I decided to keep it around because I know that some people would like
to see those nanometers. Let's make sure it works.
Change-Id: Ib279cc8380a77f478da7a2bbc1e045a718446404
Given that everything else just uses these constants as imported from
numpy, there's no point keeping these wrappers around.
Change-Id: I0e19e05f40dc79d8005e915cf3ffb5e36328421a
This might have nothing to do with the ITU frequency grid (it's really
just about a uniform distribution), so let's give it a more readable
name and more readable parameters.
This looks like the root cause of bug #243, the default values suggested
that this function works in THz.
These defaults are not used anywhere, so let's get rid of something
which adds no value and actively confuses people.
-add f_min & f_max frequency definition in amplifier json
-improve interpolation algorithm to support length differences between the spectrum information and the amplifier ripple and dgt frequency definition
Signed-off-by: Jean-Luc Auge <jeanluc.auge@orange.com>
-Promote incremental and iterative network design
-Automatic saving of a "network-name_auto_design.json" file
-Results of the autodesign (additional amplifiers, configuration) are
saved to this ..._auto_design.json file
-This file can then be used to run a new simulation just like a normal
json input file
Signed-off-by: Jean-Luc Auge <jeanluc.auge@orange.com>
* automatic design (when amplifiers are missing from network topology
input) finds the optimum power difference between spans
* The range of this optimum power difference is defined in
eqpt_config[Spans][delta_power_range_db] = [min, max, step]
Signed-off-by: Jean-Luc Auge <jeanluc.auge@orange.com>
