Hi All
Have something to say while looking through these chain of mails regarding the
mesh healing. In this part of the project are we dealing only with "healing the
mesh". Today While going through the export options in SmartPlant SP3d piping
and equipment module found that, following is set in the export options.
Data Tab (IFC Export Options Dialog Box)
Specifies the properties for the format and accuracy of the data contained in
the export file.
Boundary Representation (Brep) - Objects are represented by a series of faces
and how they are stitched together. For example, a design solid is exported as
one object with a series of faces.
Constructive Solid Geometry (CSG) - Objects are represented by a series of
solids (cylinders, cubes, and so forth) that are constructed to create the
entire solid.
Include Openings - Select to create an individual ifcOpeningEntry object for
each opening in the export set. If you clear Include Openings, the software
does not create an individual icfOpeningEntry objects, but their results is
included in the export file.
Openings on a separate layers - Select to place each opening on an openings
layer in the export file. If you clear this option, each opening is on the same
layer as the entity it cuts. This option is only available if you check Include
Openings check box.
Include Object's Range - Select to include the overall range of an entity in
addition to the geometry of each of their components. In general, the entities
do not have representation (footings and foundations).
Tessellation or Stroking Tolerance - Specifies the accuracy to use when
tessellating nonplanar surfaces or stroking nonlinear curves.
Similary there is export options for structural steel.
All this I wrote is just to enquire how we are planning to import the project
from a particular software.
Please bear with me if it sounds silly.
REgards
Santosh Dey
On Tue, 24 May 2016 00:40:25 +0530 Rakshika Bagavathy wrote
>Daniel,
Yes, that was what i wanted to know.
I'm thinking we can convert both the native mesh types to the DCEL, and use
that for the healing process and storing as well. That will simplify my
conversion process and the healing process a lot. For example, I'd need to
check for free edges (those on the boundary). Implementing it from the abstract
classes method will be tough. More so for the OpenSCAD structure PolySet. So,
if we could just convert everything to the DCEL, everything's going to become a
lot easier. For free edges, we could just check if the twin's face has it's
pointer to a half-edge set to NULL.
Is this alright?
Rakshika.
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bring their own devices (BYOD) to work are irked by the imposition of MDM
restrictions. Mobile Device Manager Plus allows you to control only the
apps on BYO-devices by containerizing them, leaving personal data untouched!
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