For the moment, BASIC ReCode and BatLib have taken a backseat
and I am focusing on Grammer and Grammer programs. Grammer is an
interpreted programming language for the TI-83+/84+/SE series of
calculators. How is this different from ReCode? In all
seriousness, ReCode was only supposed to be a concept program,
so it was designed to work along with TI-BASIC and provide only
a few functions. Grammer is being designed to be a complete,
stable language that can be used to make large, in-depth games
and other programs. Here is where I want your help: If you have
any ideas on functions to add, syntax to change, or anything
like that, I would like to hear it! Even more important than
that, though, if you have any programming questions or you need
an example, please let me know! This will help me to set up
a Questions and Answers section.

So what features are already in Grammer? At the moment:
-53 16-bit vars plus a System Var (usually for math carry over)
-String support
-Commenting
-Pressing [ON] to break a program
-Labels
-Sub Routines (in code or other program)
-Byte/Word reading and writing
-Accesing TI-OS vars
-Executing other Grammer programs
-Sprites
  *These can be multiples of 8 pixels wide
  *There are modes to draw to pixel or aligned coordinates
-Rectangle drawing (10 fill methods)
-Circle drawing (3 methods)
-Pixel plotting (3 methods) and testing
-If blocks
-Loop related commands:
  While 
  Repeat 
  For(
  Goto 
  Return
-16-bit math:
  addition         (carry=1-bit overflow)
  subtraction      (carry=1-bit overflow)
  division         (carry=16-bit remainder)
  multiplication   (carry=16-bit overflow)
  square           (carry=16-bit overflow)
  square root      (carry=remainder)
  square root (rounded)
  negative
  min(
  max(
  abs(
  sin(
  cos(
  rand
  gcd(
  lcm(
   nCr
-Boolean Logic:
  Less than
  Less than or equal
  equal
  not equal
  greater than
  greater than or equal 
-Text output
  This includes displaying numbers
    This has a default of displaying in base 10, but can display
    in other bases, too.
-getKey
-Creating OS variables
-OS Var conversions
-Hexadecimal input
-Multiple buffer
-Interrupts
-Particle effects
-Line drawing



Features I Need To Add:
-Input
-List (and Matrix?) support
-Finding labels in other programs
-Filled circles
-log()
-hexadecimal and binary
-Line searching

What I have created with Grammer code:
-239 digit division in 31 bases
-Circle algorithms (including filled circles)
-Tilemapper
-Tilemap editor
-Multiple picture viewer (view a part of several pics at once)
-2 small games:
  Block Eater
  MatchMe
-A gravity engine
-Particle graphics (like melting text)