Ak-dskit 1.0.1

A comprehensive data science toolkit with 221+ functions for ML workflows

🚀 DSKit - A Unified Wrapper Library for Data Science & ML

DSKit is a comprehensive, community-driven, open-source Python library that wraps complex Data Science and ML operations into intuitive, user-friendly 1-line commands.

Instead of writing hundreds of lines for cleaning, EDA, plotting, preprocessing, modeling, evaluation, and explainability, DSKit makes everything simple, readable, reusable, and production-ready.

The goal is to bring a complete end-to-end Data Science ecosystem in one place with wrapper-style functions and classes, supporting everything from basic data manipulation to advanced AutoML.

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🎯 Project Objective

To create a Python library that lets users perform complete Data Science workflows with minimal code:

from dskit import DSKit

# Complete ML Pipeline in 4 lines!
kit = DSKit.load("data.csv")
kit.comprehensive_eda(target_col="target").clean().engineer_features()
kit.train_advanced("xgboost").auto_tune().evaluate()
kit.explain()  # Generate SHAP explanations

The library remains:

• ✅ Simple: One-line commands for complex operations
• ✅ Comprehensive: 221 functions covering entire ML pipeline
• ✅ Extensible: Modular design for easy customization
• ✅ Beginner-friendly: Intuitive API with smart defaults
• ✅ Expert-ready: Advanced features and customization options
• ✅ Production-ready: Robust error handling and optimization

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📦 Installation

From PyPI (Recommended)

# Basic installation
pip install dskit

# Full installation with all optional dependencies
pip install dskit[full]

# Install specific feature sets
pip install dskit[visualization]  # Plotly support
pip install dskit[nlp]           # NLP utilities
pip install dskit[automl]        # AutoML algorithms

# Development installation
pip install dskit[dev]

From Source

git clone https://github.com/Programmers-Paradise/imputeKit.git
cd imputeKit
pip install -e .

Verify Installation

# Test the package
python test_package.py

# Check CLI
dskit --help

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📦 Core Modules

DSKit includes comprehensive modules for:

📁 Data I/O

• Multi-format loading (CSV, Excel, JSON, Parquet)
• Batch folder processing
• Smart data type detection

🧹 Data Cleaning

• Auto-detect and fix data types
• Smart missing value imputation
• Outlier detection and removal
• Column name standardization
• Text preprocessing and NLP utilities

📊 Exploratory Data Analysis

• Comprehensive EDA reports
• Data health scoring
• Interactive visualizations
• Statistical summaries
• Correlation analysis
• Missing data patterns

🔧 Feature Engineering

• Polynomial and interaction features
• Date/time feature extraction
• Binning and discretization
• Target encoding
• Dimensionality reduction (PCA)
• Text feature extraction
• Sentiment analysis

🤖 Machine Learning

• 15+ algorithms (including XGBoost, LightGBM, CatBoost)
• AutoML capabilities
• Hyperparameter optimization
• Cross-validation
• Ensemble methods
• Imbalanced data handling

📈 Visualization

• Static plots (matplotlib/seaborn)
• Interactive plots (plotly)
• Model performance charts
• Feature importance plots
• Advanced correlation heatmaps

🧠 Model Explainability

• SHAP integration
• Feature importance analysis
• Model performance metrics
• Error analysis
• Learning curves

📐 Hyperplane Analysis

• Algorithm-specific hyperplane visualization
• SVM margins and support vectors
• Logistic regression probability contours
• Perceptron misclassification highlighting
• LDA class centers and projections
• Linear regression residual analysis
• Multi-algorithm comparison tools

🎯 AutoML Features

• Automated preprocessing pipelines
• Model comparison and selection
• Hyperparameter tuning (Grid, Random, Bayesian, Optuna)
• Automated feature selection
• Pipeline optimization

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🚀 Quick Start

Installation

# Basic installation
pip install dskit

# Full installation with all optional dependencies
pip install dskit[full]

# Development installation
git clone https://github.com/your-username/dskit.git
cd dskit
pip install -e .[dev,full]

Basic Usage

from dskit import DSKit

# Load and explore data
kit = DSKit.load("your_data.csv")
kit.data_health_check()  # Get data quality score
kit.comprehensive_eda(target_col="target")  # Full EDA report

# Clean and preprocess
kit.clean()  # Auto-clean: fix types, handle missing, normalize columns
kit.engineer_features()  # Create polynomial, date, and text features

# Train and evaluate models
kit.train_test_auto(target="your_target")
kit.compare_models("your_target")  # Compare multiple algorithms
kit.train_advanced("xgboost").auto_tune()  # Train with hyperparameter tuning
kit.evaluate().explain()  # Evaluate and generate SHAP explanations

Advanced Features

# Advanced text processing
kit.sentiment_analysis(["text_column"])
kit.extract_text_features(["text_column"])
kit.generate_wordcloud("text_column")

# Feature engineering
kit.create_polynomial_features(degree=3)
kit.create_date_features(["date_column"])
kit.apply_pca(variance_threshold=0.95)

# AutoML
kit.auto_tune(method="optuna", max_evals=100)
best_models = kit.compare_models("target", task="classification")

# Advanced visualizations
kit.plot_feature_importance(top_n=20)
kit.plot_learning_curves()
kit.plot_validation_curves()

# Algorithm-specific hyperplane visualization
dskit.plot_svm_hyperplane(svm_model, X, y)  # SVM with margins
dskit.plot_logistic_hyperplane(lr_model, X, y)  # Probability contours
dskit.plot_perceptron_hyperplane(perceptron_model, X, y)  # Misclassified points

# Compare multiple algorithm hyperplanes
models = {'SVM': svm, 'LR': lr, 'Perceptron': perceptron}
dskit.compare_algorithm_hyperplanes(models, X, y)

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📚 Complete Feature Documentation

🧩 IMPLEMENTED FEATURES (All Tasks Complete)

Each task below is numbered and written in simple language with enough theory so that any contributor — even new ones — can understand exactly what to build.

