To run it type java -jar x:\logisim-evolution.jar (from within x:\java\bin directory)



Loading the ROM image
---------------------

Go to "RAM Programmer" - the box on the bottom left hand corner
                         of the screen.

Right Click and choose "View RAM_Programmer"

Where you see all the 00's, right Click, Load Image, -> Select  Fib.rom
(Fib.rom is stored in logisim-discrete-CPU-master.zip)

You should then see
50 4d e0 51 4e ..... loaded into the ROM. This is the machine code for Fib.rom
(42.rom in Digital Logic\6 - SAP Very Detailed\42 - ROM file will also run)

Copying from the ROM into the RAM
---------------------------------
Go back to the CPU diagram.
Click Simulate, Tick Frequency -> Select 16Hz
Click Simulate, Simulation Enabled
Click Simulate, Ticks Enabled

Click the "hand" icon (on top left of logisim-evolution).

Pulse the "RESET" input on the very top.
(Pulsing means set it to 1 and then 0)

Click Prog_RAM (Setting it to 1)

Press Commit and Step (Repeat this step a further 15 times) 
(This is to load in the 16 bytes from the ROM into the RAM).

Click Prog_RAM (Clearing it to 0)

Pulse the "RESET" input on the very top once again.
(Pulsing means set it to 1 and then 0)

The simulation will now run and go through the fibonacci sequence,
which will display on the 7 segment display.


Resetting the simulation
-------------------------
Click Simulate -> Reset Simulation (Ctrl+R) to reset the simulation.
This clears the RAM but not the ROM.