build(deps): bump @cortex-js/compute-engine from 0.20.2 to 0.30.2

[dependabot]

Bumps @cortex-js/compute-engine from 0.20.2 to 0.30.2.

Changelog

Sourced from @​cortex-js/compute-engine's changelog.

0.30.2 2025-07-15

Breaking Changes

• The expr.value property reflects the value of the expression if it is a number literal or a symbol with a literal value. If you previously used the expr.value property to get the value of an expression, you should now use the expr.N().valueOf() method instead. The valueOf() method is suitable for interoperability with JavaScript, but it may result in a loss of precision for numbers with more than 15 digits.

• BoxedExpr.sgn now returns undefined for complex numbers, or symbols with a complex-number value.

• The ce.assign() method previously accepted ce.assign("f(x, y)", ce.parse("x+y")). This is now deprecated. Use ce.assign("f", ce.parse("(x, y) \\mapsto x+y") instead.

• It was previously possible to invoke expr.evaluate() or expr.N() on a non-canonical expression. This will now return the expression itself.

  To evaluate a non-canonical expression, use expr.canonical.evaluate() or expr.canonical.N().

  That's also the case for the methods numeratorDenominator(), numerator(), and denominator().

  In addition, invoking the methods inv(), abs(), add(), mul(), div(), pow(), root(), ln() will throw an error if the expression is not canonical.

New Features and Improvements

• Collections now support lazy materialization. This means that the elements of some collection are not computed until they are needed. This can significantly improve performance when working with large collections, and allow working with infinite collections. For example:

  ce.box(['Map', 'Integers', 'Square']).evaluate().print();
  // -> [0, 1, 4, 9, 16, ...]

  Materialization can be controlled with the materialization option of the evaluate() method. Lazy collections are materialized by default when converted to a string or LaTeX, or when assigned to a variable.

• The bindings of symbols and function expressions is now consistently done during canonicalization.

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