RockerM4NHUN
RockerM4NHUN
338 / 18
7th Aug 2014
8th February
The fastest possible electronics based 8 bit programable computer, with pipeline system. If tpt is 60 fps then the computer is 7.5 ips in real life! Auto starts with Fibonacci sequence. NEW PROGRAMS AT id:1603490, and in the commented saves!.
processor digital calculator electricity electric computer fast electronic electronics machine

Comments

  • thepowderscientist
    thepowderscientist
    9th Aug 2014
    I CANT WAIT FOR THE COMPILER! becouse i dont understand anything of the Op - 53 Taep f 5 Eeapp oee ppp LEOAELAE words
  • Rawing
    Rawing
    9th Aug 2014
    @RockerM4NHUN: fastest single ALU is 4 frames/operation, using FILT and PHOT.
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    * "OUT" reg 1 (Sorry)
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    First you should start with a simple adder: number input to reg 1, number input to reg 2, "ADD" reg 1, reg 2, "OUT" reg 2
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    To make a program, first decide what you want to do. Then grab a paper and see the description page, where I describe the commands, and I wrote down the meaning of bits and command numbers. Then write your program on the paper. When you finished it clear the program memory (down arrow) and write your program there. (ARAY is 1, empty is 0.) If you finished press the green button and enjoy.
  • MatthewY
    MatthewY
    9th Aug 2014
    so you push on button...and then?
  • MatthewY
    MatthewY
    9th Aug 2014
    can you tell me without technical terms how to do the first program? not trying to be mean but i have no idea what youre talking about...
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    Well, if i'll have time, i will describe the ALU parts :)
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    Then what would be the fastest possible? (With single ALU!!)
  • RockerM4NHUN
    RockerM4NHUN
    9th Aug 2014
    The latest prog is a call and return command for functions: Reg 1 = the called address, reg 2 = the address to return to, then jump to 0x79 (hex). In the end of the called function jump to 0x74 and there it is :D