sudoku 数独生成器和解谜器,Wave Function Collapse 实现版 mmaze 迷宫生成及解谜器 npnet 纯Numpy 的神经网络库 我的一点点背景资料 1992~ 出生 湖南人 2004~2010 中学 雅礼中学, 长沙 2010~2012 本科, 土木工程 桂林理工 2013~2015 Bachelor, Civil Engineering Griffith University, Australia 2015~2018 PhD,...
What exactly is meant by "partial function" in functional programming?- [55/3] What does a yield inside a yield do?- [56/4] Issues implementing the "Wave Collapse Function" algorithm in Python 2.7- [52/2] Should linear read-shuffled write always be faster than shuffled read-linear write?
Wave Function Collapse: Description: Inspired by the concept of quantum mechanics, this method uses a constraint-based approach to determine the state of each cell based on its neighbors. Mechanism: The algorithm starts with an undecided grid where each cell can potentially take on multiple states...
Echarts 有Python 版,叫做 pyecharts,使用起来十分方便,本文记录基本使用方法。 简介 Echarts 是一个由百度开源的数据可视化,凭借着良好的交互性,精巧的图表设计,得到了众多开发者的认可。而 Python 是一门富有表达力的语言,很适合用于数据处理。当数据分析遇上数据可视化时,pyecharts 诞生了。 特性 简洁的 API ...
Thehello()view function returns the string'Hello, World!'as a response. Save and close the file. To run your web application, you’ll first tell Flask where to find the application (thehello.pyfile in your case) with theFLASK_APPenvironment variable: ...
def function(a, b): print a, b apply(function, ("whither", "canada?")) apply(function, (1, 2 + 3)) whither canada? 1 5 要想把关键字参数传递给一个函数, 你可以将一个字典作为apply函数的第 3 个参数, 参考Example 1-2. 1.2.1.2. Example 1-2. 使用 apply 函数传递关键字参数 ...
Thehello()view function returns the string'Hello, World!'as a response. Save and close the file. To run your web application, you’ll first tell Flask where to find the application (thehello.pyfile in your case) with theFLASK_APPenvironment variable: ...
What exactly is meant by "partial function" in functional programming? - [55/3] What does a yield inside a yield do? - [56/4] Issues implementing the "Wave Collapse Function" algorithm in Python 2.7 - [52/2] Should linear read-shuffled write always be faster than shuffled read-linear ...
One or more quantum walkers evolve on a graph, and at random times their wave function collapses on its nodes. A new node is attached to all the nodes where a walker collapsed. By alternatning evolution and collapse and by controlling the average exploration time we can grow graphs and tree...
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