}{Putpoint} \> put a point.\\ +\hyperlink{readcsv}{Readcsv} \> read a file in csv format.\\ +\hyperlink{readlines}{Readlines} \> read a text file line by line.\\ \hyperlink{reflectdata}{Reflectdata} \> draw a reflective curve.\\ \hyperlink{reflectpoint}{Reflectpoint} \> return the reflect point.\\ \hyperlink{rotatedata}{Rotatedata} \> rotate plotting data.\\ @@ -5413,4 +5464,4 @@ Options are the followings.\\ \end{tabbing} -\end{document} +\end{document}
\ No newline at end of file diff --git a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceJ.tex b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceJ.tex index 937c5a10cc1..9ca5cfb90a2 100644 --- a/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceJ.tex +++ b/Master/texmf-dist/doc/support/ketcindy/source/ketmanual/KeTCindyReferenceJ.tex @@ -150,7 +150,7 @@ Parent ボタンで出力するファイル名は 初期設定がないので， \end{verbatim} \vspace{\baselineskip} -\hspace{10mm} \input{Fig/addax1} \input{Fig/FigE} +\hspace{10mm} \input{Fig/addax1} \input{Fig/addax2} \hypertarget{setax}{} @@ -194,7 +194,7 @@ Parent ボタンで出力するファイル名は 初期設定がないので， \hspace{10mm} \verb|Setax(["a","\theta","","x","w"]);| \vspace{\baselineskip} -\hspace{10mm}\input{Fig/setax(theta)} +\hspace{10mm}\input{Fig/setax-theta} \vspace{\baselineskip} @@ -708,12 +708,18 @@ optionsは，$x$座標の範囲をリストで与える。 \hypertarget{putonseg}{} \item[関数] PutonSeg(点名 , 座標１ ,座標2 ) \item[機能] 線分上に点を作る -\item[説明] 座標１，座標2を通る線分上に点名の点を作る。できた点は線分に対してインシデントとなる。 +\item[説明] 座標１，座標2を端点とする線分上に点名の点を作る。できた点は線分に対してインシデントとなる。指定した点がすでに存在する場合は動かさない。 \vspace{\baselineskip} -【例】 点A,\ Bを通る線分上に点Pをとる。 +【例】 + +線分AB上に点Cをとる。 + + \verb|PutonSeg("C",A,B);| + +点(-1,0),(2,2)を通る線分上に点Cをとる。 - \verb|PutonSeg("P",A,B);| + \verb|PutonSeg("C",[[-1,0],[2,2]]);| \begin{flushright} \hyperlink{functionlist}{$\Rightarrow$関数一覧}\end{flushright} @@ -840,43 +846,35 @@ optionsは，$x$座標の範囲をリストで与える。 \item[機能] 2点間を結ぶ矢線を描く。 \item[説明] name は，座標を数値で与えるときに必要。幾何要素の識別名で与えるときはなくてもよい。 -optionsは矢じりの形状などの指定で +optionsは矢じりの形状などの指定。 -\hspace{10mm} [ 矢じりの大きさ, 開き角, 矢じり位置, 線種,線の表示色] +\hspace{10mm} [ 矢じりの大きさ, 開き角, 矢じり位置,切り込み位置, 線種, 線の表示色,トリミング] -のリストで与える。 +のリストで与える。矢じりの大きさから切り込み位置までは数で，後方のオプションを指定するときは，前方も書く。 開き角は60分法で与える。ただし，° はつけない。5未満の時は18°の倍数指定とする。 - 矢じり位置は，線分の長さを１とした始点からの距離。 +矢じり位置は，線分の長さを１とした始点からの距離。 + +切り込み位置は，０のとき三角形の矢じり，１のとき線のみの矢じりとなる。 ただし，Cinderellaの画面上には全ては反映されない。たとえば，太さ指定をしても画面上では太さは同じ。 - トリミング : "Cutend=m" または "Cutend=[m,n]" - -右辺が数のときは両端をmだけカットする。リストのときは始点をm,終点をnだけカットする。 +トリミング : "Cutend=m" または "Cutend=[m,n]" で，右辺が数のときは両端をmだけカットする。リストのときは始点をm,終点をnだけカットする。mが負のときは延長する。 \vspace{\baselineskip} -【例】線分ABを矢線にする。 +【例】オプションの設定とその結果を示す。 -\hspace{10mm} \verb|Arrowdata([A,B]);| - -始点が(2,0) , 終点が(4,3) ，開き角45°，EFの中点に矢じりの先端 - -\hspace{10mm} \verb|Arrowdata("1",[[2,0],[4,3]],[1,45,0.5]);| - -大きさ2，太さ2 - -\hspace{10mm} \verb|Arrowdata([C,D],[2,1,1,"dr,2"]);| - -破線で太さ0.5 - -\hspace{10mm} \verb|Arrowdata([E,F],["da,0.5"]);| - - 少し間が空いて太い点線で，Cinderellaの画面上では赤で表示する。 - -\hspace{10mm} \verb|Arrowdata([G,H],[2,1,"do,2,3","Color=[1,0,0]"]);| - +\begin{verbatim} + Arrowdata("1",[A,B]); + Arrowdata("2",[[1,0],[2,3]],[2]); + Arrowdata("3",[[2,0],[3,3]],[3,45]); + Arrowdata("4",[[3,0],[4,3]],[3,1,0.5]); + Arrowdata("5",[[4,0],[5,3]],[3,1,1,0.5]); + Arrowdata("6",[[5,0],[6,3]],[3,1,1,1]); + Arrowdata("7",[[6,0],[7,3]],[3,"dr,2"]); + Arrowdata("8",[[7,0],[8,3]],[3,1,1,0.5,"Color=red"]); +\end{verbatim} \hspace{20mm} \input{Fig/arrowdata} 【例】２つの円を矢線で結ぶ。 @@ -1027,7 +1025,7 @@ optionの働きの例 トリミング : "Cutend=m" または "Cutend=[m,n]" -数のときは両端をmだけカットする。リストのときは始点をm,終点をnだけカットする。 +数のときは両端をmだけカットする。リストのときは始点をm,終点をnだけカットする。mが負のときは延長する。 \begin{tabbing} 1234567890123456789012345678901234\=\kill @@ -2157,7 +2155,7 @@ options は線種が有効 \hypertarget{anglemark}{} \item[関数] Anglemark(name,点リスト , options) \item[機能] 点リストで示された角に弧の形状の角の印をつける。 -\item[説明] Listplot() などと同様，点リストが点名の場合はnameは省略できる。 +\item[説明] Listplot() などと同様，点リストが点名の場合はnameは省略できる。弧を描かず文字だけを入れる場合は options に "nodisp" を指定する。 optionsは次の通り。 @@ -2165,12 +2163,12 @@ optionsは次の通り。 線種 "dr, n" , "da,m,n" , "do,m,n" -"Expr=文字" : 文字を入れる +"Expr=文字" または "Letter=文字" : 文字を入れる "Expr=位置 , 文字" : 位置を指定して文字を入れる。位置は頂点からの距離。 \vspace{\baselineskip} -【例】三角形の内角に印をいれ，文字を書き込む。 +【例】三角形の内角に印をいれ，文字を書き込む。（下図左） \begin{verbatim} Listplot([A,B,C,A]); Letter([A,"n1","A",B,"w1","B",C,"e1","C"]); @@ -2179,7 +2177,15 @@ optionsは次の通り。 Anglemark([A,C,B],[2,"dr,3","Expr=2,\alpha"]); \end{verbatim} -\hspace{20mm}\input{Fig/anglemark} +【例】三角形の内角に弧を描かず，$\circ$ だけ書き込む。（下図右） +\begin{verbatim} + Listplot([A,B,C,A]); + Letter([A,"n1","A",B,"w1","B",C,"e1","C"]); + Anglemark([C,B,A],["Expr=\circ","nodisp"]); +\end{verbatim} + + +\input{Fig/anglemark}\hspace{5mm}\input{Fig/anglemark2} ※角の印には平行四辺形の形状のものもある。\hyperlink{paramark}{Paramark()}を参照のこと。 @@ -2535,8 +2541,10 @@ optionsは線種 "dr, n" , "da,m,n" , "do,m,n" \item[説明] 引数は，曲線名，内部外部のパターンを与える''i''，''o''の文字列，閉曲線を与える曲線と領域の内部を定める方向のリストとオプション。\\ オプション（カッコ内はデフォルト値）\\ 角度(45)，間隔(1)，\verb|"Max=(20)"| 斜線の最大本数，\\ - \verb|"Out=y/n (n)"| Rを呼び出して外部ファイルを作るか - + \verb|"No=点リスト"| 点リストの点が選ばれているときは実行しない\\ + \verb|"File=y/m/n (n)"| データファイルを作るか\\ + \verb|"Check=点リスト"| 点リストの点が変更されていたら，ファイルを作り直す + \vspace{\baselineskip} 【例】円の内部。(次図左) \begin{verbatim} @@ -4214,6 +4222,7 @@ Rは主に統計解析のためのソフトウェアで， binorm（二項分 \item[関数] Histplot(name,data,option) \item[機能] Rを利用してヒストグラムを描く \item[説明] dataはリストにして作成するか，外部ファイルからReadcsv()で読み込む。 +戻り値は，階級境界値と，対応する度数のリスト。 階級境界値（ブレークポイント）は，自動的に設定される（スタージェスの公式による）が，オプションで， @@ -4335,8 +4344,8 @@ PlotdiscR("3","dgeom(k,0.3)","k=[0,10]"); \hypertarget{readcsv}{} \item[関数] Readcsv(path,filename,option) -\item[機能] Rを利用してcsvファイルを読む。 -\item[説明] Rを使ってcsvファイルを読みこむ。戻り値は読み込んだデータのリスト。 +\item[機能] csvファイルを読む。 +\item[説明] csvファイルを読みこむ。戻り値は読み込んだデータのリスト。 第１引数の path は，ファイルを作業フォルダ（ 初期設定は fig ）に置いた場合は省略することができる。そうでない場合は，フルパスで指定する。たとえば，"/Users/Hoge/Desktop" @@ -4370,6 +4379,13 @@ option は，"Flat=" で，"Flat=y" の場合は，読み込んだデータを とする。 +\hypertarget{readlines}{} +\item[関数] Readlines(path,filename,option) +\item[機能] テキストファイルを1行ずつ読む。 +\item[説明] テキストファイルを1行ずつ読みこむ。戻り値は読み込んだ文字列のリスト。 + +第１引数の path は，ファイルを作業フォルダ（ 初期設定は fig ）に置いた場合は省略することができる。そうでない場合は，フルパスで指定する。たとえば，"/Users/Hoge/Desktop" + \vspace{\baselineskip} \hypertarget{scatterplot}{} \item[関数] Scatterplot(name,filename/datalist,option1,option2) @@ -6037,7 +6053,7 @@ options1 は分割数と誤差限界， options2 は陰線の線種。 【例】 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); - Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); + Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); Spaceline("1",[A,B]); println("PD="+Datalist2d()); \end{verbatim} @@ -6053,7 +6069,7 @@ options1 は分割数と誤差限界， options2 は陰線の線種。 【例】 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); - Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); + Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); Spaceline("1",[A,B]); println("PD="+Datalist3d()); \end{verbatim} @@ -6117,7 +6133,7 @@ options2だけを指定したい場合は，options1 を空リスト [ ] にす 初期設定では陰線は点線で表示される。（下図左） \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,5]"); - Putpoint3d(["A",[0,-3,0],"B",[0,3,3]],"fix"); + Putpoint3d(["A",[0,-3,0],"B",[0,3,3]]); Spaceline([A,B]); fd=["z=4-(x^2+y^2)","x=R*cos(T)","y=R*sin(T)","R=[0,2]","T=[0,2*pi]","e"]; Startsurf(); @@ -6160,7 +6176,7 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 Defvar("vo=[3,3,3]"); Defvar("vx=[0,1,0]"); Defvar("vy=[0,0,1]"); - Putpoint3d(["A",[3,3,3]],"fix"); + Putpoint3d(["A",[3,3,3]]); Circledata("1",[[0,0],[2,0]],["nodisp"]); Listplot("1",[[0,2],[-sqrt(3),-1],[sqrt(3),-1],[0,2]],["nodisp"]); Embed("1",["cr1","sg1"],"vo+x*vx+y*vy","[x,y]"); @@ -6174,7 +6190,7 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 原点，基本ベクトルを，点を作図して次のようにすることもできる。この場合は Defvar() は不要。 \begin{verbatim} - Putpoint3d(["A",[3,3,3],"B",[0,1,0],"C",[0,0,1]],"fix"); + Putpoint3d(["A",[3,3,3],"B",[0,1,0],"C",[0,0,1]]); Embed("1",["cr1","sg1"],"A3d+x*B3d+y*C3d","[x,y]"); \end{verbatim} \begin{center} @@ -6183,21 +6199,21 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 この場合，点B,Cの座標がそのまま基本ベクトルとなっているが，原点Aに対して描画平面上にはB,Cがないので図がわかりにくい。図をわかりやすくするならば次のようにする。 \begin{verbatim} - Putpoint3d(["A",[3,3,3],"B",[3,4,3],"C",[3,3,4]],"fix"); + Putpoint3d(["A",[3,3,3],"B",[3,4,3],"C",[3,3,4]]); Embed("1",["cr1","sg1"],"A3d+x*(B3d-A3d)+y*(C3d-A3d)","[x,y]"); \end{verbatim} また，平面を記述するのに，平面の原点と法線ベクトルを用いて Perpplane() を用いると，基本ベクトルが生成されるので、これを利用することができる。