I've fixed up the GRPHJMP program so that it tests for the goal markers in the 0 pixel row and 0 pixel column, and ends the program once you make it to the goal. The way I set it up, it doesn't store anything in the goal variables if a goal isn't specified, so unlimited playing time is still allowed and old levels are unaffected by the update. I have yet to upload it, but I will probably this weekend.

And there are two features I might consider adding. I noticed the special key codes for the up+right / down+right etc. key presses, so I might put the original key tests in a subroutine, do the same for a new one with the two-key presses (I'll get rid of the left/right lock thing), and give the option to use either of the two control sets.

Also, I thought it would be cool if I could set up a program that converts the graph to hexcode, so there would be more storage availability when it comes to levels. It could store the hexcode to a string, or if possible, store it automatically into a program to use as a list. I was hoping there would be a way to send that hexcode to the program, then take the program and read the hexcode from that program, depending on which level you choose (there would be labels, and it could store the hex after the specified label into another variable, to be drawn on the graph).

Let me know if this is possible. I'd like to do away with pictures for level sharing.

So it has been a while without an update, but I finally have something that might be nice I actually cannot remember exactly what I added, but I know I added these today:
-There is a mode to disable the ON key (Fix 4). This will allow ON to be detected as a key press as 41 or getKey(41) to return 1 if ON is pressed
-Ans can be used as a the value from the last line
-expr( can be used to parse a string as a line of code
-Input can be used for users to input data (you can use delete for backspace, clear to clear, enter to finish) This returns a pointer to the string, so Input →A is valid

So to let the user input a number and store the result in N:
expr(Input →N

Oh, and I also added some more fill options I almost forgot about that, but they pretty much draw the screen back on a portion of itself with some logic. This can be used for some fun effects!

So I made an example factorizer thing and a mini graphic for your enjoyment

awesome!

is there any kind of tutorial for this yet? Id love to learn it since it sounds very interesting. congratulation on making it

yay greyscale

Cool, please do, and thanks! Also, I have the grayscale drawing finished, so I will upload that soon

Hmm? What do you mean yeong?