Ruby, 34 29 26 bytes

x=0;loop{p (x+=184)/629%2}

Quick explanation: this works because of the magic number 629. I noticed that the sequence starts repeating after the 629th element, and I tried to "improve" some existing answer, using only integer math. I found that the other "magic number" (0.29253) is actually 184/629.

Try it online!

Ruby, 34 29 26 22 bytes

$.+=184while p$./629%2

Try it online!

Quick explanation: this works because of the magic number 629. I noticed that the sequence starts repeating after the 629th element, and I tried to "improve" some existing answer, using only integer math. I found that the other "magic number" (0.29253) is actually 184/629.

Ruby, 34 29 26 bytes

x=0;loop{p (x+=184)/629%2}

Try it online!

Ruby, 34 29 26 bytes

x=0;loop{p (x+=184)/629%2}

Quick explanation: this works because of the magic number 629. I noticed that the sequence starts repeating after the 629th element, and I tried to "improve" some existing answer, using only integer math. I found that the other "magic number" (0.29253) is actually 184/629.

Try it online!

Ruby, 34 29 bytes

p(0..999).map{|x|x*184/629%2}

Try it online!

Ruby, 34 29 26 bytes

x=0;loop{p (x+=184)/629%2}

Try it online!