85 lines
2.4 KiB
Plaintext
85 lines
2.4 KiB
Plaintext
// Test that setting font features in math.equation has an effect.
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--- math-font-fallback ---
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// Test font fallback.
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$ よ and 🏳️🌈 $
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--- math-text-color ---
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// Test text properties.
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$text(#red, "time"^2) + sqrt("place")$
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--- math-font-features ---
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$ nothing $
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$ "hi ∅ hey" $
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$ sum_(i in NN) 1 + i $
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#show math.equation: set text(features: ("cv01",), fallback: false)
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$ nothing $
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$ "hi ∅ hey" $
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$ sum_(i in NN) 1 + i $
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--- math-font-features-switch ---
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#let scr(it) = text(stylistic-set: 1, $cal(it)$)
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$cal(P)_i != scr(P)_i$, $cal(bold(I))_l != bold(scr(I))_l$
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$ product.co_(B in scr(B))^(B in scr(bold(B))) cal(B)(X) $
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--- math-font-covers ---
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#show math.equation: set text(
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font: (
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// Ignore that this regex actually misses some of the script glyphs...
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(name: "XITS Math", covers: regex("[\u{1D49C}-\u{1D503}]")),
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"New Computer Modern Math"
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),
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stylistic-set: 1,
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)
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$ cal(P)_i (X) * cal(C)_1 $
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--- math-font-warning ---
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#show math.equation: set text(font: "Libertinus Serif")
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// Warning: 1-14 current font is not designed for math
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// Hint: 1-14 rendering may be poor
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$ x + y = z $
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--- math-font-error ---
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// Warning: 37-54 unknown font family: libertinus math
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#show math.equation: set text(font: "Libertinus Math", fallback: false)
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// Error: 1-37 no font could be found
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$ brace.double.l -1 brace.double.r $
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--- math-font-fallback-class ---
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// Test that math class is preserved even when the result is a tofu.
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#show math.equation: set text(font: "Fira Math", fallback: false)
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$ brace.double.l -1 brace.double.r $
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$ lr(brace.double.l -1 brace.double.r) $
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--- math-optical-size-nested-scripts ---
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// Test transition from script to scriptscript.
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#[
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#set text(size:20pt)
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$ e^(e^(e^(e))) $
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]
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A large number: $e^(e^(e^(e)))$.
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--- math-optical-size-primes ---
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// Test prime/double prime via scriptsize
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#let prime = [ \u{2032} ]
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#let dprime = [ \u{2033} ]
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#let tprime = [ \u{2034} ]
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$ y^dprime-2y^prime + y = 0 $
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$y^dprime-2y^prime + y = 0$
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$ y^tprime_3 + g^(prime 2) $
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--- math-optical-size-prime-large-operator ---
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// Test prime superscript on large symbol
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$ scripts(sum_(k in NN))^prime 1/k^2 $
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$sum_(k in NN)^prime 1/k^2$
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--- math-optical-size-frac-script-script ---
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// Test script-script in a fraction.
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$ 1/(x^A) $
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#[#set text(size:18pt); $1/(x^A)$] vs. #[#set text(size:14pt); $x^A$]
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--- math-par ---
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// Ensure that math does not produce paragraphs.
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#show par: highlight
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$ a + "bc" + #[c] + #box[d] + #block[e] $
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