ml-proj-init 1.0.1

Machine learning and Deep learning project structure initializer

ML-PROJ-INIT

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A lightweight tool to create machine learning project structure and add neaty code snipt quickly to your project

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ml-proj-init is a python package to help you to do your machine learning experiment in python in a faster way by creating well defined project structure just by a few commands that works out of the box for most of the machine learning projects. You can focus on building the solution of your problem rather writing all the basic stuffs that are tedious but can be added to your project easily and in a faster way.

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2. Installation

2.1 Install in Linux, MacOS and Windows

The installation process is OS independent. If you have a working python 3.5 or newer version in your computer and pip3 as the package manager, you can easilty install the package just by following instructions.

2.1.1 Installation

• Install using the following command-

pip3 install ml-proj-init

2.1.2 Uninstallation

• Uninstall using the following command

pip3 uninstall ml-proj-init

• Provide "y" if you are prompt for approval to remove some config files.

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4. Getting Started

ML-PROJ-INIT has two mode

1. Create structure mode
2. Add class/code snipt mode

4.1 Creating project structure

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In create mode, you can create a well defined project structure for your machine learning or deep learning project by passing few arguments. The create structure mode supports the following parameters -

Creation mode parameters:

Parameter	Accepted Values	Format	Usage	Default Values
-m or --mode	c	-m=c or --mode=c or -m c or --mode c	c for creating structure	Required, no default
-n or --name	string, a valid project name	-n=proj_name or --name=proj_name or -n proj_name or --name proj_name	Provide the project name	Required, no default
-p or --path	string, a valid path	-p path or --path path	Path to create the project	Optional, if not given use the current working directory as the path
-t or --type	ml or dl	-t=ml or --type=ml or -t dl or --type dl	project type to create ml project or dl project structure	Optional, if not given use "ml" as the default value

Example:

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To create project strucure for a project named hello-world in /home/user/Desktop/ location and if the project type is deep learning , then run the following command -

ml-proj-init -m=c -n=hello-world -p=/home/user/Desktop/ -t=dl

or

ml-proj-init -m c -n hello-world -p /home/user/Desktop/ -t dl

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4.2 Appending class/code snipt

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In append mode, you can easily generate required class implementation or code snipt for loading different data source or building few common machine learning or deep learning model architecture.

Append mode parameters:

Parameter	Accepted Values	Format	Usage	Default Values
-m or --mode	a	-m=a or --mode=a or -m a or --mode a	a for appending required class or code snipt	Required, no default
-p or --path	string, a valid path	-p path or --path path	Path to create the project	Optional, if not given use the current working directory as the path
-l or --loader	img or text or csv	-l=img or --loader=img or -l text or --loader csv	Data loader type to generate instant code snipt	Optional, no default
-net or --network	cnn or lstm or nn	-net=cnn or --network=lstm or -net nn	Network type to generate code snipt for common architecture	Optional, no default

Example:

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To add a data loader for image type data and or a simple cnn architecture to classify the image run the following command-

ml-proj-init -m=a -l=img -net=cnn -p=/home/user/Desktop/

or

ml-proj-init -m a -l img -net cnn -p /home/user/Desktop/

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5. Features

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5.1 Features avaiable

• Creating machine learning project structure based on popular ml library scikit-learn and others.
• Creating deep learning project structure using popular dl library tensorflow, keras and others.
• Adding necessary code snipts for data loader class like image data loader or text data loader.
• Adding different neural network implementation skeleton in popular deep learning library TF/KERAS.

5.2 Features in Queue

• Adding frequently used data vizualization code snipts
• Adding feature to generate quick documentation for project, like tables, visualizations etc.
• Adding more frequently used implementation for quick experiment
• Adding more implementatioin of NN architecture for experiment
• Adding more flexible and dynamic code snipt generation.

6. Report Issues

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Before you report an issue in github, please make sure you are in the same pace with the up to date commit in our github repo and the latest release from pypi.

7. How to Contribute

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You can contribute in the one or either way of the following-

7.1 Bug Reporting

-- You can report a bug by adding issue in github
-- Or you can contribute by sharing how you solved an issue

7.2 Requesting a Feature

-- If you came accross any new idea that can be added as feature

7.3 Adding Feature, Pull Request

-- If you come with new idea of a feature and add it
-- Send us pull request

7.4 Adding Nofification Resource

-- Adding latest neural network architecture to make available for use
-- Adding more frequently used code snipt for machine learning and deep learning project.