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📖 Examples & Tutorials

Complete ML Pipeline Example

import pandas as pd
from dskit import DSKit

# 1. Load and explore
kit = DSKit.load("customer_data.csv")
health_score = kit.data_health_check()  # Returns: 85.3/100

# 2. Comprehensive EDA
kit.comprehensive_eda(target_col="churn", sample_size=1000)
kit.generate_profile_report("eda_report.html")  # Automated EDA report

# 3. Advanced text processing (if text columns exist)
kit.advanced_text_clean(["feedback"])
kit.sentiment_analysis(["feedback"])
kit.extract_text_features(["feedback"])

# 4. Feature engineering
kit.create_date_features(["registration_date"])
kit.create_polynomial_features(degree=2, interaction_only=True)
kit.create_binning_features(["age", "income"], n_bins=5)

# 5. Preprocessing
kit.clean()  # Auto-clean pipeline
kit.handle_imbalanced_data(method="smote")  # Handle class imbalance

# 6. Model training and optimization
X_train, X_test, y_train, y_test = kit.train_test_auto("churn")
comparison = kit.compare_models("churn")  # Compare 10+ algorithms
kit.train_advanced("xgboost").auto_tune(method="optuna", max_evals=50)

# 7. Evaluation and explainability
kit.evaluate().explain()  # Comprehensive evaluation + SHAP
kit.plot_feature_importance()
kit.cross_validate(cv=5)

NLP Pipeline Example

# Text analysis workflow
kit = DSKit.load("reviews.csv")
kit.text_stats(["review_text"])  # Basic text statistics
kit.advanced_text_clean(["review_text"], remove_urls=True, expand_contractions=True)
kit.sentiment_analysis(["review_text"])  # Add sentiment scores
kit.generate_wordcloud("review_text", max_words=100)
kit.extract_keywords("review_text", top_n=20)

Time Series Feature Engineering

# Date/time feature extraction
kit.create_date_features(["transaction_date"])
# Creates: year, month, day, weekday, quarter, is_weekend columns

kit.create_aggregation_features("customer_id", ["amount"], ["mean", "std", "count"])
# Creates aggregated features grouped by customer

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🎯 AutoML Capabilities

DSKit includes comprehensive AutoML features:

• Automated Preprocessing: Smart data cleaning and feature engineering
• Model Selection: Automatic algorithm comparison and selection
• Hyperparameter Optimization: Grid, Random, Bayesian, and Optuna-based tuning
• Feature Selection: Univariate, RFE, and embedded methods
• Ensemble Methods: Voting classifiers and advanced ensembles
• Performance Optimization: Cross-validation and learning curve analysis

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📊 Supported Algorithms

Classification & Regression

• Traditional: Random Forest, Gradient Boosting, SVM, KNN, Naive Bayes
• Advanced: XGBoost, LightGBM, CatBoost, Neural Networks
• Ensemble: Voting Classifiers, Stacking, Bagging

Preprocessing

• Scaling: Standard, MinMax, Robust, Quantile
• Encoding: Label, One-Hot, Target, Binary
• Imputation: Mean, Median, Mode, KNN, Iterative
• Feature Selection: SelectKBest, RFE, RFECV, Embedded

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🔧 Configuration

DSKit supports flexible configuration:

# Global configuration
from dskit.config import set_config
set_config({
    'visualization_backend': 'plotly',  # or 'matplotlib'
    'auto_save_plots': True,
    'default_test_size': 0.2,
    'random_state': 42,
    'n_jobs': -1
})

# Method-specific parameters
kit.auto_tune(method="optuna", max_evals=100, timeout=3600)
kit.comprehensive_eda(sample_size=5000, include_correlations=True)

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🤝 Contributing

We welcome contributions! Please see our Contributing Guide for details.

Development Setup

git clone https://github.com/your-username/dskit.git
cd dskit
pip install -e .[dev,full]
pre-commit install

Running Tests

pytest tests/ --cov=dskit --cov-report=html

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📄 License

This project is licensed under the MIT License - see the LICENSE file for details.

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🙏 Acknowledgments

• Built on top of excellent libraries: pandas, scikit-learn, matplotlib, seaborn, plotly
• Inspired by the need for simplified data science workflows
• Community-driven development with contributions from data scientists worldwide

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📞 Support

• 📚 Documentation: dskit.readthedocs.io
• 🐛 Issues: GitHub Issues
• 💬 Discussions: GitHub Discussions
• 📧 Email: [e-mail]

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DSKit - Making Data Science Simple, Comprehensive, and Accessible! 🚀