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Editing 40d Talk:Computing
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: This would make that person my favoritest ever. --[[User:Geofferic|Geofferic]] 01:36, 9 December 2007 (EST) | : This would make that person my favoritest ever. --[[User:Geofferic|Geofferic]] 01:36, 9 December 2007 (EST) | ||
: Agreed. [[User:Madmadmadmage|Madmadmadmage]] 15:13, 9 December 2007 (EST) | : Agreed. [[User:Madmadmadmage|Madmadmadmage]] 15:13, 9 December 2007 (EST) | ||
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== Fluid logic gates == | == Fluid logic gates == | ||
− | Link to original information is | + | Link to original information is [[here|Madmadmadmage/Logic_Gates]]. Moved to clean up page. |
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Have you tested these at all? I translated your multi-level NOT gate into a form I could understand better after designing some gates myself, and looked at it. It doesn't look to me like it would work at all - First, water flows diagonally, so the water would just flow around the floodgate. Second, if water didn't flow diagonally, and you opened the floodgate because of an input signal, water from the reservoir would then hold the floodgate open by covering the pressure plate even if you shut off the input signal. You'd also need to do something other than just have the drain always open or you might not even trigger the pressure plate because it's draining too fast. --[[User:SL|SL]] 19:17, 23 December 2007 (EST) | Have you tested these at all? I translated your multi-level NOT gate into a form I could understand better after designing some gates myself, and looked at it. It doesn't look to me like it would work at all - First, water flows diagonally, so the water would just flow around the floodgate. Second, if water didn't flow diagonally, and you opened the floodgate because of an input signal, water from the reservoir would then hold the floodgate open by covering the pressure plate even if you shut off the input signal. You'd also need to do something other than just have the drain always open or you might not even trigger the pressure plate because it's draining too fast. --[[User:SL|SL]] 19:17, 23 December 2007 (EST) | ||
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I've finished my own logic gates now - designed, built, and tested them all. They transfer signals between gates using mechanisms rather than water flow, but use water internally for processing logic. In addition to the standard gates (NOT, AND, OR, XOR, NAND, NOR), I've also made repeaters (repeatedly toggle two output signals) and memory gates (one input signal sets the gate's output to ON, the other input signal resets it to OFF - this is useful to replace one-use pressure plates with resettable versions). They only need to be built on top of a murky pool (with water in it), or an aquifer, brook, stream, river, dwarf-made cistern, whatever, and require power for one or two pumps each. I've posted them here [[User:SL/Logic_Gates]] for now, with all the information needed to build and use them, and advice on doing so. --[[User:SL|SL]] 13:30, 4 January 2008 (EST) | I've finished my own logic gates now - designed, built, and tested them all. They transfer signals between gates using mechanisms rather than water flow, but use water internally for processing logic. In addition to the standard gates (NOT, AND, OR, XOR, NAND, NOR), I've also made repeaters (repeatedly toggle two output signals) and memory gates (one input signal sets the gate's output to ON, the other input signal resets it to OFF - this is useful to replace one-use pressure plates with resettable versions). They only need to be built on top of a murky pool (with water in it), or an aquifer, brook, stream, river, dwarf-made cistern, whatever, and require power for one or two pumps each. I've posted them here [[User:SL/Logic_Gates]] for now, with all the information needed to build and use them, and advice on doing so. --[[User:SL|SL]] 13:30, 4 January 2008 (EST) | ||
− | These look really good to me. Since I rarely use screw pumps, I never even thought of using using them. They're slower to build than simple channels, but they're faster, more efficient, and far more predictable. Good idea. Secondarily, I'm moving my stuff to another page to make everything neater. | + | These look really good to me. Since I rarely use screw pumps, I never even thought of using using them. They're slower to build than simple channels, but they're faster, more efficient, and far more predictable. Good idea. Secondarily, I'm moving my stuff to another page to make everything neater. Link [[here|Madmadmadmage/Logic_Gates]] and at the top of the section. [[User:Madmadmadmage|Madmadmadmage]] 20:19, 4 January 2008 (EST) |
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