G~yKTSrSSK7 SrSr\S:Xa\"\"55 \"5 gg)a@turtle-example-suite: tdemo_round_dance.py (Needs version 1.1 of the turtle module that comes with Python 3.1) Dancing turtles have a compound shape consisting of a series of triangles of decreasing size. Turtles march along a circle while rotating pairwise in opposite direction, with one exception. Does that breaking of symmetry enhance the attractiveness of the example? Press any key to stop the animation. Technically: demonstrates use of compound shapes, transformation of shapes as well as cloning turtles. The animation is controlled through update(). )*cSqg)NF)running=/opt/alt/python313/lib64/python3.13/turtledemo/round_dance.pystopr sGrc[5 [S5 [S5 [S5 SnSnSnSn[ S5n[ S 5HDn[ U5 [5nX -nX0-n[U*5 URXcS SU- 4S 5 MF [S U5 [ S5 [S 5 [5 [S S5 /n[ S5HRn[S5 [S5 [S5 [5 US-S :XdM9UR![#55 MT [%5 Sq[)[*5 [-5 Sn[&(aSn UH@n U RS5 U RS5 U RU 5 U S :aSOSn MB US:a[/S5 [ U5 US-n[5 [&(aMg)Ngray10Ftriangleg}Rc?gy!"@compound g?blackmultitriri8 TgGz?zDONE!) clearscreenbgcolortracershapeShaperange shapesize get_shapepolytilt addcomponentregister_shapepusetposfdltupdateappendclonehomer onkeypressr listenright) fphiscshipdancerscstadancers rmainr:sM H 5M * A C A A z B 2Y! ?   cT  tQqS>73 :r" aL *D 1dOG 3Z 1 R 1 r6Q; NN57 #  FGt H B ' F IIaL IIaL KKOAv1B  8 !H bM %KB ' r__main__N)__doc__turtler r:__name__printmainlooprrrrAs703j Z $&M Jr