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https://github.com/Telecominfraproject/oopt-gnpy.git
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60 lines
1.8 KiB
Python
60 lines
1.8 KiB
Python
# coding=utf-8
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""" link_description.py contains the full description of that OLE has to emulate.
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It contains a list of dictionaries, following the structure of the link and each element of the list describes one
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component.
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'comp_cat': the kind of link component:
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PC: a passive component defined by a loss at a certain frequency and a loss tilt
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OA: an optical amplifier defined by a gain at a certain frequency, a gain tilt and a noise figure
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fiber: a span of fiber described by the type and the length
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'comp_id': is an id identifying the component. It has to be unique for each component!
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extra fields for PC:
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'ref_freq': the frequency at which the 'loss' parameter is evaluated [THz]
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'loss': the loss at the frequency 'ref_freq' [dB]
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'loss_tlt': the frequency dependent loss [dB/THz]
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extra fields for OA:
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'ref_freq': the frequency at which the 'gain' parameter is evaluated [THz]
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'gain': the gain at the frequency 'ref_freq' [dB]
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'gain_tlt': the frequency dependent gain [dB/THz]
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'noise_figure': the noise figure of the optical amplifier [dB]
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extra fields for fiber:
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'fiber_type': a string calling the type of fiber described in the file fiber_parameters.py
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'length': the fiber length [km]
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"""
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smf = {
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'comp_cat': 'fiber',
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'comp_id': '',
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'fiber_type': 'SMF',
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'length': 100
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}
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oa = {
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'comp_cat': 'OA',
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'comp_id': '',
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'ref_freq': 193.5,
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'gain': 20,
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'gain_tlt': 0.0,
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'noise_figure': 5
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}
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pc = {
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'comp_cat': 'PC',
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'comp_id': '04',
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'ref_freq': 193.,
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'loss': 2.0,
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'loss_tlt': 0.0
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}
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link = []
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for index in range(20):
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smf['comp_id'] = '%03d' % (2 * index)
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oa['comp_id'] = '%03d' % (2 * index + 1)
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link += [dict(smf)]
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link += [dict(oa)]
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pc['comp_id'] = '%03d' % 40
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link += [dict(pc)]
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