[Unreleased]

New Features

Expanded LaTeX dictionary with \max, \min, \sup, \inf and \lim functions
Added Supremum and Infimum functions
Added numerical evaluation of limits with Limit functions and NLimit functions, using a Richardson Extrapolation.

console.info(ce.parse("\\lim_{x\\to0} \\frac{\\sin x}{x}").N().json);
// -> 1

console.info(
  ce.box(["NLimit", ["Divide", ["Sin", "_"], "_"], 0]).evaluate().json
);
// -> 1

console.info(ce.parse("\\lim_{x\\to \\infty} \\cos \\frac{1}{x}").N().json);
// -> 1

Added Assign and Declare functions to assign values to symbols and declare symbols with a domain.
Block evaluations with local variables work now. For example:

ce.box(["Block", ["Assign", "c", 5], ["Multiply", "c", 2]]).evaluate().json;
// -> 10

You can return from the middle of a block with the Return statement:

ce
  .box(["Block", ["Assign", "c", 5], ["Return", "c"], ["Multiply", "c", 2]])
  .evaluate().json;
// -> 5

0.17.0

Release Date: 2023-10-12

Breaking Changes

The Nothing domain has been renamed to NothingDomain
The Functions, Maybe, Sequence, Dictionary, List and Tuple domain constructors have been renamed to FunctionOf, OptArg, VarArg, DictionaryOf, ListOf and TupleOf, respectively.
Domains no longer require a ["Domain"] expression wrapper, so for example ce.box("Pi").domain returns "TranscendentalNumbers" instead of ["Domain", "TranscendentalNumbers"].
The VarArg domain constructor now indicates the presence of 0 or more arguments, instead of 1 or more arguments.
The MaybeBooleans domain has been dropped. Use ["Union", "Booleans", "NothingDomain"] instead.
The ce.defaultDomain has been dropped. The domain of a symbol is now determined by the context in which it is used, or by the ce.assume() method. In some circumstances, the domain of a symbol can be undefined.

New Features

Symbolic derivatives of expressions can be calculated using the D function. For example, ce.box(["D", ce.parse("x^2 + 3x + 1"), "x"]).evaluate().latex returns "2x + 3".

Improvements

Some frequently used expressions are now available as predefined constants, for example ce.Pi, ce.True and ce.Numbers.
Improved type checking and inference, especially for functions with complicated or non-numeric signatures.

Bugs Fixed

Invoking a function repeatedly would invoke the function in the original scope rather than using a new scope for each invocation.

0.16.0

Release Date: 2023-09-29

Breaking Changes

The methods ce.let() and ce.set() have been renamed to ce.declare() and ce.assign() respectively.
The method ce.assume() requires a predicate.
The signatures of ce.assume() and ce.ask() have been simplified.
The signature of ce.pushScope() has been simplified.
The expr.freeVars property has been renamed to expr.unknowns. It returns the identifiers used in the expression that do not have a value associated with them. The expr.freeVariables property now return the identifiers used in the expression that are defined outside of the local scope and are not arguments of the function, if a function.

New Features

Domain Inference when the domain of a symbol is not set explicitly (for example with ce.declare()), the domain is inferred from the value of the symbol or from the context of its usage.
Added Assume, Identity, Which, Parse, N, Evaluate, Simplify, Domain.
Assignments in LaTeX: x \\coloneq 42 produce ["Assign", "x", 42]
Added ErfInv (inverse error function)
Added Factorial2 (double factorial)

Functions

Functions can now be defined:
- using ce.assign() or ce.declare()
- evaluating LaTeX: (x, y) \\mapsto x^2 + y^2
- evaluating MathJSON: ["Function", ["Add", ["Power", "x", 2], ["Power", "y", 2]]], "x", "y"]
Function can be applied using \operatorname{apply} or the operators \rhd and \lhd:
- \operatorname{apply}(f, x)
- f \rhd x
- x \lhd f

See Adding New Definitions and Functions.

