Experimental - remove _result_properties

Author: rafacanton

src/ansys/dpf/core/available_result.py

@@ -200,8 +200,6 @@ def name(self):
         """Result operator."""
         if self._properties and "scripting_name" in self._properties.keys():
             name = self._properties["scripting_name"]
-        elif self.operator_name in _result_properties:
-            name = _result_properties[self.operator_name]["scripting_name"]
         else:
             name = _remove_spaces(self._physics_name)
         return _make_as_function_name(name)
@@ -266,8 +264,8 @@ def native_location(self):
         """Native location of the result."""
         if hasattr(self, "_properties") and "location" in self._properties.keys():
             return self._properties["location"]
-        if self.operator_name in _result_properties:
-            return _result_properties[self.operator_name]["location"]
+        else:
+            return ""
 
     @property
     def native_scoping_location(self):
@@ -307,52 +305,6 @@ def qualifier_combinations(self) -> List[dict]:
         return [q.__dict__() for q in self.qualifiers]
 
 
-_result_properties = {
-    "S": {"location": "ElementalNodal", "scripting_name": "stress"},
-    "ENF": {"location": "ElementalNodal", "scripting_name": "element_nodal_forces"},
-    "EPEL": {"location": "ElementalNodal", "scripting_name": "elastic_strain"},
-    "EPPL": {"location": "ElementalNodal", "scripting_name": "plastic_strain"},
-    "ECR": {"location": "ElementalNodal", "scripting_name": "creep_strain"},
-    "BFE": {"location": "ElementalNodal", "scripting_name": "structural_temperature"},
-    "ETH": {"location": "ElementalNodal", "scripting_name": "thermal_strain"},
-    "ETH_SWL": {"location": "ElementalNodal", "scripting_name": "swelling_strains"},
-    "ENG_VOL": {"location": "Elemental", "scripting_name": "elemental_volume"},
-    "ENG_SE": {"location": "Elemental", "scripting_name": "stiffness_matrix_energy"},
-    "ENG_AHO": {
-        "location": "Elemental",
-        "scripting_name": "artificial_hourglass_energy",
-    },
-    "ENG_KE": {"location": "Elemental", "scripting_name": "kinetic_energy"},
-    "ENG_CO": {"location": "Elemental", "scripting_name": "co_energy"},
-    "ENG_INC": {"location": "Elemental", "scripting_name": "incremental_energy"},
-    "ENG_TH": {"location": "Elemental", "scripting_name": "thermal_dissipation_energy"},
-    "U": {"location": "Nodal", "scripting_name": "displacement"},
-    "V": {"location": "Nodal", "scripting_name": "velocity"},
-    "A": {"location": "Nodal", "scripting_name": "acceleration"},
-    "RF": {"location": "Nodal", "scripting_name": "reaction_force"},
-    "F": {"location": "Nodal", "scripting_name": "nodal_force"},
-    "M": {"location": "Nodal", "scripting_name": "nodal_moment"},
-    "TEMP": {"location": "Nodal", "scripting_name": "temperature"},
-    "EF": {"location": "ElementalNodal", "scripting_name": "electric_field"},
-    "VOLT": {"location": "Nodal", "scripting_name": "electric_potential"},
-    "TF": {"location": "ElementalNodal", "scripting_name": "heat_flux"},
-    "UTOT": {"location": "Nodal", "scripting_name": "raw_displacement"},
-    "RFTOT": {"location": "Nodal", "scripting_name": "raw_reaction_force"},
-    "ECT_STAT": {"location": "ElementalNodal", "scripting_name": "contact_status"},
-    "ECT_PRES": {"location": "ElementalNodal", "scripting_name": "contact_pressure"},
-    "ECT_PENE": {"location": "ElementalNodal", "scripting_name": "contact_penetration"},
-    "ECT_SLIDE": {"location": "ElementalNodal", "scripting_name": "contact_sliding_distance"},
-    "ECT_GAP": {"location": "ElementalNodal", "scripting_name": "contact_gap_distance"},
-    "ECT_SFRIC": {"location": "ElementalNodal", "scripting_name": "contact_friction_stress"},
-    "ECT_STOT": {"location": "ElementalNodal", "scripting_name": "contact_total_stress"},
-    "ECT_FRES": {
-        "location": "ElementalNodal",
-        "scripting_name": "contact_fluid_penetration_pressure",
-    },
-    "ECT_FLUX": {"location": "ElementalNodal", "scripting_name": "contact_surface_heat_flux"},
-}
-
-
 def available_result_from_name(name) -> AvailableResult:
     """Create an instance of AvailableResult from a specified results name.
 

src/ansys/dpf/core/result_info.py

@@ -472,17 +472,11 @@ def _get_result(self, numres):
             self._api.result_info_get_result_location(self, numres, loc_name)
             loc_name = str(loc_name)
         except AttributeError:
-            if name in available_result._result_properties:
-                loc_name = available_result._result_properties[name]["location"]
-            else:
-                loc_name = ""
+            loc_name = ""
         try:
             scripting_name = self._api.result_info_get_result_scripting_name(self, numres)
         except AttributeError:
-            if name in available_result._result_properties:
-                scripting_name = available_result._result_properties[name]["scripting_name"]
-            else:
-                scripting_name = available_result._remove_spaces(physic_name)
+            scripting_name = available_result._remove_spaces(physic_name)
         num_sub_res = self._api.result_info_get_number_of_sub_results(self, numres)
         sub_res = {}
         for ires in range(num_sub_res):

src/ansys/dpf/core/results.py

@@ -272,12 +272,7 @@ def __init__(self, connector, mesh_by_default, result_info, server):
         self._mesh_scoping = None
         self._location = None
         self._mesh_by_default = mesh_by_default
-        if isinstance(result_info, str):
-            from ansys.dpf.core.available_result import available_result_from_name
-
-            self._result_info = available_result_from_name(result_info)
-        else:
-            self._result_info = result_info
+        self._result_info = result_info
         self._specific_fc_type = None
         from ansys.dpf.core import operators