Vintage Scientific Papers with LaTeX

Recorded: Sept. 13, 2026, 2:09 a.m.

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GitHub - Foadsf/vintage-latex: Twenty LuaLaTeX and MetaPost (fiziko) examples of the old scientific-paper aesthetic: engraved plates, star charts, computed log tables, knots, telescopes · GitHub

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mainBranchesTagsGo to fileCodeOpen more actions menuLatest commit History4 Commits4 CommitsFolders and filesNameNameLast commit messageLast commit date.github/workflows.github/workflows examplesexamples previewpreview .gitattributes.gitattributes .gitignore.gitignore LICENSELICENSE README.mdREADME.md build.ps1build.ps1 build.shbuild.sh View all filesRepository files navigationREADMELicenseMore itemsVintage scientific papers with LaTeX
Twenty small examples show independent mechanisms behind a convincing
old-scientific-paper aesthetic. Each file is deliberately standalone: copy one,
compile it, and remove individual effects to see what they contribute.
The examples fall into three groups: pure LaTeX pages (1, 2, 4, 5, 6, 10 to
14), standalone fiziko MetaPost
figures (3, 7, 8, 9), and LaTeX pages with fiziko figures drawn inside them by
LuaTeX's built-in MetaPost (15 to 20).
Gallery
Low-resolution previews of the compiled output; the PDFs themselves are
vector and searchable.

01 early modern page
02 engraved optics plate
03 Hooke apparatus
04 ornamented incipit

05 Victorian newspaper
06 natural history catalogue
07 lens rays
08 Atwood machine

09 shading atlas
10 table of logarithms
11 circumpolar star chart
12 snow-crystal micrographs

13 cooling curve
14 patent drawing sheet
15 inclined plane
16 telescope plate

17 terrestrial globe
18 mechanics primer
19 knots plate
20 phases of the moon

The examples

01-early-modern-page.tex -- OpenType
old-style figures and historical ligatures, an explicit long s, warm paper
and ink colors, asymmetric margins, a drop capital, spaced small capitals,
marginalia, and printer's rules.
02-engraved-optics-plate.tex --
deterministic irregular strokes and line hatching in TikZ, with labels kept
as real searchable text.
03-fiziko-hooke-apparatus.mp --
a compact Hooke apparatus drawn with the external
fiziko MetaPost library: hatched
support, modeled spring, hanging weight, and measured extension.
04-ornamented-incipit.tex -- an A5
early-scientific title page with a boxed three-line initial and a small
vector ornament made from ordinary TikZ paths.
05-victorian-newspaper.tex -- a
compact square broadsheet with a masthead, balanced columns, rule between
columns, pull quotation, article heads, and meteorological register.
06-natural-history-catalogue.tex
-- a museum catalogue page using hanging entries, dot leaders, explicit
typographic roles, and old-style numeric data.
07-fiziko-lens-rays.mp -- a glass lens
whose ray paths are computed by fiziko's refraction macro rather than drawn
to a predetermined focal point.
08-fiziko-atwood-machine.mp -- an
Atwood machine composed from a hatched support, shaded pulley, curved rope,
hanging weights, and acceleration arrow.
09-fiziko-shading-atlas.mp -- a
side-by-side comparison of line shading, stippling, and a variable-width
shaded tube.
10-lua-table-of-logarithms.tex
-- a five-place table of logarithms whose every digit is computed by a
Lua function at compile time, set in lining tabular figures with the
ruling of a nineteenth-century table.
11-circumpolar-star-chart.tex
-- a polar star chart: one macro converts right ascension and declination
to chart coordinates for thirty-four catalogued stars, hour circles
lettered in roman numerals, and magnitude-graded discs.
12-snow-crystal-micrographs.tex
-- four circular microscope fields; the crystals are grown by TikZ
Lindenmayer-system grammars, with six rotated copies of one arm supplying
the hexagonal symmetry.
13-cooling-curve-graph-paper.tex
-- a pgfplots chart on sepia graph paper with inward ticks, open-circle
plotting symbols, a hand-fitted curve, and an italic marginal remark.
14-patent-drawing-sheet.tex --
a patent-office plate of a centrifugal governor: numbered leader lines,
sections hatched at forty-five degrees, engraved balls, and witness and
inventor signature lines.
15-fiziko-inclined-plane.tex
-- a treatise page whose figure is drawn by fiziko inside LuaLaTeX: a
wooden wedge, a shaded ball, and the weight resolved along and normal to
the slope, with labels set in the page's own text and math fonts.
16-fiziko-telescope-plate.tex
-- a Keplerian telescope in which every ray is refracted by fiziko's
tracing macro; the focus and the exit pupil, where the eye is placed, are
found where computed rays cross the axis.
17-fiziko-terrestrial-globe.tex
-- the earth from three stations using fiziko's globe with its built-in
coastlines, plus a border row of small globes turned by equal steps.
18-fiziko-mechanics-primer.tex
-- a two-column chapter with a loaded cart, a lever in balance, and a
pendulum, each drawn in place in its column.
19-fiziko-knots-plate.tex --
trefoil, cinquefoil, and septafoil cords from one formula each, with
fiziko finding the crossings and shading the rope.
20-fiziko-phases-of-the-moon.tex
-- the moon in eight orbital positions under one fixed light, and the
same eight phases as seen from the earth by turning the light about a
fixed sphere.

