1. Have `run_woden.py` read in and store dipole amplitudes from a `metafits` file

[JLBLine]

Currently, wodenpy.wodenpy_setup.run_setup.check_args reads information from the metafits file, and stores it in the args object. To get the dipole amplitudes, we should implement:

• Add a --use_dipamps flag to wodenpy.wodenpy_setup.run_setup.get_parser to use dipole amplitude information from the metafits file.
• Modify wodenpy.wodenpy_setup.check_args to read in the dipole amplitudes from the metafits file. While doing this, we should also check that the number of dipole amplitudes are of the correct shape - TODO might have to demand there are as many sets of dipole amplitudes as there are antennas (tiles).
• Stick the dipole amplitudes into the wodenpy.use_libwoden.woden_settings.Woden_Settings* class, using the wodenpy.use_libwoden.woden_settings.create_woden_settings function.
• Dipole amplitudes should be stored as a 1D array for hyperbeam.

Testing: Add some functions to existing cmake_testing/wodenpy/wodenpy_setup/test_argument_inputs.py that use 1088285600_DipAmps.metafits to check that the dipole amplitudes are being read in correctly.

[JLBLine]

The reading in and checking of shapes is all handled with this commit 2853294f99e4e3d6879d82d7f60716eed4dd8ca0. Transferring out of the args object in Woden_Settings will all be tested via #38 , where we test if we've transferred the correct values over to the C library