semvec/pypi-packages huggingface dataset:
additionOPr 0.0.1
This package provides a function to add two numbers

# additionOPr

## Description
The `additionOPr` package provides a single function: `add()`. This function takes two numbers as input and returns their sum.

## Installation
To install the `additionOPr` package, run the following command:
pip install additionOPr

## Usage
To use the `additionOPr` package, import it into your Python script and then call the `add()` function. For example:

```python
import additionOPr

# Add 2 and 3
result = additionOPr.add(2, 3)

# Print the result
print(result)
```
## License
The additionOPr package is licensed under the MIT License.

## Contact
If you have any questions about the additionOPr package, please contact roqaiahjamil96@gmail.com - Roqaiah Jamil.
weighting 1.2.0
functions to calculate weights
Requires Python: >=3.10

# weighting
functions to calculate weights for averaging video frames (frame blending), 
also works for any sort of weighted mean operation

improved/modified version of https://github.com/f0e/blur/blob/master/plugins/weighting.py / https://github.com/siveroo/HFR-Resampler/blob/master/Weights.py
Chem.Mod 0.0.2
Python program for practical plotting and calculation in chemistry. Chem.Mod is developed as a userfriendly python package for chemistry students. The package contains a variety of different useful plot functions and formula functions from chemistry e.g. buffer diagrams, gibs energy functions, reaction kinetics order plot linear regression.
Requires Python: >=3.9


Project: Chem.Mod.py


Description:
Python program for practical plotting and calculation in chemistry. Chem.Mod is developed as a userfriendly python package for chemistry students. The package contains a variety of different useful plot functions and formula functions from chemistry e.g. buffer diagrams, gibs energy functions, reaction kinetics order plot linear regression.

Table of contents:

	1.	arrhenius_plot() 
	2.	bjerrum_plot()
	3.	equil()
	4.	gibbs_plot()
	5.	M()
	6.	order_plot()

Built with:
	
	Python - Google Colaboratory
	
	Python packages:
		numpy
		math
		math.plotlib
Requires:
	
	Python
semantic-SfM 0.0.5
instance segmentation on SfM point clouds
Requires Python: >=3.6

# semantic_SfM
Instance segmentation for SfM point cloud. 

## Installation
Option 1 (recommended): 
```
git clone https://github.com/ZhiangChen/semantic_SfM.git
cd semantic_SfM/semantic_SfM/ssfm/
pip3 install .
```

Option 2:
```
pip3 install semantic-SfM
```

**Hardware requirements**: This project utilizes the Segment Anything Model (SAM) for panoptic segmentation. GPUs are not required for SAM but are recommended to expedite inference speed. The other parts of this project use only CPUs. As a point cloud will be stored in memory, memory usage depends on the point cloud size. 

## SSfM Architecture
[files.py](./semantic_SfM/ssfm/files.py) provides utility functions for file operation, such as point cloud and image files.

[image_segmentation.py](./semantic_SfM/ssfm/image_segmentation.py) allows to select deep learning models for instance segmentation and panoptic segmentation. 

[probabilistic_projection.py](./semantic_SfM/ssfm/probabilistic_projection.py) projects point clouds to images and creates a probablistic semantics.

[object_registration.py](./semantic_SfM/ssfm/object_registration.py) registers objects (instances and stuffs) in point clouds.



## Support Platforms and Models
This repository supports SfM products from the following platforms: 
- [WebODM](https://opendronemap.org/webodm/)
- [Agisoft](https://www.agisoft.com/)

Refer to the [docs/projection_tutorial.md](docs/projection_tutorial.md) to obtain point clouds and camera parameters from WebODM or Agisoft. The point clouds should use the format of [.las](https://laspy.readthedocs.io/en/latest/intro.html). 

For image segmentation, we have used Segment Anything Model from Meta: 
- [SAM](https://github.com/facebookresearch/segment-anything)


## Tutorials
1. Projecting Point Clouds onto Image Planes: [docs/projection_tutorial.md](docs/projection_tutorial.md)

2. Data Structure and Algorithms for Object Registration: [docs/object_registration.md](docs/object_registration.md)

3. Running a Complete Workflow Example from Scratch: [semantic_SfM/ssfm/workflow.ipynb](semantic_SfM/ssfm/workflow.ipynb)
marvell-11abbe00 0.0.8
A library for manipulating configuration in cisco/marvell switches integrated into ENCS54xx platform
Requires Python: >=3.8

A library for manipulating configuration in cisco/marvell switches integrated into ENCS54xx platform.

# Running a known replay to set up the switch to default parameters
```
marvell_11abbe_replay --host="169.254.1.0" --har switch-capture.har
```

# Running a custom set of configs
See and customize `run.py`
instainfo 0.1.4
Get Profile information of a instagram user without the need for an username and password

# InstaInfo!
[![Downloads](https://pepy.tech/badge/instainfo)](https://pepy.tech/project/instainfo)
[![Downloads](https://pepy.tech/badge/instainfo/month)](https://pepy.tech/project/instainfo)
[![Downloads](https://pepy.tech/badge/instainfo/week)](https://pepy.tech/project/instainfo)
## Project Description

It provides an efficient and usefull way of fetching information of a particular isntagram username without the hassle of providing credentials.

## Functions

- Get Profile Picture URL
- Check If the Profile is private
- Check If the Profile is a Business Account
- Check if the Profile is newly Created
- Get the number of followers of a profile
- Get the number of people that follow a particular profile


## Example
```
# Import the module
import instainfo
# Create an instance of the class
user = instainfo.UserProfile('alanwalkermusic')
# Prints the users profile picture URL
print(user.GetProfilePicURL())
# Prints the number of follower the Profile has
print(user.FollowersCount())
# Prints the number of people that follow the profile
print(user.FollowedByCount())
# prints True if the profile is private
print(user.IsPrivate())
# prints True if the profile is business account
print(user.IsBusinessAccount())
```

## Screenshots <a name = "screenshots"></a>

![Code](https://raw.githubusercontent.com/haydencordeiro/instainfo/master/code.png?token=GHSAT0AAAAAACPVXBBZQCC5BWQMKP4OV6KUZP4XDUA)
![Output](https://raw.githubusercontent.com/haydencordeiro/instainfo/master/op.png?token=GHSAT0AAAAAACPVXBBZQCC5BWQMKP4OV6KUZP4XDUA)
iec62056-protocol 1.0.1
Package for communicate with iec62056-21 Meters
Requires Python: >=3.7
Keywords: python, iiot, protocols

# Python IEC62056 Meter Tools

## How to use ?

### Install

```shell
pip install py-iec62056
```

### Create SerialClient

```python
client = SerialClient(
    baudrate=19200,
    port="COM3",
    transport="serial",
    parity="E",
    bytesize=7,
    stopbits=1
)
```

### Read A meter identification

This return an identification message from the meter.
You must set the ack_stop to True if you don't want to meter to give the default table.

```python
result = client.read_tariff_identification("5987893", ack_stop=True)
```

### Read Table dataset

This will return a list of DataSet instance.
Raise error if Timeout.

```python
result = client.request(meter_address="5987893", table=7, timeout=30)
assert isinstance(result, TariffResponse)
for dataset in result.data:
    logging.info(f"{dataset}")
```