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Add README in Simplified Chinese #30

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83 changes: 83 additions & 0 deletions README_zh-CN.md
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![](https://github.com/RameshAditya/asciify/blob/master/github-resources/logo.JPG)
# 通过Python将图片转换成ASCII图像(ASCII Art)

![](https://github.com/RameshAditya/asciify/blob/master/github-resources/sample.gif)

## 内容
- [ASCIIFY 是什么](#what-asciify-is)
- [ASCIIFY 是怎么工作的](#how-asciify-works)
- [怎么使用 ASCIIFY](#how-to-use-asciify)
- [未来的计划](#future-plans)
- [赞助我](#support-me)

## ASCIIFY 是什么
ASCIIFY 是一个可以读取一张图片并返回这张图片的文本格式的python脚本。简单来说，它可以用字符画出这张图片。

比如下面这张Octocat的图片 -
![](https://github.com/RameshAditya/asciify/blob/master/octocat.png)

它作为一个变量被传递给 ASCIIFY, 可以观察到下面的输出 -

```
....................................................................................................
....................................................................................................
.....................................####:...............####.......................................
.....................................#########################......................................
.....................................#########################......................................
.....................................########################.......................................
....................................###########################.....................................
...................................#############################....................................
...................................########?+?#######%++########....................................
...................................#####:::..::::::::::..::+####....................................
...................................####:::....::::::::.?..::####....................................
...................................####:::..?.::::::::?.?.::####....................................
...................................+###:::+??;::::::::???.::@###....................................
....................................###:::.??.::::::::.?..::###.....................................
.......................................###:::::::?::::::::###.......................................
........................................:####::::::::::@###.........................................
..................................###.......############............................................
..................................:,##.......@#######@..............................................
..................................:.##......###########.............................................
.....................................#:;....###########.............................................
......................................#@%#:S#####.#####@............................................
.......................................#######.##.######............................................
............................................##.##.######............................................
............................................##.##.######............................................
........................................::::##:##:######::::........................................
.....................................::::::###:##:###:###::::::.....................................
....................................,:::::::++##S::###++:::::::.....................................
.....................................:::::::++:++:++++++:::::::.....................................
.......................................:::::++:++:++++++:::::.......................................
..........................................::++:++:++++++::..........................................
..................................................,.................................................
....................................................................................................
```
-------------------------------------------------------------------------------------------------------
## ASCIIFY 是怎么工作的？
ASCIIFY 的原理很简单
下面是它使用的算法 -
- 将图片大小转换为一个标准的大小, 并且保持图片的比例
- 转换为灰阶(Grayscale)图片 (这么做的原因是 ASCIIFY 通过检验图片的灰阶度(intensity)来决定替换使用的字符)
- 创建一个将要用来替换的字符列表
- 通过检验和区分像素的灰阶度来将他们分组(使用 buckets 或 groups)
- 使用特定的字符替换掉同一个桶(bucket)里的像素
- 将获得的字符串打印到终端或保存到文件中
- 完成!

-------------------------------------------------------------------------------------------------------
## 如何使用 ASCIIFY
- 确保你给Python安装了 "PIL" 包(pip install pillow)
- Clone 这个 repo
- 运行这个python脚本，并将图像的路径作为参数传给它
- 脚本会将输出打印到终端，同时会将输出写入到一个叫'img.txt'的文件，它会保存在脚本的相同目录下
- 完成!

-------------------------------------------------------------------------------------------------------
## 未来的计划
- 考虑将文本打印到图片上来实现彩色的输出

-------------------------------------------------------------------------------------------------------
## 赞助我
如果你喜欢这个项目，请给一个星！ :star:

如果你还喜欢我的其他项目，记得关注我获取更多内容！:slightly_smiling_face: