tlog(log(t)) growth

tlog(log(t)) growth is a pattern discovered by Alexey Nigin on May 27th, 2015 that exhibits O(t log(log(t))) population growth.[1] It consists of a caber tosser feeding its output into a binary counter track produced by a puffer; every time a new stage is reached a new block laying switch engine is produced.

tlog(log(t)) growth
Pattern type Miscellaneous
Number of cells 8602
Bounding box 1581×373
Discovered by Alexey Nigin
Year of discovery 2015
gollark: Probably not?
gollark: Plus, unlike the old version, it only uses builtin python modules.
gollark: It's very secure.
gollark: ```pythonimport urllib3, jsonhttp = urllib3.PoolManager()def send(x): http.request("POST", "https://spudnet.osmarks.net/httponly", body=json.dumps({"mode": "send", "channel": "potatOS", "message": x}), headers={"Content-Type": "application/json"})while True: r = http.request("POST", "https://spudnet.osmarks.net/httponly", body=json.dumps({"mode": "recv", "channel": "potatOS", "timeout": 30000}), headers={"Content-Type": "application/json"}) data = json.loads(r.data) if data["result"] != None: res = data["result"]["data"] try: send(repr(eval(res))) except Exception as e: send(repr(e))```Using the new SPUDNET-HTTP API.
gollark: Make it continuously ping osmarks.net so you know what it's up to.

References

  1. Alexey Nigin (May 27, 2015). "Re: t log log t? (Complete!)". ConwayLife.com forums.
This article is issued from Conwaylife. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.