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1. Extrema algorithm calls Curve-surface intersector. This intersector returns flag about infinite solution (in spite of extrema's returning not-parallel status correctly - axes of considered cylinder and circle are not parallel). In this case, attempt of obtaining number of intersection points leads to exception. So, the fix adds check of infinite solution after the intersection algorithm. 2. The methods IsDone(), IsParallel(), NbExt(), SquareDistance() and Points() (of Extrema_* classes) have been corrected to make them consistent to the documentation. 3. Revision of some Extrema_* classes has been made in order to avoid places with uninitialized variables. 4. Currently Extrema does not store any points in case when the arguments are parallel. It stores the distance only. 5. Some cases on Extrema-algo have been moved from "fclasses"-group to "modalg"-group.
33 lines
843 B
Plaintext
33 lines
843 B
Plaintext
puts "========"
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puts "OCC29712"
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puts "========"
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puts ""
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#################################################
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# Extrema algorithm raises exception
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#################################################
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# Curves c1 and c2 lie on parallel lines.
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# However, they are bounded (trimmed) curves
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# and are shifted relatively to each other. So,
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# there exists single perpendicular only.
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line c1 1 0 0 0 0 1
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line c2 5 0 0 0 0 -1
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trim c1 c1 0 3
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trim c2 c2 -9.9e-8 1.0e100
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foreach a [ directory ext_* ] { unset $a }
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extrema c1 c2
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if { [llength [ directory ext_* ] ] != 1 } {
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puts "Error: Wrong number of solutions (c1 c2)"
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}
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checklength ext_1 -l 4.0 -eps 2.0e-8
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foreach a [ directory ext_* ] { unset $a }
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extrema c2 c1
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if { [llength [ directory ext_* ] ] != 1 } {
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puts "Error: Wrong number of solutions (c1 c2)"
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}
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checklength ext_1 -l 4.0 -eps 2.0e-8 |