Programmer Guide/SPU Reference/ACNV - Revision history

Toni: /* [SPU ACNV X OP I OUT Y] */

2011-05-06T11:24:12Z

[SPU ACNV X OP I OUT Y]

← Older revision		Revision as of 13:24, 6 May 2011
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	\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable		\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable
	\|}		\|}


	;Description:		;Description:

Toni: /* [SPU ACNV X OP I OUT Y] */

2011-05-06T11:24:01Z

[SPU ACNV X OP I OUT Y]

← Older revision		Revision as of 13:24, 6 May 2011
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	\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable		\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable
	\|}		\|}


	;Description:		;Description:

Toni at 11:23, 6 May 2011

2011-05-06T11:23:53Z

← Older revision		Revision as of 13:23, 6 May 2011
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	\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable		\|<var>Y</var>\|\|output data \|\|vector, matrix \|\|variable
	\|}		\|}


	;Description:		;Description:
	:;extract columns:		:;extract columns:

Toni at 11:23, 6 May 2011

2011-05-06T11:23:44Z

@@ Line 15: / Line 15: @@
 |<var>Y</var>||output data ||vector, matrix ||variable
 |}
 ;Description:
 :;extract columns:

Toni at 11:23, 6 May 2011

2011-05-06T11:23:16Z

@@ Line 2: / Line 2: @@
 Special matrix operations.
 ==<code>[SPU ACNV <var>X OP I</var> OUT <var>Y</var>]</code>==
 {|class="einrahmen"
 !In:

193.171.195.48 at 10:13, 6 May 2011

2011-05-06T10:13:46Z

← Older revision		Revision as of 12:13, 6 May 2011
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	::<var>OP</var>=<code>0</code> or <code>column</code>, <var>I</var> is not connected		::<var>OP</var>=<code>0</code> or <code>column</code>, <var>I</var> is not connected
	:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']		:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']
	::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.		::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows.
	:;extract specified column:		:;extract specified column:
	::<var>OP</var>=<code>0</code> or <code>column</code>, <code>0</code>≤<var>I</var><number of input columns		::<var>OP</var>=<code>0</code> or <code>column</code>, <code>0</code>≤<var>I</var><number of input columns
	:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,<var>I</var>]		:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,<var>I</var>]
	::In each evaluation cycle, the column <var>I</var> of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.		::In each evaluation cycle, the column <var>I</var> of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows.
			:;extract rows:
			::<var>OP</var>=<code>1</code> or <code>row</code>, <var>I</var> is not connected
			:::<var>Y<sub>vector</sub></var> = <var>X</var>[''t'',*]
			::In the evaluation cycle ''t'' (≥0), the row ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input columns.
			:;extract specified row:
			::<var>OP</var>=<code>1</code> or <code>row</code>, <code>0</code>≤<var>I</var><number of input rows
			:::<var>Y<sub>vector</sub></var> = <var>X</var>[<var>I</var>,*]
			::In each evaluation cycle, the row <var>I</var> of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input columns.
			:;transpose:
			::<var>OP</var>=<code>2</code> or <code>transpose</code>, <var>I</var> is not used
			:::<var>Y<sub>matrix</sub></var> = <var>X</var><sup>T</sup>
	;See also:		;See also:
	<[[../#Signal Processing Atoms\|SP-atoms]]>		<[[../#Signal Processing Atoms\|SP-atoms]]>
	<!-- AN, 2.5.2011 -->		<!-- AN, 2.5.2011 -->

193.171.195.48 at 10:09, 6 May 2011

2011-05-06T10:09:18Z

← Older revision		Revision as of 12:09, 6 May 2011
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	::<var>OP</var>=<code>0</code> or <code>column</code>, <code>0</code>≤<var>I</var><number of input columns		::<var>OP</var>=<code>0</code> or <code>column</code>, <code>0</code>≤<var>I</var><number of input columns
	:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,<var>I</var>]		:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,<var>I</var>]
	::In ~~the~~ evaluation cycle ~~''t'' (≥0)~~, the column ~~''t''~~ of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.		::In each evaluation cycle, the column <var>I</var> of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.
	;See also:		;See also:
	<[[../#Signal Processing Atoms\|SP-atoms]]>		<[[../#Signal Processing Atoms\|SP-atoms]]>
	<!-- AN, 2.5.2011 -->		<!-- AN, 2.5.2011 -->

