Computational Hydrographic Printing [video]
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Computational Hydrographic Printing [video]
1–10 of 33 posts
Re: Computational Hydrographic Printing [video]
#2I am always jealous of how cool and flashy the work at SIGGRAPH is.
Re: Computational Hydrographic Printing [video]
#3Wow, multiple pass dipping was awesome. I wonder if there's some kind of 3d painting machine that can compete with this.
Re: Computational Hydrographic Printing [video]
#4Very cool. Anyone know how a sphere (the globe at the end) was printed in a single immersion? Based on what I saw in the video, it seems like it would have to be a different process involving rotating the sphere as it was dipped, rather than the linear motion used for the other objects.
Re: Computational Hydrographic Printing [video]
#5Very cool. Anyone know how a sphere (the globe at the end) was printed in a single immersion? Based on what I saw in the video, it seems like it would have to be a different process involving rotating the sphere as it was dipped, rather than the linear motion used for the other objects.
Was the sphere inside the globe framework when it was printed? If it was merely a sphere being immersed, then perhaps a polar projection map would be able to cover all of it.
Re: Computational Hydrographic Printing [video]
#6Very cool. Anyone know how a sphere (the globe at the end) was printed in a single immersion? Based on what I saw in the video, it seems like it would have to be a different process involving rotating the sphere as it was dipped, rather than the linear motion used for the other objects.
From the paper[1], it sounds like the same linear motion with the film wrapping around to the top:
> The sphere is dipped with
> its north pole pointing downward. The maximum error on the
> northern hemisphere is within 2mm. However, near its south pole
> the error is much larger (about 5mm). This is because after the
> water surface passes the sphere’s equator, the film gets stretched
> largely, and near the south pole the relative angle between the
> water surface and the object surface approaches to 180◦, leading
> to an ill-posed boundary condition for our simulation (recall
> Equation (1), when θ ≈ 180◦).
Re: Computational Hydrographic Printing [video]
#7Very cool. Anyone know how a sphere (the globe at the end) was printed in a single immersion? Based on what I saw in the video, it seems like it would have to be a different process involving rotating the sphere as it was dipped, rather than the linear motion used for the other objects.
Don't believe so, a single projection with antarctica on the outside and the north pole at the centre would likely work just fine - and they showed it top-down.
Re: Computational Hydrographic Printing [video]
#8I am always jealous of how cool and flashy the work at SIGGRAPH is.
The amazement never fades, every year brings its share of complex maths and aesthetic sensations.
Re: Computational Hydrographic Printing [video]
#9What kind of surface doesn't fit this computational model? The elephant one for example, how to map the region which is occluded by the elephant's nose to the PVA surface? Anyway, really nice work. Looking forward to reading the paper and learn more!
Re: Computational Hydrographic Printing [video]
#10making fake stuff become easier. now we only need to attach the printer to a water tank.