Control Structures

Added FixedPoint, Block, If, Loop
Added Break, Continue and Return statements

See Control Structures

Calculus

Added numeric approximation of derivatives, using an 8-th order centered difference approximation, with the ND function.
Added numeric approximation of integrals, using a Monte Carlo method with rebasing for improper integrals, with the NIntegrate function
Added symbolic calculation of derivatives with the D function.

Collections

Added support for collections such as lists, tuples, ranges, etc...

See Collections

Collections can be used to represent various data structures, such as lists, vectors, matrixes and more.

They can be iterated, sliced, filtered, mapped, etc...

["Length", ["List", 19, 23, 5]]
// -> 3

["IsEmpty", ["Range", 1, 10]]
// -> "False"

["Take", ["Linspace", 0, 100, 50], 4]
// -> ["List", 0, 2, 4, 6]

["Map", ["List", 1, 2, 3], ["Function", "x", ["Power", "x", 2]]]
// -> ["List", 1, 4, 9]

["Exclude", ["List", 33, 45, 12, 89, 65], -2, 2]
// -> ["List", 33, 12, 65]


["First", ["List", 33, 45, 12, 89, 65]]
// -> 33

Improvements

The documentation at https://cortexjs.io/compute-engine/ has been significantly rewritten with help from an AI-powered writing assistant.

Bug Fixes

The LaTeX string returned in ["Error"] expression was incorrectly tagged as Latex instead of LatexString.

0.15.0

Release Date: 2023-09-14

Improvements

The ce.serialize() function now takes an optional canonical argument. Set it to false to prevent some transformations that are done to produce more readable LaTeX, but that may not match exactly the MathJSON. For example, by default ce.serialize(["Power", "x", -1]) returns \frac{1}{x} while ce.serialize(["Power", "x", -1], {canonical: false}) returnsx^{-1}.
Improved parsing of delimiters, i.e. \left(, \right], etc...
Added complex functions Real, Imaginary, Arg, Conjugate, AbsArg. See https://cortexjs.io/compute-engine/reference/complex/
Added parsing and evaluation of \Re, \Im, \arg, ^\star (Conjugate).
#104 Added the ["ComplexRoots", x, n] function which returns the nthroot of x.
Added parsing and evaluation of statistics functions Mean, Median, StandardDeviation, Variance, Skewness, Kurtosis, Quantile, Quartiles, InterquartileRange, Mode, Count, Erf, Erfc. See https://cortexjs.io/compute-engine/reference/statistics/

0.14.0

Release Date: 2023-09-13

Breaking Changes

The entries in the LaTeX syntax dictionary can now have LaTeX triggers (latexTrigger) or triggers based on identifiers (identifierTrigger). The former replaces the trigger property. The latter is new. An entry with a triggerIdentifier of average will match \operatorname{average}, \mathrm{average} and other variants.
The ce.latexOptions and ce.jsonSerializationOptions properties are more robust. They can be modified directly or one of their properties can be modified.

