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My first practical use of instant technology
Eight 4-bit Red-stone computer registers [addressed and] connected via instant data buses.
As always; feel free to ask questions or make suggestions
Thanks guys,
--Update
The decoder ( seen as the 3rd layer circuit board level ) is done!
However there is a problem with the second most significant address bit causing data interference, so at-least one more update to come !
luke
Exact performance details:
Reading: 0 - tick
Writing: 2 - ticks
Eight 4-bit Red-stone computer registers [addressed and] connected via instant data buses.
As always; feel free to ask questions or make suggestions
Thanks guys,
--Update
The decoder ( seen as the 3rd layer circuit board level ) is done!
However there is a problem with the second most significant address bit causing data interference, so at-least one more update to come !
luke
Additional Notes
Two instant data rails run either-side an octet of piston-latch memory-banks.Exact performance details:
Reading: 0 - tick
Writing: 2 - ticks
| Progress | 95% complete |
| Tags |
1 Update Logs
Update #1 : by RevolutionalRedStone 11/28/2011 9:55:40 pmNov 28th, 2011
Added an instant rail decoder
Addressed registers via little Endianness in position Z ascending order
Addressed registers via little Endianness in position Z ascending order
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I've alreaddy written an IDE for my j400 with a 32x32 screen which simulates at ~100 IPS and can play a rudimentary tho meaningful 2D rendition... however for people to really appreciate Minecraft in Minecraft it'll have to be 3D...
Which is what my [url=../3d-redstone-computer-graphics-card-simulator-376462/]3D redstone computer graphics card simulator[/url]
[url=../3d-redstone-computer-graphics-card-simulator-376462/]
is for.
The most common method is simply to wire two Redstone torches together ( which makes a device which can then be in one of two states; either the first torch is suppressing the second, or vice-versea )
That method is traditionally called a D-Flipflop ( where D stands for data and flipflop just reflects that the device has two states )
This is exactly the same way data is stored in your RAM on your real electronic computer
But thats not how this RAM stores memory; its a little more complicated/compact but very similar :)
Not thing to say and still amazing!