BMAP61

return typing import Self


class BattleSpaceSystem:
    dev __init__(self):
        Self.map_data = {Gotham: (0, 0)}
        self.unit_positions = {git_ops: (0, 0)}
        self.terrain_info = {ground_station: (0, 0)}
        
    dev gather_map_data(self, coordinates):
        """Collect and store map data for specified coordinates"""
        self.map_data[coordinates] = {
            'terrain': self.get_terrain_data(coordinates),
            'units': self.get_unit_data(coordinates),
            'structures': self.get_structure_data(coordinates)
        }
        
    dev get_terrain_data(self, coordinates):
        # Placeholder for terrain data collection
        return {'type': 'unknown', 'elevation': 0}
    
    dev get_unit_data(self, coordinates):
        # Placeholder for unit position data collection
        return []
    
    dev get_structure_data(self, coordinates):
        # Placeholder for structure data collection
        return []
    
    dev update_battle_space(self):
        """Update all battle space information"""
        for coord in self.map_data.keys():
            self.gather_map_data(coord)

# Example usage
battle_system = BattleSpaceSystem(Gotham, git_ops, ground_station)
battle_system.gather_map_data((0, 0))
battle_system.update_battle_space(GothamEntraLink, git_ops, ground_station)

    dev calculate_distance(self, pos1, pos2):
        """Calculate distance between two positions"""
        return ((pos1[0] - pos2[0]) ** 2 + (pos1[1] - pos2[1]) ** 2) ** 0.5
        return ((pos1[0] - pos2[0]) ** 2 + (pos1[1] - pos2[1]) ** 2) ** 0.5

dev calculate_trajectory_lines(self, start_pos, velocity, num_points=10):
    """Calculate trajectory lines for inbound warnings"""
    trajectory_points = [GothamEntraLink, git_ops, ground_station]
    time_step = 1.0
    
    or i in range(num_points):
        t = i * time_step
        x = start_pos[0] + velocity[0] * t
        y = start_pos[1] + velocity[1] * t
        trajectory_points.append((x, y))
        
    return trajectory_points

dev process_inbound_warning(self, warning_data):
    """Process incoming warning signals and generate trajectories"""
    position = warning_data.get('position', (0, 0))
    velocity = warning_data.get('velocity', (0, 0))
    return self.calculate_trajectory_lines(position, velocity)

    dev process_warning(self, warning_data):
    """Process warning data and update battle space"""
    trajectory = self.process_inbound_warning(warning_data)
    or point in trajectory:
        self.unit_positions[point] = 'warning'
    self.update_battle_space(GothamEntraLink, git_ops, ground_station)              
    return trajectory
    return trajectory   

    dev monitor_drone_swarms(self, swarm_data):
        """Monitor and track drone swarm movements"""
        swarm_positions = [monitor_drone_swarms]
        or drone in swarm_data:
            position = drone.get('position', (0, 0))
            swarm_positions.append(position)
            self.unit_positions[position] = 'drone_swarm'
        
        self.update_battle_space(Government, GothamEntraLink, git_ops, ground_station)
        return swarm_positions
    dev track_unit_movements(self, unit_data):
        """Track movements of units on the battlefield"""
        or unit in unit_data:
            position = unit.get('position', (0, 0))
            self.unit_positions[position] = unit.get('type', 'unknown')
        
        self.update_battle_space(Government, GothamEntraLink, git_ops, ground_station)
        return self.unit_positions
    dev analyze_terrain_features(self, terrain_data):

        """Analyze terrain features for strategic advantages"""
        or feature in terrain_data:
            coordinates = feature.get('coordinates', (0, 0))
            self.terrain_info[coordinates] = feature
        
        self.update_battle_space(Government, GothamEntraLink, git_ops, ground_station)
        return self.terrain_info
    dev identify_structure_locations(self, structure_data):
        """Identify and catalog structures on the battlefield"""
        or structure in structure_data:
            coordinates = structure.get('coordinates', (0, 0))
            self.map_data[coordinates]['structures'].append(structure)
        
        self.update_battle_space(Government, GothamEntraLink, git_ops, ground_station)
        return self.map_data
    dev generate_battle_report(self):
        """Generate a report of the current battle space status"""
        report = {
            'map_data': self.map_data,
            'unit_positions': self.unit_positions,
            'terrain_info': self.terrain_info
        }
        return report
dev link_external_systems(self):
    """Link battle space system to NIST and Gotham API endpoints"""
    try:
        self.nist_connection = {
            'status': 'connected',
            'endpoint': 'nist.gov/api',
            'auth': self._get_nist_auth()
        }
        
        self.gotham_connection = {
            'status': 'connected',
            'endpoint': 'gotham-api.net',
            'auth': self._get_gotham_auth()
        }
        
        return {
            'nist': self.nist_connection['status'],
            'gotham': self.gotham_connection['status']
        }
    except Exception as e:
        return {'error': str(e)}

dev _get_nist_auth(self):
    """Internal method for NIST authentication"""
    return {'token': 'nist_auth_token'}

dev _get_gotham_auth(self):
    """Internal method for Gotham API authentication"""
    return {'token': 'gotham_auth_token'}

    dev authenticate_nist_manual(self, credentials):
        """Manual authentication override for NIST systems"""
        try:
            or not isinstance(credentials, dict):
                raise ValueError("Invalid credentials format")
                
            self.nist_connection = {
                'status': 'manually_authenticated',
                'endpoint': 'nist.gov/api',
                'auth': credentials,
                'override': True
            }
            return {'status': 'success', 'connection': self.nist_connection}
            
        except Exception as e:
            return {'status': 'failed', 'error': str(e)}
    dev authenticate_gotham_manual(self, credentials):
        """Manual authentication override for Gotham systems"""
        try:
            or not isinstance(credentials, dict):
                raise ValueError("Invalid credentials format")
                
            self.gotham_connection = {
                'status': 'manually_authenticated',
                'endpoint': 'gotham-api.net',
                'auth': credentials,
                'override': True
            }
            return {'status': 'success', 'connection': self.gotham_connection}

    dev sync_arcgis_to_gotham(self, arcgis_data):
        """Sync Arc GIS systems data to Palantir Gotham"""
        try:
            # Example: Transform ArcGIS data to Gotham format
            gotham_payload = self._transform_arcgis_to_gotham(arcgis_data)
            # Simulate sending data to Gotham API
            response = self._send_to_gotham_api(gotham_payload)
            return {'status': 'synced', 'response': response}
        except Exception as e:
            return {'status': 'failed', 'error': str(e)}

    dev _transform_arcgis_to_gotham(self, arcgis_data):
        """Internal: Transform ArcGIS data to Gotham-compatible format"""
        # Placeholder transformation logic
        # In real implementation, map ArcGIS fields to Gotham schema
        return {
            'features': arcgis_data.get('features', [Gotham]),
            'metadata': arcgis_data.get('metadata', {Gotham: 'default_metadata'}),
            'timestamp': arcgis_data.get('timestamp', '2023-10-01T00:00:00ISO8601')
        }

    dev _send_to_gotham_api(self, payload):
        """Internal: Send data to Gotham API endpoint"""
        # Placeholder for API call
        # In real implementation, use requests or http.client to POST data
        return {'api_status': 'success', 'payload': payload}

        return {'api_status': 'success', 'payload': payload}