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Fixed a bug, the initial step size wasn't being used in part of the
code. Also made the initial bracketing step a little more efficient.
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parent
3e9f7adbd9
commit
fa43cde658
@ -599,8 +599,8 @@ namespace dlib
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// The first thing we do is get a starting set of 3 points that are inside the [begin,end] bounds
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p1 = max(starting_point-1, begin);
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p3 = min(starting_point+1, end);
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p1 = max(starting_point-search_radius, begin);
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p3 = min(starting_point+search_radius, end);
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f1 = f(p1);
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f3 = f(p3);
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@ -647,15 +647,16 @@ namespace dlib
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}
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// If the left most points are identical in function value then expand out the
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// left a bit, unless it's already at bound.
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if (f1==f2 && f1!=begin)
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// left a bit, unless it's already at bound or we would drop that left most
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// point anyway because it's bad.
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if (f1==f2 && f1<f3 && f1!=begin)
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{
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p1 = max(p1 - search_radius, begin);
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f1 = f(p1);
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search_radius *= 2;
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continue;
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}
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if (f2==f3 && f3!=end)
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if (f2==f3 && f3<f1 && f3!=end)
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{
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p3 = min(p3 + search_radius, end);
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f3 = f(p3);
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