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创作者 ratcliff
创作者 ratcliff

This is seed #2 in the Crypto Conway collection, which is a collection of HTML based NFTs that display a sequence of the class zero-player game called Conway's Game of Life.

Crypto Conway collection image

Crypto Conway

This is a collection of user created NFTs. Each NFT contains the starting seed for Conway's Game of Life. You cane create your own seeds and mint them on cryptoconway.com for 0.5 Matic.

What is Conway's Game of Life?

Conway's Game of Life is a zero-player game designed by John Conway in 1970. You interact with the Game of Life by creating an initial "seed" that defines the starting population, then observing how it involves.

Rules

Our simulated universe is broken into a 50 x 50 grid of cells. Each cell can either be "alive" or "dead". During each step in the simulation, every cell will abide by the following rules:

  • Living cells with fewer than two living neighbors die from underpopulation
  • Living cells with more than three living neighbors die from overpopulation
  • Dead cells with exactly three living neighbors become alive from reproduction
合约地址0xda1a...91ba
代币ID2
代币标准ERC-721
Polygon
创作者收益
0%

Crypto Conway #2

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Crypto Conway #2

visibility
11 查看
  • 价格
    美元价格
    数量
    到期
  • 价格
    美元价格
    数量
    地板价差异
    到期
创作者 ratcliff
创作者 ratcliff

This is seed #2 in the Crypto Conway collection, which is a collection of HTML based NFTs that display a sequence of the class zero-player game called Conway's Game of Life.

Crypto Conway collection image

Crypto Conway

This is a collection of user created NFTs. Each NFT contains the starting seed for Conway's Game of Life. You cane create your own seeds and mint them on cryptoconway.com for 0.5 Matic.

What is Conway's Game of Life?

Conway's Game of Life is a zero-player game designed by John Conway in 1970. You interact with the Game of Life by creating an initial "seed" that defines the starting population, then observing how it involves.

Rules

Our simulated universe is broken into a 50 x 50 grid of cells. Each cell can either be "alive" or "dead". During each step in the simulation, every cell will abide by the following rules:

  • Living cells with fewer than two living neighbors die from underpopulation
  • Living cells with more than three living neighbors die from overpopulation
  • Dead cells with exactly three living neighbors become alive from reproduction
合约地址0xda1a...91ba
代币ID2
代币标准ERC-721
Polygon
创作者收益
0%
keyboard_arrow_down
事件
价格
日期