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Laser - Projecting curves over surfaces
Posted 28.03.2011, 12:23 GMT-4 Wave Optics, Interfacing, Heat Transfer & Phase Change, Geometry Version 4.0a, Version 4.1 3 Replies
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Hello,
I'm currently starting a new model, may you have ideas:
The final goal is to move a delimiting edge (the laser beam) over oblique or complex-shaped geometries.
Precedent study shows great accuracy of modeling a laser beam over a flat surface, now I want to do the same over an oblique surface (relative to beam incident plane) .
So, imagine a workplane on which is drawn a circle. Then I want to project that circle over an oblique face of a 3D object.
Thus the projected circle will then come as an ellipse on the oblique face.
(See attachement for more clarity)
The first idea that came out was to use MatLab (LiveLink) to evaluate relative position of the 3D object to the laser beam workplane, then manually calculate the shape of the projected circle on that surface.
As I never used Livelink, long run is expected...
Well, if you have any tips or advices, It would be appreciated.
Regards,
I'm currently starting a new model, may you have ideas:
The final goal is to move a delimiting edge (the laser beam) over oblique or complex-shaped geometries.
Precedent study shows great accuracy of modeling a laser beam over a flat surface, now I want to do the same over an oblique surface (relative to beam incident plane) .
So, imagine a workplane on which is drawn a circle. Then I want to project that circle over an oblique face of a 3D object.
Thus the projected circle will then come as an ellipse on the oblique face.
(See attachement for more clarity)
The first idea that came out was to use MatLab (LiveLink) to evaluate relative position of the 3D object to the laser beam workplane, then manually calculate the shape of the projected circle on that surface.
As I never used Livelink, long run is expected...
Well, if you have any tips or advices, It would be appreciated.
Regards,
Attachments:
3 Replies Last Post 29.03.2011, 15:43 GMT-4