The machine is a 8 bit CLE CPU. It has a 8 bit CLE adder designed by newomaster, who was tranfsormated to become a CLE ALU which is my own design. 4 double read register, diagonal design, 8bit double sable, 3 digits display (7 segment), 31 bits of ROM, program counter, clock. At this time the CPU has one working program the Fibonacci sequence, but i'm workin on a multiplication program.
The ROM can do these instructions: jump, conditional jump, display, write register, read register on A or B, immediate (only A) , ALU's instructions.
First select a program, sometimes it needs number to be added manually in the registers (like multiplication for example).And then run the clock (automated or can be runned manually). Before running the clock make sure to reset the program counter and selected only one program.
The CPU will run the program and display it.
Before running a program be sure to shut off all the levers on the "to register" panel, otherwise it will cause issues in the program.