Nullsoft AVS Preset 0.2UnConeD made these really cool Isometrica presets. Coupled with "Going Up/Down" It sparked this idea about these cubes that kept on building upon each other. As you see from this, basically this is just a take on "Isometrica" only with solid cubes instead of those flat panels. I even managed to build up some coding skills with this one. Thanks Steve! Visbot exclusive. - NemoOrange($sx=.2;y=i*.5-.5; red=sin(ct)*(1/4)+(3/4); green=sin(ct+3.14*2/3)*(1/4)+(3/4); blue=sin(ct-3.14*2/3)*(1/4)+(3/4); ct=ct+2; n=2; ct=0$tx=-.2;y=i*.5-.5; red=sin(ct)*(1/4)+(3/4); green=sin(ct+3.14*2/3)*(1/4)+(3/4); blue=sin(ct-3.14*2/3)*(1/4)+(3/4); ct=ct+2; n=2; ct=0$qx=-.2;y=i*.5; red=sin(ct)*(1/4)+(2/4); green=sin(ct+3.14*2/3)*(1/4)+(2/4); blue=sin(ct-3.14*2/3)*(1/4)+(2/4); ct=ct+2; n=2; ct=0$px=.2;y=i*.5; red=sin(ct)*(1/4)+(1/4); green=sin(ct+3.14*2/3)*(1/4)+(1/4); blue=sin(ct-3.14*2/3)*(1/4)+(1/4); ct=ct+2; n=2; ct=0{^y=if(below(abs(x),.333), y+x*.75*sign(x)*sign(y+.257),1); x=if(equal(x,0),.2,.2*sign(x));+=x=(x+xm)*s; y=(y+ym)*s;u=(rand(2)+2)-(((getspec(.4,.4,0))*10)%3); chu=.25+.25*sign(rand(2)-.5); z=pow(2,-(u-1)); s=pow(2,u); k1=2*(u*u+1); k2=1*(u*u+1)-.5; xm=((rand(k1)-k2)+chu)*1*.333*z-.1; ym=((rand(k1)-k2)-chu)*1*.25*z+.1;!u=3-(((getspec(.4,.4,0))*20)%4);+x=x+xt; y=y+yt#xt=xt+xb; yt=yt+yb; xb=0; yb=0;Hj=if(equal(j,1),0,j+.25); xb=(1/3)*(rand(6)-3); yb=(1/4)*(rand(8)-4);j=0 lHolden03: Convolution Filter  y $  !+x=x+xt; y=y+yt'xt=xt+tb*sin(ra); yt=yt+tb*cos(ra); 8ra=3.14/3*rand(6); u=rand(4); tb=if(equal(u,2),0,.02)#u=rand(4); tb=if(equal(u,2),0,.02)