☰

如何在大型棋盘上使用带有 chessboard 和 skak 包的 \mainline？

tag-icon • tag-icon chess chessboard skak
如何在大型棋盘上使用带有 chessboard 和 skak 包的 \mainline？

我有一些非常大的棋盘，我正在设置它们，作为一些工作的一部分无限棋。我一直在使用棋盘包，非常棒。

但我在这些非标准尺寸的板上使用 \mainline 时遇到了困难。以下面的位置为例，它在我的一篇论文中使用。 值为 $\omega^3$ 的位置

这是生成前 z 列的代码：

  \documentclass{article}
  \usepackage{chessboard,xskak}
  \begin{document}

  \chessboard[maxfield=z29,
              boardfontsize=9pt,
              labelbottom=true,
              labelleft=true,
              labelfontsize=6pt,
              labelleftwidth=2ex,
              showmover=false,
              borderleft=false,
              borderright=false,
              bordertop=false,
              borderbottom=false,
              coloremphstyle=\color{green!25!black},
              emphfield=m6,
              coloremphstyle=\color{blue!50!black},
              emphfields={n12,q15,t18,w21,z24},
              coloremphstyle=\color{red!50!black},
              emphfield=k9,
              pgfstyle=straightmove,linewidth=.05ex,
              backmove=m6-p9,
              margin=false,
              setfen=%
  6PPPPP1PP1PP1PP1PP1PB/%
  6PPPPP1PP1PP1PP1PPrP1/%
  6PPPPP1PP1PP1PP1P1BpB/%
  6PPPPP1PP1PP1PP1PB1P1/%
  6PPPPP1PP1PP1PPrP1BPB/%
  6PPPPP1PP1PP1P1BpB1PP/%
  6PPPPP1PP1PP1PB1P1BPB/%
  6PPPPP1PP1PPrP1BPB1Pp/%
  6PPPPP1PP1P1BpB1PPBpP/%
  6PPPPP1PP1PB1P1BPBpP1/%
  2K3PPPPP1PPrP1BPB1PpP2p/%
  6PPPPP1P1BpB1PPBpP2pP/%
  6PPPPP1PB1P1BPBpP2pP/%
  6PPPPPrP1BPB1PpP2pP/%
  6PPPP1BpB1PPBpP2pP/%
  6PPPPB1P1BPBpP2pP/%
  3r2PPPP1BPB1PpP2pP/%
  6PPPkB1PPBpP2pP/%
  6PP1P1BPBpP2pP/%
  6PPBPB1PpP2pP/%
  6PPPPPBpP2pP/%
  6PPPPBpP2pP/%
  6PPPP1P2pP/%
  6PPPPBPbpP/%
  6PPPPPP1p/%
  6PPPPPP1P/%
  6PPPPPP/%
  6PPPPPP/%
  6PPPPPP/%
  ]%

  \end{document}

现在，我的问题来了。我想要做的是将其设置为游戏的初始位置，用黑色移动，然后发出如下命令

 \mainline{1...Bu14}
 \chessboard 
 \mainline{2.xu14}
 \chessboard

显示下一个位置，依此类推。（实际上，我的目的是执行几十个动作并制作动画，但我甚至无法完成一步。）

有人能向我解释一下如何实现这个功能吗？

答案1

以下是我最终使用的（黑客）解决方案：

 \documentclass{beamer}
 \mode<presentation>
 \usepackage{chessboard,xskak}
 \def\certainlynotintoks{\certainlynotintoks}
 \makeatletter
 \def\iftoksempty#1{\expandafter\ifx\expandafter\certainlynotintoks\the#1 \certainlynotintoks \expandafter\@firstoftwo\else\expandafter\@secondoftwo\fi}
 \def\move #1#2-#3.#4 {\setchessboard{clearfield=#2,addpieces=#1#3}\only<+>{\chessboard[pgfstyle=straightmove,color=blue,shortenend=.7ex,linewidth=.05ex,markmove=#2-#3]\par\vfill\strut#4 }}
 \def\moves #1.#2 {\toks0{#1}\iftoksempty{\toks0}{}{\move #1.{#2} \moves}}

