| Revision as of 15:26, 6 June 2024 edit87.212.32.53 (talk) →Data source: new sectionTag: New topic← Previous edit | Latest revision as of 16:53, 30 December 2024 edit undoLowercase sigmabot III (talk | contribs)Bots, Template editors2,296,120 editsm Archiving 2 discussion(s) to User talk:Sbyrnes321/Archives/2020, User talk:Sbyrnes321/Archives/2022) (bot | ||
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| We probably need to fix an image on the page for Bloch wave / bloch theorem. See last comment ], can you please check ? Then can you either fix the image or share the dataset (and imagine some matlab stuff) to rebuild the correct image ? | We probably need to fix an image on the page for Bloch wave / bloch theorem. See last comment ], can you please check ? Then can you either fix the image or share the dataset (and imagine some matlab stuff) to rebuild the correct image ? | ||
| comment added by ] | comment added by ] | ||
| == What is the production process for your images? == | |||
| I'm interested in the image work you've done. | |||
| However, neither in your site nor here does it explain how you go about making them. | |||
| Are they all custom programs? | |||
| ⚫ | ] (]) |
||
| :Click the image. Click "Details" in the bottom-right. If you do it right you should get to a page like this: . You'll find details and (when applicable) source code. If you have trouble finding the image details pages, or if you still have questions after that, you're welcome to ask. :-) --] (]) 19:40, 19 November 2020 (UTC) | |||
| == Quantum Harmonic Oscillator Animation. == | |||
| Hello. | |||
| Thank you for your efforts to visualize hard to grasp concepts. It is appreciated (By many I am sure). I have a quick question. I have to admit I am not a programmer. But I am involved in a theoretical research where I find myself in need of wave form visualization tools, Is there perhaps a program you might suggest? or should I just bite the bullet and go back to school (for the third time lol) I am particularly interested in the harmonic oscillation wave forms animations. I am attempting to map those in three dimensions. Is it possible? | |||
| Thank you | |||
| Dr. Akopyan MD <!-- Template:Unsigned IP --><small class="autosigned">— Preceding ] comment added by ] (]) 16:05, 6 January 2022 (UTC)</small> <!--Autosigned by SineBot--> | |||
| :You can click any image on my ], and click "more details", and you'll get to a page like and I always put the source code (or how I made it) at the bottom. You'll see that I made that particular image with Mathematica. Later on you'll see that I mostly switched to using Python to make images, and for the animations I would make a bunch of images programmatically using Python and then call imagemagick to stitch them together into an animated gif. Maybe there are better methods, I dunno. I don't have any special training, just general "ability to write code". --] (]) 16:47, 6 January 2022 (UTC) | |||
| == "Polar vector" listed at ] == | == "Polar vector" listed at ] == | ||
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| Hi, i was wandering if you could share what data set you used for the awesome Shockley-Queisser limit graphs? I want to re-use this data for a graph with different markup ] (]) 15:26, 6 June 2024 (UTC) | Hi, i was wandering if you could share what data set you used for the awesome Shockley-Queisser limit graphs? I want to re-use this data for a graph with different markup ] (]) 15:26, 6 June 2024 (UTC) | ||
| :I suggest to use the code at https://github.com/sbyrnes321/SolarCellEfficiencyLimits/blob/master/sq.ipynb - it might take a few hours to run, but then you’ll have regenerated the data, and you can plot it or export it however you want. --] (]) 17:33, 6 June 2024 (UTC) | |||
| == Benford's Law log graphs == | |||
| Hi. I think there is a problem with the graph you made to illustrate Benford's law: | |||
| ] | |||
| <blockquote>A broad probability distribution on a log scale. <b>The total area in blue and red are the relative probabilities</b> that the first digit of a number drawn from this distribution starts with 8 and 1, respectively.</blockquote> | |||
| I don't think the part in bold holds. The x-axis is log, so it's a mistake to take areas at face value. Don't you think? ] (]) 12:10, 30 December 2024 (UTC) | |||
