Me dnerd possibly alexthesax and jalfor are developing a computer just 4 bit but it will be running a binaric value compiler and sequencer to select so basicly a memory controller along with other compilers to make the coding easier.
at the moment all i can give you is the basic data and what is being developed and encorporated to make the computer or whatever some people will call it.
I have decided to take an extra piece into the structor by adding a motherboard that I am start work on straigt away.
alu=unknown DNERD
ram=finished DNERD
harddrive=finished 1kb lucasspencer123
coding=unactive lucasspencer123
coding2=unactive jalfor
dislpay=unactive jalfor
processor core=unkown DNERD
wiring=unactive Jalfor
screen=unknown lucasspencer123
graphics=unactive ALL
compilers=unactive lucasspencer123
final wiring=unactive all
development progress=24 %
final component connection=unactive ALL
Motherboard=unactive lucasspencer123
(c) PTPROJECTCOMPUTER
if taken we will be ANOYED.
WARNING THe CODE SCRIPT IS OUT OF DATE BUT SAVED AS A EMERGENCY BACK UP!!!!!!!!! THE OTHER DATA SUCH AS THE TABLE IS STILL IN DATE AND WILL REMAIN!!!!!!!
coding development and tutorial book can be found on the botom under this completly pointless message that has wasted your time but still it was worth it. this tutorial also includes a system values log.
VALUES second value to be entered must have 0001 at the begging eg add interger1 to value 8 0001 0100 0001 0010 0101
0000;nothing wait time required after ram sequence
0001;second code level
0010;subtract(if included) /add
0100;select storage /interger1
1000;reset storage value/count
0011;read storage value/goto
0110;store storage/display
1100; ram value 2 HOLD/interger2
0111; ram value 1 RUNNING/interger3
1110; ram value 1 HOLD/store in harddrive
1111;wipe memory/set as
1001;value 1/unset
1011;value 2/end script
1101;value 4
0101;value 8
1010; cache 8 bit
tutorial
this is an introduction the binary coding system for the COMPUTERPROJECT it has all required information and keys it also includes 2 other languages.


Binaric values for the computerproject computer and extras
thank you for looking at this thread this is a tutorial about the version of binary the COMPUTERPROJECT uses well will use also it includes other things remember to check the command key at the top of each chapter for details it can get confusing.
lets start easy well for the computer infact not even that ok this is a command that you write into the harddrive memory in its byting contors so the hardrive stores the code below in 8 bit sections eg 0110 0100, 0111 1001, 0110 0100 ,0111 1011, 0110 0100, 0111 1101, 011 0100, 0111 0101 you have to write it in like this aswell
simple ram storage code to store 15 in RUNNING ram

0110 0100 0111 1001 0110 0100 0111 1011 0110 0100 0111 1101 011 0100 0111 0101

lets go through step by step so the first "0110" is to switch it to store ram not change the processor. then "0100" tells it to ask which ram 1 or 2 HOLD or the running program store ram value 1 RUNNING. step three is the final to store this tells it to store it in the value 1 running program ram "0111" then the number and this number was one so "1001". the thing is that the value 1111 is taken as a wipe memory so we have a compiler/decompiler to function but the values may change if required.

ok next value this is sort of like a small file demonstration so as you can see at the top look and the code to see what happens it is going to be refered to alot for the coding so full examples dont have to become longer.
simple filing demonstration this allows for use of all the ram so this gives you 3 uses of 4 bit codes so 12bits and this will have a second run from the hardrive but we will go into that later.this is going to be a simple demonstration of using a HYPERLINK loop and this will be giving a quick add this number the store then subtract a number by another then stored and then read select 1 and store it in the RUNNING ram and then add it to the ram slot 2 and then relink it to the ram.it is a long code.

1011 0001 0010 1011 0000 1111 0110 0100 1110 0000 1101 0010 1001 0000 0110 0100 1100 0000 0011 1110 0000 0110 1010 0000 1100 0001 1111 0001 0100 0000 1010 0001 1111 1100 0000 0001 0100 0001 0010 0001 1100 1111 0110 0111 0000 0111 0001 1111 0001 0100 0000 0001 0110 0111 0001 1011

this will become longer and more advanced over time.

WORKERS
ceo:lucasspencer123
co ceo:DNERD/jalfor
developers:ceo/co ceo's
coders:ediza(i think)

wait i will post the CODING up in a minute just have to wait for the limit to go. but it will have all add and subtract also some store and display commands just when the post comes up it will also teach you how to code in it aswell using the harddrive which i have to say is like a giant stack BUT MORE AWSOME also it has a 1KB hardrive if needed 2KB but lots of time before that. i do have to say that a code that has store interger add subtract and bracets then display takes about 28 bytes but it has all fully functioning intergers the coding and it completes into a second and third languge. one called alphahex and another called S,P,A,R,E

i dont know look up at the thing now there is all the coding well some of it in there
it will porbly take about 2 3 months we have to develop some schematics aswell along with the thing itsself and as you can see not much is happening right now.

spare is the language i am creating for this machine atm that is all i have writen but when i finsish if you are interested in coding for us i will offer you a position on the spot

Ok just as long as you don't give up and pick it up quick I can teach you the binary Then the alphahex and then the alPhahexvroup and finally spare unfortunately alpha hex group nor spare have been created yet but are planned once developed you will be a testing coder
Also we are looking for coders to program maybe some games for this remember using the key to create them and also the logicality so in addition or subtraction go number by number not subtraction number number also for memory related addition request them as interfere but the integers require setting otherwise you may have it read an old interger file and then muck the whole thing up but to prevent this for now there will be manual coding until the compilers are complete full ability to code in the binary for now if you want to I will send you the link to the file for the harddrive