Image:Delaunay Triangulation (100 Points).svg

Description	Diagram of the Delaunay Triangulation of 100 random points. Plotted using Mathematica. Code (and points used) given below.
Source	Own drawing, Inkscape 0.45
Date	13/04/2007
Author	Inductiveload
Permission (Reusing this image)	I, the copyright holder of this work, hereby release it into the public domain. This applies worldwide. In case this is not legally possible: I grant anyone the right to use this work for any purpose, without any conditions, unless such conditions are required by law. Afrikaans | Alemannisch | Aragonés | العربية | Asturianu | Български | Català | Česky | Cymraeg | Dansk | Deutsch | Eʋegbe | Ελληνικά | English | Español | Esperanto | Euskara | Estremeñu | فارسی | Français | Galego | 한국어 | हिन्दी | Hrvatski | Ido | Bahasa Indonesia | Íslenska | Italiano | עברית | Kurdî / كوردی | Latina | Lietuvių | Latviešu | Magyar | Македонски | Bahasa Melayu | Nederlands | ‪Norsk (bokmål)‬ | ‪Norsk (nynorsk)‬ | 日本語 | Polski | Português | Ripoarisch | Română | Русский | Shqip | Slovenčina | Slovenščina | Српски / Srpski | Svenska | ไทย | Tagalog | Türkçe | Українська | Tiếng Việt | Walon | ‪中文(简体)‬ | ‪中文(繁體)‬ | zh-yue-hant | +/-
Other versions	25 Point Delaunay Triangulation 50 Point Delaunay Triangulation

[edit] Mathematica Code

This code needs the DiscreteMath` module to be loaded.

points = Table[Random[], {100}, {2}]
PlanarGraphPlot[points,
  LabelPoints -> False] 

[edit] Points Used

As random points were used, here are the points for this particular diagram:

{{0.939718, 0.00149083}, {0.459635, 0.328918}, {0.545203, 0.521633}, 
 {0.142404, 0.982294}, {0.733818, 0.0352899}, {0.150613, 0.903548}, 
 {0.636916, 0.557598}, {0.0998009, 0.48953}, {0.424942, 0.925505},
 {0.441789, 0.623109}, {0.40419, 0.765702}, {0.472585, 0.453032},
 {0.464472, 0.764211}, {0.0129508, 0.124114}, {0.919269, 0.242578}, 
 {0.870547, 0.14182}, {0.185451, 0.207288}, {0.719935, 0.238272},
 {0.548535, 0.64969}, {0.620134, 0.748742}, {0.123593, 0.724185},
 {0.178345, 0.125632}, {0.719403, 0.958484}, {0.705759, 0.6726}, 
 {0.254932, 0.194273}, {0.692809, 0.548486}, {0.335663, 0.951695}, 
 {0.822261, 0.406666}, {0.150212, 0.744407}, {0.102327, 0.168394},
 {0.601678, 0.0947169}, {0.482193, 0.419652}, {0.478085, 0.370531}, 
 {0.303848, 0.29402}, {0.758682, 0.412048}, {0.598089, 0.62142}, 
 {0.50375, 0.217775}, {0.90528, 0.0729336}, {0.168087, 0.26608}, 
 {0.0830191, 0.666267}, {0.0178743, 0.521673}, {0.980692, 0.497873}, 
 {0.416196, 0.426957}, {0.498499, 0.078221}, {0.938112, 0.0564251}, 
 {0.194651, 0.784201}, {0.17943, 0.644377}, {0.596562, 0.162781},
 {0.67568, 0.426602}, {0.691281, 0.0898479}, {0.507594, 0.160522},
 {0.608262, 0.42358}, {0.489719, 0.638848}, {0.62757, 0.925707},
 {0.0735229, 0.211892}, {0.129071, 0.847486}, {0.135411, 0.155467},
 {0.93442, 0.0632851}, {0.955981, 0.511089}, {0.337858, 0.900504},
 {0.280301, 0.0844871}, {0.646577, 0.810656}, {0.772707, 0.923965}, 
 {0.0383153, 0.387075}, {0.282988, 0.285117}, {0.410746, 0.461368},
 {0.209465, 0.0732255}, {0.281675, 0.613882}, {0.0740536, 0.917759},
 {0.347255, 0.550597}, {0.118073, 0.40667}, {0.0093963, 0.650093},
 {0.837772, 0.322183}, {0.362819, 0.839438}, {0.065065, 0.398217},
 {0.324504, 0.452362}, {0.782077, 0.1131}, {0.913758, 0.990994},
 {0.572613, 0.0398746}, {0.632083, 0.377112}, {0.498559, 0.122116}, 
 {0.284828, 0.826515}, {0.380486, 0.715446}, {0.275432, 0.176422},
 {0.542714, 0.393263}, {0.912613, 0.336984}, {0.477649, 0.995046},
 {0.58811, 0.884622}, {0.695572, 0.881946}, {0.674352, 0.893628}, 
 {0.122959, 0.842071}, {0.0422684, 0.516516}, {0.6244, 0.719956},
 {0.75744, 0.690001}, {0.243914, 0.00450979}, {0.482008, 0.513579}, 
 {0.7012, 0.611247}, {0.569394, 0.176595}, {0.223551, 0.616201}, 
 {0.981285, 0.291973}}

• Delaunay triangulation