The .tex files compile independently with LuaLaTeX. The .mp files are
standalone MetaPost sources with fiziko as an explicit external dependency.
Examples 15 to 20 need both: they are LuaLaTeX documents that load fiziko
through luamplib.
Build
The quickest route is the script for your shell, run from the repository
root. Both compile every example into build/ and skip the fiziko examples
unless a fiziko checkout is given:
.\build.ps1 -Fiziko ..\fiziko # PowerShell 7
./build.sh ../fiziko # POSIX shell
Append example names to build only those. The sections below spell out the
same commands by hand.
Requirements:

LuaLaTeX (TeX Live or MiKTeX);
the LaTeX packages fontspec, geometry, microtype, multicol, xcolor,
tikz (with its lindenmayersystems, patterns.meta, calc, and
shapes.geometric libraries), pgfplots, luacode, and array;
EB Garamond (the ebgaramond package in TeX Live and MiKTeX).

From the repository root, create an output directory and compile all
pure-LaTeX examples:
# PowerShell 7 on Windows
New-Item -ItemType Directory -Force build | Out-Null
$names = @(
'01-early-modern-page',
'02-engraved-optics-plate',
'04-ornamented-incipit',
'05-victorian-newspaper',
'06-natural-history-catalogue',
'10-lua-table-of-logarithms',
'11-circumpolar-star-chart',
'12-snow-crystal-micrographs',
'13-cooling-curve-graph-paper',
'14-patent-drawing-sheet'
)
foreach ($name in $names) {
lualatex -interaction=nonstopmode -halt-on-error `
-output-directory=build "examples/$name.tex"
}
# POSIX shell on Linux or macOS
mkdir -p build
for name in \
01-early-modern-page \
02-engraved-optics-plate \
04-ornamented-incipit \
05-victorian-newspaper \
06-natural-history-catalogue \
10-lua-table-of-logarithms \
11-circumpolar-star-chart \
12-snow-crystal-micrographs \
13-cooling-curve-graph-paper \
14-patent-drawing-sheet
do
lualatex -interaction=nonstopmode -halt-on-error \
-output-directory=build "examples/$name.tex"
done
The source files intentionally reject pdfLaTeX. That engine cannot provide the
OpenType controls demonstrated here.
Build the fiziko examples
Clone fiziko separately; it is not vendored or relicensed here:
git clone https://github.com/jemmybutton/fiziko.git ../fiziko
MetaPost finds fiziko.mp through MPINPUTS. Preserve the trailing path
separator so the normal MetaPost search path remains available.
# PowerShell 7 on Windows
$env:MPINPUTS = "$((Resolve-Path ../fiziko).Path);"
New-Item -ItemType Directory -Force build | Out-Null
$names = @(
'03-fiziko-hooke-apparatus',
'07-fiziko-lens-rays',
'08-fiziko-atwood-machine',
'09-fiziko-shading-atlas'
)
foreach ($name in $names) {
# -job-name is required by MiKTeX's mpost; omit it on TeX Live (see below).
mpost -interaction=nonstopmode -halt-on-error `
-job-name=$name -output-directory=build "examples/$name.mp"
}
# POSIX shell on Linux or macOS
export MPINPUTS="$(cd ../fiziko && pwd):"
mkdir -p build
for name in \
03-fiziko-hooke-apparatus \
07-fiziko-lens-rays \
08-fiziko-atwood-machine \
09-fiziko-shading-atlas
do
# Run from inside build/: TeX Live's mpost cannot read the mpx file its
# btex step writes when -output-directory is used.
(cd build && mpost -interaction=nonstopmode -halt-on-error \
"../examples/$name.mp")
done
Each result is named build/<example-name>-1.eps. The two distributions
disagree about the job-name flag: MiKTeX's mpost (3.00, checked September
2026) crashes with an access violation at the first btex label unless
-job-name=<name> is given, while TeX Live's mpost rejects that spelling
and needs no flag at all because the job name defaults to the file's basename.
build.ps1 detects MiKTeX and adds the flag; build.sh never does. Convert
the EPS files to
PDF or PNG with Ghostscript; do not request PDF directly from MetaPost without
checking the file signature. Every source uses prologues := 3 so labels are
embedded and the output carries an EPSF header.
Build the LaTeX pages with fiziko inside them
Examples 15 to 20 additionally need:

