kanakkadhigaram 0.1.0

Python implementation of ancient Tamil mathematical systems from the classical text Kanakkadhigaram

Kanakkadhigaram

A Python library encoding ancient Tamil mathematical systems from the classical text Kanakkadhigaram (கணக்காதிகாரம்). This package preserves and makes accessible the mathematical knowledge of medieval Tamil scholars, transforming centuries-old computational methods into modern, usable Python code.

About Kanakkadhigaram

The Kanakkadhigaram is a 10th-century Tamil mathematical text covering practical arithmetic, measurement, agriculture, trade, astronomy, and cosmology. This library systematically implements the mathematical operations, unit conversions, and calculation methods described in this classical work, enabling both cultural preservation and practical computation.

Features

7 Domain-Specific Modules:

• enn_arithal - Fundamental arithmetic & number theory

  • Number scales (Peruen, Saaram systems)
  • Exponential and geometric progressions
  • Arithmetic sequences and summations

• alaviyal - Units of measurement & weight

  • Length, weight, volume conversions
  • Historical Tamil measurement standards
  • Geometric calculations for measurements

• nilam - Land area calculations

  • Field area computations (square, circular, triangular)
  • Agricultural land measurements
  • Historical Tamil land units

• vivasaya_kanakku - Agricultural mathematics

  • Grain calculations (rice, millet)
  • Crop yield estimates
  • Harvest & storage computations

• vaniga_kanakku - Commerce & trade mathematics

  • Monetary calculations
  • Gold & precious metal quantifications
  • Historical trade unit conversions

• porul_alavai - Value & asset measurements

  • Material valuations
  • Property assessments
  • Economic unit conversions

• andaviyal - Cosmology & astronomical calculations

  • Universe age calculations (Kali, Saka, Yugam)
  • Astronomical time conversions
  • Celestial period calculations

Installation

Install from PyPI:

pip install kanakkadhigaram

Or install from source:

git clone https://github.com/srinithi-karunakaran/kanakkadhigaram.git
cd kanakkadhigaram
pip install -e .

Quick Start

Basic Usage

from kanakkadhigaram import enn_arithal, nilam, vivasaya_kanakku

# Number scale conversions
units = enn_arithal.list_peru_en_units()
result = enn_arithal.convert_peru_en(1, "கற்பம்", "அணு")

# Land area calculations
area = nilam.square_area(10)  # 10 x 10 field
circular_area = nilam.circular_area(radius=5)

# Agricultural computations
rice_yield = vivasaya_kanakku.arisi_calculation(quantity=100, unit="மணி")

Working with Modules

# Arithmetic sequences
from kanakkadhigaram.enn_arithal import padiyadi_sum
total = padiyadi_sum(first_term=1, common_diff=2, num_terms=10)

# Measurement conversions
from kanakkadhigaram.alaviyal import edai_alavai
weight_in_grams = edai_alavai.convert_weight(5, "வராகம்", "அணு")

# Astronomical calculations
from kanakkadhigaram.andaviyal import yugam_saka_kali
kali_year = yugam_saka_kali.convert_yugam_to_kali(year=1000)

Module Documentation

enn_arithal - Arithmetic & Number Systems

Function	Purpose
convert_peru_en()	Convert between magnitude scales
convert_saaram()	Convert between length scales
list_peru_en_units()	List available units in Peru scale
exponential_double()	Compute geometric doubling
padiyadi_ilakkam_sum()	Sum arithmetic sequences
enn_perukkam()	Large number expansion

nilam - Land & Area

Function	Purpose
square_area()	Calculate square field area
circular_area()	Calculate circular field area
triangular_area()	Calculate triangular field area
rectangular_area()	Calculate rectangular field area
convert_nilam()	Convert between land units

vivasaya_kanakku - Agriculture

Function	Purpose
arisi_calculation()	Rice grain calculations
nell_calculation()	Millet grain calculations
pala_sulai_kanakku()	Fruit/crop calculations
pusani_vidai_kanakku()	Seeding rate calculations