193.171.195.48 at 10:07, 6 May 2011

2011-05-06T10:07:26Z

← Older revision		Revision as of 12:07, 6 May 2011
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	:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']		:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']
	::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.		::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.
			:;extract specified column:
			::<var>OP</var>=<code>0</code> or <code>column</code>, <code>0</code>≤<var>I</var><number of input columns
			:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,<var>I</var>]
			::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.
	;See also:		;See also:
	<[[../#Signal Processing Atoms\|SP-atoms]]>		<[[../#Signal Processing Atoms\|SP-atoms]]>
	<!-- AN, 2.5.2011 -->		<!-- AN, 2.5.2011 -->

193.171.195.48 at 10:05, 6 May 2011

2011-05-06T10:05:27Z

← Older revision		Revision as of 12:05, 6 May 2011
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	;Description:		;Description:
	:;extract columns:		:;extract columns:
	::<var>OP</var>=<code>0</code> or <code>column</code>		::<var>OP</var>=<code>0</code> or <code>column</code>, <var>I</var> is not connected
	::<var>I</var> is not connected		:::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']
	::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']
	::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.		::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.

193.171.195.48: Created page with '{{DISPLAYTITLE:{{SUBPAGENAME}}}} Special matrix operations. ==`[SPU ACNV X OP I OUT Y]`== {|class="einrahmen" !In: |`X`||input matrix |-…'

2011-05-06T10:04:47Z

Created page with '{{DISPLAYTITLE:{{SUBPAGENAME}}}} Special matrix operations. ==<code>[SPU ACNV <var>X OP I</var> OUT <var>Y</var>]</code>== {|class="einrahmen" !In: |<var>X</var>||input matrix |-…'

New page

{{DISPLAYTITLE:{{SUBPAGENAME}}}}
Special matrix operations.
==<code>[SPU ACNV <var>X OP I</var> OUT <var>Y</var>]</code>==
{|class="einrahmen"
!In:
|<var>X</var>||input matrix
|-
| ||<var>OP</var>||a number or string; selects operation to be performed
|-
| ||<var>I</var>||optional row or column index
|-
!Out:
|<var>Y</var>||vector or matrix; depends on <var>OP</var> and <var>I</var>
|}

;Description:
:;extract columns:
::<var>OP</var>=<code>0</code> or <code>column</code>
::<var>I</var> is not connected
::<var>Y<sub>vector</sub></var> = <var>X</var>[*,''t'']
::In the evaluation cycle ''t'' (≥0), the column ''t'' of matrix <var>X</var> is copied to the output vector <var>Y</var>. The length of the output vector is equal to the number of input rows,.

;See also:
<[[../#Signal Processing Atoms|SP-atoms]]>

Programmer Guide/SPU Reference/ACNV - Revision history

Toni: /* [SPU ACNV X OP I OUT Y] */

Toni: /* [SPU ACNV X OP I OUT Y] */

Toni at 11:23, 6 May 2011

Toni at 11:23, 6 May 2011

Toni at 11:23, 6 May 2011

193.171.195.48 at 10:13, 6 May 2011

193.171.195.48 at 10:09, 6 May 2011

193.171.195.48 at 10:07, 6 May 2011

193.171.195.48 at 10:05, 6 May 2011

193.171.195.48: Created page with '{{DISPLAYTITLE:{{SUBPAGENAME}}}} Special matrix operations. ==[SPU ACNV X OP I OUT Y]== {|class="einrahmen" !In: |X||input matrix |-…'

193.171.195.48: Created page with '{{DISPLAYTITLE:{{SUBPAGENAME}}}} Special matrix operations. ==`[SPU ACNV X OP I OUT Y]`== {|class="einrahmen" !In: |`X`||input matrix |-…'