semvec/pypi-packages huggingface dataset:
sputumrcnn 1.8
Custom Mask RCNN
Requires Python: >=3.6

================
Sputum_MaskRCNN
================

A Custom Python Package for MaskRCNN. This is a private package intended 
for implementing Mask RCNN on Sputum Project, its ML Model generation 
and related resources.

Installing
----------

run : python setup.py install

Features
--------
** Mask RCNN on Sputum Files.
** Machine Learning Model Generation.
** Accuracy Analysis.

Credits
-------

https://github.com/matterport/Mask_RCNN
best-apollo-client 0.0.3
best-apollo-client
Requires Python: >=3.7


#### Apollo client python
- 启动客户端长连接监听

``` python
client = ApolloClient(app_id=<appId>, cluster=<clusterName>, config_server_url=<configServerUrl>)
client.client.add_callback_funcs(<cb_funs>)  # 添加回调函数，回调函数接收一个参数为当前appId的配置
client.start()
```

- 获取Apollo的配置
  ```
  client.get_value(Key, DefaultValue)
  ```
vs-code-downloader 0.0.1
This is a simple http server, use MVC like design.
Requires Python: >=3.7

# VS Code 国内镜像下载器

## 概述

由于一些原因，国内下载 vs code 速度较慢，其实，微软在国内是提供了一个 CDN 地址可以快速的下载 vs code 的，但是不知为何在下载时并没有根据 IP 来源返回这个 CDN 的地址。该工程通过可以通过从 vs code 官网取得下载地址后，将地址替换成 CDN 地址然后进行下载。

## 使用方法

```shell
# 依据当前系统下载最新稳定版本，保存到当前目录
python3 -m vs-code-downloader

# 下载 win64 的 insider 版本，下载到 /data 目录
python3 -m vs-code-downloader -o win32-x64 -b insider -d /data

# 更多内容请查看帮助信息
python3 -m vs-code-downloader -h
```
PMcalc 0.1.1
Package for performing calculations with uncertainties
Requires Python: >=3.6

#Plus-minus calculator package
## Description (English)
This package allows you to perform calculations on numbers with uncertainty and print them

####Formulas, used for calculations of uncertainties for operations:

#####All equations are written up to the first infinitesimal order

__Legend:__

*A* - first number in operation \
*&Delta;A* - uncertainty of first number \
*B* - second number in operation \
*&Delta;B* - uncertainty of second number

- "&#177;" (*A* &pm; *&Delta;A*) + (*B* &pm; *&Delta;B*) = (*A* &pm; *B*) &pm; (*&Delta;A* + *&Delta;B*)
- "&times;/&div;" (*A* &pm; *&Delta;A*) &times;/&div; (*B* &pm; *&Delta;B*) = (*A* &times;/&div; *B*) &pm; (*&Delta;A* &div; *A* + *&Delta;B* &div; *B* + *&Delta;A* &times; *&Delta;B* &div; (*A* &times; *B*)) &simeq; (*A* &times;/&div; *B*) &pm; (*&Delta;A* &div; *A* + *&Delta;B* &div; *B*)
- "^" (*A* &pm; *&Delta;A*) ^ (*B* &pm; *&Delta;B*) = *A* ^ (*B* &times; (1 &pm; *&Delta;B* &div; *B*)) &times; (1 &pm; *&Delta;A* /&div; *A*) ^ (*B* &times; (1 &pm; *&Delta;B* &div; *B*)) &simeq; (*A* ^ *B* &pm; *A* ^ *B* &times; *B* &times; *&Delta;B* &times; log(*A*)) &times; ((1 &pm; *&Delta;A*) ^ *B* &pm; (1 &pm; *&Delta;A*) ^ *B* &times; *B* &times; &Delta;B &times; log(1 &pm; *&Delta;A*)) &simeq; *A* ^ *B* &pm; (*B* &times; *&Delta;A* &times; *A* ^ (*B* - 1) + *&Delta;B* &times; log(*A*) &times; *A* ^ *B*)

## Описание (Русский)
Эта библиотека позволяет производить вычисления над числами с погрешностями и выводить из в текстовом виде

####Формулы, используемые для вычисления:

#####Все уравнения написаны с точностью до первого порядка малости (включительно)

__Условные обозначения:__

*A* - первое число \
*&Delta;A* - погрешность первого числа \
*B* - второе число \
*&Delta;B* - погрешность второго числа

- "&#177;" (*A* &pm; *&Delta;A*) + (*B* &pm; *&Delta;B*) = (*A* &pm; *B*) &pm; (*&Delta;A* + *&Delta;B*)
- "&times;/&div;" (*A* &pm; *&Delta;A*) &times;/&div; (*B* &pm; *&Delta;B*) = (*A* &times;/&div; *B*) &pm; (*&Delta;A* &div; *A* + *&Delta;B* &div; *B* + *&Delta;A* &times; *&Delta;B* &div; (*A* &times; *B*)) &simeq; (*A* &times;/&div; *B*) &pm; (*&Delta;A* &div; *A* + *&Delta;B* &div; *B*)
- "^" (*A* &pm; *&Delta;A*) ^ (*B* &pm; *&Delta;B*) = *A* ^ (*B* &times; (1 &pm; *&Delta;B* &div; *B*)) &times; (1 &pm; *&Delta;A* /&div; *A*) ^ (*B* &times; (1 &pm; *&Delta;B* &div; *B*)) &simeq; (*A* ^ *B* &pm; *A* ^ *B* &times; *B* &times; *&Delta;B* &times; ln(*A*)) &times; ((1 &pm; *&Delta;A*) ^ *B* &pm; (1 &pm; *&Delta;A*) ^ *B* &times; *B* &times; &Delta;B &times; ln(1 &pm; *&Delta;A*)) &simeq; *A* ^ *B* &pm; (*B* &times; *&Delta;A* &times; *A* ^ (*B* - 1) + *&Delta;B* &times; ln(*A*) &times; *A* ^ *B*)
generatereports 1.0.0
Fetch data from API and generates csv, html , pdf , xlsx , xml files
Requires Python: >=3.6

# Generate Files

This package includes Generate Files class having 
various functions to generate CSV , PDF , HTML , XLSX , XML Files
from the fetched API data. You can use
[generate_files](https://github.com/Mohammad-Toseef/Week1.git)
to contribute to the package.
search-demo 0.1
Extremely simple curses search result demo
Requires Python: >=3.6

# Search Demo
Extremely simple python-curses search demo that runs a function on every
character input and shows / returns the results.

Install using pip!
`pip install search-demo`

## How to use
This assumes that you have a function that outputs an iterable (list, tuple,
etc.) and takes in a string.

```py
from search_demo import SearchDemo

def function(inp):
    return inp.split()

s = SearchDemo(function)
print(s.run_demo())
```

Produces something like this

[![asciicast](https://asciinema.org/a/akVUAsf7MznJQdmjs7VVYwHFO.svg)](https://asciinema.org/a/akVUAsf7MznJQdmjs7VVYwHFO)

## Why
I made this for a part of my masters project that required demoing a
full text search using RediSearch and thought that a small curses library would
be the best way to show it off without too much complexity building a whole UI.

## Note
Please do not use this in real code, I just thought it was useful enough to
share with anyone else who needs a quick demo.