Ward Bennett chair complete
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Thank you, sir.
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love it & Thanks for this new piece in the almost infinite and so good series of furniture classics which you honor here
It is always good to hear something from the struggle of doing too.
A typical example for me is that I always remember the "Dave Method" first after I ran into the trap of too small units
so these little details are worth mentioning again and again...Best & Happy Easter
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Nice work mate
Will we see a render? -
Very nice chairs David. Very nice.
I'm happy to see that at least one person has been able to use something I taught.
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Thank you for the good words, everyone. Here's a quick render in Shaderlight. And Dave, you let your midwestern modesty show. You seem to spend about 36 hours a day on the SketchUp forum, showing the befuddled how to find the shortest path from point A to point B. The army of people you've helped would surely say that your SketchUp Sage designation is well-deserved.
Best,
dh -
What's not to like on this one. Great job David
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Thank you,tuna.
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Nice work David
Not sure that your objective was the render quality. But as a render the
(fabric?) mapping is not good. Can I suggest that you remove the mapping Sketchup created and then replace the mapping with the same (or other material) in your renderer. I do not know what renderer you are using but doing that should map your material correctly -
What's the Dave method?
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The Dave Method (invented by Dave Richards, a constant presence on this forum) is a technique for intersecting shapes without problems. It gets around a SketchUp shortcoming: The program creates a hidden network of rectangles and triangles to create surfaces. But it also has a limit, and can't fill in those hidden shapes if they are too small, something like 0.1mm. However, components in SketchUp possess a property that gets around that size limitation: A change to one component produces the same change in every instance of that component.
So here's how the Dave Method uses that property of components to foil that shortcoming in SketchUp. Let's say you want to intersect two shapes to create a cabriole leg. Make the shapes a component, make a copy of the component, and scale the copy up 100x, 1000x, or even 10,000x. Perform the intersect command and erase the waste. That will produce a clean, solid shape with no microscopic voids. Delete the scaled-up copy. The original component will also be a clean, solid shape with no microscopic voids.
The Dave Method also works with the Follow Me tool. If you want to use Follow Me to create a shape, like an elaborate table leg with lots of small beads and coves, make the profile a component, scale it up, and use Follow Me on the big copy. If you only work on the original profile, the extruded shape will almost certainly have some missing faces.
Hope this helps.
Best,
dh -
@davidheim1 said:
The Dave Method (invented by Dave Richards, a constant presence on this forum) is a technique for intersecting shapes without problems. It gets around a SketchUp shortcoming: The program creates a hidden network of rectangles and triangles to create surfaces. But it also has a limit, and can't fill in those hidden shapes if they are too small, something like 0.1mm. However, components in SketchUp possess a property that gets around that size limitation: A change to one component produces the same change in every instance of that component.
So here's how the Dave Method uses that property of components to foil that shortcoming in SketchUp. Let's say you want to intersect two shapes to create a cabriole leg. Make the shapes a component, make a copy of the component, and scale the copy up 100x, 1000x, or even 10,000x. Perform the intersect command and erase the waste. That will produce a clean, solid shape with no microscopic voids. Delete the scaled-up copy. The original component will also be a clean, solid shape with no microscopic voids.
The Dave Method also works with the Follow Me tool. If you want to use Follow Me to create a shape, like an elaborate table leg with lots of small beads and coves, make the profile a component, scale it up, and use Follow Me on the big copy. If you only work on the original profile, the extruded shape will almost certainly have some missing faces.
Hope this helps.
Best,
dhPerfect! Thank you!
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