Talk:Voronoi diagram: Difference between revisions

(Working instantly here with Chrome, Firefox and Safari on macOS)
 
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It would really help. Or as I already said: upgrade links. --AnatolV 21:08, 16 June 2017 (UTC)
:: Both links are responding instantly here with Chrome (Version 58.0.3029.110 (64-bit)) Firefox (53.0.3 (64-bit)) and Safari (Version 10.1.1 (12603.2.4)) as well as Safari Technology Preview (Release 33 (Safari 11.0, WebKit 12604.1.25.0.2)). The OS on which Chrome, Firefox and Safari are running here is macOS Sierra. [[User:Hout|Hout]] ([[User talk:Hout|talk]]) 21:20, 16 June 2017 (UTC)
::: I notice, however, that https versions are now available on that site, so I will update the links. I hope that helps your workstation to read the pages successfully. [[User:Hout|Hout]] ([[User talk:Hout|talk]]) 21:23, 16 June 2017 (UTC)
 
::: '''@Hout''' TYVM Nice complete answer.<br>
::: Many years ago (15?) a bug in IE for Mac OS X was discovered and reported by me to MS.
::: 2 months later they fixed it. It was done fast, because it was related to security.<br>
::: I'm telling this story to stress, that the same browser on different OS can work differently.<br>
::: My main concern was (and is) to find the way for all RC users to reach D3 library.<br>
::: I've found the way through "North Pole", i.e., Github, etc. Here is a link to the amazing Gallery:
::: https[://]github[.com]/d3/d3/wiki/Gallery. Best regards. --AnatolV 20:04, 17 June 2017 (UTC)
 
:::: Good ! I'm glad you found a way to the d3/d3js galleries. They seem a wonderful body of work to me. [[User:Hout|Hout]] ([[User talk:Hout|talk]]) 20:27, 17 June 2017 (UTC)
 
==Task?==
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I want to illustrate my Prolog code with 3 pictures but I can't upload these images from my computer !? I tried .png, .gif and .jpeg I'll try to-morrow [[User:Trap D|Trap D]] 00:48, 1 September 2011.<BR>
Fixed ! I change FF for IE [[User:Trap D|Trap D]] 01:05, 1 September 2011.
 
== More on Minkowski distance ==
 
I can seem to be a bore, but the mathematician's surname was Minkowski, not Minkovski.
 
Euclidean and Manhattan distances are the special cases of his distance, so we can create something in-between or something entirely different by playing with this metric.
 
For example, it can create a pattern like a Manhattan distance and add some [https://i.imgur.com/5xwed9M.png rounding] to the corners. (Upload error happened and I wasn't able to add image here, so I used Imgur.)
 
There's an [https://harryrschwartz.com/2015/09/29/voronoi-experiments article on different metrics] by Harry R. Schwartz, which shows even more examples.
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