Yes! I get to see my friend/neighbor and my girlfriend! And my little brother just entered high school this year meaning he is borrowing a TI-84+... And my other brother needs to be straightened out a little (seniors in high school these days )And on top of all that, I will have more time to program! (after going to two Thanksgivings, getting all my schoolwork done, and chores, of course ) Ah, SpriteLib, no worries. You wont take a back seat just yet...

Okay, it has been an hour... Here is the updated program version... sorry if the readme is a little sparse on notes for the new commands, but if you have any questions, I will try to answer them

What if I included BASIC ReCode in the App version....? That might be neat...
I don't think I will, though
Actually, it wouldn't be too hard...
I dunno.

next idea for SpriteLib:
MultiKeys
SpeedKeys
ShiftData
RotateData

Maybe another FontHook to choose from...?
One that uses Omnicalc Fonts, but the font can be archived...?

(by the way, SpriteLib was originally going to be an Assembly version of FontEditor until I figured out a tilemap routine. That was when I added other sprite capabilities and called it Spritelib).

U[n-1]+U[n-2]=U[n]? where U[0]=0 and U[1]=1. When it goes negative, every other number is positive. 0,1,-1,2,-3,5,-8,13...

There is actually quite a bit to the reason for Xeda112358, but nobody knows all of them except for myself. I guess if all of my friends got together and shared all that I have told them, they would know the whole story, but here is a chunk of it. The easy part is the 112358 part it is the first part of the Fibonacci sequence. I have always played around with numbers and patterns and it just so happens that when I was six, I came up with a number series where you add the last two numbers you have to get the next (that was the terminology I used at that age). When I was ten, I was given a math quiz to see what my level was in math and the very last question was to complete the pattern: 1,1,2,3,5,8,__,__. I got pretty excited and asked the teachers where it came from and that is where I learned that it had a name. Now, as for the Xeda part... I don't exactly conform to some gender rules (to put it one way) and I wanted a name that both sounded nice and was less masculine. Xeda (the x is pronounced as a "z" as in xylophone) sounded right and so I went with that. In other places that need a last name, I use Xeda Elnara mostly because I love the letter "r" and because it rolls off the tongue. I was told it sounded elven and I like that (I have been told that I look slightly elvish).

So, um, yeah. If you have any questions/comments/concerns... drop off some peanuts and I will be happy to respond (just kidding about the peanuts )

Rawr!

Okay, will do. I am working on finishing up the readme at the moment. It is really tough to explain the FlagEdit functions. They were a program by themselves before and they required a thorough readme. I am afraid some of the functions aren't BASIC user friendly.

There is still a bug for some reason in the APP. I have tested all of the current commands using a program, but using the calls in the app. They all work fine, but for some reason in the App, they are messing up. I will need to go through and find the problem, but in the meantime, I added more to the program version. I will need to adjust the readme, but I after this next command (GetSprite), I will upload it. The new commands are ideas from other programs I have made:
26-BatteryLevel
27-IncContrast
28-DecContrast
29-GraphToScrn
30-ScrnToGraph
31-DispChar
32-SetContrast
33-FlagWrite
34-FlagRead
35-GetSprite
36-PicHandle
37-OutputASCII
These will be included in the App when I get to that point, too. If you have any questions about the commands, please ask. It will help me when adding them to the command list

Yes! And I wasn't going to put this in, but I might as well. If you need to draw 10 rectangles or more it becomes more memory efficient to use this method (my new method I am using with ASMDRAW6). This example only draws three so that it isn't as confusing:

0603
21BB9D11AD9DC5ED
A0EDA013EDA0EDA0
13EDA0E5D5210000
110000EF624DD1E1
C110DFC9
0000040562
010102025F
010818187D

Here are the rules:

• the 0603 tells how many rectangles there are. The 06 stays the same, but but if you were to draw 11 rectangles, you would use 0B instead of 03.
• The 0000040562 translates to doing 210000110405EF624D

I don't know an easier way to describe this one which is why I wanted to leave it out...

Okay, I am still a tad lost, but the other code would draw two different boxes. Each one has its own coordinates supplied to it.