semvec/pypi-packages huggingface dataset:
cryptool 0.0.3
cryptool is a python library to more easily deal with crypto exchanges
Requires Python: >=3.8

# cryptool
cryptool is a python library to more easily deal with crypto exchanges and trading platforms based on them.

## Installation

```
pip install cryptool
```

## Example

Read `scratch.py`.

## Home

On its [GitHub](https://github.com/carlok/cryptool) page.
pytnix 2021.6.13
A portable Unix commands bundle
Requires Python: >=3.0
Keywords: pnu-project

# pytnix
pytnix, as in **pyt**hon u**NIX**, is an add-on to [The PNU Project](https://github.com/HubTou/PNU), bundling its [UNIX](https://en.wikipedia.org/wiki/Unix) commands rewrites with other [Python](https://www.python.org/) software made by third parties.

## Objectives:
* Having some handy portable Unix tools, for example for Windows (though there are [plenty of other solutions](https://github.com/HubTou/PNU/wiki/Wilderness-Survival-Guide) for that).

## Status:
* You can install what's available from [our package](https://pypi.org/project/pytnix/) with the following console command:
```Shell
pip install pytnix
```

## Commands bundled:
* [The PNU Project](https://github.com/HubTou/PNU)
* [pyfiglet](https://github.com/pwaller/pyfiglet) - a [FIGlet](http://www.figlet.org/) port
SpatialHeterogeneityAnalysis 1.0.0
SHA: a Toolkit for Spatial Heterogeneity Analysis of Spatially Resolved Transcriptomes

# SHA-SpatialHeterogeneityAnalysis
SHA，A toolkit for genomics spatial heterogeneity analysis which is designed for a variety of spatial transcriptomics techniques such as **seqFISH+**, **MERFISH**, **osmFISH**,**10X Visium**.

SHA provides a series of spatial heterogeneity mining methods, including **spatial heterogeneity genes calculation**, **cell type and tissue area spatial entropy calculation**, **gene expression regulation network based on geographically weighted regression**, **spatial accessibility analysis**.

We analyzed different datasets from three domains: ***neurobiology, tumor biology, and developmental biology*** based on SHA computational frameworks.
ev3-python 0.0.2
Simple library to control 'Lego™ EV3' controller
Requires Python: >=3.0

Библиотека для управления блоком 'LEGO™ EV3' посредством Bluetooth соединения. 

### Установка

`pip install ev3-python`
или
`pip3 install ev3-python`

### Использование

#### Подключение
```python
from ev3 import Ev3

# Указываем последовательный порт в конструкторе 'COM...'
bot = Ev3("COM...")
# Для linux '/dev/ttyS...'

# После использования желательно закрыть порт
bot.close()
```

#### Использование моторов
```python
# Моторы: Ev3.Motors.[A, B, C, D]

# Установка скорости для мотора N[-128..127]
bot.set_speed(Ev3.Motors.A, N)

# Запуск мотора
bot.start(Ev3.Motors.A)

# Остановка мотора  
bot.stop(Ev3.Motors.A, Ev3.Stop.FLOAT)
# Второй аргумент `type` - тип остановки: BREAK - с фиксацией мотора, FLOAT - без
```
#### Использование сенсоров
```python
# Порты: Ev3.Ports.[P1, P2, P3, P4]

# Получение исходного значения
bot.getRaw(Ev3.Ports.P1)

# Кнопка : {True, False}
bot.button(Ev3.Ports.P1)

# Ультразвуковой дальномер (в миллиметрах) : [30, 2550]
bot.ultrasonic(Ev3.Ports.P1)

# Инфракрасный датчик : [0, 100] (минимум 0 - Чёрное, максимум 100 - Белое)
bot.color(Ev3.Ports.P1)

# Энкодеры: Ev3.Encoders.[A, B, C, D]
bot.encoder(Ev3.Encoders.A)
```
spexm8p 0.0.4
spexm8p: String pattern expressions prototype that can be logically operated

# spex-m8p-py

String pattern expressions prototype that can be logically operated

# Documentation

[論理演算可能な正規表現エンジンを作ろう | Zenn](https://zenn.dev/j5c8k6m8/books/spex-prototype)