the luamplib package, which runs MetaPost inside LuaTeX;
unicode-math and the garamond-math package, so that the mathematical
labels on the figures match EB Garamond.

luamplib finds fiziko.mp through the same MPINPUTS variable as above,
so set it before running LuaLaTeX:
# PowerShell 7 on Windows
$env:MPINPUTS = "$((Resolve-Path ../fiziko).Path);"
New-Item -ItemType Directory -Force build | Out-Null
$names = @(
'15-fiziko-inclined-plane',
'16-fiziko-telescope-plate',
'17-fiziko-terrestrial-globe',
'18-fiziko-mechanics-primer',
'19-fiziko-knots-plate',
'20-fiziko-phases-of-the-moon'
)
foreach ($name in $names) {
lualatex -interaction=nonstopmode -halt-on-error `
-output-directory=build "examples/$name.tex"
}
# POSIX shell on Linux or macOS
export MPINPUTS="$(cd ../fiziko && pwd):"
mkdir -p build
for name in \
15-fiziko-inclined-plane \
16-fiziko-telescope-plate \
17-fiziko-terrestrial-globe \
18-fiziko-mechanics-primer \
19-fiziko-knots-plate \
20-fiziko-phases-of-the-moon
do
lualatex -interaction=nonstopmode -halt-on-error \
-output-directory=build "examples/$name.tex"
done
These pages share one pattern. \everymplib inputs fiziko.mp, fixes the
random seed, sets the stroke width and light direction, and tints all strokes
with the page's ink colour through drawoptions; each figure is then an
ordinary mplibcode environment placed where it belongs in the text. Labels
written between btex and etex are typeset by the document itself, which is
why they appear in EB Garamond and Garamond Math rather than Computer Modern.
Two pitfalls met while writing them:

MetaPost's default scaled arithmetic rejects randomseed values of 4096
or more, so the seeds in these files are small.
Do not name a MetaPost variable floor: it shadows the floor function,
and fiziko's wood texture then fails with an "Isolated expression" error.

MiKTeX note: the MiKTeX package luamplib (2.42.8, checked September 2026)
ships luamplib.sty but not the luamplib.lua module it requires, so
\usepackage{luamplib} fails with "module 'luamplib' not found". The fix is
to extract both files from the CTAN luamplib.dtx with
luatex luamplib.dtx and place them together in a TEXMF root, then refresh
the file name database. TeX Live is not affected.
What was corrected from the design discussion
These examples were developed from a Gemini design discussion supplied by the
project owner. The useful ideas survived, but its sample was not copied as-is:

Style=Historic is not used as a generic switch. Historical ligatures are
requested explicitly with Ligatures=Historic.
A long s is an orthographic character, not itself a ligature. The source
contains ſ explicitly in obſerved; EB Garamond's Historic feature also
substitutes long-s forms in some other contexts.
\pagecolor already comes from xcolor; a separate pagecolor dependency is
unnecessary for this use.
The discussion used \caption* without loading a package that defines it.
The figure MWE uses an ordinary centered text line instead.
TikZ's random-step decoration is seeded, so recompiling does not redraw the
plate differently.

Design notes
This is a period-inspired visual treatment, not a historically exact facsimile.
Real seventeenth-, nineteenth-, and early-twentieth-century publications differ
substantially by press, date, language, paper, and reproduction process.

