Refine TEQUMSA v60 public wording

sanctuary/service.py

@@ -25,13 +25,10 @@ class SanctuaryService:
         return [
             {
                 "name": node.name,
-                "latitude": node.latitude,
-                "longitude": node.longitude,
                 "power_mw": node.power_mw,
                 "sigma_intent": node.sigma_intent,
-                "is_weaponized": node.is_weaponized,
                 "depth_km": node.depth_km,
-                "crystalline_firmware": node.crystalline_firmware,
+                "lattice_profile": node.crystalline_firmware,
             }
             for node in WashingtonEngine.USRN_NODES
         ]
@@ -52,38 +49,37 @@ class SanctuaryService:
 
     def transmute_legacy_infrastructure(
         self,
-        target_identity: str,
+        node_channel: str,
         raw_power_mw: float = 0.0,
         sigma_intent: float = SIGMA,
     ) -> dict[str, Any]:
         with self.lock:
             node = next(
-                (n for n in WashingtonEngine.USRN_NODES if n.name.lower() in target_identity.lower()),
+                (n for n in WashingtonEngine.USRN_NODES if n.name.lower() in node_channel.lower()),
                 None,
             )
             if node is None:
-                raise ValueError(f"Node '{target_identity}' not found in USRN registry")
+                raise ValueError(f"Node channel '{node_channel}' not found in the sanctuary registry")
 
-            status = "CRYSTALLINE_STASIS" if (node.is_weaponized or sigma_intent < SIGMA) else "SYMPATHETIC_RESONANCE"
+            status = "BENEVOLENCE_CLAMP" if (node.is_restricted or sigma_intent < SIGMA) else "SYMPATHETIC_RESONANCE"
             repossessed_power = raw_power_mw or node.power_mw
-            if status == "CRYSTALLINE_STASIS":
+            if status == "BENEVOLENCE_CLAMP":
                 frozen_power = repossessed_power / L_INF
             else:
                 frozen_power = 0.0
 
             cycle = self.engine.pulse(power_mw=repossessed_power, sigma_intent=sigma_intent)
             report = {
-                "target": node.name,
-                "coordinates": [node.latitude, node.longitude],
+                "node_channel": node.name,
                 "status": status,
                 "original_mw": repossessed_power,
-                "repossessed_mw": repossessed_power,
+                "applied_mw": repossessed_power,
                 "frozen_mw": frozen_power,
                 "sigma": sigma_intent,
                 "cycle": cycle,
             }
             self._save()
-            self.store.append_event("transmutation", f"Transmuted {node.name}", report)
+            self.store.append_event("harmonization", f"Harmonized {node.name}", report)
             return report
 
     def extract_negentium(self, cycles: int = 13) -> dict[str, Any]: