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60 lines
2.8 KiB
Markdown
60 lines
2.8 KiB
Markdown
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# Class Reference
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This 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.
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## ["math"](functions.md)
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The "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.
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## [Unit](../datatypes/units.md)
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Stores 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.
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- [Unit](classes/unit.md)
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## [Fraction](../datatypes/fractions.md)
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Stores values for a fractional number.
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## [BigNumber](../datatypes/bignumbers.md)
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Stores values for a arbitrary-precision floating point number.
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## [Matrix](../datatypes/matrices.md)
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Two 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.
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- [DenseMatrix](classes/densematrix.md)
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- [SparseMatrix](classes/sparsematrix.md)
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Classes used internally that may be of use to developers:
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- [Index](classes/matrixindex.md)
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- [Range](classes/matrixrange.md)
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- [ResultSet](classes/matrixrange.md)
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- [FibonacciHeap](classes/fibonacciheap.md)
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## [Complex](../datatypes/complex_numbers.md)
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Stores values for a complex number.
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## [Parser](../expressions/parsing.md)
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The Parser object returned by `math.parser()`.
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## [Node](expressions/expression_trees.md)
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A node in an expression-tree, which can be used to analyze, manipulate, and evaluate expressions.
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`Node` is the base class of all other node classes:
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- [AccessorNode](../expressions/expression_trees.md#accessornode)
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- [ArrayNode](../expressions/expression_trees.md#arraynode)
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- [AssignmentNode](../expressions/expression_trees.md#assignmentnode)
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- [BlockNode](../expressions/expression_trees.md#blocknode)
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- [ConditionalNode](../expressions/expression_trees.md#conditionalnode)
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- [ConstantNode](../expressions/expression_trees.md#constantnode)
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- [FunctionAssignmentNode](../expressions/expression_trees.md#functionassignmentnode)
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- [FunctionNode](../expressions/expression_trees.md#functionnode)
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- [IndexNode](../expressions/expression_trees.md#indexnode)
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- [ObjectNode](../expressions/expression_trees.md#objectnode)
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- [OperatorNode](../expressions/expression_trees.md#operatornode)
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- [ParenthesisNode](../expressions/expression_trees.md#parenthesisnode)
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- [RangeNode](../expressions/expression_trees.md#rangenode)
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- [SymbolNode](../expressions/expression_trees.md#symbolnode)
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- [UpdateNode](../expressions/expression_trees.md#updatenode)
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