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| bio | website | kaurov.com |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 4 months |
| seen | 5 hours ago | |
| stats | profile views | 1,810 |
• Site • LinkedIn • Blog • Demonstrations • Vimeo • Pinterest • NKS •
I am a physicist, a Mathematica and Wolfram Science (NKS) enthusiast. I am an author at the Wolfram Demonstration Project and sometimes write for Wolfram Blog. I enjoy creating applications and art with Mathematica, some can be found on my website. I also collecting Mathematica graphics at a Pinterest board and organized a video group Mathematica Render on Vimeo.
I work for Wolfram Research, but comments and opinions expressed here are mine, and not those of my employer.
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Feb 19 |
comment |
Creating Plots for a Family of Solutions @nightowl You're welcome ;) GIF won't show in your notebook. GIF is saved to a default location (My Documents on Windows) if only file name is mentioned in in "..." inside Export function. You can put there the whole directory/file path to where you want to save GIF. Use menu Insert >> File Path.... Read more here: reference.wolfram.com/mathematica/ref/Export.html |
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Feb 19 |
comment |
Measure a DensityHistogram[] pair similarity Cool ;) I like that you analysed the whole set +1. If I find some time I'll do the same for my integral measures. |
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Feb 19 |
revised |
Creating Plots for a Family of Solutions added 498 characters in body |
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Feb 19 |
answered | Creating Plots for a Family of Solutions |
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Feb 18 |
answered | How do I save a variable or function definition to a file? |
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Feb 18 |
comment |
Measure a DensityHistogram[] pair similarity @500 You are welcome, notice I updated the post. |
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Feb 18 |
comment |
Measure a DensityHistogram[] pair similarity @AndyRoss Thanks! Good thinking btw - I updated the post ;-) |
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Feb 18 |
revised |
Measure a DensityHistogram[] pair similarity added 2266 characters in body |
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Feb 18 |
revised |
Get the neighboring vertices and incident edges from a vertex in a graph deleted 1 characters in body |
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Feb 17 |
comment |
Get the neighboring vertices and incident edges from a vertex in a graph @QiangLi Only if you use GraphUtilities package - which I do not. ;-) I use built in Graph functionality. |
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Feb 17 |
revised |
Get the neighboring vertices and incident edges from a vertex in a graph added 374 characters in body |
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Feb 17 |
answered | Get the neighboring vertices and incident edges from a vertex in a graph |
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Feb 17 |
revised |
Measure a DensityHistogram[] pair similarity added 1156 characters in body |
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Feb 17 |
answered | Measure a DensityHistogram[] pair similarity |
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Feb 17 |
comment |
Convert GraphPlot[]s with many nodes into something that's human-understandable @Mr.Wizard Yes, thanks, should keep it simple ;-) |
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Feb 17 |
revised |
Convert GraphPlot[]s with many nodes into something that's human-understandable deleted 8 characters in body |
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Feb 17 |
revised |
Convert GraphPlot[]s with many nodes into something that's human-understandable deleted 289 characters in body |
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Feb 17 |
revised |
Convert GraphPlot[]s with many nodes into something that's human-understandable added 1266 characters in body |
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Feb 17 |
comment |
Convert GraphPlot[]s with many nodes into something that's human-understandable @Mr.DemetriusMichael Graph has much greater functionality than GraphPlot in the sense that GraphPlot is only graphics while Graph holds complete information about the graph itself and can be operated upon with various graph-related functions. I'd recommend to use Graph for 2D graphs. |
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Feb 16 |
answered | Convert GraphPlot[]s with many nodes into something that's human-understandable |
