Maxima vs GiNaC

Struggling to choose between Maxima and GiNaC? Both products offer unique advantages, making it a tough decision.

Maxima is a Education & Reference solution with tags like algebra, calculus, equations, matrices, stem.

It boasts features such as Symbolic manipulation of mathematical expressions, Numerical computations, 2D/3D plotting and visualization, Solving equations and systems of equations, Matrix operations, Integration and differentiation, Taylor series expansions, Laplace and Fourier transforms, Probability and statistics functions, Unit conversions and pros including Free and open source, Cross-platform compatibility, Extensive mathematical capabilities, Can be extended with new functions and features, Good documentation and active user community.

On the other hand, GiNaC is a Development product tagged with symbolic-math, c, arbitrary-precision, integer, rational, complex-number, matrix.

Its standout features include Symbolic manipulation of mathematical expressions, Arbitrary precision integer and rational arithmetic, Complex number and matrix operations, Customizable expression classes and container types, C++ interface for integration into larger projects, and it shines with pros like Open source with permissive licensing, Good performance compared to other CAS systems, Extensible and customizable codebase, Integrates well into C++ projects, Active development community.

Feature	Maxima	GiNaC
Overall Score	N/A	N/A
Primary Category	Education & Reference	Development

Product Overview

Maxima

Description: Maxima is an open-source computer algebra system that provides symbolic computation capabilities. It can manipulate mathematical expressions, differentiate and integrate functions, solve equations, work with matrices, graphs, and more. Useful for STEM fields like math, engineering, physics.

GiNaC

Description: GiNaC is an open-source computer algebra system for symbolic mathematical computations. It has a C++ interface and supports arbitrary precision integer, rational, complex number, symbolic computation, and matrix operations.

Key Features Comparison

Maxima Features

• Symbolic manipulation of mathematical expressions
• Numerical computations
• 2D/3D plotting and visualization
• Solving equations and systems of equations
• Matrix operations
• Integration and differentiation
• Taylor series expansions
• Laplace and Fourier transforms
• Probability and statistics functions
• Unit conversions

GiNaC Features

• Symbolic manipulation of mathematical expressions
• Arbitrary precision integer and rational arithmetic
• Complex number and matrix operations
• Customizable expression classes and container types
• C++ interface for integration into larger projects

Pros & Cons Analysis

Maxima

Pros

• Free and open source
• Cross-platform compatibility
• Extensive mathematical capabilities
• Can be extended with new functions and features
• Good documentation and active user community

Cons

• Steep learning curve
• User interface not very intuitive
• Limited capabilities for numeric computations compared to MATLAB or NumPy
• Graphics and visualization not as advanced as MATLAB or Mathematica

GiNaC

Pros

• Open source with permissive licensing
• Good performance compared to other CAS systems
• Extensible and customizable codebase
• Integrates well into C++ projects
• Active development community

Cons

• Limited documentation and learning resources
• Steep learning curve compared to other CAS
• Not as full-featured as commercial alternatives
• Lacks some advanced symbolic capabilities
• User interface not as polished as alternatives

Pricing Comparison

Maxima

• Open Source

GiNaC

• Open Source