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.Quantity`
`from_data_fit`(observer_height, zenith_angle, ...)	rtype: `kgpy.atmosphere.TransmissionBates`
`gravitational_acceleration`(radius)
`optical_depth`(radius, zenith_angle[, ...])	rtype: `astropy.units.quantity.Quantity`
`optical_depth_vertical`(radius[, ...])	rtype: `astropy.units.quantity.Quantity`
`temperature`(radius)	rtype: `astropy.units.quantity.Quantity`
`temperature_gradient`(radius)	rtype: `astropy.units.quantity.Quantity`

Inheritance Diagram

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density(radius, num_samples=32)¶

Return type:

astropy.units.quantity.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)¶