dayana-endostat 0.1.0

A library for clinical & statistical calculations in Endodontics

dayana-endostat

dayana-endostat is a Python library designed for statistical analysis and calculations relevant to the field of Endodontics. Created with love for my girlfriend who is a dentist aka toothfairy <3

Installation

You can install the package using pip:

pip install dayana-endostat

Table of Contents

• Features
• Installation
• Usage
• Available Functions
• Contributing
• License

Features

• Calculate crown-to-root ratios
• Estimate root canal volumes
• Compute anesthesia dosages
• Determine treatment success and failure rates
• Calculate the surface area of teeth
• Convert length units (mm, cm, inches)
• And more...

Available Functions

1. Crown-to-Root Ratio

def crown_to_root_ratio(crown_length, root_length)
Calculates the ratio of the crown length to the root length.

2. Root Canal Volume

def root_canal_volume(radius, length)
Calculates the volume of the root canal using the formula for a cylinder.

3. Pulp Chamber Volume

def pulp_chamber_volume(radius, height)
Estimates the volume of the pulp chamber, approximated as a cone.

4. Anesthesia Dosage

def anesthesia_dosage(weight, dosage_per_kg)
Calculates the required dosage of local anesthetics based on the patient's weight.

5. Success Rate

def success_rate(successes, total_treatments)
Calculates the treatment success rate as a percentage.

6. Failure Rate

def failure_rate(failures, total_treatments)
Calculates the treatment failure rate as a percentage.

7. Surface Area of Tooth

def surface_area_of_tooth(height, radius)
Calculates the surface area of a tooth, assuming it is conical.

8. Average Root Canal Curvature

def average_root_canal_curvature(angles)
Calculates the average curvature of root canals based on a list of angles in degrees.

9. Length Conversion

def convert_length_units(length, from_unit, to_unit)
Converts lengths between mm, cm, and inches.

10. Canal Diameter Calculation

def calculate_canal_diameter(volume, length)
Calculates the diameter of the canal given its volume and length.

Contributing

Contributions are welcome! If you have suggestions for improvements or new features, please feel free to submit a pull request or open an issue.

License

This project is licensed under the MIT License. See the LICENSE file for more details.