A named group of optional parameters, declared once and used by several
klammers, so a writer learns one vocabulary instead of a spelling per
klammer. The "o" target is a pseudo-target beside "k": "k" declares a
klammer's interface and documents it, "o" declares an option interface and
documents it, and neither produces output for any target.
@@caption_args.o :caption :number.bool true :caption_side.side
: Arguments that define a caption for a block element @@
@@code.k :filename @hpos_args :hpos left @ @caption_args :caption_side top @
| text.literal : A source file displayed verbatim @@
A set is used only in the parameter list of a ".k" declaration -- the one
place a klammer's interface is declared once for all of its targets -- and
is resolved as that list is read. Names and types come from the set; a
default may be overridden where it is used. A klammer application in a
parameter list is now a definition-time error.
The SKS gains the sets caption_args and hpos_args (:hpos and :offset), and
@table, @image, @image_grid, @reference and @show gain .k declarations. A
distance is no longer written as a position: :hpos 4em is rejected, and the
same layout is :hpos left :offset 4em. Code listings are numbered by
default, like tables and figures.
New engine sources mac/option_set{,_registry}.{h,cpp}; tst/ ships two more
suites, option_set_test.sh and signature_test.sh (twelve in all).
(from dev 34e536cb0329)
167 lines
7.0 KiB
Python
167 lines
7.0 KiB
Python
import re, glob
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import kutil
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import font
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def tex_style():
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result = ""
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for basename, filename in kutil.sks_files_of_type("sty"):
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with open(filename) as fp:
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src = fp.read()
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result += f"% {basename}.sty\n{src.strip()}\n\n"
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return result
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# \usepackage{quoting}
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def block(material):
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r"""Return tex material as a block: vertical mode on both sides.
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A block element -- a table, an image, a code listing -- is box
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material. Appended to a non-empty horizontal list (an @image written
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after text on the same line, with no blank line between) a box is
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typeset BESIDE the text rather than below it, and text following it
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flows to its right. A \par on each side ends the paragraph in
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progress and starts a new one after. \par in vertical mode is a
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no-op, so this is safe wherever it is applied: a block klammer needs
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no knowledge of what preceded it.
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Every SKS klammer whose tex output is box material returns it through
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this function. LaTeX ENVIRONMENTS -- center, flushright, quote,
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itemize, verbatim -- already break the paragraph themselves and do
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not need it.
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The paragraph policy this serves: in an @document, paragraphs are
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made from blank-line-separated text (@par is the explicit form for a
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fragment rendered without @document), and the author is never
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required to know that a target distinguishes horizontal from
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vertical mode. Asserted by sks/tst/paragraph_test.sh.
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"""
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return "\\par\n" + material.strip("\n") + "\n\\par\n"
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def environment(name, body, required=None, optional=None):
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req = f"{{{required}}}" if required else ""
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opt = f"[{optional}]" if optional else ""
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result = f"""\\begin{{{name}}}{opt}{req}
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{body}
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\\end{{{name}}}
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"""
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return result
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def page(title, subtitle, leading, pointsize, ragged_right, body):
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title = f"\\textsf{{\\Large {title}}}" if title else ""
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subtitle = f"\\vspace*{{4pt}}\\textsf{{\\large {subtitle}}}" if subtitle else ""
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#leading = f"\\renewcommand{{\\baselinestretch}}{{{leading}}}"
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leading = f"\\setstretch{{{leading}}}"
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raggedright = "\\raggedright" if ragged_right else ""
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if title or subtitle:
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title = f"\\begin{{center}}{title} \\\\ {subtitle}\\end{{center}}\n\n"
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result = f"""\\documentclass[a4paper,{pointsize}]{{article}}
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{tex_style()}
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{leading}
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{raggedright}
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\\begin{{document}}
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\\thispagestyle{{empty}}
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"""
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result += title + body + "\n\\end{document}\n"
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return result
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TARGET_ID = 0
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#def add_caption(element, label, numbered, caption_text, center, side, width, side_center, vmargin, caption_margin):
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def minipage(content, width="\\textwidth", vertical="c", center=True, vmargin="", outline=False):
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vertical = f"[{vertical}]" if vertical else ""
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center = "\n\\centering" if center else ""
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vmargin = f"\n\\vspace*{{{vmargin}}}" if vmargin else ""
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result = f"""\\begin{{minipage}}{vertical}{{{width}}}{center}{vmargin}
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{content}{vmargin}
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\\end{{minipage}}"""
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if outline:
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result = f"\\fbox{{{result}}}"
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return result
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def offset_length(offset):
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r"""An :offset as a LaTeX length, or "0pt" when there is none."""
