calc-ultra 1.2.5

A calculus calculator with a menu-based interface.

calc-ultra

Calculus made easy

The Calc-ULTRA calculus calculator, but as a module!

• Little Python background knowledge needed!

Supports:

• Simple calculations
• Derivatives
• Partials
• Implicit differentiation
• Antiderivatives
• Definite integrals
• Improper integrals
• Limits
• One-sided limits

NEW SINCE V1.2.1: Graphs for differentiation and integrals are supported!

Note

This is the module package of the Calc-ULTRA calculator. For the Python script of this package, visit https://github.com/sudoer-Huatao/Calc-ULTRA

Installation and Running

Run the calculus calculator with a single line of code

Command line: pip install calc-ultra. Due to Python import identifiers restrictions, please import Calc-ULTRA as calc_ultra and not calc-ultra when you need to use the calculator.

To run the calculator, import Calc-ULTRA as calc_ultra like so:

from calc_ultra import main

Make sure you have the latest version installed. For example, if the latest version is 1.0.2, type pip install calc-ultra==1.0.2 to reinstall the module.

Demo (version used: v1.0.1):

https://github.com/sudoer-Huatao/calc_ultra/assets/135504586/17170f6e-4d7a-42ef-8d1d-121cde82f26a

Requirements

This program requires the sympy, numpy, and matplotlib modules installed. Other required modules are built in to most Python IDEs.

Warnings

Function limitations

Due to limitations of the SymPy module, some functions cannot be integrated. The Error Function erf(x) can be integrated in both indefinite integral and definite integral calculation, but the Absolute Value and Factorial functions are only available to definite integral calculations. Also, the factorial function cannot be graphed properly. Integration of composed functions are also limited due to SymPy limitations. While some composed functions work, others don't. 😟

Test PYPI

Previous test versions of this project are on Test PYPI. View on https://test.pypi.org/project/calc-ultra/.

Acknowledgements

Without them, this would be impossible

A general thank-you to all GitHub users who gave feedback and/or starred this repository. ⭐️ And... a SPECIAL THANK-YOU to @Haobot for troubleshooting and feedback! 👍❤️

This program was made using SymPy and SciPy for calculation and Matplotlib and NumPy for graphing.

Gallery

DerivaCalc derivative with graph demo:

InteCalc antiderivative with graph demo:

InteCalc definite integral with graph demo:

LimCalc limit demo:

License

This project is licensed under the terms of the MIT license.