RCAIDE.Library.Methods.Geodesics.Geodesics.Math#

class Math[source]#

Bases: object

Additional math routines for GeographicLib.

__init__()#

Methods

`AngDiff`(x, y)	compute y - x and reduce to [-180,180] accurately
`AngNormalize`(x)	reduce angle to [-180,180]
`AngRound`(x)	Private: Round an angle so that small values underflow to zero.
`LatFix`(x)	replace angles outside [-90,90] by NaN
`cbrt`(x)	Real cube root of a number
`norm`(x, y)	Private: Normalize a two-vector.
`polyval`(N, p, s, x)	Evaluate a polynomial.
`remainder`(x, y)	remainder of x/y in the range [-y/2, y/2].
`sincosd`(x)	Compute sine and cosine of x in degrees.
`sincosde`(x, t)	Compute sine and cosine of (x + t) in degrees with x in [-180, 180]
`sq`(x)	Square a number
`sum`(u, v)	Error free transformation of a sum.

static sq(x)[source]#: Square a number

static cbrt(x)[source]#: Real cube root of a number

static norm(x, y)[source]#: Private: Normalize a two-vector.

static sum(u, v)[source]#: Error free transformation of a sum.

static polyval(N, p, s, x)[source]#: Evaluate a polynomial.

static AngRound(x)[source]#: Private: Round an angle so that small values underflow to zero.

static remainder(x, y)[source]#: remainder of x/y in the range [-y/2, y/2].

static AngNormalize(x)[source]#: reduce angle to [-180,180]

static LatFix(x)[source]#: replace angles outside [-90,90] by NaN

static AngDiff(x, y)[source]#: compute y - x and reduce to [-180,180] accurately

static sincosd(x)[source]#: Compute sine and cosine of x in degrees.

static sincosde(x, t)[source]#: Compute sine and cosine of (x + t) in degrees with x in [-180, 180]