math (Jython API documentation)
Date: 2022-09-10

org.python.modules

## Class math

- java.lang.Object
- - org.python.modules.math

- All Implemented Interfaces:
    ClassDictInit

      public class math
      extends java.lang.Object
      implements ClassDictInit

- - ### Field Summary

    Fields
    Modifier and Type | Field and Description
    --- | ---
    `static PyFloat` | `e`
    `static PyFloat` | `pi`

  - ### Constructor Summary

    Constructors
    Constructor and Description
    `math()`

  - ### Method Summary

    All Methods Static Methods Concrete Methods
    Modifier and Type | Method and Description
    --- | ---
    `static double` | `acos(double v)`
    `static double` | `acosh(double y)` Compute cosh-1y.
    `static double` | `asin(double v)`
    `static double` | `asinh(double v)`
    `static double` | `atan(double v)`
    `static double` | `atan2(double v, double w)`
    `static double` | `atanh(double y)` Compute tanh-1y.
    `static double` | `ceil(double v)`
    `static double` | `ceil(PyObject v)`
    `static void` | `classDictInit(PyObject dict)`
    `static double` | `copysign(double v, double w)`
    `static double` | `cos(double v)`
    `static double` | `cosh(double v)`
    `static double` | `degrees(double v)`
    `static double` | `erf(double v)`
    `static double` | `erfc(double v)`
    `static double` | `exp(double v)`
    `static double` | `expm1(double v)`
    `static double` | `fabs(double v)`
    `static PyLong` | `factorial(double v)`
    `static double` | `floor(double v)`
    `static double` | `floor(PyObject v)`
    `static double` | `fmod(double v, double w)`
    `static PyTuple` | `frexp(double x)`
    `static double` | `fsum(PyObject iterable)`
    `static double` | `gamma(double v)`
    `static double` | `hypot(double x, double y)` Returns (x2 +y2)½ without intermediate overflow or underflow.
    `static boolean` | `isinf(double v)`
    `static boolean` | `isnan(double v)`
    `static double` | `ldexp(double v, PyObject wObj)`
    `static double` | `lgamma(double v)`
    `static double` | `log(PyObject v)`
    `static double` | `log(PyObject v, PyObject base)`
    `static double` | `log10(PyObject v)`
    `static double` | `log1p(double v)`
    `static PyTuple` | `modf(double v)`
    `static double` | `pow(double v, double w)`
    `static double` | `radians(double v)`
    `static double` | `sin(double v)`
    `static double` | `sin(PyObject v)`
    `static double` | `sinh(double v)`
    `static double` | `sqrt(double v)`
    `static double` | `sqrt(PyObject v)`
    `static double` | `tan(double v)`
    `static double` | `tanh(double v)`
    `static PyObject` | `trunc(PyObject number)`

    - ### Methods inherited from class java.lang.Object

      `equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

- - ### Field Detail

    - #### pi

          public static PyFloat pi

    - #### e

          public static PyFloat e

  - ### Constructor Detail

    - #### math

          public math()

  - ### Method Detail

    - #### classDictInit

          public static void classDictInit(PyObject dict)

    - #### gamma

          public static double gamma(double v)

    - #### lgamma

          public static double lgamma(double v)

    - #### erf

          public static double erf(double v)

    - #### erfc

          public static double erfc(double v)

    - #### expm1

          public static double expm1(double v)

    - #### acos

          public static double acos(double v)

    - #### acosh

          public static double acosh(double y)

      Compute cosh-1y.
      Parameters:
        `y` -
      Returns:
        x such that cosh x = y

    - #### asin

          public static double asin(double v)

    - #### asinh

          public static double asinh(double v)

    - #### atan

          public static double atan(double v)

    - #### atanh

          public static double atanh(double y)

      Compute tanh-1y.
      Parameters:
        `y` -
      Returns:
        x such that tanh x = y

    - #### atan2

          public static double atan2(double v,
                                     double w)

    - #### ceil

          public static double ceil(PyObject v)

    - #### ceil

          public static double ceil(double v)

    - #### cos

          public static double cos(double v)

    - #### cosh

          public static double cosh(double v)

    - #### exp

          public static double exp(double v)

    - #### floor

          public static double floor(PyObject v)

    - #### floor

          public static double floor(double v)

    - #### log

          public static double log(PyObject v)

    - #### log

          public static double log(PyObject v,
                                   PyObject base)

    - #### pow

          public static double pow(double v,
                                   double w)

    - #### sin

          public static double sin(PyObject v)

    - #### sin

          public static double sin(double v)

    - #### sqrt

          public static double sqrt(PyObject v)

    - #### sqrt

          public static double sqrt(double v)

    - #### tan

          public static double tan(double v)

    - #### log10

          public static double log10(PyObject v)

    - #### sinh

          public static double sinh(double v)

    - #### tanh

          public static double tanh(double v)

    - #### fabs

          public static double fabs(double v)

    - #### fmod

          public static double fmod(double v,
                                    double w)

    - #### modf

          public static PyTuple modf(double v)

    - #### frexp

          public static PyTuple frexp(double x)

    - #### trunc

          public static PyObject trunc(PyObject number)

    - #### ldexp

          public static double ldexp(double v,
                                     PyObject wObj)

    - #### hypot

          public static double hypot(double x,
                                     double y)

      Returns (x2 +y2)½ without intermediate overflow or underflow. If either argument is infinite, the result is infinite, but overflow during the calculation is detected as an error.
      Parameters:
        `x` -
        `y` -
      Returns:
        (x2 +y2)½

    - #### radians

          public static double radians(double v)

    - #### degrees

          public static double degrees(double v)

    - #### isnan

          public static boolean isnan(double v)

    - #### isinf

          public static boolean isinf(double v)

      Parameters:
        `v` -
      Returns:
        `true` if v is positive or negative infinity

    - #### copysign

          public static double copysign(double v,
                                        double w)

    - #### factorial

          public static PyLong factorial(double v)

    - #### log1p

          public static double log1p(double v)

    - #### fsum

          public static double fsum(PyObject iterable)

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