This is a pattern language: a grammar which generates buildings. COVID-19 has given me license to spend FAR too much time playing it, and I’d like to share a few thoughts that I hope might prove useful, or at least interesting. Satisfactory is a first-person factory construction game. With apologies, as usual, to Christopher Alexander. You the chance to be an author on our site, get in touch with us.Update : Owen Jacobson has written a lovely companion to this piece which covers new dynamics in update 5. If you have a particular layout or guide you’d be interested in sharing with the community, we’d gladly give We look forward to updating the site weekly with new guides and layouts. We’re very proud to have launched this website and hope you have found the guide both helpful and enjoyable. With this, you can now merge the produced Versatile Framework and send it to storage for now. If you haven't got this already prepped, check out Total's Modular Frame Super Efficient Build Guide. Start by placing splitters flowing to the left two steps away and to splitters high aligned with the left inputs before connecting them with conveyor lifts. Now we can bring in the required 10 Modular Frames/min through the gray square to the right. Next step is to place a splitter facing the top of the build two steps behind the right input, before placing more splitters flowing to the left aligned with each assembler's right input. Do this by placing mergers flowing to the right in front of each constructor. Now we can merge the outputs of the constructors to go onto the assemblers. Then place three more assemblers to the left, these four assemblers should be set to Versatile Framework and 100% clock speed. To position them correctly, place an assembler at the start of the eleventh row and in the center of the ninth column. Last for this step is to connect the outgoing Steel Ingots by connecting the first row to the right splitter and the second row to the left splitter.īefore going further, we shall place the assemblers that will produce the 10 Versatile Framework/min. Then place a splitter behind the constructor on the first column, with the input facing the bottom of the build before placing two more splitters flowing to the right into the merger. Start by placing splitters behind the constructors on the fifth through eighth columns flowing left into a merger facing forwards into the constructor on the fourth column. Once the foundries and merged we will create the manifold to the constructors. Here, we shall connect the outgoing Steel Ingots to the Steel Beam constructors. For the second row of foundries, place mergers in front of each of the outputs flowing to the left. For the first row, place mergers in front of each of the outputs flowing to the right except for the one lying on the border of the eighth and ninth columns, this one should be facing forwards towards the top of the build. The next step is to begin merging the outputs of both rows of foundries. Next, place seven more constructors to the right of the first one, these should all be set to Steel Beams and 100% clock speed. Start by placing one constructor at the start of the eighth row and in the center of the first column. Now we can place the constructors that’ll be producing the Steel Beams for the Versatile Framework. Do this by placing a splitter two steps away and two splitters high of each foundry's right input, these should be flowing right and connected with a conveyor lift. Next we’ll connect the incoming iron ore to each of the foundries right inputs. To do this, place a splitter in front of each foundry's left input flowing to the right. This next step, we’ll connect the incoming coal to each of the foundries left input. Then, place an additional four foundries to the right of the first one, all of these foundries should be set to Steel Ingots as well as 100% clock speed, however, one of these should be set to 30 Steel Ingots/min. Afterwards, place another foundry at the start of the fifth row and in the center of the second column. Next, place five more foundries to the right of the first one, these will all be set to Steel Ingots at 100% clock speed. To start this build, we’ll place a foundry at the start of the second row and in the center of the second column. This will be built on an eleven wide by fourteen deep grid and will consume upto a total of 244.4Mw You will also need resources for the following buildings: This factory layout will require the following: With this factory layout you will be able to produce 10 Versatile Framework per minute.
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