Mesh - Meshing algorithm fails if edge curves has small defects (bends, loops...)

Note that this issue is regression, hence set to high priority

Branch [archived branch] has been created by Commenter 1.

[revision removed]


Detailed log of new commits:

Author: Commenter 1
Date: Fri Apr 1 14:30:15 2016 +0300

    0027226: Meshing algorithm fails if edge curves has small defects (bends, loops...)
    
    Take into account tolerance of edge vertices in order to reduce density of discretization points.

Dear Mikhail,

Branch [archived branch] has been created on top of the CR27108 one and implements functionality refusing discretization points that are within tolerance of edge vertices.

Could you please review.

Dependency of #0027239 has been added due to indicate relations in Git repository in order to test the bump of patches #27108 + #0027226 + #0027239.

There is no other relation of this issue to #0027239.

Note that branch #0027239 should be used for test campaign as far as it contains all mentioned patches.

Reviewed.

Branch [archived branch] has been updated forcibly by Participant.

[revision removed]

Dear Commenter 2,
Branch CR27226 was rebased on current master of occt git-repository.
[revision removed]

Dear Commenter 2,
Branch CR27226 from occt git-repository (and master from products git-repository) was compiled on Linux, MacOS and Windows platforms and tested on Release mode.
[revision removed]

Number of compiler warnings:

occt component :
Linux: 0 (0 on master)
Windows: 0 (0 on master)
MacOS : 0 (0 on master)

products component :
Linux: 72 (72 on master)
Windows: 4 (4 on master)
MacOS : 1131

Regressions/Differences/Improvements:
http://occt-tests/CR27226-master-OCCT/Debian70-64/summary.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/summary.html
Improvements:
  bugs modalg_2 bug287,bug397
  mesh advanced_incmesh A9, B1, B2, B3, B7
  mesh advanced_incmesh_parallel A9, B1, B2, B3, B7
  mesh advanced_mesh A9, B1, B2, B3, B7
  mesh advanced_shading A9, B1, B2, B3, B7
  mesh standard_incmesh C7, V3
  mesh standard_incmesh_parallel C7, V3
  mesh standard_mesh C7, V3
  mesh standard_shading V3
Failed:
  bugs iges buc60820_2, buc60823, bug306
  bugs mesh bug25307
  mesh standard_incmesh U2, W5, W7
  mesh standard_incmesh_parallel U2, W5,W7
  mesh standard_mesh U2, W5, W7
  mesh standard_shading U2, W4, W5

http://occt-tests/CR27226-master-Products/Debian70-64/summary.html
http://occt-tests/CR27226-master-Products/Windows-64-VC10/summary.html
Failed:
  bfit pnt100 A1, A2, A3, A5, A6
  bfit pnt1000 A1, A2, A3, A4, A5, A6
  bfit pnt10000 A1, A2, A3, A4, A5, A6
  omf advanced_meshcut M4, U3, Z1, Z2, Z3
  omf advanced_meshfuse F4, O1, O2, O3, ZD4

Testing cases:
http://occt-tests/CR27226-master-OCCT/Debian70-64/bugs/modalg_2/bug397.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/bugs/modalg_2/bug397.html
 bugs modalg_2 bug397 : IMPROVEMENT

http://occt-tests/CR27226-master-OCCT/Debian70-64/bugs/moddata_1/bug22759.html
 bugs moddata_1 bug22759 (Linux only)

http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_incmesh/C7.html
http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_incmesh/V3.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_incmesh/C7.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_incmesh/V3.html
 mesh standard_incmesh C7, V3: IMPROVEMENT

http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_incmesh_parallel/C7.html
http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_incmesh_parallel/V3.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_incmesh_parallel/C7.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_incmesh_parallel/V3.html
 mesh standard_incmesh_parallel C7, V3: IMPROVEMENT

http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_mesh/C7.html
http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_mesh/V3.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_mesh/C7.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_mesh/V3.html
 mesh standard_mesh C7, V3: IMPROVEMENT

http://occt-tests/CR27226-master-OCCT/Debian70-64/mesh/standard_shading/V3.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/mesh/standard_shading/V3.html
 mesh standard_shading V3: IMPROVEMENT

Testing on Linux:
occt component :
Total MEMORY difference: 87230117 / 87953611 [-0.82%]
Total CPU difference: 18994.920000000013 / 19052.160000000054 [-0.30%]
products component :
Total MEMORY difference: 27404469 / 27481797 [-0.28%]
Total CPU difference: 5293.859999999987 / 5313.84999999999 [-0.38%]

Testing on Windows:
occt component :
Total MEMORY difference: 54931828 / 55049509 [-0.21%]
Total CPU difference: 17853.752846398787 / 18156.97199009883 [-1.67%]
products component :
Total MEMORY difference: 18669157 / 18690889 [-0.12%]
Total CPU difference: 5157.25265909995 / 5258.325706999966 [-1.92%]

There are following differences in images found by testdiff.
http://occt-tests/CR27226-master-OCCT/Debian70-64/diff-Debian70-64.html
http://occt-tests/CR27226-master-OCCT/Windows-64-VC10/diff-Windows-64-VC10.html
IMAGE mesh standard_incmesh B9: B9.png differs
IMAGE mesh standard_incmesh S8: S8.png differs
IMAGE mesh standard_shading W7: W7.png differs
IMAGE mesh standard_shading S8: S8.png differs
IMAGE bugs step bug5708: bug5708.png differs
IMAGE bugs vis buc60858: buc60858.png differs
IMAGE bugs modalg_2 bug21415: bug21415.png differs

http://occt-tests/CR27226-master-Products/Debian70-64/diff-Debian70-64.html
http://occt-tests/CR27226-master-Products/Windows-64-VC10/diff-Windows-64-VC10.html
IMAGE parasolid read D3: D3.png differs

Dear oan,
Branch [archived branch] has been rejected due to:
- regressions/differences/improvements
- differences in images

Branch [archived branch] has been created by Commenter 1.

[revision removed]


Detailed log of new commits:

Author: Commenter 1
Date: Thu Nov 7 12:25:57 2019 +0300

    0027226: Meshing algorithm fails if edge curves has small defects (bends, loops...)
    
    Take into account tolerance of edge vertices in order to reduce density of discretization points.