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if not offset or offset in ("0", "0pt"):
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return "0pt"
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return kutil.parse_length("tex", offset, 1)[0]
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def offset_space(offset):
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r"""An :offset as an \hspace*, or "" when there is none."""
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length = offset_length(offset)
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return "" if length == "0pt" else f"\\hspace*{{{length}}}"
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def caption_wrapper(element, hpos, bottom_margin=.67, offset=None):
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# hpos is left, center, right, none (no wrapper), or a length, which
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# becomes the left margin. The element is a box on a line inside a
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# full-width minipage; \hfill on the empty side pushes it into place.
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#
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# offset insets the element from the margin hpos names -- from the left
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# for "left", from the right for "right". A centered element has no
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# such margin, so the offset is ignored there rather than being an
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# error: the two arguments are independent, and :hpos is what decides
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# whether the offset has anything to measure from. (The html
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# counterpart is html_util.hpos_container.)
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vmargin = f"{bottom_margin}\\baselineskip"
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inset = offset_space(offset)
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if hpos == "center":
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return minipage(element, vmargin=vmargin)
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if hpos == "left":
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return minipage(inset + element + "\\hfill", vmargin=vmargin, center=False)
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if hpos == "right":
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return minipage("\\hfill" + element + inset, vmargin=vmargin, center=False)
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if hpos == "none":
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return element
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length, _, _ = kutil.parse_length("tex", hpos, 1)
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return minipage(f"\\hspace*{{{length}}}" + element + "\\hfill",
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vmargin=vmargin, center=False)
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def make_caption_text(number, label, text, font_symbol, font_size):
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caption = None
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if number:
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caption = kutil.caption_marker(label, text)
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elif text:
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# caption = text # f"{{\\small \\it \\par {caption_text}}}"
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caption = text
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if caption is None:
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return ""
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caption = font.tex_fontify(caption, font_symbol, font_size)
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return caption
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def add_caption(element, caption_label, number, caption_text, latex_width,
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hpos="center", side="bottom", font_symbol="i", font_size=.9,
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offset=None):
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top_margin = .75 if "includegraphics" in element else .5
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caption = make_caption_text(number, caption_label, caption_text, font_symbol, font_size)
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if caption:
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if side in {"left", "right"}:
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caption_margin_size = "12pt"
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caption_margin = f"\\hspace{{{caption_margin_size}}}"
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caption_width = f"\\textwidth - {latex_width} - {caption_margin_size}"
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else:
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#caption_margin = "\\vspace*{8pt}"
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# caption_margin = "\\vstrut{.25\\baselineskip}\n"
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pass
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if side == "left":
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element = minipage(minipage(caption, caption_width, center=False) + #, vmargin=top_margin) +
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caption_margin +
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minipage(element, latex_width))
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elif side == "right":
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element = minipage(minipage(element, latex_width) +
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caption_margin +
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minipage(caption, caption_width, center=False))
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elif side == "bottom":
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element = minipage(element + "\n\\vstrut{1.33\\baselineskip}" + caption,
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# minipage(element, vertical="t") +
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# caption_margin + "\n" +
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# minipage(caption),
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latex_width, vertical="t")
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elif side == "top":
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# A depth strut: the bottom-caption case uses \vstrut (height)
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# above the caption; a top caption needs the mirror image,
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# space below its line.
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element = minipage(caption + "\\rule[-0.75\\baselineskip]{0pt}{0pt}\n" + element,
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latex_width, vertical="t")
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return caption_wrapper(element, hpos, offset=offset)
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