odianumerals 1.0.3

A comprehensive library for Odia numeral processing and linguistic conversion.

odianumerals

odianumerals is a linguistically accurate and extensible Python library for working with Odia numerals and number expressions.
It supports modern and classical Odia numbering systems, currency representation, ordinals, and natural-language mathematical expressions.

Built with a strong focus on Indian numbering conventions and Odia linguistic correctness, this library is suitable for NLP, education, localization, and digital humanities projects.

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🚀 Features

• Digit Conversion

  • English ↔ Odia digit transformation
  • Decimal and formatted numeric support

• Number to Words (Odia)

  • Integer and decimal conversion
  • Indian scale: Thousand, Lakh, Crore
  • Grammatically accurate Odia word formation

• Number to Words (English – Indian System)

  • English number words using Lakh/Crore grouping

• Classical Barnabodha System

  • Traditional Odia large-number units
    (Ayuta, Niyuta, Koti, Arbuda, etc.)

• Ordinal Numbers

  • Ordinal numerals: 1 → ୧ମ, 2 → ୨ୟ
  • Ordinal words: 1st → ପ୍ରଥମ, 2nd → ଦ୍ୱିତୀୟ

• Currency Representation

  • Tanka–Paisa conversion
  • Accurate fractional handling

• Mathematical Expressions

  • Human-readable Odia sentences for arithmetic operations

• NLP Utilities

  • Detect, replace, and normalize numerals inside text blocks

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📦 Installation

pip install odianumerals

🛠 Usage Examples

Digit Conversion and Cardinal Words

import odianumerals as odi

# Script Conversion
print(odi.to_odia_digits(1234.50))
# Output: ୧୨୩୪.୫୦

# Odia Word Representation
print(odi.to_odia_words(150000))
# Output: ଏକ ଲକ୍ଷ ପଚାଶ ହଜାର

# English (Indian Scale) Words
print(odi.to_english_words(125000))
# Output: one lakh twenty-five thousand

Ordinals and Currency

# Numeric Ordinals (Supports 'or' or 'od')
print(odi.to_ordinal_numeral(1, lang="or"))
# Output: ୧ମ

# Word-based Ordinals
print(odi.to_ordinal_words(2, lang="or"))
# Output: ଦ୍ୱିତୀୟ

# Monetary Formatting
print(odi.to_odia_currency(105.75))
# Output: ଏକ ଶହ ପାଞ୍ଚ ଟଙ୍କା ସତୁରୀ ପଇସା

Classical and Mathematical Logic

# Classical Barnabodha System
print(odi.to_odia_barnabodha_words(10000))
# Output: ଏକ ଅୟୁତ (One Ayuta)

Mathematical Expressions

# Math in Words
print(odi.calculate_and_express(10, "+", 5))
# Output: ଦଶ ମିଶାଣ ପାଞ୍ଚ ସମାନ ପନ୍ଦର

🎯 Use Cases

• Odia NLP: Text normalization and pre-processing for AI models.
• FinTech: Generating human-readable invoices and receipts in Odia.
• Education: Building math and linguistic e-learning tools for Odisha.
• Localization: Adapting global software for the Odia-speaking demographic.

✍️ Author

Srinibash Samal
A dedicated tool for Odia Language Technology.

🤝 Contributing

Contributions are welcome! If you find a bug or have a feature request, please open an issue on the GitHub repository.

🗺️ Roadmap

• Enhanced decimal pronunciation rules
• Pluralization support for linguistic accuracy
• Text-to-speech friendly output modes
• Expanded Barnabodha unit coverage
• Integration helpers for popular NLP pipelines

📜 License

This project is released under the MIT License.

Made with ❤️ for the Odia language