A Fun App with Several Code Lines

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el=['😀','😁','😂','😃','😄','😅','😆','😇','😈','😉',

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    '😊','😋','😌','😍','😎','😏','😐','😑','😒','😓',

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    '😔','😕','😖','😗','😘','😙','😚','😛','😜','😝',

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    '😞','😟','😠','😡','😢','😣','😥','😦','😧','😨',

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    '😩','😪','😫','😭','😮','😯','😰','😱','😲','😳',

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    '😴','😵','😶','😷']

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st1='<p style="color:#aa00ff; font-size:150%;'+\

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    ' padding:0px 0px 0px 70px;">'

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st2='$\\mathbb{Emotional \\; Horoscope \\; '+\

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    'of \\; the \\; Day}$</p>'

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pretty_print(html(st1+st2))

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var('t,k'); n=randint(16,36)

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a,b,c=randint(5,11),randint(12,24),2*randint(3,6)

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fy(t,k)=cos(pi*t/n+2*k*pi/c)

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fy(t,k)=fy(t,k)+cos(a*pi*t/n+2*k*pi/c)+\

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        cos(b*pi*t/n+2*k*pi/c)

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fx(t,k)=sin(pi*t/n+2*k*pi/c)

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fx(t,k)=fx(t,k)-sin(a*pi*t/n+2*k*pi/c)+\

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        sin(b*pi*t/n+2*k*pi/c)

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L=[[[fx(t,k),fy(t,k)] 

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    for t in range(2*n)] for k in range(2*c)]

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EL=[(3*cos(j*pi/12),3*sin(j*pi/12)) for j in [1..24]]

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def col(): return (random(),0,random())

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EP1=sum([polygon2d(L[i],color=col(),

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                   thickness=.7,alpha=.05) 

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         for i in range(2*c)])

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EP2=sum([text(el[randint(0,len(el)-1)]+' '+str(31-j),EL[j-1],

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              fontsize=16,color=col()) for j in [7..24]])

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EP3=text(el[randint(0,len(el)-1)],(0,0),

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         fontsize=100,color='#aa00ff')

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(EP1+EP2+EP3).show(axes=False,figsize=(6,6))

Language: Sage Gap GP HTML Macaulay2 Maxima Octave Python R Singular

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