delimited-09.out

--- parse tree ---
[ Comment
, SoftBreak
, Equation
    True
    [ Code
        "typ/math/delimited-09.typ"
        ( line 2 , column 3 )
        (FuncCall
           (FieldAccess
              (Ident (Identifier "l")) (Ident (Identifier "chevron")))
           [ BlockArg [ MFrac (Text "a") (Text "b") ] ])
    ]
, SoftBreak
, Equation
    True
    [ Code
        "typ/math/delimited-09.typ"
        ( line 3 , column 3 )
        (FuncCall
           (FieldAccess
              (Ident (Identifier "double"))
              (FieldAccess
                 (Ident (Identifier "l")) (Ident (Identifier "chevron"))))
           [ BlockArg [ Text "x" ] ])
    ]
, SoftBreak
, Equation
    True
    [ Code
        "typ/math/delimited-09.typ"
        ( line 4 , column 3 )
        (FuncCall
           (FieldAccess (Ident (Identifier "l")) (Ident (Identifier "paren")))
           [ BlockArg [ Text "a" ] , BlockArg [ Text "b" ] ])
    ]
, SoftBreak
, Equation
    True
    [ Code
        "typ/math/delimited-09.typ"
        ( line 5 , column 3 )
        (FuncCall
           (FieldAccess (Ident (Identifier "v")) (Ident (Identifier "bar")))
           [ BlockArg [ Text "x" ] ])
    ]
, SoftBreak
, Equation
    True
    [ Code
        "typ/math/delimited-09.typ"
        ( line 6 , column 3 )
        (FuncCall
           (FieldAccess (Ident (Identifier "l")) (Ident (Identifier "brace")))
           [ BlockArg [ Text "x" ] ])
    , Text "+"
    , Code
        "typ/math/delimited-09.typ"
        ( line 6 , column 16 )
        (FuncCall
           (FieldAccess (Ident (Identifier "l")) (Ident (Identifier "fence")))
           [ BlockArg [ Text "y" ] ])
    ]
, ParBreak
]
--- evaluated ---
document(body: { text(body: [
]), 
                 math.equation(block: true, 
                               body: math.lr(body: ({ [⟨], 
                                                      math.frac(denom: text(body: [b]), 
                                                                num: text(body: [a])), 
                                                      [⟩] })), 
                               numbering: none), 
                 text(body: [
]), 
                 math.equation(block: true, 
                               body: math.lr(body: ({ [⟪], 
                                                      text(body: [x]), 
                                                      [⟫] })), 
                               numbering: none), 
                 text(body: [
]), 
                 math.equation(block: true, 
                               body: math.lr(body: ({ [(], 
                                                      text(body: [a]), 
                                                      [,], 
                                                      text(body: [b]), 
                                                      [)] })), 
                               numbering: none), 
                 text(body: [
]), 
                 math.equation(block: true, 
                               body: math.lr(body: ({ [|], 
                                                      text(body: [x]), 
                                                      [|] })), 
                               numbering: none), 
                 text(body: [
]), 
                 math.equation(block: true, 
                               body: { math.lr(body: ({ [{], 
                                                        text(body: [x]), 
                                                        [}] })), 
                                       text(body: [+]), 
                                       math.lr(body: ({ [⧘], 
                                                        text(body: [y]), 
                                                        [⧙] })) }, 
                               numbering: none), 
                 parbreak() })