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@ -22,7 +22,7 @@ theta, i1, i2, l_star, stats = mie_scattering(n_p, n_s, a_p, lambda_vac, phi)
Plotting i1 and i2 versus theta generated the polar plots seen above. Plotting i1 and i2 versus theta generated the polar plots seen above.
To specify the structure factor, the argument "struct" can be used. Currently implimented is a Percus-Yevick hard sphere structure factor ('PY'), a hard sphere with an excluded annulus ('PYAnnulus'), and a sticky hard sphere model with a square potential well ('SHS'). For some models, additional parameters must be specified using the "optional_params" arguement. Examples of each are seen below along with an plot of example parameters. See the documentation of scattering.py for more details and citations. To specify the structure factor, the argument "struct" can be used. Currently implimented is a Percus-Yevick hard sphere structure factor ('PY'), a hard sphere with an excluded annulus ('PYAnnulus'), and a sticky hard sphere model with a square potential well ('SHS'). For some models, additional parameters must be specified using the "optional_params" arguement. Examples of each are seen below along with an plot of example parameters. See the documentation of scattering.py for parameter details and citations.
```python ```python
_, _, _, _, [q, _, s_q, _, _, _, _, _] = mie_scattering(n_p, n_s, a_p, lambda_vac, phi, struct='PY') _, _, _, _, [q, _, s_q, _, _, _, _, _] = mie_scattering(n_p, n_s, a_p, lambda_vac, phi, struct='PY')