Method to make models lighter?!
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I have a fairly powerful computer and it could not explode this thing. Struggled for 18 minutes before I gave up. Never seen so many polys in one place
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I got it to 9.5mb and it's not mirrored so I think 5mb is feasible.
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I guess the question is, what quality do you need?
What do you plan to do with the model? Render, 3d printing?
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Thanks to all of you!
We are an automation company and we use models of robots and other equipment to make 3D layouts of our concepts. So the quality doesn't need to be that good.
Here is the whole robot in this case:
The mirror method was clever. Rich O'Brien, thanks for your work. Can you tell me your method?
TiG, yes that's probably the most efficient way the make the model lighter. This part became 29 MB, but the other parts of the robot have a size of 300 kb - 2 mb.
Thanks again, now I know how I need to handle this.
/Marcus
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Marcus, it looks to me as if nearly all of the robot could be done with halves that are mirrored. And if you are using the SketchUp model to make 3D layouts, I think you could further simplify the components by leaving out a lot of the fine detail. I would assume your layouts would include things other than the robot so you'll find that it is extremely worthwhile to reduce it as much as possible.
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The 'Mirror' method is quite straightforward...
When you are making an object that has an axis of symmetry you make a component of one half and place a second instance of it next to the first one, Scaling -1 and snapping edges together as required [if the 'mirroring-plane' is not axial then there is then my Mirror tool that will automate the process a little for you].
If desired, you can then make a single component of the two sub-component 'halves'.
When you edit one side the other half automatically adjusts to match.
To see what you are doing use the View > Compo Edit to toggle the rest of the model and similar components on/off - sometimes it's useful to be able to snap other things but sometimes they can obscure your view/picking...
It there isn't a natural 'line' at the junction of the parts you can select the edges that abut and 'hide' them, so the two parts appear to blend seamlessly together...
If you have more axes of symmetry you can of course have more copies of the parts, so editing one edits the other[s]...
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I really would suggest modelling the entire thing from scratch. Maybe by importing the original CAD work one piece at a time, placing it on a separate layer that can be hidden when not in use, then taking measurements from it to construct a lighter version.
We do stuff of similar complexity for architectural vusualization. So just to give you some idea of what to aim for, what is possible...and what it will look like; the model below...the entire model...is only 4294 faces and weighs in at 452 Kb...less than half a megabyte.
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Alan, that looks like a good model. Whose boom is that? It looks a bit like some of the stuff we've got. Have you done a boom for anesthesia services?
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It's a Getinge boom, Dave. Doesn't look like we have any anaesthesia one yet. You can see the medical stuff here. most of the big equipment starts on page 3.
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Ah. Thanks. That Philips MP70 looks nice but the heart rate is too high and the SpO2 is too low.
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@dave r said:
.....but the heart rate is too high and the SpO2 is too low.
Sounds like the results of my last check-up.
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