meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 4 months |
| seen | May 18 at 23:46 | |
| stats | profile views | 36 |
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Mar 24 |
awarded | Analytical |
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Mar 17 |
awarded | Scholar |
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Mar 17 |
accepted | Generating “Penrose-style” drawings of surfaces |
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Mar 13 |
awarded | Commentator |
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Mar 13 |
comment |
Generating “Penrose-style” drawings of surfaces Thanks very much. The animation suffers from the quiver problem I mentioned in my question, but now that I see it, it actually looks like this isn't really noticeable, at least with many points as you have here. |
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Mar 13 |
comment |
Generating “Penrose-style” drawings of surfaces Fantastic. I am especially pleased that you have exposed parameters to tinker with here. |
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Mar 13 |
awarded | Nice Question |
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Mar 13 |
comment |
Generating “Penrose-style” drawings of surfaces @belisarius Yes I was afraid of being asked that. I mean better in the sense of "more similar to the style seen in the book (e.g. in the Flickr images I linked to)". Of course, I expect since you are asking, that this is will not be precise enough! I can say what aspects of the style I'm having trouble replicating though. For instance, the combination of lighting and "salt-and-pepper" noise I am using doesn't get the quite the right density distribution of points. They should get much thicker at the edges, and be more sparse in the interior (at least for the sphere). |
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Mar 13 |
awarded | Student |
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Mar 13 |
asked | Generating “Penrose-style” drawings of surfaces |
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Feb 24 |
awarded | Necromancer |
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Feb 24 |
awarded | Revival |
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Feb 24 |
answered | Saving a notebook as a $\LaTeX$ file, with syntax highlighting preserved |
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Jan 17 |
awarded | Yearling |
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Dec 2 |
awarded | Organizer |
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Dec 2 |
revised |
Levels: how do they work? I removed the levelscheme tag--I believe it refers to a specific package, not the general way levels are handled in Mathematica. |
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Dec 2 |
suggested | suggested edit on Levels: how do they work? |
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Jul 25 |
comment |
Is it possible to generate a Hasse Diagram for a defined relation? I'm not certain but I think there is directional information in the edges. It says in the link you posted that one should draw "a line segment or curve that goes upward [italicized in the original] from x to y whenever y covers x (that is, whenever x < y and there is no z such that x < z < y)" |
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Jul 25 |
comment |
Is it possible to generate a Hasse Diagram for a defined relation? If the asker wants a true Hasse Diagram, surely he wants an automatic way to compute the transitive reduction of the directed graph generated by the binary relation. The arrows should be directed, I think, and the arrow between 1 and 3 shouldn't be there. |
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Jun 8 |
awarded | Enlightened |