Improvements

Added more functions and symbols supported by expr.compile():
- Factorial postfix operator 5!
- Gamma function \Gamma(2)
- LogGamma function \operatorname{LogGamma}(2)
- Gcd function \operatorname{gcd}(20, 5)
- Lcm function \operatorname{lcm}(20, 5)
- Chop function \operatorname{chop}(0.00000000001)
- Half constant \frac{1}{2}
- 'MachineEpsilon' constant
- GoldenRatio constant
- CatalanConstant constant
- EulerGamma constant \gamma
- Max function \operatorname{max}(1, 2, 3)
- Min function \operatorname{min}(13, 5, 7)
- Relational operators: Less, Greater, LessEqual, GreaterEqual, 'Equal', 'NotEqual'
- Some logical operators and constants: And, Or, Not, True, False
More complex identifiers syntax are recognized, including \\mathbin{}, \\mathord{}, etc... \\operatorname{} is the recommended syntax, though: it will display the identifier in upright font and with the propert spacing, and is properly enclosing. Some commands, such as \\mathrm{} are not properly enclosing: two adjacent \\mathrm{} command could be merged into one.
Environments are now parsed and serialized correctly.
When parsing LaTeX, function application is properly handled in more cases, including custom functions, e.g. f(x)
When parsing LaTeX, multiple arguments are properly handled, e.g. f(x, y)
Add LaTeX syntax for logical operators:
- And: \land, \operatorname{and} (infix or function)
- Or: \lor, \operatorname{or} (infix or function)
- Not: \lnot, \operatorname{not} (prefix or function)
- Xor: \veebar (infix)
- Nand: \barwedge (infix)
- Nor: ^^^^22BD (infix)
- Implies: \implies (infix)
- Equivalent: \iff (infix)
When a postfix operator is defined in the LaTeX syntax dictionary of the form ^ plus a single token, a definition with braces is added automatically so that both forms will be recognized.
Extended the LaTeX dictionary with:
- floor
- ceil
- round
- sgn
- exp
- abs
- gcd
- lcm
- apply
Properly handle inverse and derivate notations, e.g. \sin^{-1}(x), \sin'(x), \cos''(x), \cos^{(4)}(x)or even\sin^{-1}''(x)`

0.13.0

Release Date: 2023-09-09

New Features

Some expressions can be compiled to Javascript. This is useful to evaluate an expression many times, for example in a loop. The compiled expression is faster to evaluate than the original expression. To get the compiled expression, use expr.compile(). Read more at https://cortexjs.io/compute-engine/guides/compiling

Bug Fixes and Improvements

Fixed parsing and serialization of extended LaTeX synonyms for e and i.
Fixed serialization of Half.
Fixed serialization of Which
Improved serialization of ["Delimiter"] expressions.

0.12.7

Release Date: 2023-09-08

Improvements

Made customization of the LaTeX dictionary simpler. The ce.latexDictionary property can be used to access and modify the dictionary. The documentation at https://cortexjs.io/compute-engine/guides/latex-syntax/#customizing-the-latex-dictionary has been updated.

0.12.6

Release Date: 2023-09-08

Breaking Changes

New API for the Parser class.

Improvements and Bux Fixes

The ComputeEngine now exports the bignum() and complex() methods that can be used to create bignum and complex numbers from strings or numbers. The methods isBigNum() and isComplex() have also been added to check if a value is a bignum (Decimal) or complex (Complex) number, for example as returned by expr.numericValue.
#69 \leq was incorrectly parsed as Equals instead of LessEqual
#94 The \exp command was not parsed correctly.
Handle PlusMinus in infix and prefix position, i.e. a\pm b and \pm a.
Improved parsing, serialization
Improved simplification
Improved evaluation of Sum and Product
Support complex identifiers (i.e. non-latin scripts, emojis).
Fixed serialization of mixed numbers.

0.12.1

Release Date: 2022-12-01

Work around unpckg.com issue with libraries using BigInt.

0.12.0

Release Date: 2022-11-27

Breaking Changes

The expr.symbols property return an array of string. Previously it returned an array of BoxedExpression.

Improvements

Rewrote the rational computation engine to use JavaScript bigint instead of Decimal instances. Performance improvements of up to 100x.
expr.freeVars provides the free variables in an expression.
Improved performance of prime factorization of big num by x100.
Added ["RandomExpression"]
Improved accuracy of some operations, for example expr.parse("1e999 + 1").simplify()

Bug Fixes

When ce.numericMode === "auto", square roots of negative numbers would return an expression instead of a complex number.
The formatting of LaTeX numbers when using ce.latexOptions.notation = "engineering" or "scientific" was incorrect.
The trig functions no longer "simplify" to the less simple exponential formulas.
The canonical order of polynomials now orders non-lexicographic terms of degree 1 last, i.e. "ax^2+ bx+ c" instead of "x + ax^2 + bx".
Fixed evaluation of inverse functions
Fixed expr.isLess, expr.isGreater, expr.isLessEqual, expr.isGreaterEqual and ["Min"], ["Max"]

0.11.0

Release Date: 2022-11-18

Breaking Changes

The signature of ce.defineSymbol(), ce.defineFunction() and ce.pushScope() have changed

Improvements

When a constant should be held or substituted with its value can now be more precisely controlled. The hold symbol attribute is now holdUntil and can specify at which stage the substitution should take place.

