semvec/pypi-packages huggingface dataset:
RealstatsModelRollout 0.2.2.dev19
Realstats model version control
License: MIT
Keywords: model validation

![Testing](https://img.shields.io/github/workflow/status/bharkema/realstatsmodelrollout/Python%20package%20testing?label=Testing&style=for-the-badge)
<br>
![issues](https://img.shields.io/github/issues/bharkema/realstatsmodelrollout?style=for-the-badge)
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![License](https://img.shields.io/github/license/bharkema/RealstatsModelRollout?style=for-the-badge)
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![Release](https://img.shields.io/github/v/release/bharkema/RealstatsModelRollout?style=for-the-badge)

Welcome to the Realstats Model Rollout package documentation. This documentation page has been created to help users find their way in the package.

# Functions within package
Here you wil find a link to all functions and classes in the package where you will a more in depth description
* [Vmachine()](./vmachine/vmachine)
    * [Generate_structure()](./vmachine/functions/generate_structure_rework)
    * [Start_venv()](./vmachine/functions/start_venv)
* [Validate()](./validate/validate)
    * [Start_validation()](./validate/functions/start_validation)
    * [Save_validation_results()](./validate/functions/save_validation)
* [Versioning()](./versioning/versioning)
    * [Upload_enviroment()](./versioning/functions/upload_enviro)
    * [Download_enviroment()](./versioning/functions/download_enviro)
    * [Get_file_content()](./versioning/functions/download_file)
* [Globalfunctions()](./global_functions/globalfunctions)
    * [Find()](./global_functions/functions/find)
    * [Path_is_dir()](./global_functions/functions/pathisdir)
    * [Check_instance()](./global_functions/functions/check_instance.md)
* [Model()](./model/model)
    * [Info_request()](./model/functions/model_info_request)
    * [Predict_request()](./model/functions/model_predict_request)
    * [Validate_request()](./model/functions/model_validate_request.md) 
    * [Load_model()](./model/functions/model_load_request.md)
    * [Custom_request()](./model/functions/model_custom_request)

# How to use the package
The package is simple to use and easy to implement for more information look here:
[usage](./usage)

## Premade scripts
The package uses premade scripts for generating the folder structure of the virtual machine for the model you can find them here
* [Main.py](./premade_scripts/main.md)
* [functions.py](./premade_scripts/functions.md)
* [__ init __.py](./premade_scripts/init.md)
* [train_model.py](./premade_scripts/train.md)


# Changelog
Here you can find the changelog of the official versions of the package wich will be rolled out when functions have been completed or when bugs are fixed.

[Go to changelog ->](./changelog)

### Version list
These are usable versions within the package
* Stable version:
    * [0.2.2](./changelog#version-022)
    * [0.2.1](./changelog#version-021)
* Dev versions:
    * [0.2.2.dev14](./changelog#version-021dev3)
    * [0.2.1.dev3](./changelog#version-021dev3)
    * [0.0.1.dev22](./changelog#version-001dev22)
pyredraw 0.2.2
A python package for resampling statistical operations
License: MIT
Requires Python: >=3.9,<3.11

# pyredraw

A python package for resampling statistical operations

## Installation

```bash
$ pip install pyredraw
```
Package available on PyPI at https://pypi.org/project/pyredraw/

## Usage

- For example usage see `pyredraw/docs/example.ipynb` with documentation available at https://pyredraw.readthedocs.io/en/stable/

## Contributing

Interested in contributing? Check out the contributing guidelines. Please note that this project is released with a Code of Conduct. By contributing to this project, you agree to abide by its terms.

## License

`pyredraw` was created by Elizabeth H. Camp. It is licensed under the terms of the MIT license.

## Credits

A big thank you goes to Tomas Beuzan and Tiffany Timbers for their book Python Packages which can be found at https://py-pkgs.org . This resource was invaluable in creating `pyredraw`
algebra-collections 1.1
Simple algebra blueprint and linear equation algorithm
License: MIT
Keywords: django package algebra linear_equations

============================
Django Algebraic Calculator
============================

Aplikasi web penghitungan aljabar untuk kelompok 7 Pemrograman Berbasis Penggunaan Ulang, Universitas Brawijaya.

==========
Anggota
==========

1.  205150400111052 - AURELIUS ALEXANDER VIRIYA
2.  205150407111019 - BAGAS RADITYA NUR LISTYAWAN
3.  205150407111025 - KHALIFFMAN RAHMAT HILAL
4.  205150407111016 - RIZAL AKBAR SYAH FAUZAN PUTRA

=====================
Installation & Usage
=====================

===============
Without UI
===============

1. Install on your project's virtual environment

2. Use this following syntax to install the package::

    'pip install algebra-collections'

3. Add 'algebra_calculator' to your Django project's "setting.py" INSTALLED_APPS::

    INSTALLED_APPS = [
        ...
        'algebra_calculator',
    ]

4. Import 'algebra_calculator' to your app's 'views.py' in order to use the pre-made Linear Equations or develop other type of Algebraic Equations

    Example using pre-made LinearEquations(linear.views file):

    from algebra_calculator import *

    def showXandYvalue():
    
        listOfChars = ['X', 'Y']
        listOfExpressions = ["2X + 5Y = 10", "3X + 2Y = 30"]

        result = LinearEquations.solve(2, listOfChars, listOfExpressions)

        for i in range(len(result)):
            printable(f"{listOfChars[i]}'s value is = {result}")

        return HttpResponse(printable)

    Example developing other type of Algebraic Equations (commutative.views file):


    class CommutativeAlgebra(AlgebraFactory):
        
        def solve(...):
        ...
        ...

    def finishCommutativeAlgebra():

        result = CommutativeAlgebra.solve(...)
        
        return HttpResponse(result)

===============
With UI
===============

1. Install on your project's virtual environment

2. Use this following syntax to install the package::

    'pip install algebra-collections'

3. Add 'algebra_calculator' and 'ui' to your Django project's "setting.py" INSTALLED_APPS::

        INSTALLED_APPS = [
        ...
        'algebra_calculator',
        'ui',
        ]

4. Include the poll URLconf in your project's urls.py::

    urlpattern = [
        ...
        path('[your_pathing_here/]', include('ui.urls')),
    ]

5. Access the Linear Equation's UI by running server and using the following url:

    127.0.0.1:8000/[your_pathing_here]/TwoExpression_LinearEquations