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Symbolica 0.2.0 is released!

Notable changes:

• Conditions on patterns are now logical expressions and use overloaded operators, &,|,! (~ in Python)
• Replacement now accepts settings, currently the only setting is non_greedy_wildcards
• Function.NUM has been renamed to Function.COEFF and to_num to to_coeff

Migration guide:

• In Rust, you can now use into() to convert a tuple of the wildcard identifier and the pattern restriction into a condition
• In Python req_ntype(..) and req_ngreedy are deprecated. Use ~x__.req_type(..) and option non_greedy_wildcards=[x__] instead

Symbolica 0.4.0 is released!

Notable changes

• Integration of polynomials and rational polynomials
• Level range restrictions for pattern matching
• Together and apart for expressions
• Simple algebraic number support
• Add dense univariate polynomial
• Add resultant function for fields and resultant_prs for rings
• Code coverage testing suite
• New Python API documentation

Upgrade note

• Rust users will have to replace the module representations by atom

Symbolica 0.5.0 is released!

Notable changes

• Puiseux series expansion support with additional support for log(x)
• Term streaming for very large expressions
• Import/export of expressions and state (Rust only for now)
• Option to expand in particular variable

Upgrade note

• Define variables and symbols in Python API using symbol/symbols, instead of var/vars/,fun/funs
• Expressions are now callable and a function is created if the expression is a variable (see #api>python )

Symbolica 0.3.0 is released!

Notable changes:

• Remove explicit workspace and state construction by the user. This greatly improves Rust ergonomics (see Zulip) and is one of the final milestones for a Symbolica 1.0 release
• Introduce linear algebra and matrix manipulation
• Performance improvements for rational polynomial arithmetic
• Computational graph generation with C++ output for dependent expressions
• Add numerical integration state importing and exporting for easy use on HPC clusters
• Add convenience methods in Rust that allocate and ones that recycle memory, i.e. expand() vs expand_into(&mut atom)

Symbolica 0.1.0 marks the first official release of Symbolica :tada:

A very short and incomplete overview of its features are given here:

• Pattern matching
• Common operations such as expansion and derivative taking
• State-of-the-art polynomial arithmetic
• Parallel execution over terms
• Fully functional and easy to use Python API
• Expression simplification for numerical evaluation
• Highly customizable numerical integration tool

Click here to start using Symbolica!