| ::There used to be an explanation but apparently someone deleted it. See footnote 11 here: https://en.wikipedia.org/search/?title=Benford%27s_law&oldid=867001766 Copy ↓ | |||
| ::: "This section discusses and plots probability distributions of the logarithms of a variable. This is not the same as taking a regular probability distribution of a variable, and simply plotting it on a log scale. Instead, one multiplies the distribution by a certain function. The log scale distorts the horizontal distances, so the height has to be changed also, in order for the area under each section of the curve to remain true to the original distribution. See, for example, . Specifically: <math>P(\log x) d(\log x) = (1/x) P(\log x) dx</math>." | |||
| ⚫ | ::--] (]) 13:00, 30 December 2024 (UTC) | ||
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Image fix or dataset share
We probably need to fix an image on the page for Bloch wave / bloch theorem. See last comment ], can you please check ? Then can you either fix the image or share the dataset (and imagine some matlab stuff) to rebuild the correct image ? comment added by User:flyredeagle
"Polar vector" listed at Redirects for discussion
An editor has identified a potential problem with the redirect Polar vector and has thus listed it for discussion. This discussion will occur at Misplaced Pages:Redirects for discussion/Log/2022 July 3#Polar vector until a consensus is reached, and anyone, including you, is welcome to contribute to the discussion. ChromaNebula (talk) 04:23, 3 July 2022 (UTC)
How to Cite Your Shockley Queisser Curve
Hello, I want to use your SQ curve as seen in this link in my publication and I want to cite you. How can I do that? For the time being, I will mention your website, the Misplaced Pages link, and your name, is that correct? The citation will appear as: Byrnes S. Shockley Queisser Full Curve . Misplaced Pages. ; Available from: https://sjbyrnes.com/misc.html. Please tell me if you want it to appear differently. AmrShalaby92 (talk) 16:32, 18 January 2024 (UTC)
- It's ultimately your call, but I would recommend linking to either https://en.wikipedia.org/File:ShockleyQueisserFullCurve.svg or https://github.com/sbyrnes321/SolarCellEfficiencyLimits/blob/master/sq.ipynb , rather than to sjbyrnes.com which is not a good archival link because I reorganize my site now and then, and also that page doesn't directly have that curve anyway. --Steve (talk) 16:39, 18 January 2024 (UTC)
- Thank you for the prompt response.
- Okay, I will use both the Misplaced Pages and the Github links. AmrShalaby92 (talk) 18:13, 18 January 2024 (UTC)
Data source
Hi, i was wandering if you could share what data set you used for the awesome Shockley-Queisser limit graphs? I want to re-use this data for a graph with different markup 87.212.32.53 (talk) 15:26, 6 June 2024 (UTC)
- I suggest to use the code at https://github.com/sbyrnes321/SolarCellEfficiencyLimits/blob/master/sq.ipynb - it might take a few hours to run, but then you’ll have regenerated the data, and you can plot it or export it however you want. --Steve (talk) 17:33, 6 June 2024 (UTC)
Benford's Law log graphs
Hi. I think there is a problem with the graph you made to illustrate Benford's law:
A broad probability distribution on a log scale. The total area in blue and red are the relative probabilities that the first digit of a number drawn from this distribution starts with 8 and 1, respectively.
I don't think the part in bold holds. The x-axis is log, so it's a mistake to take areas at face value. Don't you think? André Neves (talk) 12:10, 30 December 2024 (UTC)
- There used to be an explanation but apparently someone deleted it. See footnote 11 here: https://en.wikipedia.org/search/?title=Benford%27s_law&oldid=867001766 Copy ↓
- "This section discusses and plots probability distributions of the logarithms of a variable. This is not the same as taking a regular probability distribution of a variable, and simply plotting it on a log scale. Instead, one multiplies the distribution by a certain function. The log scale distorts the horizontal distances, so the height has to be changed also, in order for the area under each section of the curve to remain true to the original distribution. See, for example, . Specifically: ."
- --Steve (talk) 13:00, 30 December 2024 (UTC)
- There used to be an explanation but apparently someone deleted it. See footnote 11 here: https://en.wikipedia.org/search/?title=Benford%27s_law&oldid=867001766 Copy ↓
."