semvec/pypi-packages huggingface dataset:
mloptima 0.0.1
Optimization methods, machine learning tools and models with visualization
License: MIT
Keywords: ml visualization optimization

# ML_opt
## Repository of optimization methods in machine learning.
## Machine Learning models and valuable visualization.
1. Two-variable function extrema finding and visualization implementation. Use User interface notebook twovarextremas Jupyter Notebook with downloaded modules.
2. One dimensional optimization(minimization) methods implementation and visualization. Use User interface notebook onedimensionaloptimization Jupyter Notebook with downloaded modules.
3. Gradients optimization(minimization) methods and visualization implementation. Use User interface notebook gradients Jupyter Notebook with downloaded modules.
4. Regression(Linear, Polynomial, Exponential) models and visualization implementation with StochasticGradientDescent/NormalEquation solvers. Use User interface notebook regression colab Jupyter Notebook with downloaded modules.
5. Optimization with equality/inequality constraints. Interior point methods and visualization implementation. Use User interface notebook interiorpoint Jupyter Notebook with downloaded modules.
6. Classification. Implementation of LogisticRegression(Ridge, Lasso), LogisticRegression with RBF kernel function, SVMs classifiers. Use User Interface notebook classification notebook colab with downloaded modules.
8. Stochastic optimization. Implementation of Stochastic gradient descent, Support vector classifier on 2 classes optimized by SGD, simulated annealing algorithm for function minimization, genetic algorithm for function minimization. Built in visualization implemented.


Change log
==========

0.0.1 (19/06/2022)
----------------
- First Library Release
AreaPerimeterForShapes 0.0.1
Perimeter and area calculation for triangle, rectangle and circle.
License: MIT
Keywords: calculator

This python module contains basic arithmetic functions for shapes like -
- Rectangle
- Circle
- Triangle

and arithmetic functions includes:
- perimeter
- area

* For rectangle, use function parameters as length and breadth
* For circle, use function parameters as radius
* For triangle, calculating function is of type **kwargs so,
    include parameters as either side as (side=x)
    or include parameters as base and height as (base=x, height=y)

Change Log
==============

V 0.0.1 Dated: 18-06-2022
==============
First Release