次のスクリプトでは，Skeletonparadata() を用いて陰線処理もしている。 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-8,5]","z=[-5,5]"); - Putpoint3d(["O",[0,0,0],"P",[1,1,2]],"fix"); + Putpoint3d(["O",[0,0,0],"P",[1,1,2]]); Perpplane("E-F","P",P3d-O3d,"put"); vec1=3*(E3d-P3d); vec2=3*(F3d-P3d); - Putpoint3d(["A",P3d+vec1+vec2],"fix"); - Putpoint3d(["B",P3d+vec1-vec2],"fix"); - Putpoint3d(["C",P3d-vec1-vec2],"fix"); - Putpoint3d(["D",P3d-vec1+vec2],"fix"); + Putpoint3d(["A",P3d+vec1+vec2]); + Putpoint3d(["B",P3d+vec1-vec2]); + Putpoint3d(["C",P3d-vec1-vec2]); + Putpoint3d(["D",P3d-vec1+vec2]); Spaceline("1",[A,B,C,D,A]); Circledata("1",[[0,0],[2,0]],["nodisp"]); Listplot("1",[[0,2],[-sqrt(3),-1],[sqrt(3),-1],[0,2]],["nodisp"]); @@ -6221,7 +6237,7 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 \vspace{\baselineskip} 【例】回転放物面と線分の交点の座標を表示する。 \begin{verbatim} - Putpoint3d(["A",[0,-3,0],"B",[0,3,2]],"fix"); + Putpoint3d(["A",[0,-3,0],"B",[0,3,2]]); Spaceline("1",[A,B]); fd=[ "z=4-(x^2+y^2)","x=R*cos(T)","y=R*sin(T)", @@ -6242,12 +6258,28 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 \vspace{\baselineskip} \hypertarget{intersectsgpL}{} \item[関数] IntersectsgpL(点名，線分，面，描画方法) -\item[機能] 空間の線分と平面の交点を作図する +\item[機能] 空間の線分（直線）と平面の交点を求める。 \item[説明] 引数の線分は線分の端点を "A-B" の形もしくは空間座標のリストで与える。 引数の面は，面内の3点を "C-D-E" の形もしくは空間座標のリストで与える。 + + 戻り値は，[pt,flag1,flag2,val1,val2] - 描画方法は，"put" または "draw" で，描画方法を指定しない場合は "draw" と同じ。"draw"では交点が緑の点で表示されるだけで，幾何点はできない。"put" では幾何点を作る。 + pt：直線と平面の交点の座標。直線と平面が平行で交点が存在しない場合は空リスト[] + + flag1 ： 交点が線分内にあれば true ，なければ false + + flag2 ： 交点が面内にあれば true，なければ false + + val1,val2 ： + + 描画方法は，"put" または "i" , "e" 。 + + put ： 幾何点を作る + + i ： 線分内にあれば点を描く + + e : 平面で交われば点を描く \vspace{\baselineskip} 【例】座標のリストで与える記述例\\ @@ -6270,10 +6302,10 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 \begin{verbatim} Hn=3; Putaxes3d(Hn); - Putpoint3d("A",[Hn,Hn,0],"fix"); - Putpoint3d("B",[Hn,0,Hn],"fix"); - Putpoint3d("C",[Hn,Hn,Hn],"fix"); - Putpoint3d("D",[0,Hn,Hn],"fix"); + Putpoint3d("A",[Hn,Hn,0]); + Putpoint3d("B",[Hn,0,Hn]); + Putpoint3d("C",[Hn,Hn,Hn]); + Putpoint3d("D",[0,Hn,Hn]); Putonseg3d("E",X,B); Putonseg3d("F",Z,B); Putonseg3d("G",Z,D); @@ -6281,7 +6313,7 @@ options2を ["nodisp"] にすると，陰線は非表示になる。（下図右 IntersectsgpL("N","D-Y","E-F-G","put"); phd=Concatobj([[O,X,A,Y],[X,A,M,E],[A,Y,N,M],[Y,N,G,Z,O], [O,Z,F,E,X],[Z,F,G],[E,M,N,G,F]]); - VertexEdgeFace("1",phd,["Edg=nogeo"]); + VertexEdgeFace("1",phd); Nohiddenbyfaces("1","phf3d1"); \end{verbatim} Cinderellaの描画面はつぎのようになる。点E,F,Gをドラッグして，適当な位置の断面にする。ただし，M,Nは辺上にあることが条件である。 @@ -6319,7 +6351,7 @@ Cinderellaの描画面はつぎのようになる。