Expression Parsing
- jsep:
jsep specializes in parsing mathematical expressions into an abstract syntax tree (AST). This allows developers to analyze and manipulate the structure of expressions, making it a great choice for building custom evaluators or interpreters.
- mathjs:
mathjs features a powerful parser that can handle complex expressions, including support for variables, functions, and even units. It generates an AST, allowing for advanced manipulation and evaluation of mathematical expressions.
- math-expression-evaluator:
math-expression-evaluator offers basic parsing capabilities to convert string expressions into evaluable formats. It is straightforward and easy to use, making it suitable for simple applications without complex parsing requirements.
- expr-eval:
expr-eval provides a simple parser that can handle basic arithmetic expressions and functions. It converts string expressions into a format that can be evaluated, but it does not generate an AST, making it less suitable for complex parsing needs.
Evaluation Capabilities
- jsep:
jsep does not evaluate expressions; it only parses them into an AST. This makes it ideal for scenarios where evaluation is handled separately or where custom evaluation logic is needed.
- mathjs:
mathjs offers extensive evaluation capabilities, supporting a wide range of mathematical functions, units, and complex numbers. It can evaluate expressions with high precision and is suitable for applications requiring advanced mathematical computations.
- math-expression-evaluator:
math-expression-evaluator provides straightforward evaluation of mathematical expressions, including support for variables and basic functions. It is user-friendly and designed for quick evaluations without complex setups.
- expr-eval:
expr-eval excels in evaluating expressions quickly and efficiently. It supports basic arithmetic operations, functions, and variable substitution, making it suitable for dynamic calculations in applications.
Complexity and Learning Curve
- jsep:
jsep has a moderate learning curve as it requires understanding of ASTs and how to manipulate them. It is best suited for developers who are comfortable with building custom evaluation logic and need detailed control over expression parsing.
- mathjs:
mathjs has a steeper learning curve due to its extensive features and capabilities. However, it provides comprehensive documentation and examples, making it accessible for developers willing to invest time in learning its functionalities.
- math-expression-evaluator:
math-expression-evaluator is straightforward and easy to learn, making it ideal for beginners or those who need a simple solution for evaluating expressions without extensive features.
- expr-eval:
expr-eval is easy to integrate and has a low learning curve, making it suitable for developers who need quick evaluations without delving into complex setups. Its simplicity is its main advantage.
Advanced Features
- jsep:
jsep is primarily a parsing library and does not include evaluation or advanced mathematical functions. It is designed for developers who need to build their own evaluation logic on top of the parsed expressions.
- mathjs:
mathjs stands out with a wide array of advanced features, including support for complex numbers, matrices, units, and statistical functions. It is a robust choice for applications needing extensive mathematical capabilities.
- math-expression-evaluator:
math-expression-evaluator offers basic support for variables and functions but lacks advanced features like unit handling or complex number support, making it suitable for simple applications.
- expr-eval:
expr-eval focuses on core evaluation features without additional functionalities like unit support or advanced mathematical operations, making it lightweight but limited in scope.
Community and Support
- jsep:
jsep has a niche community focused on expression parsing, and while it may not have extensive resources, its simplicity allows for quick understanding and implementation.
- mathjs:
mathjs has a large and active community, with extensive documentation, tutorials, and examples available. This makes it easier for developers to find support and resources for complex implementations.
- math-expression-evaluator:
math-expression-evaluator has a moderate user base with sufficient documentation, making it easy to find help for common issues and questions.
- expr-eval:
expr-eval has a smaller community and limited support compared to larger libraries, but it is straightforward enough that many users can self-support through documentation.