| 1 |
Many applications of INDEPENDENT DO loops do require reductions as they are typically calculating independently quantities but storing results as parts of various averages
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| 2 |
e.g. in High Enegry Physics Data Analysis, each measured event can be computed via an INDEPENDENT DO but one wishes to find a particular observable (histogram, scatterplot) which is averaged over each event
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| 3 |
Financial modelling is similar
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| 4 |
x = 0
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| 5 |
!HPF$ INDEPENDENT, NEW(xinc), REDUCTION(x)
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| 6 |
do i = 1 , N
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call sub(i, xinc)
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x = x + xinc
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| 7 |
END DO
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| 8 |
xinc is a separate new variable each iteration but result is accumulated into global x
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