Hello everyone, I will now introduce the construction method of Shuiyuedongtian stronghold under Huatu Mountain. First, we must understand the foundation series support force sharing technology. This is the prerequisite for construction. A long time ago, someone discovered that when the upper and lower foundations are aligned to a certain accuracy, After the roof above the two foundations is spliced and then removed, the roof will not fall down but will be adsorbed. This is a phenomenon of transfer of support force. Not long ago, Judy Kangtan, an up, did in-depth research and discovered that the foundations will produce support when they are connected in series. The phenomenon of power sharing and Shuiyuedongtian is a stronghold developed based on this technology. You can go to this up’s video to learn the detailed technical details. Now let’s talk about the construction of Shuiyuedongtian. We need to solve 3 problems. The first part Where should the foundation be placed? How should the scaffolding be built and extended? How to solve the Palu air wall? After solving these three problems, the stronghold can be successfully built. Let’s first solve the placement of the first foundation. We found this in the middle of the waterfall. Gap . Place the mouse on the tip of the gap and push it up. At this time, pay attention to the direction pointer at the top of the screen. After the foundation is put down, it will extend upward and downward to generate all the foundations. The second question is how do we build scaffolding ? In fact , this problem involves the foundation series support force sharing technology. Let's explain in detail that when the small platform built on the first foundation cannot be expanded , it needs to be lowered one level and continue to build a small platform. At this time, foundation alignment needs to be used. You can use my foundation alignment method or you can use: Judy kangtan, the up master’s alignment method , can be found in our history video. When the aligned foundation is put down, we need to perform a very critical step. The step is to test whether the accuracy of this foundation can be connected in series with the foundation above to form a support force sharing. The test method is very simple, that is, place three roofs on the scaffolding and the foundation. Pay attention to placing the roofs on the left and right first, and then place them in the middle. Then we only need to remove the support on any side of the roof . For example, remove the foundation or remove the support on the scaffolding side. If the three roofs do not fall down, then the accuracy is up to standard. After the accuracy is up to standard, we can expand this foundation. Form a new plane and then set up stairs or walls between this plane and the plane above to achieve a series effect. The support between them can also be connected in this way. Here you can see that I will connect the lower foundation. The upper foundation is connected in series with a wall and a roof. Then I extend a scaffolding on the upper wall. It can keep extending forward. It is obvious that it has taken advantage of the support of the foundation below. So this is the secret of scaffolding construction. Then this I can extend the scaffolding to the place where there is no foundation , then align it to create a new foundation, and then continue to increase the coverage of the scaffolding through series connections. Finally, the foundation construction work in the entire cave is completed. Everyone must pay attention to the scaffolding. You must follow the only principle. All the foundations in the entire stronghold must be aligned with the same scaffolding. You can use the scaffolding to extend upward, downward, left, and right . In this way, foundations aligned with the same scaffolding will only have one error between them . The errors are accumulated so that it will be more convenient and beautiful when the buildings are connected into pieces later, and the support will be easier to share. Now that we know how to build and use scaffolding, in order to shorten the length of the video, I have omitted the construction process in the middle. Let’s jump directly to The last step is how to solve the air wall. Speaking of the air wall , we must first determine the scope of the air wall before we can solve it . How to prove that there is an air wall? First of all, there is no problem for my people to enter , but you will find that the distance is pa Lu never goes this way , and the simplest way to test it is to throw the ball. When I throw the palu, the palu will only refresh on my face , but if I throw the palu where there is no air wall, it will be thrown very far , but I threw it in front of me, but the pallu was refreshed on my face , so there was an air wall in front of us aimed at the pallu. The range of this wall was calculated based on the actual throwing of the ball. It is a triangular range that extends to the dungeon and from here to the corridor. Everything here is within the scope of the air wall. What is the impact of the air wall? Once Palu falls into the air wall, he cannot move. So how to solve the air wall? Now that we know the scope of the air wall , we also need to know the height of the air wall. The height of the air wall is obvious. The height of the building should be four stories , with a four-story height and a four-story air wall, so I built a house here and covered the entire air wall below , so that when the pallu falls from above, it will not fall into the air wall. In order to ensure that the fallen Palu can move normally, I built a corridor on top of the house that can lead directly to the pasture so that Palu can come up by himself . That’s all for this tutorial. If you have any questions, you can @ me in the comment area or ask me in the live broadcast room. Please give me a free like. Thank you for watching. This is the location of the terminal. The first flight of stairs , the second flight of stairs, the stairs on the lower and middle floors, the dimensions of the house , the roof and Dimensions of the stairs What the pasture looks like Reference objects near the initial foundation How the foundation alignment looks
