My Black Tech Shelter

On June 2, Lu Chen got up, washed up, and went outside the shelter. After checking the degree of solidification of the wall, it was estimated that it would be solidified in two days. At least people could stand on the surface.

Lu Chen planned to use the iron sheets above as a basis to start adding barbed wire and wires. Then, after the electricity was turned on, some people could be blocked. If someone wanted to climb over the wall from above, they would at least have to cut the wires. Once cut, An alarm will be sounded inside the shelter.

This way you know that something bad is coming. The door is made of alloy. Opening the door by ordinary means will not work. I am going to write a program to open it only with an electronic key, and it will be locked directly after the power is cut off. Unless it is violently broken, there is no way to open it. Open,

And I plan to add a feature to the program. Once it encounters a hacker intrusion, it will crash directly after the permissions are changed, and then the door will be powered off. Finally, some weapons are prepared inside the shelter to delay time.

Once he encounters an invasion, if he feels that he cannot stop it, then Lu Chen will directly call the police and wait for support inside the shelter.

If the criminals run away in the end, then you can make targeted modifications based on their breaking methods to improve security.

Afterwards, Lu Chen entered the shelter after the installation was completed, and then started to build a server group. He first built a computer room, and the room needed to be larger to facilitate future expansion. For now, it is enough to use the fans inside the cabinet to dissipate heat, and With the temperature so low, the temperature in the computer room can be controlled lower to dissipate heat.

Lu Chen then used the nano core to optimize the server group.

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Micro server group (within data processing)

Manufacturing requires 200 energy points

Manufacturing time: 30 minutes

Expanded area: 2 meters high, 0.5 meters long and wide

Single server performance:

Running memory: 32GB

Storage: 1TB

Energy consumption: 2.5 degrees of energy consumption per day

Description: A micro-server group composed of ordinary servers has only one cabinet, but ten ordinary servers are placed inside. With the addition of ten servers, the computing speed is greatly improved.

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Afterwards, Lu Chen first spent 200 energy points to re-open a space and laid a small amount of floor heating on the internal floor. Then Lu Chen made a computer with 20 energy points. After connecting to the server, he began to write with reference to the integrated system of the mall control center. Smart control program inside the shelter.

Because the control center inside the mall has staff for real-time monitoring, many systems sometimes require manual control by personnel. This led Lu Chen to change many places used for manual control to program control when making reference. This would free Lu Chen from repetitive work.

In fact, if Lu Chen's body and brain had not been developed with nano-cores, he would probably have been able to download other people's shelter programs online. But at this time, who knows if there would be a backdoor in this program, in case one was added. I didn't know the back door, and then I entered my shelter when I was out and looted all the supplies. I really had no place to cry.

Lu Chen did not leave the shelter in the next few days. He used the mall's system and spent 5 days through continuous programming and testing to develop an effective shelter system.

In the past few days, Lu Chen kept developing programs. Sometimes, as he was writing, he found that the server was not enough. He had to add more servers and then write again.

In this way, after several days of intensive work, I finally developed a system that I am quite satisfied with. This is still a reference situation. If I start from scratch, I estimate that it will not be realized in a few months.

On the evening of June 7, Lu Chen sat next to the computer. After clicking to run the program, the equipment inside the shelter began to be taken over by the program. Equipment and facilities such as the power system, water supply system, air conditioning system, planting system, monitoring and security system, and manufacturing system began to take over. In automatic operation state,

At the same time, the power reserve inside the shelter has entered the warning value, which means that if Lu Chen does not upgrade the power system, he will not be able to add other equipment in a short time.

Lu Chen came to the computer room and looked at the cabinets in front of him. He felt that his efforts over the past few days were not in vain. There were now 1 row of 5 groups of cabinets in the computer room, which cost Lu Chen 1,000 energy points in total.

Through a large amount of data simulation, today's intelligent programs can already stand alone, such as plantations. Now through the monitoring and monitoring of intelligent algorithms, through monitoring equipment, intelligent algorithms can analyze plant growth status, such as water shortage, through picture comparison. , insect pests, malnutrition, etc., and then through monitoring equipment, the internal temperature and humidity of the planting room, as well as the concentration of carbon dioxide, etc. can be ensured.

Another example is the ventilation and temperature system inside the shelter, which uses data related to human comfort to maintain a series of intelligent controls such as air quality and temperature in the bedroom and living room areas.

By 8 pm on June 7, the Nano Core had accumulated a total of 1,620 energy points, and Lu Chen used 800 points to create four sets of micro-servers.

