You can significantly speed up the machine for testing. You can set hotkeys for the different block types. You can select a large chunk of blocks and freely move it around (similar to MCEdit tools). If you grab the Steam version you’ll be able to share your puzzles with others via the Steam Workshop.īuilding a machine is a joy and is greatly enhanced by the well thought out controls and tools. Beyond the story mode, you can create your own custom levels and experiments. Handy built-in functions allow you to copy and paste your solutions around for extra tinkering. You can save three separate solutions for each level. The game also shows histograms which allow you to see how you stack up with other people’s creations for that particular level. You cannot die.Įach time you run a machine the game shows real time stats like cycles, footprint, and blocks used. After generating enough clones of the required item the level is complete. You are tasked by the alien overlords with constructing a machine able to take those input blocks and replicate what is shown in the holographic output display. Each level has a number of inputs which regularly dispense blocks of a particular type into the level. The objective of each level is to build a factory which can assemble a required multi-block item. Hundreds upon hundreds in the Advanced Editor.Logic - Sensors, Pushers, Blockers, Conduits, Toggles, Counters, Transceivers.
Modification - Welders, Eviscerators, Stampers, Lasers, Painters.Movement - Conveyors, Rotators, Lifters.If you appreciate the function of logic gates, the beauty of efficiency, and the value of critical path Infinifactory will transport you to mechanical heaven. Then the blockers push it back where it was.If you enjoy crafting complex redstone machines in Minecraft you will absolutely love this game. But if all three blockers retract, the block can move and trip a sensor. If one or two of the blockers retracts, nothing happens because the block still can't move. Just make a 3x1 block on a conveyer, held back by three blockers. All we need is an AND gate that takes three inputs. So, if we synchronize a 6-clock, a 10-clock, and a 14-clock, then all three will be aligned every 210 cycles. The least common multiple of 6, 10, and 14 is, conveniently for us, 210. Now you could just make a loop of conveyors 210 blocks long, but that's wasteful, and who wants to count all those? There's a better way: joining several clocks together with an AND gate. Really long clocks: Let's say you need a 210-clock. You can do that in two ways, either add a second block, or a second sensor, halfway around from the first. If you want a 3-clock, just make a 6-clock, and double its frequency. Unfortunately, it's impossible to make a loop with an odd number of blocks. (4,6,8.any even number)-clock: Just make a conveyor loop, put a block on it, and a sensor somewhere. All of them could be made smaller and/or more vertical (for smaller footprint) if necessary.ġ-clock: Easy, just put a down-sensor on the floor.Ģ-clock: Build two conveyors facing one another, and put a block on one, and a sensor by the other. Note: All the circuits here are optimized for visual clarity. An N-clock is a circuit that activates its output every N cycles. I've been playing around with circuits, mainly clocks.
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