Looks awesome. One request, though: Don't bring over the ROL tradition of making calc games larger than the calcs memory too

Looks like we better get Flash writing figured out so you can create save files where they're supposed to be in memory.

I don't mean to prolong the beating of this horse, but I just want to throw in this analogy:

Look at modern computers. Interpreters are bloody fast nowadays, with advanced JIT compilation and other optimization techniques. In some specialized cases, they can even beat compiled code for speed. They're also not limited in their functions, since pretty much anything that can be written in a compiled language can also be done in an interpreted one. However, people still use compiled code for many things. You're not going to write Crysis in Java (Minecraft is already pushing the limits). Some programs are simply too advanced for interpreters and also, sandboxing means that anything that has to interface with the OS in ways that weren't intended has to be compiled or assembled.

My outdated Chrome did allow an exploit in that test, but only after it gave me the option to allow or deny. That's good enough for me and I know my up to date FF would pass.

It depends. The preloaded calculator that came on my Windows 7 comp is excellent

I had a nice program to generate one, but I think it was deleted in an actual RAM clear  

EDIT: Found the source. Here you go 

That strikes me as kind of an object oriented/functional markup language more than a programming language for some reason.

One question I have is why "Give <n>" rather than the standard "Return"?

If you're confused about pointers, remember that every piece of memory (called a byte) is assigned an address in hexadecimal by the processor, starting from 0x0000. A pointer is just the address of a particular memory location, meaning that it's a 16 bit number that identifies one byte in memory. They're called pointers because the numbers "point" to that address. Since pointers are numbers, you can do the normal mathematical operations on them like addition and subtraction to change them.

Take this Axe code as an example:

[0123456789ABCDEF00]->Str1
.The contents of Str1 are placed somewhere in the program by Axe and the symbol Str1 becomes a pointer to the memory holding the first value
Text(40,40,Str1>char
.Since characters are hexadecimal, we can print the string
.The pointer that is Str1 tells the text( directive to print the string starting from the address pointed to by Str1
Text(40,40,Str1+4>char
.We can also print only part of the string by adding 4 to the pointer. This means that that value Str1+4 points to the location four bytes after the location pointed to by Str1, which is partway through the string.