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1. The partition operation allows splitting an arbitrary number of shapes of an arbitrary dimension by other arbitrary shapes. The algorithm has been implemented in the class BOPAlgo_Splitter. The API operator Splitter has been implemented in the class BRepAlgoAPI_Splitter. 2. The draw commands for usage the new algorithm have been implemented - bsplit and bapisplit. The commands are identical, but one uses the BOPAlgo_Splitter, the other uses BRepAlgoAPI_Splitter. Both commands should be used after Pave Filler is filled. 3. Test cases for the new algorithm. 4. Documentation has been updated. Small corrections.
46 lines
901 B
Plaintext
46 lines
901 B
Plaintext
puts "============"
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puts "OCC26874"
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puts "============"
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puts ""
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#######################################################################
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# Implementation of the Partition operator in OCCT
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#######################################################################
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# split face by set of edges
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cylinder cyl 0 0 0 0 0 1 10
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set height 20
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mkface f cyl 0 2*pi -$height $height
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bclearobjects
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bcleartools
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baddobjects f
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# create tool edges
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compound edges
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set nb_uedges 10
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set pi2 [dval 2*pi]
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set ustep [expr $pi2/$nb_uedges]
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for {set i 0} {$i <= $pi2} {set i [expr $i + $ustep]} {
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uiso c cyl $i
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mkedge e c -25 25
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add e edges
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}
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set nb_vedges 10
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set vstep [expr 2*$height/$nb_vedges]
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for {set i -20} {$i <= 20} {set i [expr $i + $vstep]} {
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viso c cyl $i
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mkedge e c
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add e edges
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}
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baddctools edges
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bfillds
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bsplit result
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checkshape result
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checknbshapes result -face 100
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checkprops result -s 2513.27 |