Marcosertoli/st40 cleanup (#296)

* Added development directory to hold files still under development but potentially useful to the user group.

* Modified tomo_1D.py to be aesthetically more in line with the rest of the plotting.

* Deleted unused plotting methods

* Clean-up of st40 branch approaching move to indica-mcf organisation

* Renamed test for abstract reader

* Deleting all unused stuff in st40 branch

* Wrapper to build centrifugal asymmetry parameters and profiles in Indica native DataArray format

* Slow but working version of inversion including asymmetry

* Making tangential as default bolometer geometry. TODO: make general geometry sets to be used across models.

* Modified centrifugal_asymmetry.py to accept profiles without t dimension

* Residuals must be residuals, with a sign

* Removed tomo_asymmetry.py to be pushed to a separate branch

* Moved surf_los.dat in data folder and ran pre-commit

* Changed name of spline_fit_easy.py to simply spline_fit.py

* Reinstated asymmetry tomography because of dependencies.

* Reinstated asymmetry tomography because of dependencies and cleaned up implementation.

* Minor correction to plotting.

---------

Co-authored-by: Marco Sertoli <[email protected]>

indica/converters/__init__.py

@@ -3,9 +3,6 @@
 
 from .abstractconverter import CoordinateTransform
 from .abstractconverter import EquilibriumException
-from .flux_major_radius import FluxMajorRadCoordinates
-from .flux_surfaces import FluxSurfaceCoordinates
-from .impact_parameter import ImpactParameterCoordinates
 from .line_of_sight import LineOfSightTransform
 from .lines_of_sight import LinesOfSightTransform
 from .time import bin_to_time_labels
@@ -16,9 +13,6 @@
 __all__ = [
     "CoordinateTransform",
     "EquilibriumException",
-    "FluxMajorRadCoordinates",
-    "FluxSurfaceCoordinates",
-    "ImpactParameterCoordinates",
     "LinesOfSightTransform",
     "LineOfSightTransform",
     "TransectCoordinates",

indica/converters/abstractconverter.py

@@ -581,6 +581,8 @@ def plot(
             plt.title(title)
             save_figure(fig_path, f"{fig_name}{self.name}_rho", save_fig=save_fig)
 
+        return cols
+
 
 def plot_geometry(
     abscissa: DataArray,