Additional Capabilities:

	In the [.dk] directory you will find the auxiliary keypad
files. In addition to those presently mapped to keys, you will find
some others which can be mapped to keys by renaming them to the
appropriate names (see the manual) and editing your keypad
picture to match.

	"POINTER MODE" Formula Entry

	The GETEDIT.CMD file is a command file which allows "pointer
mode" formula entry. When it is active it reads the console and
enables the following keys (assuming a VT200 or VT300 keypad;
change the constants if you want to use another layout):

Arrow keys :
	These move the "selectable" cell pointer. When this is
not the cell having the formula edited into it, the cell is marked
with a ">" character in its' display. The usual meanings for arrow
key motion apply.

SELECT key:
	This key inserts the name of the currently selectable cell
in the formula.

Text characters followed by RETURN:
	Normal text characters followed by RETURN are entered into
the formula upon receipt of the return.

ENTER key (on auxiliary keypad):
	This key terminates formula entry.

DO key:
	This will prompt for a command and execute it, without leaving
the edit/entry process. (I needed it for the V command after a broadcast
messed up my screen.) There are no special restrictions on the commands
that can be entered.

	During operation, recalculation is suspended. Recalc incremental
(RI) mode is turned on and the screen repainted on exit. The procedure
is fairly long and would run faster if broken into several shorter files
but does work. Quick checks that the first character is/is not an
ESCape (using *U STRVL cell,1;1 to get one character only) could
eliminate much of the searching.



	Incremental Entry

	The Incent.cmd file will very quickly (using an internal
macro) enter a value, which may increment, starting at any cell,
for any number of cells, incrementing row and column by a constant
row and column offset (two numbers). This may be handy for setting
up diagonals of matrices or the like.
	It can also be handy for setting up large tables where data
is repetitive but not identical, but increases according to some
known law.