diff options
| -rw-r--r-- | doughnut.py | 36 |
1 files changed, 18 insertions, 18 deletions
diff --git a/doughnut.py b/doughnut.py index 577aa57..66f92d5 100644 --- a/doughnut.py +++ b/doughnut.py @@ -1,28 +1,28 @@ ﾠ =lambda:([(pr) - () for b in[[ (fun() ,b) + ()for(b)in [[((fun()),b) for(z)in[[((0))for(XX)in range - (1760)]] for (b) in[[("\n") if (k % - 80) == 79 else(" ") for k in range (1760) - ]] for o, D, N in [(o,D,N) for j in range (0, - 628, 7) for i in range(0, 628, 2) for (c, d, e, - f, g, l, m, n) in [(sin (i / 100), cos (j / 100), - sin (A), sin ((j) / 100), cos (A), cos ((i) / 100), - cos (A), sin (A) )] for h in [ d + 2 ] for (D, t) in - [( 1 / (c * h * e + f * g + 5), (c * h * g - f * -e)) ] for (x , y) in[ (int(################# + (1760)]]for((b))in[[(("\n"))if((k)% + 80)==79 else(chr(32))for k in range(1760) + ]]for(o,(D),N)in[(o,D,N)for(jj)in range((0), + 628,(7))for(i)in range(00,0o1164,0x2)for(c,d,e, + f,g,l,m,n)in[(sin(((i)/0o0144)),cos((jj)/0o0144), + sin(AA),sin((jj)/0o144+0),cos(AA),cos((i)/0o144-0), + cos(AA),(sin(AA)))]for(h)in([(d+0x2)])for(((D),t))in + [(0x1/ (c*1*h*(e)-0+g* f+5/1),(0+(c)*h*(g)-0-f* +e))]for(((x),(y)))in[ (int(################# #################### #### License: MIT ### ## Copyright 2023 # #################### ## Mattias Andrée # # Based on work by # #################### # Julius Šyvis 2021 # - 40+30*D*(l*h*m-t*n)), int(12+15*D *(l*h*n+t + 40+30*D*(l*h*m-t*n)), int(12+0xf*D*(l*h*n+t *m)))]for(o,N)in[(x+80* y,int(8*((f*e-c*d*g)*m-c *d*e-f*g-l*d*n)))]if 0<x<80 and 22>y>0]if D>z[o]for fun in[lambda:z.pop(o),lambda:z.insert(o,D),lambda - :b.pop(o), lambda : b.insert(o, ".,-~:;=!*#$@"[N - if N>0 else 0])]][0][1]] for pr in[lambda:print - ("\x1b[H"),lambda:print("".join(b))]] and A + - 0.02);A,sin,cos=0,__import__('math').sin,\ - __import__('math').cos;print("\x1b[2" - "J");any(0 for _ in __import__( + :b.pop(o),lambda:(b).insert((o),".,-~:;=!*#$@"[N + if N>0 else 0])]][0][1]] for(pr)in[lambda:print + ("\x1b[H"),lambda:print("".join(b))]]and(AA)+ + .02);AA,sin,cos=0,__import__('math').sin,\ + __import__('math').cos; print("\x1b[2" + "J");any(0 for(X)in __import__( 'iter'+'tools').repeat(0) - if (A :=ﾠ())) + if(AA :=ﾠ())) |