alaviyal - Measurements

Function	Purpose
edai_alavai()	Weight conversions
neer_kanaku()	Liquid volume calculations
kozh_alavu()	Grain measure conversions

vaniga_kanakku - Commerce

Function	Purpose
ponn_calculation()	Gold & precious metal calculations
kall_kannaku()	Currency & monetary conversions

andaviyal - Cosmology

Function	Purpose
convert_yugam_to_kali()	Yugam to Kali conversion
convert_saka_to_kali()	Saka to Kali conversion
yukam_age_calculation()	Universe age calculations
nakshatra_time_mapping()	Constellation & time mappings

porul_alavai - Values & Measures

Function	Purpose
porul_maa_maatruthal()	Standard value calculations
kadal_uppu_alavai()	Salt & sea measures

Testing

Run the test suite:

pytest tests/

Run tests with coverage:

pytest --cov=kanakkadhigaram tests/

Specific module tests:

pytest tests/test_enn_arithal.py -v
pytest tests/test_nilam.py -v
pytest tests/test_vivasaya_kanakku.py -v

Historical Context

The Kanakkadhigaram encodes computational wisdom from 10th-century Tamil scholars. Each module maps to a section of the original text relating to

• ** Basic arithmetic (enn_arithal)
• ** Measurements (alaviyal)
• ** Land calculations (nilam)
• ** Agricultural methods (vivasaya_kanakku)
• ** Trade calculations (vaniga_kanakku)
• ** Valuations (porul_alavai)
• ** Cosmological time (andaviyal)

Unit Conversions

Example: Converting Units

from kanakkadhigaram.enn_arithal import convert_peru_en

# Convert 1 Kalpam to Anu (smallest unit)
result = convert_peru_en(1, "கற்பம்", "அணு")
print(f"1 Kalpam = {result} Anu")

# Check available units
units = list_peru_en_units()
print(f"Available units: {units}")

Use Cases

• Historical Mathematics Education: Learn authentic Tamil mathematical traditions
• Cultural Heritage Preservation: Access classical Tamil knowledge in modern form
• Computational History: Understand ancient computational methods
• Academic Research: Reference implementations for historical mathematics papers
• Educational Projects: Teach programming using cultural context

Package Structure

kanakkadhigaram/
├── kanakkadhigaram/
│   ├── __init__.py
│   ├── enn_arithal/          # Arithmetic & numbers
│   ├── alaviyal/             # Measurements
│   ├── nilam/                # Land calculations
│   ├── vivasaya_kanakku/     # Agriculture
│   ├── vaniga_kanakku/       # Commerce
│   ├── porul_alavai/         # Values
│   └── andaviyal/            # Cosmology
├── tests/
│   ├── test_enn_arithal.py
│   ├── test_alaviyal.py
│   ├── test_nilam.py
│   ├── test_vivasaya_kanakku.py
│   ├── test_vaniga_kanakku.py
│   ├── test_porul_alavai.py
│   └── test_andaviyal.py
├── README.md
├── LICENSE
└── pyproject.toml

Contributing

Contributions are welcome! Please:

1. Fork the repository
2. Create a feature branch (git checkout -b feature/amazing-feature)
3. Add tests for new functionality
4. Commit changes (git commit -m 'Add amazing feature')
5. Push to branch (git push origin feature/amazing-feature)
6. Open a Pull Request

License

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

Copyright (c) 2026 Srinithi Karunakaran

Acknowledgments

• The Kanakkadhigaram scholars for preserving mathematical knowledge
• The Tamil language community for maintaining classical texts
• Contributors and users who help expand and improve this library

Support & Contact

For issues, questions, or suggestions:

• Open an issue on GitHub
• Refer to test files for usage examples
• Check module docstrings for detailed function documentation

References

• Original Kanakkadhigaram text (10th century)
• Tamil mathematical history resources
• Classical computation method references

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Kanakkadhigaram: Bridging ancient Tamil mathematical wisdom with modern computation.