Power cycle feature branch

[tplobo]

Description of issue / requirement to address

List of tasks to be addressed in the power_cycle feature branch before it can be merged into develop.

0 - Legacy (closed/superceeded by #2873)

• [x] 0.0. re-order configuration classes to match "Descriptor" and "Config" classes based on decorators.
• [x] 0.1. implement a Enum class for distinguishing active and reactive loads and add classification attribute to power load.
• [x] 0.2. relocate unit transformation in load classes.
• [x] 0.3. substitute "Formatted" tool classes that inherit from base classes (to collect input arguments from JSON files) by "Descriptor" and "Config" classes based on decorators (closed by #2333)
• [x] 0.4 fix data inversion in load classes for summing and plotting "consumption" loads.

1 - Blocking

The tasks below are classified in terms of implementation status: (*) - started (**) - not started

• [x] 1.0. (*) relocate coilsupply.py verification example with EU-DEMO 2017 data into a test ( to be possibly superceeded if EU-DEMO is moved to different repository).
• [ ] 1.1. (*) ~convert name and description into properties for immutability~ [CANCELLED]
• [x] 1.2. (*) add unique_domain and associated functions to the pre-processing of input data for loads (#3210).
• [ ] 1.3. (**) generalize the concept of "Power Load" to use functionalities implemented in LoadSet for currents, voltages, etc.
• [ ] 1.4. (*) revise coilsupply.py classes to be compatible with and use functionalities of net.py (#3017).
• [ ] 1.5. (**) Sankey diagrams + Scope Tags (#1249).
• [ ] 1.6. (**) implement exporting methods to power_cycle module, in 2 levels (net loads only, and cached full simulation) (#2549)

2 - Non-Blocking

• [ ] 2.0. add table methods to easily visualize sub-phases, phases and pulses in a scenario.
• [ ] 2.1. re-implement example based on Minucci paper as a test for net.py classes as a model verification.
• [ ] 2.2 implement algebraic dunder methods (add, mul, truediv...) to user-interface classes (e.g. LoadConfig).
• [ ] 2.3. implement methods necessary to write an example for coilsupply.py classes based on a coil currents and voltages computed with a minimal working example of the equilibria module.
• [ ] 2.4. implement missing methods for using pulses & scenario inputs to build net loads based on phase repetition.
• [ ] 2.5. implement improved plotting methods to enable analyses.
• [ ] 2.6 add method to instantiate LibraryConfig from reactor object, so that some power loads can be extracted from other modules; e.g. fusion power, TF/PF coils power, ... (to be possibly superceeded by #2512).
• [ ] migrate plotting and printing methods in tools.py into display module.

[tplobo]

@oliverfunk, @je-cook, take a look and check whether this seems clear. I intend to add a few more tasks from the presentation I gave you guys earlier this year, just to collect all the suggestions I made at the end of the presentation in a single place.

[je-cook]

I've rearranged the above into blocking and non-blocking sections. The blocking/non-blocking is for merge into develop.

The merge of #1250 into its feature branch is before this (at least in part) as most of these should be isolated PRs. Once we've had #1250 reviewed and any further changes undertaken we can tackle this list.

[je-cook]

Majority now covered by #2873, only export not covered (I think)