removing bda workflow methods from plasma_profiler

indica/models/plasma.py

@@ -807,8 +807,6 @@ def __init__(
         self,
         plasma: Plasma,
         profilers: dict[ProfilerBase],
-        plasma_attribute_names=None,
-        map_vtor: bool = False,
     ):
         """
         Interface Profiler objects with Plasma object to generate plasma profiles
@@ -822,30 +820,8 @@ def __init__(
             dictionary of Profiler objects to generate profiles
         """
 
-        if plasma_attribute_names is None:
-            plasma_attribute_names = [
-                "electron_temperature",
-                "electron_density",
-                "ion_temperature",
-                "ion_density",
-                "impurity_density",
-                "fast_density",
-                "pressure_fast",
-                "neutral_density",
-                "zeff",
-                "meanz",
-                "wp",
-                "wth",
-                "pressure_tot",
-                "pressure_th",
-                "toroidal_rotation",
-            ]
         self.plasma = plasma
         self.profilers = profilers
-        self.plasma_attribute_names = plasma_attribute_names
-        self.map_vtor = map_vtor
-        self.phantom = None
-        self.phantom_profiles = None
 
     def update_profilers(self, profilers: dict):
         for profile_name, profiler in profilers.items():
@@ -872,16 +848,6 @@ def set_profiles(self, profiles: dict[xr.DataArray], t: float = None):
             else:
                 getattr(self.plasma, profile_name).loc[dict(t=t)] = profile
 
-    def save_phantoms(self, phantom=False):
-        #  if phantoms return profiles otherwise return empty arrays
-        self.phantom = phantom
-        phantom_profiles = self.plasma_attributes()
-        if not phantom:
-            for key, value in phantom_profiles.items():
-                phantom_profiles[key] = value * 0
-        self.phantom_profiles = phantom_profiles
-        return phantom_profiles
-
     def map_plasma_profile_to_midplane(self, profiles: dict):
         """
         Map profiles from flux space to real space on z=0
@@ -901,24 +867,6 @@ def map_plasma_profile_to_midplane(self, profiles: dict):
             midplane_profiles[key] = value.interp(rho_poloidal=rho)
         return midplane_profiles
 
-    def plasma_attributes(self):
-        plasma_attributes = {}
-        for attribute in self.plasma_attribute_names:
-            plasma_attributes[attribute] = getattr(self.plasma, attribute).sel(
-                t=self.plasma.time_to_calculate
-            )
-        return plasma_attributes
-
-    def map_toroidal_rotation_to_ion_temperature(
-        self,
-    ):
-
-        self.plasma.toroidal_rotation = (
-            self.plasma.ion_temperature
-            / self.plasma.ion_temperature.max("rho_poloidal")
-            * self.plasma.toroidal_rotation.max("rho_poloidal")
-        )
-
     def __call__(self, parameters: dict = None, t=None):
         """
         Set parameters of given profilers and assign to plasma profiles
@@ -963,5 +911,3 @@ def __call__(self, parameters: dict = None, t=None):
         }
         self.set_profiles(updated_profiles, t)
 
-        if "ion_temperature" in _profiles_to_update and self.map_vtor:
-            self.map_toroidal_rotation_to_ion_temperature()