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begin draft of objective approach to the MS problem 

Former-commit-id: 857d55fb5a29373dec0d12ba435ac92c7f05ccef
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Marek Nečada 2016-12-13 12:22:18 +02:00
parent c9631d217f
commit 8d2ec16167
1 changed files with 27 additions and 0 deletions
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'''
Object oriented approach for the classical multiple scattering problem.
'''
import numpy as np
from qpms_c import * # TODO be explicit about what is imported
from .qpms_p import * # TODO be explicit about what is imported
class Scatterers(object):
'''
This is the most general class for a system of scatterers
in a non-lossy homogeneous background
to be solved with the multiple_scattering method. The scatterers,
as long as they comply with the disjoint circumscribed sphere
hypothesis, can each have any position in the 3D space and
any T-matrix.
Note that this object describes the scattering problem only for
a single given frequency, as the T-matrices and wavelenght
otherwise differ and all the computationally demanding
parts have to be done for each frequency. However,
the object can be recycled for many incident field shapes
at the given frequency.
'''