Bug Fixes

Some constants would return a value as bignum or complex even when the numericMode did not allow it.
Changing the value or domain of a symbol is now correctly taken into account. Changes can be made with ce.assume(), ce.set() or expr.value.
When a symbol does not have a value associated with it, assumptions about it (e.g. "x > 0") are now correctly tracked and reflected.

0.10.0

Release Date: 2022-11-17

Breaking Changes

expr.isLiteral has been removed. Use expr.numericValue !== null and expr.string !== null instead.

Bug Fixes

Calling ce.forget() would not affect expressions that previously referenced the symbol.

Improvements

More accurate calculations of some trig functions when using bignums.
Improved performance when changing a value with ce.set(). Up to 10x faster when evaluating a simple polynomial in a loop.
ce.strict can be set to false to bypass some domain and validity checks.

0.9.0

Release Date: 2022-11-15

Breaking Changes

The head of a number expression is always Number. Use expr.domain to be get more specific info about what kind of number this is.
By default, ce.box() and ce.parse() return a canonical expression. A flag can be used if a non-canonical expression is desired.
The API surface of BoxedExpression has been reduced. The properties machineValue, bignumValue, asFloat, asSmallInteger, asRational etc... have been replaced with a single numericValue property.
parseUnknownSymbol is now parseUnknownIdentifier

Improvements

Support angles in degrees with 30\degree, 30^\circ and \ang{30}.
More accurate error expressions, for example if there is a missing closing delimiter an ["Error", ["ErrorCode", "'expected-closing-delimiter'", "')'"]] is produced.
["Expand"] handles more cases
The trig functions can now have a regular exponent, i.e.\cos^2(x) in addition to -1 for inverse, and a combination of \prime, \doubleprime and ' for derivatives.
ce.assume() handle more expressions and can be used to define new symbols by domain or value.
Better error message when parsing, e.g. \sqrt(2) (instead of \sqrt{2})
Better simplification for square root expressions:
- \sqrt{25x^2} -> 5x
Improved evaluation of ["Power"] expressions, including for negative arguments and non-integer exponents and complex arguments and exponents.
Added Arccot, Arcoth, Arcsch, Arcscc, Arsech and Arccsc
expr.solve() returns result for polynomials of order up to 2.
The pattern.match() function now work correctly for commutative functions, i.e. ce.pattern(['Add', '_a', 'x']).match(ce.parse('x+y')) -> {"_a": "y"}
Added ce.let() and ce.set() to declare and assign values to identifiers.
Preserve exact calculations involving rationals or square root of rationals.
- \sqrt{\frac{49}{25}} -> \frac{7}{5}
Addition and multiplication provide more consistent results for evaluate() and N(). Evaluate returns an exact result when possible.
- EXACT
  - 2 + 5 -> 7
  - 2 + 5/7 -> 19/7
  - 2 + √2 -> 2 + √2
  - 2 + √(5/7) -> 2 + √(5/7)
  - 5/7 + 9/11 -> 118/77
  - 5/7 + √2 -> 5/7 + √2
  - 10/14 + √(18/9) -> 5/7 + √2
  - √2 + √5 -> √2 + √5
  - √2 + √2 -> 2√2
  - sin(2) -> sin(2)
  - sin(π/3) -> √3/2
- APPROXIMATE
  - 2 + 2.1 -> 4.1
  - 2 + √2.1 -> 3.44914
  - 5/7 + √2.1 -> 2.16342
  - sin(2) + √2.1 -> 2.35844
More consistent behavior of the auto numeric mode: calculations are done with bignum and complex in most cases.
JsonSerializationOptions has a new option to specify the numeric precision in the MathJSON serialization.
Shorthand numbers can now be strings if they do not fit in a float-64:

// Before
["Rational", { "num": "1234567890123456789"}, { "num": "2345678901234567889"}]

// Now
["Rational", "1234567890123456789", "2345678901234567889"]

\sum is now correctly parsed and evaluated. This includes creating a local scope with the index and expression value of the sum.

