el=['😸','😹','😻','😼','😽','😾','😿','🙀']
var('t,k'); n=randint(16,36)
a,b,c=randint(5,12),randint(13,24),2*randint(3,6)
st1='<p style="font-size:190%; color:'
st2='">=>Fortune Telling on a Chamomile</p>'
return Color(1,random(),random()).html_color()
pretty_print(html(st1+col()+st2))
fy(t,k)=cos(pi*t/n+2*k*pi/c)
fy(t,k)=fy(t,k)+cos(a*pi*t/n+2*k*pi/c)+\
fx(t,k)=sin(pi*t/n+2*k*pi/c)
fx(t,k)=fx(t,k)-sin(a*pi*t/n+2*k*pi/c)+\
for t in range(2*n)] for k in range(2*c)]
sum([polygon2d(L[i],color=col(),thickness=.5,
for i in range(2*c)])+text(el[randint(0,len(el)-1)],
(0,0),fontsize=120,color=col())
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