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// Test t and b attachments, part 1.
---
// Test basics, postscripts.
$f_x + t^b + V_1^2 + attach(A, t: alpha, b: beta)$
---
// Test basics, prescripts. Notably, the upper and lower prescripts' content need to be
// aligned on the right edge of their bounding boxes, not on the left as in postscripts.
$
attach(upright(O), bl: 8, tl: 16, br: 2, tr: 2-),
attach("Pb", bl: 82, tl: 207) + attach(upright(e), bl: -1, tl: 0) + macron(v)_e \
$
---
// A mixture of attachment positioning schemes.
$
attach(a, tl: u), attach(a, tr: v), attach(a, bl: x),
attach(a, br: y), limits(a)^t, limits(a)_b \
attach(a, tr: v, t: t),
attach(a, tr: v, br: y),
attach(a, br: y, b: b),
attach(limits(a), b: b, bl: x),
attach(a, tl: u, bl: x),
attach(limits(a), t: t, tl: u) \
attach(a, tl: u, tr: v),
attach(limits(a), t: t, br: y),
attach(limits(a), b: b, tr: v),
attach(a, bl: x, br: y),
attach(limits(a), b: b, tl: u),
attach(limits(a), t: t, bl: u),
limits(a)^t_b \
attach(a, tl: u, tr: v, bl: x, br: y),
attach(limits(a), t: t, bl: x, br: y, b: b),
attach(limits(a), t: t, tl: u, tr: v, b: b),
attach(limits(a), tl: u, bl: x, t: t, b: b),
attach(limits(a), t: t, b: b, tr: v, br: y),
attach(a, tl: u, t: t, tr: v, bl: x, b: b, br: y)
$
---
// Test function call after subscript.
$pi_1(Y), a_f(x), a^zeta (x), a^abs(b)_sqrt(c) \
a^subset.eq (x), a_(zeta(x)), pi_(1(Y)), a^(abs(b))_(sqrt(c))$
---
// Test associativity and scaling.
$ 1/(V^2^3^4^5),
1/attach(V, tl: attach(2, tl: attach(3, tl: attach(4, tl: 5)))),
attach(Omega,
tl: attach(2, tl: attach(3, tl: attach(4, tl: 5))),
tr: attach(2, tr: attach(3, tr: attach(4, tr: 5))),
bl: attach(2, bl: attach(3, bl: attach(4, bl: 5))),
br: attach(2, br: attach(3, br: attach(4, br: 5))),
)
$
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