tardis.model.geometry.radial1d_nonhomologous module

class tardis.model.geometry.radial1d_nonhomologous.NonhomologousRadial1DGeometry(r_inner: Quantity, r_outer: Quantity, v_inner: Quantity, v_outer: Quantity, r_inner_boundary: Quantity, r_outer_boundary: Quantity, v_inner_boundary: Quantity, v_outer_boundary: Quantity)

Bases: object

Holds information about model geometry for non-homologous radial 1D models.

Attributes:

volumeastropy.units.quantity.Quantity

Volume in shell computed from r_outer and r_inner

get_velocity(r: Quantity, shell_id: int)

Calculate the velocity at a given radius within a shell, assuming a piece-wise linear velocity with radius.

Parameters:

rastropy.units.quantity.Quantity

Radius at which to calculate the velocity

shell_idint

Shell index

Returns:

astropy.units.quantity.Quantity

Velocity at radius r within shell shell_id

Examples

geometry.get_velocity(rpacket.r, rpacket.current_shell_id)

property no_of_shells

property no_of_shells_active

property r_inner_active

property r_inner_boundary_index

property r_middle

property r_middle_active

property r_outer_active

property r_outer_boundary_index

to_numba()

Returns a new NumbaNonhomologousRadial1DGeometry object

Returns:

NumbaNonhomologousRadial1DGeometry

Numba version of Radial1DGeometry with properties in cgs units

property v_inner_active

property v_inner_boundary_index

property v_middle

property v_middle_active

property v_outer_active

property v_outer_boundary_index

property velocity_gradient

Velocity gradient in each cell

property velocity_gradient_active

Velocity gradient in each cell

property volume

Volume in shell computed from r_outer and r_inner

property volume_active

Volume in shell computed from r_outer and r_inner

class tardis.model.geometry.radial1d_nonhomologous.NumbaNonhomologousRadial1DGeometry(*args, **kwargs)

Bases: NumbaNonhomologousRadial1DGeometry

Radial 1D Geometry for the Numba mode

Parameters:

r_innernumpy.ndarray

r_outernumpy.ndarray

v_innernumpy.ndarray

v_outernumpy.ndarray

velocity_gradientnumpy.ndarray

volumenumpy.ndarray

class_type = jitclass.NumbaNonhomologousRadial1DGeometry#7fb8301e0050<r_inner:array(float64, 1d, A),r_outer:array(float64, 1d, A),v_inner:array(float64, 1d, A),v_outer:array(float64, 1d, A),velocity_gradient:array(float64, 1d, A),volume:array(float64, 1d, A)>