fabrizio_brescia
Guest
I ask my technicians, electronics lent to mechanics, if it is possible with the mechanical cad simulate the reflection of light rays emitted by the leds and reflections from surfaces.
There are programs that do it, of course they cost inadmissible figures for us that we do not make similar projects.
Sometimes, however, to evaluate the effectiveness even in a limited way, a solution would be useful to have a contour type simulation of the flow lines at a certain height or surface.
generally a led is accompanied by a .raw file that describes the rays coming out the says (part that emits light)
This ascii file is not particularly compressed, it is long because it simulates millions of rays, and these are defined with the center, the coordinates of arrival in space and intensity. If so absurd a cloud of points united by a surface would get the bright solid of the led similar to a "pearl"
more ' led accidents at the same point should sum the values also in case there is a reflective surface this 'pearl' should be twisted according to the angles of reflection.
then the sections of solids should be able to display the curves to equal power etc...
I know that's what professional programs do, but I'm asking if you think a simpler system that makes a small analysis on a simple model could be faced.
Thank you.
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There are programs that do it, of course they cost inadmissible figures for us that we do not make similar projects.
Sometimes, however, to evaluate the effectiveness even in a limited way, a solution would be useful to have a contour type simulation of the flow lines at a certain height or surface.
generally a led is accompanied by a .raw file that describes the rays coming out the says (part that emits light)
This ascii file is not particularly compressed, it is long because it simulates millions of rays, and these are defined with the center, the coordinates of arrival in space and intensity. If so absurd a cloud of points united by a surface would get the bright solid of the led similar to a "pearl"
more ' led accidents at the same point should sum the values also in case there is a reflective surface this 'pearl' should be twisted according to the angles of reflection.
then the sections of solids should be able to display the curves to equal power etc...
I know that's what professional programs do, but I'm asking if you think a simpler system that makes a small analysis on a simple model could be faced.
Thank you.
bookmarks