Create space_debris_tracker_v2.py

src/space_safety/space_debris_tracker_v2.py

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+# space_debris_tracker_v2.py
+import numpy as np
+from sidra_chain_space_exploration.starlight_station.space_safety.space_debris_tracker_module import SpaceDebrisTrackerModule
+from sidra_chain_space_exploration.utils.math_utils import MathUtils
+from sidra_chain_space_exploration.utils.data_utils import DataUtils
+
+class SpaceDebrisTrackerV2:
+    def __init__(self, space_debris_tracker_module: SpaceDebrisTrackerModule):
+        self.space_debris_tracker_module = space_debris_tracker_module
+        self.math_utils = MathUtils()
+        self.data_utils = DataUtils()
+
+    def track_debris(self, satellite_data: dict) -> dict:
+        # Track debris using advanced mathematical models
+        if not self.space_debris_tracker_module.is_initialized:
+            raise Exception("Space debris tracker module is not initialized")
+
+        # Extract relevant data from satellite data
+        debris_data = self.data_utils.extract_debris_data(satellite_data)
+
+        # Calculate debris trajectory using orbital mechanics
+        debris_trajectory = self.math_utils.calculate_debris_trajectory(debris_data)
+
+        # Predict debris location using Kalman filter
+        debris_location = self.math_utils.predict_debris_location(debris_trajectory)
+
+        return debris_location
+
+    def detect_debris_collision(self, debris_location: dict, satellite_position: dict) -> bool:
+        # Detect debris collision using advanced collision detection algorithm
+        if not self.space_debris_tracker_module.is_initialized:
+            raise Exception("Space debris tracker module is not initialized")
+
+        # Calculate distance between debris and satellite
+        distance = self.math_utils.calculate_distance(debris_location, satellite_position)
+
+        # Check if distance is within collision threshold
+        if distance < self.space_debris_tracker_module.collision_threshold:
+            return True
+        else:
+            return False
+
+    def generate_debris_alert(self, debris_collision: bool) -> str:
+        # Generate an alert for debris collision
+        if debris_collision:
+            alert = "Debris Collision Alert!\n"
+            alert += "Debris is on a collision course with the satellite.\n"
+            alert += "Take evasive action immediately."
+        else:
+            alert = "No Debris Collision Detected.\n"
+            alert += "Satellite is safe from debris collision."
+        return alert
+
+# Example usage:
+space_debris_tracker_module = SpaceDebrisTrackerModule()
+space_debris_tracker_v2 = SpaceDebrisTrackerV2(space_debris_tracker_module)
+
+satellite_data = {
+    "temperature": 250,
+    "magnetic_field": 10,
+    "solar_wind": 500
+}
+
+debris_location = space_debris_tracker_v2.track_debris(satellite_data)
+satellite_position = {
+    "x": 100,
+    "y": 200,
+    "z": 300
+}
+
+debris_collision = space_debris_tracker_v2.detect_debris_collision(debris_location, satellite_position)
+alert = space_debris_tracker_v2.generate_debris_alert(debris_collision)
+print(alert)