HP 48gII Graphing, 50g Graphing Dot, List « program » Command Name, DOLIST, ENDSUB, NSUB, Stream

command ENDSUB. Both of these commands return an Undefined Local Name error if executed when DOSUBS is not active.

DOSUBS returns the Invalid User Function error if the object at level 1/argument 3 is a user program that does not contain only one command and does not have a userdefined function structure. DOSUBS also returns the Wrong Argument Count error if the object at level 1/argument 3 is a command that does not accept 1 to 5 arguments of specific types (DUP, ROT, or →LIST, for example).

Access:	!°LIST PROCEDURES DOSUBS		( °is the leftshift of the Nkey).
Input/Output:
		Level 3/Argument 1 Level 2/Argument 2 Level 1/Argument 3				Level 1/Item 1
		{ list }1	n	« program »	→	{ list }2
		{ list }1	n	command	→	{ list }2
		{ list }1	n	name	→	{ list }2
			{ list }1	« program »	→	{ list }2
			{ list }1	command	→	{ list }2
			{ list }1	name	→	{ list }2
	{ A B C
Example 1:		D E } « » DOSUBS		returns
	{ 'AB' 'BC' 'CD' 'DE' }			.
Example 2:	{ A B C } 2 « DUP * * » DOSUBS returns
	{ 'A*(B*B)' 'B*(C*C)' }.
Example 3:	Entering
	{ 1 2 3 4 5 } « → a b
	« CASE 'NSUB==1' THEN a END
	'NSUB==ENDSUB' THEN b END
	'a+b' EVAL END » » DOSUBS
	returns { 1 5 7 5 }.
See also:	DOLIST, ENDSUB, NSUB, STREAM
DOT	Command
Type:

Description: Dot Product Command: Returns the dot product A•B of two arrays A and B, calculated as the sum of the products of the corresponding elements of the two arrays.

Both arrays must have the same dimensions.

Some authorities define the dot product of two complex arrays as the sum of the products of the conjugated elements of one array with their corresponding elements from the other array. The calculator uses the ordinary products without conjugation. If you prefer the alternative definition, apply CONJ to one array before using DOT.

Access:	!Ø LVECTOR DOT		( Ø is the leftshift of the		5key).
	!´VECTOR DOT		( ´is the leftshift of the		Pkey).
Input/Output:
		Level 2/Argument 1	Level 1/Argument 2		Level 1/Item 1
		[ array A ]	[ array B ]	→	x
Example:	[ 1 2 3 ][ 4 5 6 ] DOT returns 32 (by calculating 1 x 4 + 2 x 5 + 3 x 6).
See also:	CNRM, CROSS, DET, RNRM

Full Command and Function Reference 367