- #MINETEST MESECONS HOW TO#
- #MINETEST MESECONS MODS#
- #MINETEST MESECONS CODE#
- #MINETEST MESECONS FREE#
- #MINETEST MESECONS CRACK#
NOTE 1: use cpdef's fork of jogag's digilines-stuff project.
The second demo includes two modules that use the memory chips available in the digilines-stuff mod. The first demo is an 8 bit 16 address module that uses digilines for the memory address register and logic gates to latch data to the specified address. Included circuits are:ĭependencies: Mesecons, Digilines, Digiline-Stuffĭescription: RAM modules. Lower row are made with all logic gates, middle row are the same circuits but using FPGAs and Microcontrollers to try and reduce the circuit size, and the upper row are the same circuits but using a single Luacontroller.
#MINETEST MESECONS FREE#
Even if you're just learning like me feel free to post the fruits of your labor here!ĭescription: Some demos for different circuit types made for educational purposes. I'm sure there are Minetest users out there with an actual education in computer science who could do something much more impressive than anything I will attempt. I posted this to the "Share your WorldEdit files" thread originally, but after giving it some thought decided to start a new thread since this will be specific to Mesecons (Digilines, etc) computer builds. I'll start with a small demo of some of the circuits used in Ben's computer.
#MINETEST MESECONS MODS#
My goal initially is to try to use Mesecons exclusively without relying on Digilines or other mods, but I'm open to using other mods if the architecture requires it. As I progress through his series, I've been trying to recreate what he is doing in Minetest using the excellent Mesecons mod. He does a great job of explaining first principles of circuit design and how complex circuits are built using discreet logic gates. Obviously there are differences between building it on a breadboard and building it within Minetest, but my hope is that enough theory carries over as to make it a worthwhile endeavor.
#MINETEST MESECONS HOW TO#
I'm getting my inspiration from Ben Eaters fantastic YouTube video series describing how to build an 8-bit breadboard computer. so I'm learning as I go and hope to inspire my kids, who also enjoy playing Minetest to perhaps learn more about circuit design by playing with Mesecons too. I am by no means any expert at computer architecture, design, etc.
#MINETEST MESECONS CRACK#
After stumbling upon some YouTube videos of Minecraft Redstone computer builds, I thought it might be cool to take a crack at it with Minetest Mesecons. Thought I would start a new thread since I cannot see where there is one specifically for Mesecons computer builds.
#MINETEST MESECONS CODE#
This is why the solver code creates bool variables for every output of some layer, and then creates appropriate restrictions rather than just saying, for example, `elif b = 2: output = input`.Update: My finished 8 Bit Mesecons Computer project is showcased here there are no diodes blocking flow towards -Z. P.S.: The statement *"it looks as if for every circuit slice of same Z value, input comes from -Z direction and outputs to +Z direction"*, is false since the circuits are not uni-directional, i.e. Print("data.pickle nonexistent, fallback to parsing.")ĭata = *((height+1)*16) for _ in range((width+1)*16)] # dataīlockdict = `** it is faster that checking "in array".įor rowMinMax in sourcecursorXZ.execute(" SELECT "+ #use compiled regular expression to filter blocks by block content. #for row in sourcecursor.execute(" SELECT "+ #It is possible to get X, Y, Z directly by SQLite! Use ( ) to solve for some input that results in the lamp to turn on.īelow is the parsing + solving code, modified from the ( ). Nevertheless, it gives us a very good POV of how we can analyze the circuit).ģ. Also, it looks as if for every circuit slice of same Z value, input comes from -Z direction and outputs to +Z direction (Strictly speaking, this is false. Note that there are 40 levers (input bits), 1 lamp (output bit), wires & and/or/xor/not gates only at Y=2. Get minetest + mesecons, take a look around the map. The problem solving steps are straightforward.ġ. ```I've stumbled upon this weird minetest map, can you make sense out of it? Minetest + mesecons required Non-standard flag format (enter bits as 0 and 1).```
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