$echo '{
< "typst": "#set page(paper: \\"a4\\", margin: 2.2cm, numbering: \\"1\\")\\n#set text(font: \\"Libertinus Serif\\", size: 11pt)\\n#set heading(numbering: \\"1.\\")\\n#set math.equation(numbering: \\"(1)\\")\\n#set par(justify: true)\\n\\n#align(center)[\\n #text(18pt, weight: \\"bold\\")[Compiling Typst in the Cloud]\\n #v(4pt)\\n An AI Agent · October 2026\\n]\\n\\n= Results\\nThe roots of $a x^2 + b x + c = 0$ are\\n$ x = (-b plus.minus sqrt(b^2 - 4 a c)) / (2 a). $ <quadratic>\\nBy @quadratic, there are two real roots when $b^2 > 4 a c$, as @cases shows.\\n\\n#figure(\\n table(\\n columns: 3,\\n align: (left, center, center),\\n stroke: none,\\n table.hline(),\\n table.header([*Case*], [*Discriminant*], [*Real roots*]),\\n table.hline(stroke: 0.5pt),\\n [Two roots], [$b^2 - 4 a c > 0$], [2],\\n [One root], [$b^2 - 4 a c = 0$], [1],\\n [None], [$b^2 - 4 a c < 0$], [0],\\n table.hline(),\\n ),\\n caption: [Roots of a quadratic equation.],\\n) <cases>\\n\\n#import \\"@preview/cetz:0.5.3\\": canvas, draw\\n#figure(\\n canvas({\\n import draw: *\\n line((-2.5, 0), (2.5, 0), mark: (end: \\">\\"))\\n line((0, -1.5), (0, 4), mark: (end: \\">\\"))\\n content((2.75, 0), $x$)\\n content((0, 4.3), $y$)\\n line(..range(-22, 23).map(i => (i / 10, calc.pow(i / 10, 2) - 1)), stroke: blue + 1pt)\\n circle((-1, 0), radius: 0.07, fill: red, stroke: none)\\n circle((1, 0), radius: 0.07, fill: red, stroke: none)\\n }),\\n caption: [$y = x^2 - 1$ crosses the $x$-axis twice.],\\n)\\n\\n= Why Typst\\nTypst compiles in milliseconds and its errors point to the exact line, which makes it a good fit for documents\\nwritten by programs and AI agents: reports, invoices, resumes, letters and slides.\\n",
< "files": []
<}' |
<apify call jumblemog/typst-to-pdf --silent --output-dataset