Bugs Fixed

The parsing and evaluation of log functions could produce unexpected results
The \gamma command now correctly maps to ["Gamma"]
Fixed numeric evaluation of the ["Gamma"] function when using bignum
#57 Substituting 0 (i.e. with expr.subs({})) did not work.
#60 Correctly parse multi-char symbols with underscore, i.e. \mathrm{V_a}
Parsing a number with repeating decimals and an exponent would drop the exponent.
Correct calculation of complex square roots
- \sqrt{-49} -> 7i
Calculations were not always performed as bignum in "auto" numeric mode if the precision was less than 15. Now, if the numeric mode is "auto", calculations are done as bignum or complex numbers.
If an identifier contained multiple strings of digits, it would not be rendered to LaTeX correctly, e.g. V20_20.
Correctly return isReal for real numbers

0.8.0

Release Date: 2022-10-02

Breaking Changes

Corrected the implementation of expr.toJSON(), expr.valueOf() and added the esoteric [Symbol.toPrimitive]() method. These are used by JavaScript when interacting with other primitive types. A major change is that expr.toJSON() now returns an Expression as an object literal, and not a string serialization of the Expression.
Changed from "decimal" to "bignum". "Decimal" is a confusing name, since it is used to represent both integers and floating point numbers. Its key characteristic is that it is an arbitrary precision number, aka "bignum". This affects ce.numericMode which now uses bignum instead of decimal', expr.decimalValue->expr.bignumValue, decimalValue()-> bignumValue()`

Bugs Fixed

Numerical evaluation of expressions containing complex numbers when in decimal or auto mode produced incorrect results. Example: e^{i\\pi}

0.7.0

Release Date: 2022-09-30

Breaking Changes

The ce.latexOptions.preserveLatex default value is now false
The first argument of the ["Error"] expression (default value) has been dropped. The first argument is now an error code, either as a string or an ["ErrorCode"] expression.

Features

Much improved LaTeX parser, in particular when parsing invalid LaTeX. The parser now avoids throwing, but will return a partial expression with ["Error"] subexpressions indicating where the problems were.
Implemented new domain computation system (similar to type systems in programming languages)
Added support for multiple signatures per function (ad-hoc polymorphism)
Added FixedPoint, Loop, Product, Sum, Break, Continue, Block, If, Let, Set, Function, Apply, Return
Added Min, Max, Clamp
Parsing of \sum, \prod, \int.
Added parsing of log functions, \lb, \ln, \ln_{10}, \ln_2, etc...
Added expr.subexpressions, expr.getSubexpressions(), expr.errors, expr.symbols, expr.isValid`.
Symbols can now be used to represent functions, i.e. ce.box('Sin').domain correctly returns ["Domain", "Function"].
Correctly handle rational numbers with a numerator or denominator outside the range of a 64-bit float.
Instead of a Missing symbol an ["Error", "'missing'"] expression is used.
Name binding is now done lazily
Correctly handle MathJSON numbers with repeating decimals, e.g. 1.(3).
Correctly evaluate inverse functions, e.g. ce.parse('\\sin^{-1}(.5)).N()
Fixed some LaTeX serialization issues

Read more at Core Reference and [Arithmetic Reference] (https://cortexjs.io/compute-engine/reference/arithmetic/)

Bugs Fixed

#43 If the input of ce.parse() is an empty string, return an empty string for expr.latex or expr.json.latex: that is, ensure verbatim LaTeX round-tripping
Evaluating some functions, such as \arccos would result in a crash
Correctly handle parsing of multi-token decimal markers, e.g. {,}

