HP 48gII Graphing, 50g Graphing R→B, RSWP, RULES

•B and Z must both be vectors or both be matrices.

•B and Z must have the same number of columns if they are matrices.

RSD is typically used for computing a correction to Z, where Z has been obtained as an approximation to the solution X to the system of equations AX = B.

Access:	!Ø OPERATIONS LRSD		( Ø is the left-shift of the 5key).
	!´MATRIX LRSD		( ´is the left-shift of the Pkey).
Input/Output:
		Level 3/Argument 1	Level 2/Argument 2	Level 1/Argument 3		Level 1/Item 1
		[ vector ]B	[[ matrix ]]A	[ vector ]Z	→	[ vector ]B–AZ
		[[ matrix ]]B	[[ matrix ]]A	[[ matrix ]]Z	→	[[ matrix ]]B–AZ
See also:	DET, IDN
RSWP	Command
Type:
Description:	Row Swap Command: Swaps rows i and j of a matrix and returns the modified matrix, or swaps
	elements i and j of a vector and returns the modified vector.

Row numbers are rounded to the nearest integer. Vector arguments are treated as column vectors.

Access:	!ØCREATE ROW LRSWP			( Ø is the left-shift of the 5key).
	!´MATRIX ROW LRSWP			( ´is the left-shift of the Pkey).
Input/Output:
		Level 3/Argument 1	Level 2/Argument 2 Level 1/Argument 3			Level 1/Item 1
		[[ matrix ]]1	nrow i	nrow j	→	[[ matrix ]]2
		[ vector ]1	nelement i	nelement j	→	[ vector ]2
See also:	CSWP, ROW+, ROW–
RULES	Command
Type:
Description:	Displays a list of names of individuals involved with the HP 49G calculator project.
Access:	…µRULES
Input/Output:	None
R→B	Command
Type:
Description:	Real to Binary Command: Converts a positive real to its binary integer equivalent.
	For any value of n ≤ 0, the result is # 0. For any value of n ≥ 1.84467440738E19 (base 10), the
	result is # FFFFFFFFFFFFFFFF (base 16).
Access:	…ÃR→B			(Ã is the right-shift of the 3key).

Flags: Binary Integer Wordsize (–5 through –10), Binary Integer Base (–11, –12)

Input/Output:

Level 1/Argument 1		Level 1/Item 1
n	→	#n

See also: B→R

3-214 Full Command and Function Reference