Alex Odden

t=0sin=math.sin cos=math.cos sqrt=math.sqrt function TIC()t=t+1 cls()for y=-50,176,1 do for x=-50,320,16 do vy=6*sin(t/12+x/20)vx=57*cos(t/40+y/64)+15*sin((t/2-x/4)/10)+15*sin(t/12+sqrt(x^2+y^2)/16)x=x+vx y=y+vy pix(x,y,12)circ(x,y,vy,12)end end end

pal({0,129,131,3,139,11,138,7,7,138,11,139,3,131,129,0},1)s=sin::♥::p=t()for x=-10,137,3 do for y=0,127,2.5 do c=(cos((p/6-x/250))+cos((x/400+p/5)+(y/345)+p/4)+s(y/420-(s(p/4-y/420)/2)))*8u=x-s(y/100+p/2)/.1circfill(u,y,2,c)end end flip()goto ♥

s=sin::_::cls()for x=-4,16do for y=-4,12do a=x*12+cos(t()/2.2+y)*20b=y*12+s(t()/4+x)*40.2for i=1,3do a+=cos(t()*.2+b/229)*4b+=s(t()*.15-a/150)*8end pal({0,0,0,0,2,2,8,8,8,2,2,0,0,0,0,0},1)pal(8,s((sqrt((a-63)^2+(b-63)^2))/220-t()/2)*8)print("♥",a,b,8)end end flip()goto _

pal({2,136,8,137,9,10,138,11,139,3,131,1,140,12,13,141},0)r,f=.1,16::_::cls()for x=-r,130,r do y=63+(cos(x/f-t()*4)*(8+cos(x/63)*8))+sin(t()/4+x/120)*10circfill(px,py,sin(t()-x/250)*2,sin(x/512-t()/8)*16)px,py=x,y end flip()goto _