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1
2# Class Reference
3
4This page lists all the various class types in Math.js. Every top-level function is listed here and links to its detailed reference to other parts of the documentation.
5
6## math
7
8The "math" namespace contains the entire math.js functionality. All of the mathematical functions are available in the "math" namespace, and allow for inputs of various types.
9
10- [Function reference](functions.md)
11- [Constant reference](constants.md)
12
13
14## Unit
15
16Stores values for a scalar unit and its postfix. (eg `100 mm` or `100 kg`). Although the `Unit` class contains public functions documented as follows, using the following API directly is *not* recommended. Prefer using the functions in the "math" namespace wherever possible.
17
18- [Overview](../datatypes/units.md)
19- [Class API](classes/unit.md)
20
21
22## Fraction
23
24Stores values for a fractional number.
25
26- [Overview](../datatypes/fractions.md)
27- [Class API](https://github.com/infusion/Fraction.js/)
28
29## BigNumber
30
31Stores values for a arbitrary-precision floating point number.
32
33- [Overview](../datatypes/bignumbers.md)
34- [Class API](https://mikemcl.github.io/decimal.js/)
35
36
37## Matrix
38
39Two types of matrix classes are available in math.js, for storage of dense and sparse matrices. Although they contain public functions documented as follows, using the following API directly is *not* recommended. Prefer using the functions in the "math" namespace wherever possible.
40
41- [Overview](../datatypes/matrices.md)
42- [DenseMatrix](classes/densematrix.md)
43- [SparseMatrix](classes/sparsematrix.md)
44
45Classes used internally that may be of use to developers:
46
47- [Index](classes/matrixindex.md)
48- [Range](classes/matrixrange.md)
49- [ResultSet](classes/matrixrange.md)
50- [FibonacciHeap](classes/fibonacciheap.md)
51
52## Complex
53
54Stores values for a complex number.
55
56- [Overview](../datatypes/complex_numbers.md)
57- [Class API](https://github.com/infusion/Complex.js/)
58
59## Parser
60
61The Parser object returned by `math.parser()`.
62
63- [Overview](../expressions/parsing.md)
64
65## Node
66
67A node in an expression-tree, which can be used to analyze, manipulate, and evaluate expressions.
68
69- [Overview](../expressions/expression_trees.md)
70
71`Node` is the base class of all other node classes:
72
73- [AccessorNode](../expressions/expression_trees.md#accessornode)
74- [ArrayNode](../expressions/expression_trees.md#arraynode)
75- [AssignmentNode](../expressions/expression_trees.md#assignmentnode)
76- [BlockNode](../expressions/expression_trees.md#blocknode)
77- [ConditionalNode](../expressions/expression_trees.md#conditionalnode)
78- [ConstantNode](../expressions/expression_trees.md#constantnode)
79- [FunctionAssignmentNode](../expressions/expression_trees.md#functionassignmentnode)
80- [FunctionNode](../expressions/expression_trees.md#functionnode)
81- [IndexNode](../expressions/expression_trees.md#indexnode)
82- [ObjectNode](../expressions/expression_trees.md#objectnode)
83- [OperatorNode](../expressions/expression_trees.md#operatornode)
84- [ParenthesisNode](../expressions/expression_trees.md#parenthesisnode)
85- [RangeNode](../expressions/expression_trees.md#rangenode)
86- [SymbolNode](../expressions/expression_trees.md#symbolnode)