01-06-2017, 06:44 PM
Minecraft name: Trecar
What do you like the most about redstone?: The unlimited amount of incredible contraptions you can build with a couple simple tools: Simple adders, ALUs, CPUs,
computers; and it doesn't even stop there.
What's a thing you have made which demonstrates redstone knowledge?: I have made several different things: I made a 4 Bit ALU, with a bennysCube-style CLA as the
starting point, a Bitshifter and a 4 Bit CCA ALU with an OpCode-ROM with a Decoder. I also programmed a CPU that EEVV made (That way he tought me how to build a CPU)
to run the Fibonacci sequence. The CPU also uses my Bitshifter.
What does it do?: Well, the CLA ALU has all the standard functions you'd want, it can OR, Flood the Carry, Carry In, Invert A and Invert B. The Adder on its own
was 6 Ticks. The Bitshifter shifts Bits in a direction. It was integrated into the CPU so that it could also do Division, as it allows to half the Output by shifting
right. The CCA ALU does all the same standard functions as the CLA ALU, but it already has an OpRom attached which allows quick dial in off OR, AND, NAND, XOR,
XNOR, ADD, SUB, and -SUB. These 8 functions can be selected via a 3 Bit Decoder. The Fibonacci program runs in a Loop until you stop the CPUs Clock.
Image and/or video, from imgur.com or youtube.com:
http://i.imgur.com/WU6hJ5D.png (CLA ALU),
http://i.imgur.com/poo54qi.png (Bitshifter),
http://i.imgur.com/ldAplfu.png (CCA ALU),
http://i.imgur.com/yP0ZB9G.png (Fibonacci Program, Pseudocode)
What do you plan on making for your build trial?: I want to make a 4 Bit CCA ALU with an OpRom.
Do you agree with the rules?: Yes, I do.
What do you like the most about redstone?: The unlimited amount of incredible contraptions you can build with a couple simple tools: Simple adders, ALUs, CPUs,
computers; and it doesn't even stop there.
What's a thing you have made which demonstrates redstone knowledge?: I have made several different things: I made a 4 Bit ALU, with a bennysCube-style CLA as the
starting point, a Bitshifter and a 4 Bit CCA ALU with an OpCode-ROM with a Decoder. I also programmed a CPU that EEVV made (That way he tought me how to build a CPU)
to run the Fibonacci sequence. The CPU also uses my Bitshifter.
What does it do?: Well, the CLA ALU has all the standard functions you'd want, it can OR, Flood the Carry, Carry In, Invert A and Invert B. The Adder on its own
was 6 Ticks. The Bitshifter shifts Bits in a direction. It was integrated into the CPU so that it could also do Division, as it allows to half the Output by shifting
right. The CCA ALU does all the same standard functions as the CLA ALU, but it already has an OpRom attached which allows quick dial in off OR, AND, NAND, XOR,
XNOR, ADD, SUB, and -SUB. These 8 functions can be selected via a 3 Bit Decoder. The Fibonacci program runs in a Loop until you stop the CPUs Clock.
Image and/or video, from imgur.com or youtube.com:
http://i.imgur.com/WU6hJ5D.png (CLA ALU),
http://i.imgur.com/poo54qi.png (Bitshifter),
http://i.imgur.com/ldAplfu.png (CCA ALU),
http://i.imgur.com/yP0ZB9G.png (Fibonacci Program, Pseudocode)
What do you plan on making for your build trial?: I want to make a 4 Bit CCA ALU with an OpRom.
Do you agree with the rules?: Yes, I do.
