typst-0.9: test/typ/math/attach-09.out
--- parse tree ---
[ Comment
, SoftBreak
, Equation
True
[ MAttach
(Just (Text "1"))
(Just (Text "2"))
(Code
"typ/math/attach-09.typ"
( line 2 , column 3 )
(FuncCall (Ident (Identifier "limits")) [ BlockArg [ Text "A" ] ]))
, Code
"typ/math/attach-09.typ"
( line 2 , column 17 )
(FieldAccess (Ident (Identifier "not")) (Ident (Identifier "eq")))
, MAttach (Just (Text "1")) (Just (Text "2")) (Text "A")
]
, SoftBreak
, Equation
True
[ MAttach
(Just (Text "1"))
(Just (Text "2"))
(Code
"typ/math/attach-09.typ"
( line 3 , column 3 )
(FuncCall
(Ident (Identifier "scripts"))
[ BlockArg
[ Code
"typ/math/attach-09.typ"
( line 3 , column 11 )
(Ident (Identifier "sum"))
]
]))
, Code
"typ/math/attach-09.typ"
( line 3 , column 20 )
(FieldAccess (Ident (Identifier "not")) (Ident (Identifier "eq")))
, MAttach
(Just (Text "1"))
(Just (Text "2"))
(Code
"typ/math/attach-09.typ"
( line 3 , column 23 )
(Ident (Identifier "sum")))
]
, SoftBreak
, Equation
True
[ MAttach
(Just (Text "a"))
(Just (Text "b"))
(Code
"typ/math/attach-09.typ"
( line 4 , column 3 )
(FuncCall
(Ident (Identifier "limits"))
[ BlockArg
[ Code
"typ/math/attach-09.typ"
( line 4 , column 10 )
(Ident (Identifier "integral"))
]
]))
, Code
"typ/math/attach-09.typ"
( line 4 , column 24 )
(FieldAccess (Ident (Identifier "not")) (Ident (Identifier "eq")))
, MAttach
(Just (Text "a"))
(Just (Text "b"))
(Code
"typ/math/attach-09.typ"
( line 4 , column 27 )
(Ident (Identifier "integral")))
]
, ParBreak
]
--- evaluated ---
document(body: { text(body: [
]),
math.equation(block: true,
body: { math.attach(b: text(body: [1]),
base: math.limits(body: text(body: [A])),
t: text(body: [2])),
text(body: [≠]),
math.attach(b: text(body: [1]),
base: text(body: [A]),
t: text(body: [2])) },
numbering: none),
text(body: [
]),
math.equation(block: true,
body: { math.attach(b: text(body: [1]),
base: math.scripts(body: text(body: [∑])),
t: text(body: [2])),
text(body: [≠]),
math.attach(b: text(body: [1]),
base: text(body: [∑]),
t: text(body: [2])) },
numbering: none),
text(body: [
]),
math.equation(block: true,
body: { math.attach(b: text(body: [a]),
base: math.limits(body: text(body: [∫])),
t: text(body: [b])),
text(body: [≠]),
math.attach(b: text(body: [a]),
base: text(body: [∫]),
t: text(body: [b])) },
numbering: none),
parbreak() })