行星发动机控制系统源码（由DeepSeek生成）

由于B站非常淦的代码块功能，在这里也放一份。

import time
import random

class PlanetaryEngine:
    def __init__(self, engine_id):
        self.engine_id = engine_id
        self.status = "OFFLINE"
        self.plasma_output = 0  # 单位：万兆焦耳
        self.thrust_level = 0   # 推力级别 0-100%
        self.core_temp = 300    # 核心温度（K）
        self.hydraulic_pressure = 0  # 液压压力（MPa）
        self.fuel_level = 100   # 聚变燃料剩余百分比
        
        # 安全阈值
        self.MAX_TEMP = 5000    # 最高耐受温度
        self.MAX_PRESSURE = 300 # 最大液压压力
        self.COOLANT_RATE = 50  # 冷却速率（K/s）

    def startup_sequence(self):
        """启动序列"""
        if self.status != "OFFLINE":
            print(f"发动机 {self.engine_id} 启动失败：非离线状态")
            return False
        
        print(f"正在启动发动机 {self.engine_id}...")
        self._change_status("BOOTING")
        
        # 模拟启动过程
        for step in ["初始化反应堆", "点燃等离子体", "建立磁场约束", "启动液压系统"]:
            time.sleep(1)
            print(f"▶ {step}...")
            if not self._check_sensors():
                self.emergency_shutdown()
                return False
        
        self._change_status("STANDBY")
        print("启动完成，待命状态")
        return True

    def adjust_thrust(self, percentage):
        """调整推力级别"""
        if self.status not in ["STANDBY", "OPERATIONAL"]:
            print("错误：发动机未就绪")
            return
        
        target = max(0, min(100, percentage))
        print(f"正在调整推力至 {target}%...")
        
        while abs(self.thrust_level - target) > 1:
            delta = 1 if target > self.thrust_level else -1
            self.thrust_level += delta
            self._update_physics()
            
            if not self._check_sensors():
                self.emergency_shutdown()
                return
            
            time.sleep(0.1)
        
        self._change_status("OPERATIONAL")
        print(f"当前推力稳定在 {self.thrust_level}%")

    def _update_physics(self):
        """物理状态更新"""
        # 模拟物理参数变化
        self.plasma_output = 150 * self.thrust_level
        self.core_temp = 3000 + 20 * self.thrust_level + random.randint(-50,50)
        self.hydraulic_pressure = 200 * (self.thrust_level/100)**2
        self.fuel_level -= 0.01 * self.thrust_level

    def _check_sensors(self):
        """安全监测"""
        if self.core_temp > self.MAX_TEMP:
            print(f"！核心温度超标：{self.core_temp}K")
            return False
        if self.hydraulic_pressure > self.MAX_PRESSURE:
            print(f"！液压压力超标：{self.hydraulic_pressure}MPa")
            return False
        if self.fuel_level < 5:
            print("！聚变燃料不足")
            return False
        return True

    def emergency_shutdown(self):
        """紧急关闭程序"""
        print("\n！触发紧急关闭协议！")
        self._change_status("EMERGENCY")
        
        # 快速冷却过程
        while self.core_temp > 500:
            self.core_temp -= self.COOLANT_RATE
            print(f"核心温度冷却中：{self.core_temp:.1f}K")
            time.sleep(0.5)
        
        self.thrust_level = 0
        self._change_status("OFFLINE")
        print("发动机已安全关闭")

    def _change_status(self, new_status):
        self.status = new_status
        print(f"状态更新 ▶ {new_status}")

    def display_status(self):
        """显示当前状态"""
        print(f"\n发动机 {self.engine_id} 状态：")
        print(f"| 运行状态: {self.status}")
        print(f"| 当前推力: {self.thrust_level}%")
        print(f"| 核心温度: {self.core_temp}K")
        print(f"| 液压压力: {self.hydraulic_pressure}MPa")
        print(f"| 燃料剩余: {self.fuel_level:.1f}%")
        print(f"| 等离子体输出: {self.plasma_output}万兆焦耳")

# 测试程序
if __name__ == "__main__":
    engine = PlanetaryEngine("CN-171-01")
    
    while True:
        print("\n可用命令：")
        print("1. startup - 启动发动机")
        print("2. thrust [百分比] - 调整推力")
        print("3. status - 显示状态")
        print("4. shutdown - 正常关闭")
        print("5. exit - 退出程序")
        
        cmd = input(">>> ").lower().split()
        
        if not cmd:
            continue
            
        if cmd[0] == "exit":
            break
            
        elif cmd[0] == "startup":
            engine.startup_sequence()
            
        elif cmd[0] == "thrust" and len(cmd) > 1:
            try:
                engine.adjust_thrust(float(cmd[1]))
            except ValueError:
                print("错误：无效的推力值")
                
        elif cmd[0] == "status":
            engine.display_status()
            
        elif cmd[0] == "shutdown":
            engine.emergency_shutdown()
            
        else:
            print("未知命令")