点E,F,Gをドラッグし p2=Invparapt(tmp_2,"sc3d1"); Partcrv3d("1",p1,p2,"sc3d1"); \end{verbatim} - \begin{center} \input{Fig/invparapt} \end{center} + \begin{center}\scalebox{0.8}{ \input{Fig/invparapt}} \end{center} ここで，sl2d1,sc2d1 は線分と螺旋の描画面上での（平面の）プロットデータである。Intersectcrvs() で平面上の交点の座標（複数あるのでリストが返る）を求め，Invparapt() で対応する螺旋上の点の座標を求めて部分曲線を描いている。実際に交わる点での部分曲線ではないことに注意。 @@ -6350,16 +6382,16 @@ option2では，"Eps=" で，陰線処理時の許容限界を設定できる。 【例】座標平面上に正四面体を描き，各軸と正四面体の辺を陰線処理する。（下図左） \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); -Putpoint3d("A",2*[-1,-1/sqrt(3),0],"fix"); -Putpoint3d("B",2*[1,-1/sqrt(3),0],"fix"); -Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0],"fix"); -Putpoint3d("D",2*[0,0,2*sqrt(6)/3],"fix"); +Putpoint3d("A",2*[-1,-1/sqrt(3),0]); +Putpoint3d("B",2*[1,-1/sqrt(3),0]); +Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0]); +Putpoint3d("D",2*[0,0,2*sqrt(6)/3]); phd=Concatobj([[A,B,C],[A,B,D],[A,C,D],[B,C,D]]); -VertexEdgeFace("1",phd,["Edg=nogeo"]); +VertexEdgeFace("1",phd); Nohiddenbyfaces("1","phf3d1"); \end{verbatim} - \verb|VertexEdgeFace("1",phd,["Edg=nogeo"]);| によって，辺，頂点，面のプロットデータが作られる。\verb|phf3d1| は，面のプロットデータである。 + \verb|VertexEdgeFace("1",phd);| によって，辺，頂点，面のプロットデータが作られる。\verb|phf3d1| は，面のプロットデータである。 ここで，\verb|Nohiddenbyfaces("1","phe3d1","phf3d1",["dr,2"],["da"]); | とすると，座標軸は陰線処理されず，正四面体の辺（\verb|phe3d1|）だけが陰線処理されて破線で描かれる。四面体は太く描かれる。（下図右） @@ -6416,15 +6448,15 @@ optionは "put" で，2つの幾何点を作図する。optionがない場合 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); - Putpoint3d(["O",[0,0,0]],"fix"); - Putpoint3d(["P",[1,1,1]],"fix"); + Putpoint3d(["O",[0,0,0]]); + Putpoint3d(["P",[1,1,1]]); Perpplane("E-F","P",P3d-O3d,"put"); vec1=2*(E3d-P3d); vec2=2*(F3d-P3d); - Putpoint3d(["A",P3d+vec1+vec2],"fix"); - Putpoint3d(["B",P3d+vec1-vec2],"fix"); - Putpoint3d(["C",P3d-vec1-vec2],"fix"); - Putpoint3d(["D",P3d-vec1+vec2],"fix"); + Putpoint3d(["A",P3d+vec1+vec2]); + Putpoint3d(["B",P3d+vec1-vec2]); + Putpoint3d(["C",P3d-vec1-vec2]); + Putpoint3d(["D",P3d-vec1+vec2]); Spaceline("1",[A,B,C,D,A]); Arrowdata([O,P],["dr,2"]); Letter([P,"w","P",A,"ne","A",B,"e","B",C,"ws","C",D,"nw","D",]); @@ -6463,10 +6495,10 @@ none：計算だけ行い，点は作図しない。 作図例 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,5]","z=[-5,4]"); - Putpoint3d("O",[0,0,0],"fix"); - Putpoint3d("A",[3,0,0],"fix"); - Putpoint3d("B",[0,3,0],"fix"); - Putpoint3d("C",[0,0,3],"fix"); + Putpoint3d("O",[0,0,0]); + Putpoint3d("A",[3,0,0]); + Putpoint3d("B",[0,3,0]); + Putpoint3d("C",[0,0,3]); Perppt("H","O","A-B-C","put"); Spaceline("1",[A,B,C,A]); Spaceline("2",[O,H]); @@ -6519,7 +6551,7 @@ Partcrv3d("1",3.3,8.5,"sc3d1"); Setdirectory( Dirhead+"/data/polyhedrons_obj"); phd=Readobj("s06.obj",["size=3"]); Setdirectory(Dirwork); - VertexEdgeFace("s06",phd,["Edg=nogeo"]); + VertexEdgeFace("s06",phd); Phparadata("1","s06"); \end{verbatim} VertexEdgeFace() の name は通常の "1" でもよい。その場合は，\verb|Phparadata("1","1");| とするが，わかりにくいので上のようにした。 @@ -6547,7 +6579,7 @@ Partcrv3d("1",3.3,8.5,"sc3d1"); Setdirectory( Dirhead+"/data/polyhedrons_obj"); phd=Readobj("r02.obj",["size=3"]); Setdirectory(Dirwork); - VertexEdgeFace("2",phd,["Edg=nogeo"]); + VertexEdgeFace("2",phd); Phparadata("1","2"); \end{verbatim} のようにする。 @@ -6607,16 +6639,21 @@ Partcrv3d("1",3.3,8.5,"sc3d1"); \vspace{\baselineskip} \hypertarget{putonseg3d}{} -\item[関数] Putonseg3d(点名，点１，点2) -\item[機能] 線分上に点を取る -\item[説明] 点１と点2の中点に，指定された名前の点を取る。点１と点2が線分として結ばれていなくてもよい。とった点は線分にインシデントとなる（線分が描かれていなくても）。点１と点2はリストにすることもできる。\\ +\item[関数] Putonseg3d(点名，点1，点2) +\item[機能] 線分上に点を作る +\item[説明] 点１と点2の中点に，指定された名前の点を取る。点１と点2が線分として結ばれていなくてもよい。とった点は線分にインシデントとなる（線分が描かれていなくても）。点１と点2はリストにすることもできる。指定した点がすでに存在する場合は動かさない。 + +点1，点2は幾何点の名称または座標で指定する。 + \vspace{\baselineskip} -【例】AとBの中点に点Cをとる。つぎのいずれでもよい。 +【例】A(1,-1,0)とB(0,2,2) の中点に点Cをとる。つぎのいずれでもよい。 \verb|Putonseg3d("C",A,B);| \verb|Putonseg3d("C",[A,B]);| + \verb|Putonseg3d("C",[[1,-1,0],[0,2,2]]);| + \vspace{\baselineskip} \hypertarget{putpoint3d}{} @@ -6624,11 +6661,11 @@ Partcrv3d("1",3.3,8.5,"sc3d1"); \item[機能] 空間に幾何点を作図する \item[説明] 点の名称と座標を与えて点を作図する。複数の点を一度に作図できる。 -optionは，"fix" または "free" ( 初期設定)。 +optionは，"fix"( 初期設定) または "free"。リスト ["free"] にしてもよい。 -"fix" をつけると，固定点（ドラッグで移動できない点）とする。同じ名称の点がすでに存在する場合は，指定した位置に移動して固定点とする。 +"fix" では，固定点（ドラッグで移動できない点）とする。同じ名称の点がすでに存在する場合は，指定した位置に移動して固定点とする。 -"free" をつけると，自由点（ドラッグで移動できる）とする。同じ名称の点がすでに存在する場合はなにもしない。 +"free" では，自由点（ドラッグで移動できる）とする。同じ名称の点がすでに存在する場合はなにもしない。 \vspace{\baselineskip} 【例】いくつか記述例を示す。 @@ -6649,35 +6686,37 @@ optionは，"fix" または "free" ( 初期設定)。 \vspace{\baselineskip} \hypertarget{readobj}{} \item[関数] Readobj(ファイル名) -\item[機能] objファイルを読み込む． -\item[説明] 小林・鈴木・三谷による多面体データ \verb|polyhedrons_obj| を読み込む。 - -オプションは "size=n" で，n倍したデータにする。負の数にすると上下が反転される。 - -データはKeTCindyのdataフォルダの中にある。したがって，次のようなスクリプトを書く。読み込むのは一度だけなので， Draw スロットではなくInitialization スロットに置けばよいが，コードの可読性を高めるには Draw スロットでもよい。 +\item[機能] objファイルを読み込む。 +\item[説明] 小林・鈴木・三谷による整面凸多面体のデータは\\ +\hspace*{20mm}\url{http://mitani.cs.tsukuba.ac.jp/polyhedron/}\\ +からダウンロードできる。\verb|polyhedrons_obj|を，例えば，ユーザホームのketcindy作業フォルダに入れておく。 \begin{verbatim} - Setdirectory( Dirhead+"/data/polyhedrons_obj"); + Setdirectory(gethome()+"/ketcindy/polyhedrons_obj"); polydt=Readobj("r02.obj"); Setdirectory(Dirwork); \end{verbatim} これで，r02.obj データが，変数 polydt に代入される。 +オプションは "size=n" で，n倍したデータにする。負の数にすると上下が反転される。 + +データはKeTCindyのdataフォルダの中にある。したがって，次のようなスクリプトを書く。読み込むのは一度だけなので， Draw スロットではなくInitialization スロットに置けばよいが，コードの可読性を高めるには Draw スロットでもよい。 + この多面体データは，頂点リストと面リストからなっているが，頂点リストは座標のリストなので，読み込んで表示するときには，点の名称を v1,v2,・・・ とする。 