There are different types of minerals in the Dyson Sphere project. Many beginning players do not know what finished products can be made from these minerals. Let's look at the detailed relationship between all the minerals in the Dyson Sphere project and the following ones. finished products on assembly line.
Detailed explanation of the relationship between minerals from the Dyson Sphere project and subsequent finished products on the assembly line
What I want to share today is not a creative experience or strategy building, but just a few photos for new players. Many beginners should be like me. They opened the game and found a random planet, deforestation and excavation, and then slowly understood the different stages of collection, transportation, processing, production, manufacturing, storage, etc. Just when you think you've found the path and built a chain of mseemingly complete, you will still need to expand various production lines due to the accumulation of various products. The more you open, the bigger and bigger it will be. will be, the more chaotic it will be. So today I will share some photos that I have compiled - about the relationship between the finished products that can be processed on the assembly line after the extraction of various minerals. It is convenient for everyone to clearly see at the same time what different mines can do and what they can produce, and then try to build an assembly line to process various products, making it both efficient and aesthetic.
The above is a personal compilation. Although there are several products that were not recorded in the final product, this is likely because they do not represent a large proportion or are available from other mines. Other products whose proportion isimportant will be monitored. The above minerals are all basic minerals: copper mine, iron mine, stone mine, coal mine and oil. There are also some high-tier minerals that haven't been mentioned, like titanium ore and silicon ore. It's because I just started playing. The original planet does not have these two high-level minerals, but it is not a big problem. No matter what, mining and mining are still titanium blocks and silicon. Block these two basic elements, as for rare minerals - organic crystalline mineral, combustible ice mineral, fractal silica mineral, kimberlite mineral, gridstone mineral, subparasitic crystal, unipolar magnet. It can be roughly divided into two categories: one type must be extracted and refined using formulas. For example, fractal silica must be refined into silicon crystal beforecan be put into production, and the kimberlite is refined into diamond. The other type can be made or used directly, including grid stones which can be used as photon combiners and amethysts, spinach crystals which can directly make carbon nanotubes, flammable ice which can be broken down into carbon and hydrogen nanotubes, and organic crystals which can only be made into titanium crystals and unipolar magnets which can be made into particle containers with copper plates.
The reason rare minerals are not mapped like the previous ones is that most candidates' home planet will not contain these rare minerals, unless you like to land on planets like as volcanoes and frozen ice caps. ground (I did it anyway) prairie planet or ocean planet), even in this case, you cannotnot use it, because rare minerals must be unlocked through formulas before they can be produced and used, and they then require a higher level. I've already figured out how to travel through interstellar space, and the surface production line won't work for you. It's really simple.
Besides, the copper-iron ore production line is really easy to manage and there are not many products. This oil processing really cost me my life at first. There were so many things that could be produced together. There was so much hydrogen and refined oil that my head was dizzy. hydrogen, refined oil accumulates again, there are not many useful things that can be produced, and the power of thermal energy is not very high.A stand ended hurriedly in processing of various petroleum products.
Finally, to summarize, titanium ore isvery important. Try to choose a planet with titanium ore as your home planet. Planets with titanium ore are basically ice caps and frozen ground. low temperatures, there are really very few grassland planets containing titanium ore, and at the same time, icy tundra planets are also rich in combustible ice and roasting stones. Organic crystals and thorn crystals are usually found on grassland planets, and there are many kimberlite lava, volcanic ash, ash, and desert-type planets. Monopolar magnets are the most special. They should only be found on planets with black holes and planets with neutron stars are usually found in the farthest corner of the star map, so they prioritize neutron stars, mainly based on distance . Emmmm, this is beyond the scope, II found out myself after playing, so I won't talk about it anymore.
Go to a star with a full range of resources and build a ball first. Once the first ball is built, other balls will become available quickly and easily.
The Dyson Sphere Project aims to obtain energy from stars and use the enormous energy of stars to send humans to their second homes. Building a Dyson Sphere in the later stages of the game will consume a huge amount of resources, and it is basically impossible to achieve this goal by simply relying on the resources of a single planet. Newcomers are recommended to set the resource multiplier to unlimited.
"Dyson Sphere Project" is a simulation strategy game developed by Chongqing Youzi Cat Game and published by Gamera Game. An early access version was released on January 21, 2021.
"Dyson Sphere Project" is a science fiction-themed sandbox building game that combines space, automated factories, adventure, exploration and other elements. In the future, when humans will enter the ranks of advanced civilizations, the power of technology will drive rapid development, and virtual reality will iterate space and time
Humanity has created the supercomputer, the “Master Brain”. , hoping to use its powerful computing power to further expand the use of the virtual world
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