 \begin{document}

 \begin{frame}
 \newgame
 \setchessboard{maxfield=z15,tinyboard,label=false,border=false,showmover=false,margin=true,emphstyle=\color{red!50!black},emphfield=f6,setfen=%
 4P1P/4P1P/4P1P4r/4P1P1K/4P1P/4P1P/4PrP/Q3PBP/QQ2PPP/QQQ2P/QQ3P1k/Q4P/5P/5P/5P/}%
 \only<+>{\chessboard\par\vfill Black to move.}
 \moves rf9-f13.{He moves trapped rook up arbitrary height.} Pe12-f13.{White should capture from left side.}
 rl13-l12.{Now black begins to harass white king.} Ki12-j13.{White must chase down the rook to avoid perpetual check.} rl12-l13. Kj13-k12. rl13-p13.{Black must move away to save rook.}
 Pe11-e12.{Now is white's chance to advance a pawn.} rp13-p12. Kk12-l13. rp12-p13. Kl13-m12. rp13-p12. Km12-n13. rp12-p13. Kn13-o12. rp13-x13.{Black moves arbitrary distance out.}
 Pe10-e11.{Another chance to advance a pawn.} rx13-x12.{Black harasses the white king.} Ko12-p13.{White must chase him down.} rx12-x13. Kp13-q12. rx13-x12. Kq12-r13. rx12-x13. Kr13-s12.
 rx13-x12. Ks12-t13. rx12-x13. Kt13-u12. rx13-x12. Ku12-v13. rx12-x13. Kv13-w12.
 rx13-j13.{(Black should actually move arbitrary distance to the right.)} Pe9-e10. rj13-j12. Kw12-v13. rj12-j13. Kv13-u12. rj13-j12. Ku12-t13. rj12-j13. Kt13-s12. rj13-j12. Ks12-r13. rj12-j13. Kr13-q12. rj13-j12.
 Kq12-p13. rj12-j13. Kp13-o12. rj13-j12. Ko12-n13. rj12-j13. Kn13-m12. rj13-j12. Km12-l13. rj12-j13. Kl13-k12. rj13-p13.
 Bf8-c11.{The bishop unlocks the door.} rp13-p12. Kk12-l13. rp12-p13. Kl13-m12. rp13-p12. Km12-n13. rp12-p13. Kn13-o12. rp13-x13.{Black can move rook arbitrary distance.}
 Pf7-f8. rx13-x12. Ko12-p13. rx12-x13. Kp13-q12. rx13-x12. Kq12-r13. rx12-x13. Kr13-s12. rx13-x12. Ks12-t13. rx12-x13. Kt13-u12. rx13-x12. Ku12-v13.
 rx12-x13. Kv13-w12. rx13-j13.
 Pf6-f7.{The portcullis opens...} rj13-j12. Kw12-v13. rj12-j13. Kv13-u12. rj13-j12. Ku12-t13. rj12-j13. Kt13-s12. rj13-j12. Ks12-r13. rj12-j13. Kr13-q12. rj13-j12.
 Kq12-p13. rj12-j13. Kp13-o12. rj13-j12. Ko12-n13. rj12-j13. Kn13-m12. rj13-j12. Km12-l13. rj12-j13. Kl13-k12. rj13-y13.
 Qc6-i6.{Queens enter the mating chamber.} kh5-h4. Qb6-h6.{Checkmate} .
 \vfill\vfill
 \end{frame}
 \end{document}

此代码可生成一个包含 119 帧的 Beamer 幻灯片，以动画形式呈现棋局并附带注释。您可以查看以下幻灯片我最近在达特茅斯发表的演讲，其中还有其他几个无限象棋动画，总共超过 500 帧。

相关内容