読み込んだあとの使い方を含めて例を示す。 -\vspace{\baselineskip} -【例】正八面体を描く \begin{layer}{150}{0} -\putnotese{55}{0}{ \input{Fig/readobj}} +\putnotese{80}{0}{ \input{Fig/readobj}} \end{layer} + +\vspace{\baselineskip} +【例】\verb|polydt|を用いて正八面体を描く + + \begin{verbatim} - Setdirectory( Dirhead+"/data/polyhedrons_obj"); - polydt=Readobj("r02.obj",["size=2"]); - Setdirectory(Dirwork); - VertexEdgeFace("1",polydt,["Edg=nogeo"]); + VertexEdgeFace("1",polydt); Nohiddenbyfaces("1","phf3d1"); \end{verbatim} @@ -6688,8 +6727,6 @@ optionは，"fix" または "free" ( 初期設定)。 この他にn01〜n92まで整面凸多面体がある。 -Webページは，http://mitani.cs.tsukuba.ac.jp/polyhedron/ - \begin{flushright} \hyperlink{functionlist}{$\Rightarrow$関数一覧}\end{flushright} @@ -6703,7 +6740,7 @@ Webページは，http://mitani.cs.tsukuba.ac.jp/polyhedron/ \begin{verbatim} Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,0,1], - "E",[1,0,0]],"fix"); + "E",[1,0,0]]); Spaceline("1",[A,B,C,A]); \end{verbatim} @@ -6756,7 +6793,7 @@ options として，中心点（vecの始点），線種を指定することが 【例】コード例と結果を示す。 \begin{verbatim} Xyzax3data("","x=[-5,4]","y=[-5,5]","z=[-5,4]",["a","O"]); - Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,-2,3]],"fix"); + Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2],"D",[1,-2,3]]); Spaceline("1",[A,B,C,A]); Spaceline("2",[C,D]); Rotatedata3d("1",["sl3d1","CD3d"],[0,0,1],pi/2,["dr,2"]); @@ -6797,7 +6834,7 @@ options として，中心点（vecの始点），線種を指定することが 【例】三角形と円を拡大/縮小する。 \begin{verbatim} - Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2]],"fix"); + Putpoint3d(["A",[0,-2,0],"B",[2,-2,0],"C",[1,-2,2]]); Spaceline("1",[A,B,C,A]); Spacecurve("1","[cos(t)+1,sin(t)+1,1]","t=[0,2*pi]",["Num=100"]); Scaledata3d("1",["sl3d1","sc3d1"],[2,2,2],[[0,0,0],"dr,2"]); @@ -6815,9 +6852,9 @@ options として，中心点（vecの始点），線種を指定することが 【例】コード例と結果を示す。 \begin{verbatim} - Putpoint3d(["A",[2,-1,2]],"fix"); + Putpoint3d(["A",[2,-1,2]]); pt=Scalepoint3d(A3d,[3,2,4],[1,1,1]); - Putpoint3d(["B",pt],"fix"); + Putpoint3d(["B",pt]); \vspace{\baselineskip} \end{verbatim} @@ -6928,7 +6965,7 @@ C言語の環境がない場合は，ExeccmdC() が使えないので，Sfbdpara 陰線を消去して表示（下図左） \begin{verbatim} - fd=["x=x^2-y^2","x=[-2,2]","y=[-2,2]"]; + fd=["z=x^2-y^2","x=[-2,2]","y=[-2,2]"]; if(Isangle(), Sf3data("1",fd); , @@ -6962,7 +6999,12 @@ C言語の環境がない場合は，ExeccmdC() が使えないので，Sfbdpara \item[機能] 陰線処理（スケルトン処理）をおこなう \item[説明] 描画されている線と軸について陰線処理をおこなう。 -第2引数の線（プロットデータ）が，第3引数の線（プロットデータ）によって隠される部分を消去する。第2，第3引数を省略した場合は，すべての線について，互いの陰線処理をおこなう。optionで消去する部分の長さを指定できる。 +第2引数の線（プロットデータ）が，第3引数の線（プロットデータ）によって隠される部分を消去する。第2，第3引数を省略した場合は，すべての線について，互いの陰線処理をおこなう。optionで消去する部分の長さを指定できる。\\ +他のオプション\\ + \verb|"No=点リスト"| 点リストの点が選ばれているときは実行しない\\ + \verb|"File=y/m/n (n)"| データファイルを作るか\\ + \verb|"Check=点リスト"| 点リストの点が変更されていたら，ファイルを作り直す + \vspace{\baselineskip} 【例】螺旋と線分，座標軸の陰線処理 @@ -6970,8 +7012,8 @@ C言語の環境がない場合は，ExeccmdC() が使えないので，Sfbdpara 次のように螺旋と線分，座標軸を描いておく。 \begin{verbatim} Xyzax3data("","x=[-5,5]","y=[-5,4]","z=[-5,3]"); - Putpoint3d(["A",[0,-2,-2]],"fix"); - Putpoint3d(["B",[-1,1,3]],"fix"); + Putpoint3d(["A",[0,-2,-2]]); + Putpoint3d(["B",[-1,1,3]]); Spaceline([A,B]); Spacecurve("1","[2*cos(t),2*sin(t),0.2*t]","t=[0,4*pi]",["Num=100"]); \end{verbatim} @@ -7073,7 +7115,7 @@ VertexEdgeFace() で描いた多角形はこの関数では平行移動できな Setdirectory(Dirwork); dn=length(phd_1); repeat(dn,s,phd_1_s=phd_1_s+[0,2,0]); - VertexEdgeFace("1",phd,["Edg=nogeo"]); + VertexEdgeFace("1",phd); \end{verbatim} \begin{center} \input{Fig/translate01} \end{center} @@ -7087,9 +7129,9 @@ VertexEdgeFace() で描いた多角形はこの関数では平行移動できな \vspace{\baselineskip} 【例】点A(1,0,0) を(-1,1,1)だけ平行移動した点をBとする。点Aの空間座標は A3d で表される。 \begin{verbatim} - Putpoint3d(["A",[1,0,0]],"fix"); + Putpoint3d(["A",[1,0,0]]); pt=Translatepoint3d(A3d,[-1,1,1]); - Putpoint3d(["B",pt],"fix"); + Putpoint3d(["B",pt]); \end{verbatim} \vspace{\baselineskip} \begin{flushright} \hyperlink{functionlist}{$\Rightarrow$関数一覧}\end{flushright} @@ -7103,10 +7145,6 @@ VertexEdgeFace() で描いた多角形はこの関数では平行移動できな 4点A,B,C,Dをとっておき，このリストを引数に与えると，四面体の辺が描かれる。 -このとき，option がなければ，Cinderellaの幾何要素として辺が描かれるが，それだけではTeXには書き出されないので注意が必要である。(変数未定義のエラーになる) TeXに書き出すには，optionとして ["Edg=nogeo"] をつける。このときは各辺は幾何要素にならない。 - -また，"Pt=free" optionをつけると，頂点は自由点となり，マウスドラッグで動かすことができる。 - 生成されるプロットデータは， phv3d：頂点のリスト @@ -7120,12 +7158,12 @@ phf3d：面リスト \vspace{\baselineskip} 【例】：正四面体を描く \begin{verbatim} - Putpoint3d("A",2*[-1,-1/sqrt(3),0],"fix"); - Putpoint3d("B",2*[1,-1/sqrt(3),0],"fix"); - Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0],"fix"); - Putpoint3d("D",2*[0,0,sqrt(3)],"fix"); + Putpoint3d("A",2*[-1,-1/sqrt(3),0]); + Putpoint3d("B",2*[1,-1/sqrt(3),0]); + Putpoint3d("C",2*[0,sqrt(3)-1/sqrt(3),0]); + Putpoint3d("D",2*[0,0,sqrt(3)]); phd=Concatobj([[A,B,C],[A,B,D],[A,C,D],[B,C,D]]); - VertexEdgeFace("1",phd,["Edg=nogeo"]); + VertexEdgeFace("1",phd); \end{verbatim} \begin{center} \input{Fig/vertex01} \end{center} @@ -7536,6 +7574,7 @@ Cinderellaで使っている用語に次のものがある。 \hyperlink{plotdatar}{PlotdataR(name,式,変数)} \>Rの関数のグラフを描く\\ \hyperlink{plotdiscr}{PlotdiscR(name,式,変数)} \>離散型のグラフを描く\\ \hyperlink{readcsv}{Readcsv(name,filename,option)} \>csvファイルを読む\\ +\hyperlink{readlines}{Readlines(name,filename,option)} \>テキストファイルを1行ずつ読む\\ \hyperlink{scatterplot}{Scatterplot(name,filename,option)} \>2次元データを読み込み，散布図を描く\\ \vspace{\baselineskip} 【Maximaとの連携】\\ @@ -7625,4 +7664,4 @@ Cinderellaで使っている用語に次のものがある。 \hyperlink{xyzcoord}{Xyzcoord(P.x,P.y,Pz.y)} \>主副画面で決まる点の座標 \end{tabbing} -\end{document} +\end{document}
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