Then another 200 points were spent to add a lot of detection equipment to the power distribution room, plantation, water system, monitoring and security system, and air conditioning system. Otherwise, a lot of information cannot be transmitted into the program, and intelligent calculations and instructions cannot be sent.

After learning that the power was running low, Lu Chen used 200 energy points to expand the power distribution room, and planned to upgrade the generator and increase the power generation capacity after accumulating 1,000 energy points.

After all, he had not yet developed and installed the defense system in the shelter, and he did not plan to use traditional gunpowder weapons, but electromagnetic weapons directly, so the more electricity the better.

Then Lu Chen walked towards the manufacturing room while thinking, preparing to develop electromagnetic weapons.

First, Lu Chen made a dense coil, then wound it around an iron pipe, and then energized the coil, put a projectile on one side of the iron pipe, and then the projectile was immediately launched by the electromagnetic force, but the speed was not very fast. Then Lu Chen kept adjusting the coil for testing,

Finally, he found a winding method that could send out a faster projectile. After testing, the initial speed of the projectile has reached 2000M/S. There are faster winding methods, but they require a lot of energy. With the current initial speed of 2 kilometers per second, the high-energy battery on his protective suit can only provide 10 rounds of projectile energy supply. He used 50g projectiles.

And the coil needs to be cooled every 10 rounds, but the power is still considerable. Basically, high-strength alloy steel cannot block a shot.

Finally, Lu Chen input the manufacturing method into the nano core and used the nano core to manufacture a rifle.

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Homemade electromagnetic rifle (weakened version)

Manufacturing requires 100 energy points,

Manufacturing time 30 minutes

Full gun length 88cm

Projectile initial velocity 2000M/S

Projectile mass 50g

Clip capacity 20 rounds

Energy supply method: dual battery power supply

Cooling method: air cooling

Description: Due to energy issues, the weakened electromagnetic rifle has reduced the initial velocity of the projectile. Because its coil is not a room-temperature superconducting coil, it takes 1 minute to cool down for every ten consecutive rounds of projectiles, but if it maintains a speed of one round per second, it can be fired until the energy is exhausted, so what would you choose?

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Guardian Electromagnetic Rifle (Direct Power Supply Version)

Manufacturing requirements, 300 energy points (with built-in lifting platform)

Manufacturing time 1 hour

Full gun length 1.5 meters

Projectile initial velocity 8000M/S

Projectile mass 100g

Clip capacity Ammunition box supply (10,000 rounds of projectiles)

Energy supply method, cable power supply

Cooling method: water cooling

Description: The electromagnetic rifle, a killer weapon built in the shelter, is directly powered by cables and equipped with a circulating water cooling device. Under the condition of ensuring sufficient power supply, it can continuously fire a thousand rounds of projectiles before cooling is required. If its built-in lifting platform is installed on the top of the building, basically modern armored units will not be able to approach it

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Lu Chen looked at his remaining energy and always felt that the nano core calculated his energy to death and left him no energy.

But despite all the complaints, these things still need to be made. Later, Lu Chen spent 400 energy points to make two electromagnetic guns, and then used the remaining 20 energy points to make a batch of projectiles, including 200 50g projectiles and 100 100g projectiles.

Two hours later, Lu Chen looked at the two rifles in front of him, which looked very much like the guns used by the mobile infantry in the Star Troopers in the science fiction movie, but this is Blue Star, and there are no Zerg.

Seeing that he had accumulated another 20 energy points, Lu Chen directly transformed two sets of energy warehouses, consumed four high-energy batteries, and then loaded bullets to start testing the gun. However, the weight of this gun is still a bit high after it is fully equipped. It is okay for Lu Chen to hold the gun without moving, but it will be a burden if he carries the gun when he goes out, so he still needs to wear protective clothing.

After Lu Chen waited until 12 o'clock, he used the 20 energy points he had just accumulated to install the unweakened version of the electromagnetic gun on the roof outside the shelter, and installed a camera to control it with a computer, so that if there were strong enemies outside, he would not have to go out and could directly control the rifle in the shelter to repel the enemy.

During the few days when Lu Chen was in seclusion, the national railway reconstruction had been basically completed, and all the locomotives had been replaced with the previous internal combustion engines. At the same time, railways were laid in every official shelter, allowing trains to arrive directly in front of the shelter and unload directly.

Based on the number of shelters, railway crossings, and trains in the country, the central government stipulated the departure time and departure location of each train every day in the absence of overall control, ensuring that at least one train could arrive at each shelter every day to transport necessary supplies.

As the reconstruction of the railway network was completed and it entered formal operation, a battle in the wilderness was about to begin. The loud noise that Lu Chen heard a few days ago was the prelude, just like everything would have some signs at the beginning.