Programmer Guide/SPU Reference/AVR: Difference between revisions
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The averaging algorithm is defined by the inputs <var>TYP</var> and <var>T</var>. The atom averages the elements <var>X</var>[i,j] over evaluation cycles t (i=row index, j=column index, t=cycle counter) and stores the averaged value in the element <var>Y</var>[i,j]=f(<var>X</var>[i,j],t,<var>TYP</var>,<var>T</var>). | The averaging algorithm is defined by the inputs <var>TYP</var> and <var>T</var>. The atom averages the elements <var>X</var>[i,j]<sub>t</sub> over evaluation cycles t (i=row index, j=column index, t=cycle counter) and stores the averaged value in the element <var>Y</var>[i,j]=f(<var>X</var>[i,j],t,<var>TYP</var>,<var>T</var>). | ||
:invinite average | |||
|<var>A<sub>number</sub></var> | |<var>A<sub>number</sub></var> |
Revision as of 09:52, 6 May 2011
Average input X over evaluation cycles.
[SPU SUM X TYP T RS OUT Y]
In: | X | a number, vector or matrix containing the data to be averaged |
---|---|---|
TYP | a number or string; defines the averaging method | |
T | averaging parameter (number); depends on method | |
RS | reset flag (number) | |
Out: | Y | averaged input X; same type as X |
- Description
The averaging algorithm is defined by the inputs TYP and T. The atom averages the elements X[i,j]t over evaluation cycles t (i=row index, j=column index, t=cycle counter) and stores the averaged value in the element Y[i,j]=f(X[i,j],t,TYP,T).
- invinite average
|Anumber |Ynumber | |- |Avector |Ynumber | |} with: n = length of Avector
- See also
<SP-atoms>