Implement inflow to capacity factor utility and inverse operation

[MarcoAnarmo]

No description provided.

[FelixCAAuer]

Thank you, only some minor points :)

[MarcoAnarmo]

After running the test over the sample data I have checked that the values of Inflows remain the same after the inverse operation which guarantees everything is working as expected!

new_vres = inflowsToCapacityFactors(dPower_Inflows, dPower_VRES, dPower_VRESProfiles)

unchanged_inflows = capacityFactorsToInflows(new_vres, dPower_VRES, dPower_Inflows)

In the picture you can verify the values of inflows remain the same.

[MarcoAnarmo]

Next TODO before merging is adding the option to delete the inflows generators data from the VRES_Profiles.

[MarcoAnarmo]

You can run the following test script to test the Utilities. Here you can see the Inflows generators are removed inplace from the VRES Profiles dataframe. You can also check that the values of the capacity factors are correct calculated and reversed.

import ExcelReader
from Utilities import inflowsToCapacityFactors, capacityFactorsToInflows

dPower_Inflows = ExcelReader.get_dPower_Inflows(path_to_inflows)
dPower_VRES = ExcelReader.get_dPower_VRES(path_to_vres)
dPower_VRESProfiles = ExcelReader.get_dPower_VRESProfiles(path_to_vresprofiles)

before = dPower_VRESProfiles.index.get_level_values('g').unique().tolist()
print(f"--- VRES Profiles generators before: --- Len:{len(before)}\n", before)

new_vres = inflowsToCapacityFactors(dPower_Inflows, dPower_VRES, dPower_VRESProfiles)

after = new_vres.index.get_level_values('g').unique().tolist()
print(f"\n--- VRES Profiles generators after: --- Len:{len(after)}\n", after)

unchanged_inflows = capacityFactorsToInflows(new_vres, dPower_VRES, dPower_Inflows, True)

end = new_vres.index.get_level_values('g').unique().tolist()
print(f"\n--- VRES Profiles generators end: --- Len:{len(end)}\n", end)

[FelixCAAuer]

Small question, otherwise good to merge - thank you! :)