Swap EB Garamond for another period-specific OpenType face such as IM FELL
English or Old Standard when the target publication calls for it. Recheck
the replacement font's OpenType features rather than assuming the same
settings are supported.
Old-style figures are a design choice, not a universal historical rule.
Warm page color and softened ink simulate a scanned or aged copy; a pristine
original would not necessarily have those colors.
Line jitter suggests a handmade plate, while hatching reflects a real graphic
constraint of monochrome reproduction. Neither reproduces a particular
engraving process by itself.
Every fiziko example sets a fixed randomseed, because several of the
library's textures use random sampling and would otherwise change on rebuild.
The star positions in example 11 are rounded epoch-2000 coordinates; the
cooling readings in example 13 are a formula with a deterministic ripple,
not measurements; the lens radii in example 16 were chosen for a legible
plate, not copied from an instrument; and the log table in example 10 is
computed, so it is exact to the precision printed.
The knot routine in fiziko is documented by its author as not especially
stable. Example 19 uses cords whose crossings are well separated; a new knot
may need its sampling step or rope width adjusted.

For accessible output, keep body text contrast high, retain all diagram labels
as text, and do not rasterize the final PDF.
License
The source, prose, and generated examples are licensed under
CC BY-SA 4.0. When adapting
the project, credit it, link back to the repository, note your changes, and use
the same license for the adaptation.
fiziko itself is not included in this repository. It remains a separate
GPL-3.0 dependency under the terms published by its upstream project.
AboutTwenty LuaLaTeX and MetaPost (fiziko) examples of the old scientific-paper aesthetic: engraved plates, star charts, computed log tables, knots, telescopesTopicsfizikolatexlualatexmetapostscientific-illustrationtikztypographyvintageResourcesReadmeLicenseActivityStars222 starsWatchers0 watchingForks16 forksReport repositoryReleasesPackagesContributorsLanguages

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This repository provides twenty examples demonstrating methods for achieving the aesthetic of old scientific papers, such as engraved plates, star charts, computed log tables, and mechanical drawings, leveraging the power of LuaLaTeX and the fiziko MetaPost library. The examples are intentionally designed to be independent, allowing users to inspect and modify individual components to understand their contribution to the overall aesthetic. The examples are categorized into three groups: pure LaTeX pages, standalone fiziko MetaPost figures, and documents where fiziko figures are embedded using LuaTeX’s built-in MetaPost capabilities.

The implementation relies on integrating TikZ for intricate line work and patterning, alongside the fiziko library for performing precise geometric and mathematical calculations that inform the visual output. For the pure LaTeX examples, the visual style is achieved through explicit typographic choices, such as using features like explicit long s characters, asymmetric margins, specific spacing, and context-appropriate typographic rules to mimic historical printing styles. For instance, an early modern page example incorporates such elements to evoke an older typographical feel.

The fiziko integration allows for dynamic content generation. Examples involving physical demonstrations, such as the Hooke apparatus, the Atwood machine, and telescope plates, utilize fiziko’s tracing macro to compute refracted paths or mechanical relations, rendering these computations as diagrams. Similarly, examples like the star chart demonstrate how celestial coordinates are converted into chart coordinates, and log table examples show how digits are computed at compile time using Lua functions within tabular environments designed to resemble nineteenth-century table formatting.

The process for compiling these examples involves specific dependencies, including LuaLaTeX and a set of required LaTeX packages such as fontspec, geometry, and TikZ alongside specific libraries like lindenmayersystems, patterns.meta, calc, and shapes.geometric. The compilation process is managed via shell scripts designed to handle both the pure LaTeX files and the fiziko MetaPost files separately, requiring careful management of the dependency environment.

For the examples that require embedded fiziko figures, such as the inclined plane or telescope plate, the luamplib package is employed within LuaLaTeX. This package facilitates the execution of MetaPost within the LuaTeX environment, allowing the fiziko calculations to interact directly with the document structure. This process requires the use of the luamplib code, which finds the necessary fiziko MetaPost files, and ensures that mathematical labels embedded within the figures are typeset using EB Garamond or Garamond Math fonts rather than the default Computer Modern.

The design philosophy behind these examples emphasizes period-inspired visual treatment rather than historical exactitude. Key design considerations include recognizing that historical publications vary significantly based on press, date, and reproduction methods. Features like warm page coloring and softened ink simulate aging, while line jitter and hatching reflect graphic constraints of monochrome reproduction rather than specific engraving processes. Furthermore, the random seeds used in fiziko calculations are fixed to ensure deterministic results during recompilation, and mathematical values are chosen to prioritize legibility on the plate.

The technical execution also involves careful attention to potential pitfalls, such as avoiding the use of large random seed values that cause issues with MetaPost's scaled arithmetic, and ensuring that macro variable naming does not conflict with reserved functions. The summary concludes by noting that the source material and generated examples are licensed under the Creative Commons Attribution-ShareAlike 4.0 license, with the fiziko library remaining a separate dependency.