这是Python 3中wordle的另一个端到端实现，主要基于Jonathan Feinberg的初始轮廓(四叉树、螺旋等)。

代码(注释，详细的ReadMe文件)在这个Github库中免费提供，这是一个用代码创建的示例wordle。

我正在寻找一个类似文字的可视化，它可以分配与其他数据相关的字符串的颜色，初始位置和大小，例如文本中的相关性-没有找到任何东西，但多亏了我在这里找到的信息(特别是Jonathan的解释和aeby的链接)，我终于可以实现“Cloudio”，它相对接近wordle(至少我是这样认为的…)，并提供了我正在寻找的功能。

It is implemented with SWT and JFace, and I tried to integrate it into the MVC-model of JFace, such that you can set content- and label-providers to modify the layout of a cloud and add it to other Eclipse-plugins or RCP apps. You can also modify the way the initial position of a string is calculated, such that is not difficult to use it for cluster visualization or else. It is still poorly documented and limited in some ways (and I did the initial upload a few hours ago, so it might still be a bit buggy), but if you're interested, here's the link:

如果你想快速了解一些云，这里有一个链接:https://github.com/sschwieb/Cloudio/wiki/Example-Clouds

干杯, 斯蒂芬

I've implemented a word cloud generator called WordCloud.jl in Julia language. A brief description about its algorithm can be found here. Unlike most other implementations, I designed it based on gradient optimization. It’s a non-greedy algorithm in which words can be further moved after they are positioned. Thus the size of the words and the shape and size of the background mask can be kept unchanged in the generation process. This makes the outputs more accurate and easy to customize. Furthermore, we can also generate some fancy outputs like these: Comparison of Obama's and Trump's inaugural address and Wikipedia: Julia

这是Python 3中wordle的另一个端到端实现，主要基于Jonathan Feinberg的初始轮廓(四叉树、螺旋等)。

代码(注释，详细的ReadMe文件)在这个Github库中免费提供，这是一个用代码创建的示例wordle。

这里看到我像云一样实现Wordle。 它使用相同的螺旋算法和四叉树数据结构。

http://sourcecodecloud.codeplex.com

or

http://www.codeproject.com/Articles/224231/Word-Cloud-Tag-Cloud-Generator-Control-for-NET-Win

这是一个非常好的javascript代码，来自Jason Davies，它使用了d3。你甚至可以使用web字体。

演示: http://www.jasondavies.com/wordcloud/

Github: https://github.com/jasondavies/d3-cloud