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…evaluating min and max values in the places where argmin and argmax values are evaluated for the sake of …
evaluate minValue(a,b,c) and argMin(a,b,c) …
argMin As Integer = 0 …
0 <> argMin And 0 <> argMax Then …
1 <> argMin And 1 <> argMax Then …
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…minValue = a; var argMin = 0; if (minValue > b) …
argMin = 1; } …
argMin = 2; } …
midleValue = c; if (0 != argMin && 0 != argMax) …
= a; if (1 != argMin && 1 != argMax) …
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…$minValue = $a; my $argMin = 0; if ($minValue > …
$argMin = 1; } …
$argMin = 2; } …
= $c; if (0 != $argMin && 0 != $argMax) …
if (1 != $argMin && 1 != $argMax) …
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…evaluate minValue(a,b,c) and argMin(a,b,c) minValue := a …
argMin := 0 if minValue > b { …
b argMin = 1 } …
c argMin = 2 } …
:= c if 0 != argMin && 0 != argMax { …
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…been interesting to see how they compare to the argmin/argmax functions of 5 arguments, but it will have …
evaluate min(x,y,z) double min = x[0]; int argmin = 0; if (min > x[1]) { min = …
x[1]; argmin = 1; } if (min > x[2]) { min = …
x[2]; argmin = 2; } // evaluate max(x,y,z) double …
double midleValue = x[2]; if (0 != argmin && 0 != argmax) midleValue = x[0]; …
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…midleValue: real; argMin, argMax: integer; begin { …
:= a; argMin := 0; if (minValue > …
argMin := 1; end; …
argMin := 2; end; …
:= c; if ((0 <> argMin) and (0 <> argMax)) then …
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… argMin: integer := 0; …
((0 /= argMin) and then (0 /= argMax)) then …
((1 /= argMin) and then (1 /= argMax)) then …
argMin: integer := 0; …
((0 /= argMin) and then (0 /= argMax)) then …
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…with 3-4 discrete outputs that matched the argmin/argmax functions in performance), and both of …
evaluate min(x,y,z) double min = x[0]; int argmin = 0; if (min > x[1]) { min = …
x[1]; argmin = 1; } if (min > x[2]) { min = …
x[2]; argmin = 2; } // evaluate max(x,y,z) double …
double midleValue = x[2]; if (0 != argmin && 0 != argmax) midleValue = x[0]; …
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…minValue As Double Dim argMin As Long minValue = a …
argMin = 0 If minValue > b …
b argMin = 1 End If …
c argMin = 2 End If …
= c If 0 <> argMin And 0 <> argMax Then …
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…minValue As Double Dim argMin As Long minValue = a …
argMin = 0 If minValue > b …
b argMin = 1 End If …
c argMin = 2 End If …
= c If 0 <> argMin And 0 <> argMax Then …