写一个防空火力分配的Python代码

防空火力分配通常涉及到对敌方目标威胁程度、己方火炮性能和可用资源等因素的综合考虑。这是一个简化版的示例，我们假设有一个简单的敌我双方目标列表，以及每个火炮的射程和威力数据。下面是一个简化的Python代码框架：

class AirDefenseFirepower:
    def __init__(self, id, range, strength):
        self.id = id
        self.range = range
        self.strength = strength

class Target:
    def __init__(self, id, threat_level):
        self.id = id
        self.threat_level = threat_level

class FireAllocationStrategy:
    def __init__(self, defenses, targets):
        self.defenses = defenses
        self.targets = targets

    def allocate_fire(self):
        allocated_defenses = {}
        for defense in self.defenses:
            best_target = None
            max_threat = 0
            for target in self.targets:
                if target.id not in allocated_defenses and target.threat_level > max_threat:
                    best_target = target
                    max_threat = target.threat_level
            
            if best_target is not None:
                allocated_defenses[best_target.id] = defense
                # 更新防御位置或其他状态
                defense.position = self.calculate_position(defense, best_target)

        return allocated_defenses

    @staticmethod
    def calculate_position(defense, target):
        # 这里可以基于实际地理坐标或雷达覆盖范围计算最佳射击角度
        # 如果距离超过射程则无法攻击，返回None或当前位置
        distance = calculate_distance(defense.position, target.position)
        if distance <= defense.range:
            return target.position
        else:
            return defense.position  # 或者默认保持原地

def calculate_distance(p1, p2):
    # 这里只是一个伪函数，需要实现两点间距离的计算
    pass

# 示例使用
defenese_1 = AirDefenseFirepower(1, 50, 8)
target_1 = Target(1, 7)
strategy = FireAllocationStrategy([defenese_1], [target_1])
fire_allocation = strategy.allocate_fire()

for target_id, defense in fire_allocation.items():
    print(f"防御 {defense.id} 将攻击目标 {target_id}")