typst-0.1.0.0: test/out/math/root-03.out
--- parse tree ---
[ Code
"test/typ/math/root-03.typ"
( line 1 , column 2 )
(Let
(BasicBind (Just (Identifier "test")))
(FuncExpr
[ NormalParam (Identifier "x") , NormalParam (Identifier "y") ]
(Block
(CodeBlock
[ If
[ ( Equals (Ident (Identifier "x")) (Ident (Identifier "y"))
, Block (Content [ Text "\9989" ])
)
, ( Literal (Boolean True)
, Block
(Content
[ Text "\10060"
, Text "("
, Code
"test/typ/math/root-03.typ"
( line 1 , column 47 )
(FuncCall
(Ident (Identifier "repr"))
[ NormalArg (Ident (Identifier "x")) ])
, Space
, Text "/"
, Text "="
, Space
, Code
"test/typ/math/root-03.typ"
( line 1 , column 59 )
(FuncCall
(Ident (Identifier "repr"))
[ NormalArg (Ident (Identifier "y")) ])
, Text ")"
])
)
]
]))))
, SoftBreak
, Comment
, Equation
True
[ Code
"test/typ/math/root-03.typ"
( line 3 , column 3 )
(FuncCall
(Ident (Identifier "sqrt"))
[ BlockArg
[ MAttach
Nothing
(Just (Text "2"))
(MGroup
(Just "[")
(Just "]")
[ MGroup (Just "|") (Just "|") [ Text "x" ] ])
, Text "+"
, MAttach
Nothing
(Just (Text "2"))
(MGroup
(Just "[")
(Just "]")
[ MGroup (Just "|") (Just "|") [ Text "y" ] ])
]
])
, Text "<"
, MGroup
(Just "[") (Just "]") [ MGroup (Just "|") (Just "|") [ Text "z" ] ]
]
, SoftBreak
, Equation
True
[ Text "v"
, Text "="
, Code
"test/typ/math/root-03.typ"
( line 4 , column 7 )
(FuncCall
(Ident (Identifier "sqrt"))
[ BlockArg
[ MFrac
(MGroup (Just "(") (Just ")") [ MFrac (Text "1") (Text "2") ])
(MGroup Nothing Nothing [ MFrac (Text "4") (Text "5") ])
]
])
, Text "="
, Code
"test/typ/math/root-03.typ"
( line 5 , column 6 )
(FuncCall
(Ident (Identifier "root"))
[ BlockArg [ Text "3" ]
, BlockArg
[ MFrac
(MGroup
(Just "(")
(Just ")")
[ MFrac (MFrac (Text "1") (Text "2")) (Text "3") ])
(MGroup
Nothing Nothing [ MFrac (MFrac (Text "4") (Text "5")) (Text "6") ])
]
])
, Text "="
, Code
"test/typ/math/root-03.typ"
( line 6 , column 6 )
(FuncCall
(Ident (Identifier "root"))
[ BlockArg [ Text "4" ]
, BlockArg
[ MFrac
(MGroup
(Just "(")
(Just ")")
[ MFrac
(MGroup (Just "(") (Just ")") [ MFrac (Text "1") (Text "2") ])
(MGroup Nothing Nothing [ MFrac (Text "3") (Text "4") ])
])
(MGroup
Nothing
Nothing
[ MFrac
(MGroup (Just "(") (Just ")") [ MFrac (Text "1") (Text "2") ])
(MGroup Nothing Nothing [ MFrac (Text "3") (Text "4") ])
])
]
])
]
, ParBreak
]
--- evaluated ---
{ text(body: [
]),
math.equation(block: true,
body: { math.sqrt(radicand: { math.attach(b: none,
base: math.lr(body: ({ [[],
math.lr(body: ({ [|],
text(body: [x]),
[|] })),
[]] })),
t: text(body: [2])),
text(body: [+]),
math.attach(b: none,
base: math.lr(body: ({ [[],
math.lr(body: ({ [|],
text(body: [y]),
[|] })),
[]] })),
t: text(body: [2])) }),
text(body: [<]),
math.lr(body: ({ [[],
math.lr(body: ({ [|],
text(body: [z]),
[|] })),
[]] })) },
numbering: none),
text(body: [
]),
math.equation(block: true,
body: { text(body: [v]),
text(body: [=]),
math.sqrt(radicand: math.frac(denom: math.frac(denom: text(body: [5]),
num: text(body: [4])),
num: math.frac(denom: text(body: [2]),
num: text(body: [1])))),
text(body: [=]),
math.root(index: text(body: [3]),
radicand: math.frac(denom: math.frac(denom: text(body: [6]),
num: math.frac(denom: text(body: [5]),
num: text(body: [4]))),
num: math.frac(denom: text(body: [3]),
num: math.frac(denom: text(body: [2]),
num: text(body: [1]))))),
text(body: [=]),
math.root(index: text(body: [4]),
radicand: math.frac(denom: math.frac(denom: math.frac(denom: text(body: [4]),
num: text(body: [3])),
num: math.frac(denom: text(body: [2]),
num: text(body: [1]))),
num: math.frac(denom: math.frac(denom: text(body: [4]),
num: text(body: [3])),
num: math.frac(denom: text(body: [2]),
num: text(body: [1]))))) },
numbering: none),
parbreak() }