#import "template.typ": *
#show: template

#block[
$ inline(integral) integral without without
h#text(baseline: -2pt)[$psi i g h e$]r
overbrace(x+⋯+x) n#[ times]
rho*3\
#box(inset: (left: 3pt, right: 3pt), outset: (top: 3pt, bottom: 3pt), fill: red)[$3equiv 5 mod 2$]
H e l l o L a T e X.\
dot(sum_0^n)display(binom(0, 1))\
#box(inset: (left: 3pt, right: 3pt), outset: (top: 3pt, bottom: 3pt), fill: rgb("#00ff00"))[a=b]\
::\
"::−"\
#box(inset: (left: 3pt, right: 3pt), outset: (top: 3pt, bottom: 3pt), stroke: 0.5pt)[$a a A B$]A
bold(A sin B)
bold(A sin B)
bold(A sin B)
a mod b\
a mod b\
binom(#[asdf], a a s)
≬\
bb(A)B\
#math.op("arcctg")
a.3
a\/b
acute(a b)\
frac(and, %)=3a a\
   macron(a)\
   h①\
grave(=)a\
a space.sixth b\
a space b\
and\

$$
   a&=b+c \
   d+e&=f
$$
\
mat(delim: #none, 
   a , b ;
   c , d
)
\
mat(delim: #none, 
   a , b ;
   c , d
)
\
cal(A a B b)\
frac(5, 4) = 1inline(frac(1, 4))\

#math.op("asin", limits: true)_z x\
x#box(inset: (bottom: 10pt), box(fill: black, width: 2em, height: 3em))x\
frac(c, d)\
#math.op("asin", limits: true)_y x\
#box(inset: (left: 3pt, right: 3pt), outset: (top: 3pt, bottom: 3pt), fill: blue)[h]e l l o\
a b\
a#h(-1em/6)b\
space a $
]