0.6.0

Release Date: 2022-04-18

Improvements

Parse more cases of tabular environments
Handle simplify and evaluate of inert functions by default
Avoid unnecessary wrapping of functions when serializing LaTeX
Parse arguments of LaTeX commands (e.g. \vec{})
#42 Export static ComputeEngine.getLatexDictionary
Parse multi-character constants and variables, e.g. \mathit{speed} and \mathrm{radius}
Parse/serialize some LaTeX styling commands: \displaystyle, \tiny and more

0.5.0

Release Date: 2022-04-05

Improvements

Correctly parse tabular content (for example in \begin{pmatrix}...\end{pmatrix}
Correctly parse LaTeX groups, i.e. {...}
Ensure constructible trigonometric values are canonical
Correct and simplify evaluation loop for simplify(), evaluate() and N().
#41 Preserve the parsed LaTeX verbatim for top-level expressions
#40 Correctly calculate the synthetic LaTeX metadata for numbers
Only require Node LTS (16.14.2)
Improved documentation, including Dark Mode support

0.4.4

Release Date: 2022-03-27

Improvements

Added option to specify custom LaTeX dictionaries in ComputeEngine constructor
expr.valueOf returns rational numbers as [number, number] when applicable
The non-ESM builds (compute-engine.min.js) now targets vintage JavaScript for improved compatibility with outdated toolchains (e.g. Webpack 4) and environments. The ESM build (compute-engine.min.esm.js) targets evergreen JavaScript (currently ECMAScript 2020).

0.4.3

Release Date: 2022-03-21

Transition Guide from 0.4.2

The API has changed substantially between 0.4.2 and 0.4.3, however adapting code to the new API is very straightforward.

The two major changes are the introduction of the BoxedExpression class and the removal of top level functions.

Boxed Expression

The BoxedExpression class is a immutable box (wrapper) that encapsulates a MathJSON Expression. It provides some member functions that can be used to manipulate the expression, for example expr.simplify() or expr.evaluate().

The boxed expresson itself is immutable. For example, calling expr.simplify() will return a new, simplified, expression, without modifying expr.

To create a "boxed" expression from a "raw" MathJSON expression, use ce.box(). To create a boxed expression from a LaTeX string, use ce.parse().

To access the "raw" MathJSON expression, use the expr.json property. To serialize the expression to LaTeX, use the expr.latex property.

The top level functions such as parse() and evaluate() are now member functions of the ComputeEngine class or the BoxedExpression class.

There are additional member functions to examine the content of a boxed expression. For example, expr.symbol will return null if the expression is not a MathJSON symbol, otherwise it will return the name of the symbol as a string. Similarly, expr.ops return the arguments (operands) of a function, expr.asFloat return null if the expression does not have a numeric value that can be represented by a float, a number otherwise, etc...

Canonical Form

Use expr.canonical to obtain the canonical form of an expression rather than the ce.format() method.

The canonical form is less aggressive in its attempt to simplify than what was performed by ce.format().

The canonical form still accounts for distributive and associative functions, and will collapse some integer constants. However, in some cases it may be necessary to invoke expr.simplify() in order to get the same results as ce.format(expr).

Rational and Division

In addition to machine floating points, arbitrary precision numbers and complex numbers, the Compute Engine now also recognize and process rational numbers.

This is mostly an implementation detail, although you may see ["Rational", 3, 4], for example, in the value of a expr.json property.

If you do not want rational numbers represented in the value of the .json property, you can exclude the Rational function from the serialization of JSON (see below) in which case Divide will be used instead.

Note also that internally (as a result of boxing), Divide is represented as a product of a power with a negative exponent. This makes some pattern detection and simplifications easier. However, when the .json property is accessed, product of powers with a negative exponents are converted to a Divide, unless you have included Divide as an excluded function for serialization.

Similarly, Subtract is converted internally to Add, but may be serialized unless excluded.

