I'm trying to understand the code. And wondering how did you come up with the last line? p=[[x+sin(a),y+cos(a),atan2(B(x*D,y*D),B(x*D,y*D,9))*pow(1.5,i*.01),point(x+W/2,y+W/2),i]for x,y,a,l,i in[len(p)<N*N and[i/N*3,i%N*3,0,0,i]or p[i]for i in range(N*N)]]
W,N,D,B=540,50,6e-3,noise
p=[]
def setup():size(W,W);clear();stroke(-1,9)
def draw():global p;p=[[x+sin(a),y+cos(a),atan2(B(x*D,y*D),B(x*D,y*D,9))*pow(1.5,i*.01),point(x+W/2,y+W/2),i]for x,y,a,l,i in[len(p)<N*N and[i/N*3,i%N*3,0,0,i]or p[i]for i in range(N*N)]]#つぶやきProcessingpic.twitter.com/NuFVQsNbOP
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p1=[0];p2=[];n=9 def setup():frameRate(1) def draw():global p1,p2;p1=[a+1 for a in p1];p2=p2+[frameCount]if len(p2)<n else p2;print(p1,len(p2)) # It's the result of trying to combine them into one and keep them short. Also, I'm adding angles from the noise field to the location.
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@armonionly made on processing! -
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