Programmer Guide/Command Reference/EVAL/vvcat - Revision history

Christian at 18:04, 21 April 2011

2011-04-21T18:04:39Z

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 ;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.
 ;See also: [[../vv|vv]], [[../vvset|vvset]], [[../vvset|vvset]], [[../vmcol|vmcol]], [[../vmrow|vmrow]], [[../vsubn|vsubn]], [[../vsubc|vsubc]]
 [[../#Functions|<function list>]]

193.171.195.48 at 11:15, 21 April 2011

2011-04-21T11:15:05Z

← Older revision		Revision as of 13:15, 21 April 2011
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	:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length		:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length
	;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.		;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.
	;See also: [[../vv\|vv]], [[../~~vset~~\|vvset]], [[../vvset\|vvset]], [[../vmcol\|vmcol]], [[../vmrow\|vmrow]], [[../vsubn\|vsubn]], [[../vsubc\|vsubc]]		;See also: [[../vv\|vv]], [[../vvset\|vvset]], [[../vvset\|vvset]], [[../vmcol\|vmcol]], [[../vmrow\|vmrow]], [[../vsubn\|vsubn]], [[../vsubc\|vsubc]]

	[[../#Functions\|<function list>]]		[[../#Functions\|<function list>]]

193.171.195.48 at 11:14, 21 April 2011

2011-04-21T11:14:56Z

← Older revision		Revision as of 13:14, 21 April 2011
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	{{DISPLAYTITLE:{{SUBPAGENAME}}}}		{{DISPLAYTITLE:{{SUBPAGENAME}}}}
	Create a vector by alternately concatenating the elements of the source vectors.		Create a vector by alternately concatenating the elements of the source vectors.
	;Usage: ~~'''~~<code>vvcat(<var>x1</var> {, <var>x2</var> {, ...}})</code>~~'''~~		;Usage: <code>vvcat(<var>x1</var> {, <var>x2</var> {, ...}})</code>
	:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length		:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length
	;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.		;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.
	;See also: [[~~Programmer_Guide/Command_Reference/EVAL~~/vv\|vv]], [[~~Programmer_Guide/Command_Reference/EVAL~~/~~vvset~~\|vvset]], [[~~Programmer_Guide/Command_Reference/EVAL~~/vvset\|vvset]], [[~~Programmer_Guide/Command_Reference/EVAL~~/vmcol\|vmcol]], [[~~Programmer_Guide/Command_Reference/EVAL~~/vmrow\|vmrow]], [[~~Programmer_Guide/Command_Reference/EVAL~~/vsubn\|vsubn]], [[~~Programmer_Guide/Command_Reference/EVAL~~/vsubc\|vsubc]]		;See also: [[../vv\|vv]], [[../vset\|vvset]], [[../vvset\|vvset]], [[../vmcol\|vmcol]], [[../vmrow\|vmrow]], [[../vsubn\|vsubn]], [[../vsubc\|vsubc]]

			[[../#Functions\|<function list>]]


	Example:		Example:
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	// -> #d = { 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 }		// -> #d = { 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 }
	</pre>		</pre>

	~~[[Programmer_Guide/Command_Reference/EVAL#Functions\|<function list>]]~~

193.171.195.48 at 07:09, 6 April 2011

2011-04-06T07:09:31Z

← Older revision		Revision as of 09:09, 6 April 2011
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	;Usage: '''<code>vvcat(<var>x1</var> {, <var>x2</var> {, ...}})</code>'''		;Usage: '''<code>vvcat(<var>x1</var> {, <var>x2</var> {, ...}})</code>'''
	:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length		:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length
	;Result: The result is a vector with <code>n*nrow(''x1'')</code> elements, ~~with~~ ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.		;Result: The result is a vector with <code>''n''*nrow(''x1'')</code> elements, where ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.
	;See also: [[Programmer_Guide/Command_Reference/EVAL/vv\|vv]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vmcol\|vmcol]], [[Programmer_Guide/Command_Reference/EVAL/vmrow\|vmrow]], [[Programmer_Guide/Command_Reference/EVAL/vsubn\|vsubn]], [[Programmer_Guide/Command_Reference/EVAL/vsubc\|vsubc]]		;See also: [[Programmer_Guide/Command_Reference/EVAL/vv\|vv]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vmcol\|vmcol]], [[Programmer_Guide/Command_Reference/EVAL/vmrow\|vmrow]], [[Programmer_Guide/Command_Reference/EVAL/vsubn\|vsubn]], [[Programmer_Guide/Command_Reference/EVAL/vsubc\|vsubc]]

193.171.195.48 at 07:08, 6 April 2011

2011-04-06T07:08:50Z

← Older revision		Revision as of 09:08, 6 April 2011
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	{{DISPLAYTITLE:{{SUBPAGENAME}}}}		{{DISPLAYTITLE:{{SUBPAGENAME}}}}
	~~=====~~vvcat=~~====~~		Create a vector by alternately concatenating the elements of the source vectors.
			;Usage: '''<code>vvcat(<var>x1</var> {, <var>x2</var> {, ...}})</code>'''
			:;<var>x1</var>, <var>x2</var>, ...: vectors with the same length
			;Result: The result is a vector with <code>n*nrow(''x1'')</code> elements, with ''n'' is the number of arguments. The elements of the source vectors are alternatly assigned to the result: <code>r = { x1[0], x2[0], .., x''n''[0], x1[1], x2[1], .., x''n''[1], .. }</code>.
			;See also: [[Programmer_Guide/Command_Reference/EVAL/vv\|vv]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vvset\|vvset]], [[Programmer_Guide/Command_Reference/EVAL/vmcol\|vmcol]], [[Programmer_Guide/Command_Reference/EVAL/vmrow\|vmrow]], [[Programmer_Guide/Command_Reference/EVAL/vsubn\|vsubn]], [[Programmer_Guide/Command_Reference/EVAL/vsubc\|vsubc]]

	{\|		Example:
	\|-		<pre>
	~~\|vvcat~~(~~x1V~~, ~~<var>x2</var>V~~,~~...)~~		#a := eval vv(1,1,1,1}
	~~\|Create a vector by alternately concaternating the elements of the arguments~~ (~~vectors with the same length).The result is~~: ~~{ x1V[0]~~, ~~<var>x2<~~/~~var~~>~~V[0]~~, .., ~~<var>x1~~</~~var~~>V[~~1],~~ <~~var~~>~~x2</var>V[1~~]~~, ..}~~		#b := eval vv(2,2,2,2}
	\|}		#c := eval vv(3,3,3,3}
			#d := eval vvcat($#a,$#b,$#c)
			// -> #d = { 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 , 1 , 2 , 3 }
			</pre>

			[[Programmer_Guide/Command_Reference/EVAL#Functions\|<function list>]]

Admin: 1 revision: Initial import

2010-11-18T16:31:37Z

1 revision: Initial import

← Older revision	Revision as of 18:31, 18 November 2010
(No difference)

193.171.195.8: initial import

2010-05-17T13:05:27Z

initial import

New page

{{DISPLAYTITLE:{{SUBPAGENAME}}}}
=====vvcat=====

{|
|-
|vvcat(x1V, <var>x2</var>V,...)
|Create a vector by alternately concaternating the elements of the arguments (vectors with the same length).The result is: { x1V[0], <var>x2</var>V[0], .., <var>x1</var>V[1], <var>x2</var>V[1], ..}
|}