TransmissionBates

class kgpy.atmosphere.TransmissionBates(density_base, absorption_coefficient, particle_mass, radius_base, scale_height, temperature_base, temperature_infinity)

Bases: object

Parameters

• density_base (Quantity) –

• absorption_coefficient (Quantity) –

• particle_mass (Quantity) –

• radius_base (Quantity) –

• scale_height (Quantity) –

• temperature_base (Quantity) –

• temperature_infinity (Quantity) –

__init__(density_base, absorption_coefficient, particle_mass, radius_base, scale_height, temperature_base, temperature_infinity)

Parameters

• density_base (Quantity) –

• absorption_coefficient (Quantity) –

• particle_mass (Quantity) –

• radius_base (Quantity) –

• scale_height (Quantity) –

• temperature_base (Quantity) –

• temperature_infinity (Quantity) –

Return type

None

Attributes

density_base
absorption_coefficient
particle_mass
radius_base
scale_height
temperature_base
temperature_infinity

Methods

__init__(density_base, ...)
density(radius[, num_samples])	rtype astropy.units.Quantity
from_data_fit(observer_height, zenith_angle, ...)	rtype kgpy.atmosphere.TransmissionBates
gravitational_acceleration(radius)
optical_depth(radius, zenith_angle[, ...])	rtype astropy.units.Quantity
optical_depth_vertical(radius[, ...])	rtype astropy.units.Quantity
temperature(radius)	rtype astropy.units.Quantity
temperature_gradient(radius)	rtype astropy.units.Quantity

Inheritance Diagram

density(radius, num_samples=32)

Return type

astropy.units.Quantity

Parameters

• radius (Quantity) –

• num_samples (int) –

classmethod from_data_fit(observer_height, zenith_angle, intensity_observed, density_base, absorption_coefficient_bounds, particle_mass, radius_base, scale_height_bounds, temperature_base, temperature_infinity_bounds, axis_fit=0, num_samples_depth=32, num_samples_density=32)

Return type

kgpy.atmosphere.TransmissionBates

Parameters

• observer_height (Quantity) –

• zenith_angle (Quantity) –

• intensity_observed (Quantity) –

• density_base (Quantity) –

• absorption_coefficient_bounds (Quantity) –

• particle_mass (Quantity) –

• radius_base (Quantity) –

• scale_height_bounds (Quantity) –

• temperature_base (Quantity) –

• temperature_infinity_bounds (Quantity) –

• axis_fit (int) –

• num_samples_depth (int) –

• num_samples_density (int) –

classmethod gravitational_acceleration(radius)

Parameters

radius (Quantity) –

optical_depth(radius, zenith_angle, num_samples=32, num_samples_density=32)

Return type

astropy.units.Quantity

Parameters

• radius (Quantity) –

• zenith_angle (Quantity) –

• num_samples (int) –

• num_samples_density (int) –

optical_depth_vertical(radius, num_samples=32, num_samples_density=32)

Return type

astropy.units.Quantity

Parameters

• radius (Quantity) –

• num_samples (int) –

• num_samples_density (int) –

temperature(radius)

Return type

astropy.units.Quantity

Parameters

radius (Quantity) –

temperature_gradient(radius)

Return type

astropy.units.Quantity

Parameters

radius (Quantity) –

absorption_coefficient: astropy.units.Quantity

density_base: astropy.units.Quantity

particle_mass: astropy.units.Quantity

radius_base: astropy.units.Quantity

scale_height: astropy.units.Quantity

temperature_base: astropy.units.Quantity

temperature_infinity: astropy.units.Quantity