Top Alternatives to Maxima

Looking for Maxima alternatives? We've curated 7 top alternatives that offer similar functionality. Whether you need options, free plans, or open source solutions, explore our comprehensive list to find the perfect fit for your needs.

Open Source More about Maxima

Categories:

Education & Reference

Platforms:

Mathematica

Commercial

Mathematica is a comprehensive software suite for technical computing, widely used in scientific, engineering, and mathematical fields for its powerful symbolic and numerical computation capabilities.

Key Features

Extremely powerful symbolic and numerical computation capabilities.
Comprehensive all-in-one platform for computation, visualization, and documentation.
Vast library of built-in functions and access to curated data.

vs Maxima

Extremely powerful symbolic and numerical computation capabilities. compared to Maxima

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Sage

Open Source

SageMath is a free open-source mathematics software system that provides a comprehensive environment for symbolic and numerical computation, algebra, calculus, and more. It integrates various existing mathematics software packages into a common Python-based interface.

Key Features

Free and open-source
Comprehensive range of mathematical capabilities
Excellent interactive notebook interface

vs Maxima

Free and open-source compared to Maxima

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wxMaxima

Open Source

wxMaxima is a powerful graphical interface for the Maxima computer algebra system. It provides a user-friendly environment for symbolic and numerical computations, equation solving, calculus, plotting, and more, making complex mathematical tasks more accessible.

Key Features

Provides a user-friendly graphical interface for the powerful Maxima CA S.
Strong symbolic computation and calculus capabilities.
Integrated 2D and 3D plotting.

vs Maxima

Provides a user-friendly graphical interface for the powerful Maxima CA S. compared to Maxima

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Maple

Commercial

Maple is a powerful mathematical computing environment and multi-paradigm programming language designed for engineers, scientists, educators, and students. It provides a comprehensive suite of tools for symbolic and numeric computation, data analysis, visualization, and application development across numerous domains.

Key Features

Powerful symbolic and numeric computation capabilities.
Comprehensive library of mathematical functions.
Interactive document interface for creating dynamic computations and explanations.

vs Maxima

Powerful symbolic and numeric computation capabilities. compared to Maxima

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Julia

Open Source

Julia is a high-level, dynamic programming language designed for technical computing with performance comparable to traditional compiled languages. It excels in numerical analysis, data science, and scientific computing, offering a flexible environment for both rapid prototyping and high-performance code.

Key Features

Exceptional performance for numerical computations, often comparable to C or Fortran.
Flexible and dynamic language with a relatively clean syntax.
Powerful multiple dispatch system enhances code reusability and extensibility.

vs Maxima

Exceptional performance for numerical computations, often comparable to C or Fortran. compared to Maxima

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SymPy

Open Source

SymPy is a comprehensive Python library for symbolic mathematics. It empowers users to perform advanced mathematical computations, ranging from basic algebra and calculus to more complex concepts like differential equations and geometric algebra, all within the familiar Python environment.

Key Features

Provides exact symbolic results.
Seamless integration with the Python ecosystem.
Open source and free to use.

vs Maxima

Provides exact symbolic results. compared to Maxima

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Mathcad

Commercial

Mathcad is a powerful software for technical calculations, documentation, and engineering problem-solving. It allows users to express mathematical equations using standard notation, making it easy to read, understand, and verify complex calculations.

Key Features

Uses standard mathematical notation for clarity and readability.
Integrated environment for calculations, text, and graphics.
Automatic unit tracking and conversion prevents errors.

vs Maxima

Uses standard mathematical notation for clarity and readability. compared to Maxima

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Mathematica

Commercial

Key Features

Extremely powerful symbolic and numerical computation capabilities.
Comprehensive all-in-one platform for computation, visualization, and documentation.
Vast library of built-in functions and access to curated data.

vs Maxima

Extremely powerful symbolic and numerical computation capabilities. compared to Maxima

View Details

Sage

Open Source

Key Features

Free and open-source
Comprehensive range of mathematical capabilities
Excellent interactive notebook interface

vs Maxima

Free and open-source compared to Maxima

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wxMaxima

Open Source

Key Features

Provides a user-friendly graphical interface for the powerful Maxima CA S.
Strong symbolic computation and calculus capabilities.
Integrated 2D and 3D plotting.

vs Maxima

Provides a user-friendly graphical interface for the powerful Maxima CA S. compared to Maxima

View Details

Maple

Commercial

Key Features

Powerful symbolic and numeric computation capabilities.
Comprehensive library of mathematical functions.
Interactive document interface for creating dynamic computations and explanations.

vs Maxima

Powerful symbolic and numeric computation capabilities. compared to Maxima

View Details

Julia

Open Source

Key Features

Exceptional performance for numerical computations, often comparable to C or Fortran.
Flexible and dynamic language with a relatively clean syntax.
Powerful multiple dispatch system enhances code reusability and extensibility.