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ﾠ ,A,sin,cos,B,P=\
(lambda m,n:([print(("")
+"\x1b[H\n"+P(b))for(b)in[[(fn
(),b)for(z)in[80*0x30*[0]]for(b)in[
list(B)]for((o),(D),N) in[(o,D,N)for(j)in
range(0,628,4)for(i)in(range(0,628,2))for c,
d,e,f,g in[(S[i],C[j],S[j],C[i],C[j]+2)]for(D,
t)in[(1/(c*g*n+e*m+5), (c*g*m-e*n))]for(x,y)in[(
int(40+30*D*(f*g*m-t*n)),int(24+30*D*(f*g*n+t*m)))
]for(o,N)in[(x*2+160*(y>>1)+(y&1),int(16*(m*(e*n-c*d
*m-e)-(c+f)*d*n)))]]if( D)>z[o]for (fn)in[lambda
:z.__setitem__(o, D), lambda:b.__setitem__(o,
0o351+max(N,0x0))]][ 0][1]]]and.05+A),0x00,
__import__("math"). sin,__import__("math"
).cos,24*(0x9e*' '+ '\n\n'),(lambda b:''
.join((c[0]if(c:=b[y *0xa0+x*2:][:2])[0]==
"\n"or(c [0])==c[1]== chr(32)else"\x1b[38"+
";5;%im▄"%c[1]if c[0]== chr(32)else"\x1b[38;5;"+
"%im▀"%c[0]if" "==c[1]else("\x1b[48;5;%i;38;5;%im"+
"▄\x1b[m")%(c[0],c[1]))for(y)in(range(24))for(x)in
range(80))));S,C=[sin(i/100)for(i) in range(0,628
)],[cos(i/0x64)for(i)in range(0,0o1164)];print(
"\x1b[2"+"J");any(__import__("ti"+"me").sleep
(.025)for(X)in __import__(("iter"+"tools")+
("")).repeat(0)if(A:=ﾠ(cos(A),sin(A))))
##############################
####### Mattias Andrée #######
######### 2023 #########
#############
|
