Core utilities#

NumPy/SciPy#

`jeanspy.model.C_J`	Convert a numerical J factor from Msun^2/pc^5 to GeV^2/cm^5.
`jeanspy.model.DotDict`	Dictionary with attribute access to existing keys.
`jeanspy.model.GMsun_m3s2`	Solar gravitational parameter G*Msun, in m^3/s^2.
`jeanspy.model.Model`([show_init, submodels])	Base class for stateful NumPy/SciPy model components.
`jeanspy.model.Parameters`([data])	Lightweight mapping used for stateful model parameters.

`jeanspy.model_jax.Model`([submodels])	Functional JAX model container with explicit physical-parameter mappings.
`jeanspy.model_jax.configure_runtime`(*[, ...])	Update global runtime knobs used by model_jax.
`jeanspy.model_jax.get_runtime_config`()	Return the current model_jax runtime configuration.

`jeanspy.axisymmetric_factors.C_J`	Convert a numerical J factor from Msun^2/pc^5 to GeV^2/cm^5.
`jeanspy.axisymmetric_factors.C_D`	Convert a numerical D factor from Msun/pc^2 to GeV/cm^2.

`jeanspy.hyp2f1_jax.hyp2f1_1b_d_series`(b, d, ...)	Fixed-term series for 2F1(1, b; d; w) with w in [0,1).
`jeanspy.hyp2f1_jax.hyp2f1_1b_3half_series`(b, w, *)	Series approximation for 2F1(1, b; 3/2; w), w in [0,1).
`jeanspy.hyp2f1_jax.hyp2f1_1b_3half_quad`(b, w, *)	Numerically stable evaluation of 2F1(1, b; 3/2; w) for w in [0, 1).
`jeanspy.hyp2f1_jax.hyp2f1_1b_3half_asymptotic`(b, w, *)	Asymptotic evaluation of 2F1(1,b;3/2;w) for w close to 1.
`jeanspy.hyp2f1_jax.hyp2f1_1b_3half`(b, w, *)	2F1(1,b;3/2;w) specialized helper.

`jeanspy.dequad.dequad`(func, a, b, n[, axis, ...])	Integrate a vectorized function with fixed double-exponential nodes.
`jeanspy.dequad.generate_x_w`(a, b, n[, xp])	Construct nodes and weights for fixed double-exponential quadrature.