tardis.model.geometry package¶
Submodules¶
- tardis.model.geometry.radial1d module
HomologousRadial1DGeometryHomologousRadial1DGeometry.no_of_shellsHomologousRadial1DGeometry.no_of_shells_activeHomologousRadial1DGeometry.r_innerHomologousRadial1DGeometry.r_inner_activeHomologousRadial1DGeometry.r_middleHomologousRadial1DGeometry.r_middle_activeHomologousRadial1DGeometry.r_outerHomologousRadial1DGeometry.r_outer_activeHomologousRadial1DGeometry.to_numba()HomologousRadial1DGeometry.v_inner_activeHomologousRadial1DGeometry.v_inner_boundary_indexHomologousRadial1DGeometry.v_middleHomologousRadial1DGeometry.v_middle_activeHomologousRadial1DGeometry.v_outer_activeHomologousRadial1DGeometry.v_outer_boundary_indexHomologousRadial1DGeometry.volumeHomologousRadial1DGeometry.volume_active
NumbaRadial1DGeometry
- tardis.model.geometry.radial1d_nonhomologous module
NonhomologousRadial1DGeometryNonhomologousRadial1DGeometry.get_velocity()NonhomologousRadial1DGeometry.no_of_shellsNonhomologousRadial1DGeometry.no_of_shells_activeNonhomologousRadial1DGeometry.r_inner_activeNonhomologousRadial1DGeometry.r_inner_boundary_indexNonhomologousRadial1DGeometry.r_middleNonhomologousRadial1DGeometry.r_middle_activeNonhomologousRadial1DGeometry.r_outer_activeNonhomologousRadial1DGeometry.r_outer_boundary_indexNonhomologousRadial1DGeometry.to_numba()NonhomologousRadial1DGeometry.v_inner_activeNonhomologousRadial1DGeometry.v_inner_boundary_indexNonhomologousRadial1DGeometry.v_middleNonhomologousRadial1DGeometry.v_middle_activeNonhomologousRadial1DGeometry.v_outer_activeNonhomologousRadial1DGeometry.v_outer_boundary_indexNonhomologousRadial1DGeometry.velocity_gradientNonhomologousRadial1DGeometry.velocity_gradient_activeNonhomologousRadial1DGeometry.volumeNonhomologousRadial1DGeometry.volume_active
NumbaNonhomologousRadial1DGeometry
Module contents¶
Holding information about model geometry for radial 1D models.
The information stored about the model are the following attributes: r_inner : The radius of the inner shell boundaries r_outer : The radius of the outer shell boundaries v_inner : The velocity of the inner boundaries of each shell v_outer : The velocity of the outer boundaries of each shell volume : Volume of each shell computed from r_outer and r_inner