numpy_ipps.constants.maths.float64 module

Maths numerical constants as float64.

numpy_ipps.constants.maths.float64.EB_C = <cdata 'double' 1.6066951524152917>

Erdos-Borwein constant as float64, use EB if you need a ndarray

numpy_ipps.constants.maths.float64.G_C = <cdata 'double' 0.915965594177219>

Catalan’s constant as float64, use G if you need a ndarray

numpy_ipps.constants.maths.float64.I1_C = <cdata 'double' 0.7834305107121347>

Sophomore’s dream 1 as float64, use I1 if you need a ndarray

numpy_ipps.constants.maths.float64.I2_C = <cdata 'double' 1.2912859970626636>

Sophomore’s dream 2 as float64, use I2 if you need a ndarray

numpy_ipps.constants.maths.float64.d_C = <cdata 'double' 0.73908513321516>

Dottie number as float64, use d if you need a ndarray

numpy_ipps.constants.maths.float64.df_C = <cdata 'double' 0.6309297535714574>

Fractal dimension of the Cantor set as float64, use df if you need a ndarray

numpy_ipps.constants.maths.float64.ePi_C = <cdata 'double' 23.140692632779267>

Gelfond’s constant as float64, use ePi if you need a ndarray

numpy_ipps.constants.maths.float64.e_C = <cdata 'double' 2.718281828459045>

Euler’s number as float64, use e if you need a ndarray

numpy_ipps.constants.maths.float64.fourPi_C = <cdata 'double' 12.566370614359172>

4 pi as float64, use fourPi if you need a ndarray

numpy_ipps.constants.maths.float64.gamma_C = <cdata 'double' 0.577215664901532>

Euler–Mascheroni constant as float64, use gamma if you need a ndarray

numpy_ipps.constants.maths.float64.ln2_C = <cdata 'double' 0.693147180559945>

Natural logarithm ln(2) as float64, use ln2 if you need a ndarray

numpy_ipps.constants.maths.float64.ln3_C = <cdata 'double' 1.0986122886681091>

Natural logarithm ln(3) as float64, use ln3 if you need a ndarray

numpy_ipps.constants.maths.float64.phi_C = <cdata 'double' 1.61803398874989>

Golden ration as float64, use phi if you need a ndarray

numpy_ipps.constants.maths.float64.pi_C = <cdata 'double' 3.141592653589793>

pi as float64, use pi if you need a ndarray

numpy_ipps.constants.maths.float64.sqrt2_C = <cdata 'double' 1.414213562373095>

Square root of 2 as float64, use sqrt2 if you need a ndarray

numpy_ipps.constants.maths.float64.sqrt3_C = <cdata 'double' 1.7320508075688772>

Square root of 3 as float64, use sqrt3 if you need a ndarray

numpy_ipps.constants.maths.float64.twoPi_C = <cdata 'double' 6.283185307179586>

2 pi as float64, use twoPi if you need a ndarray

numpy_ipps.constants.maths.float64.zeta3_C = <cdata 'double' 1.2020569031595942>

Apery’s constant as float64, use zeta3 if you need a ndarray