Parsing and Serialization Customization

Rather than using a separate instance of the LatexSyntax class to customize the parsing or serialization, use a ComputeEngine instance and its ce.parse() method and the expr.latex property.

Custom dictionaries (to parse/serialize custom LaTeX syntax) can be passed as an argument to the ComputeEngine constructor.

For more advanced customizations, use ce.latexOptions = {...}. For example, to change the formatting options of numbers, how the invisible operator is interpreted, how unknown commands and symbols are interpreted, etc...

Note that there are also now options available for the "serialization" to MathJSON, i.e. when the expr.json property is used. It is possible to control for example if metadata should be included, if shorthand forms are allowed, or whether some functions should be avoided (Divide, Sqrt, Subtract, etc...). These options can be set using ce.jsonSerializationOptions = {...}.

Comparing Expressions

There are more options to compare two expressions.

Previously, match() could be used to check if one expression matched another as a pattern.

If match() returned null, the first expression could not be matched to the second. If it returned an object literal, the two expressions matched.

The top-level match() function is replaced by the expr.match() method. However, there are two other options that may offer better results:

expr.isSame(otherExpr) return true if expr and otherExpr are structurally identical. Structural identity is closely related to the concept of pattern matching, that is ["Add", 1, "x"] and ["Add", "x", 1] are not the same, since the order of the arguments is different. It is useful for example to compare some input to an answer that is expected to have a specific form.
expr.isEqual(otherExpr) return true if expr and otherExpr are mathematically identical. For example ce.parse("1+1").isEqual(ce.parse("2")) will return true. This is useful if the specific structure of the expression is not important.

It is also possible to evaluate a boolean expression with a relational operator, such as Equal:

console.log(ce.box(["Equal", expr, 2]).evaluate().symbol);
// -> "True"

console.log(expr.isEqual(ce.box(2)));
// -> true

Before / After

Before	After
`expr = ["Add", 1, 2]`	`expr = ce.box(["Add", 1, 2])`
`expr = ce.evaluate(expr)`	`expr = expr.evaluate()`
`console.log(expr)`	`console.log(expr.json)`
`expr = new LatexSyntax().parse("x^2+1")`	`expr = ce.parse("x^2+1")`
`new LatexSyntax().serialize(expr)`	`expr.latex`
`ce.simplify(expr)`	`expr.simplify()`
`await ce.evaluate(expr)`	`expr.evaluate()`
`ce.N(expr)`	`expr.N()`
`ce.domain(expr)`	`expr.domain`
`ce.format(expr...)`	`expr.canonical` `expr.simplify()`

0.3.0

Release Date: 2021-06-18

Improvements

In LaTeX, parse \operatorname{foo} as the MathJSON symbol "foo".

Files

CHANGELOG.md

Latest commit

History

CHANGELOG.md

File metadata and controls

[Unreleased]

New Features

0.17.0

Breaking Changes

New Features

Improvements

Bugs Fixed

0.16.0

Breaking Changes

New Features

Functions

Control Structures

Calculus

Collections

Improvements

Bug Fixes

0.15.0

Improvements

0.14.0

Breaking Changes

Improvements

0.13.0

New Features

Bug Fixes and Improvements

0.12.7

Improvements

0.12.6

Breaking Changes

Improvements and Bux Fixes

0.12.1

0.12.0

Breaking Changes

Improvements

Bug Fixes

0.11.0

Breaking Changes

Improvements

Bug Fixes

0.10.0

Breaking Changes

Bug Fixes

Improvements

0.9.0

Breaking Changes

Improvements

Bugs Fixed

0.8.0

Breaking Changes

Bugs Fixed

0.7.0

Breaking Changes

Features

Bugs Fixed

0.6.0

Improvements

0.5.0

Improvements

0.4.4

Improvements

0.4.3

Transition Guide from 0.4.2

Boxed Expression

Canonical Form

Rational and Division

Parsing and Serialization Customization

Comparing Expressions

Before / After

0.3.0

Improvements