Image:AGK-pentacube.png

Description	A chiral pentacube
Source	Povray image made by Andrew Kepert for wikipedia.
Date
Author	User AndrewKepert on en.wikipedia
Permission (Reusing this image)	AndrewKepert, the copyright holder of this work, has published or hereby publishes it under the following license: Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation license, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled "GNU Free Documentation license". Aragonés | العربية | Asturianu | Български | বাংলা | ইমার ঠার/বিষ্ণুপ্রিয়া মণিপুরী | Brezhoneg | Bosanski | Català | Cebuano | Česky | Dansk | Deutsch | Ελληνικά | English | Esperanto | Español | Eesti | Euskara | فارسی | Suomi | Français | Gaeilge | Galego | עברית | Hrvatski | Magyar | Bahasa Indonesia | Ido | Íslenska | Italiano | 日本語 | ქართული | ភាសាខ្មែរ | 한국어 | Kurdî / كوردی | Latina | Lëtzebuergesch | Lietuvių | Bahasa Melayu | Nnapulitano | Nederlands | ‪Norsk (nynorsk)‬ | ‪Norsk (bokmål)‬ | Occitan | Polski | Português | Română | Русский | Slovenčina | Slovenščina | Shqip | Српски / Srpski | Svenska | తెలుగు | ไทย | Türkçe | Українська | اردو | Tiếng Việt | Volapük | Yorùbá | ‪中文(中国大陆)‬ | ‪中文(台灣)‬ | +/-
Other versions	Originally from en.wikipedia; description page is (was) here * 05:32, 24 October 2005 [[:en:User:AndrewKepert|AndrewKepert]] 200×200 (17,049 bytes) <span class="comment">(Povray image made by me (AndrewKepert) for wikipedia. Source under LGPL to follow)</span>

[edit] Source

Source under LGPL below

// Povray source for a wikipedia image of a polycube
// By Andrew Kepert, October 2005
// License : LGPL

#include "colors.inc"
#declare eps=0.001;


background{White}

#declare ringn=31;
#declare ang=0;
#while (ang < 359)
    light_source {<0,0,9000> rgb .7/ringn rotate 40*x rotate ang*z}
    #declare ang=ang+360/ringn;
#end
light_source { 
    <0,0,1000> .8*White 
    area_light <100, 0, 0>, <100, 0, 5>, 7,7    
    // adaptive 1
    rotate 55*x rotate 15*z
    }

#declare r=0.05;
#declare ptA=<r,r,r>;
#declare ptB=<1-r,r,r>;
#declare ptC=<1-r,r,1-r>;
#declare ptD=<r,r,1-r>;
#declare cubiecentre=<0.5,0.5,0.5>;

#declare cubiefrag=union{
    cylinder { ptA,ptB,r }
    sphere { ptB,r }
    cylinder  { ptB,ptC,r }
    sphere { ptC,r }
    cylinder { ptC,ptD,r }
    }
#declare cubie=union{
    box { <r,r,0>,<1-r,1-r,1> }
    box { <r,r,0>,<1-r,1-r,1> translate -cubiecentre rotate 90*x translate cubiecentre}
    box { <r,r,0>,<1-r,1-r,1> translate -cubiecentre rotate 90*y translate cubiecentre}
#if(1)
    object { cubiefrag }
    object { cubiefrag translate -cubiecentre rotate 90*z translate cubiecentre }
    object { cubiefrag translate -cubiecentre rotate 180*z translate cubiecentre }
    object { cubiefrag translate -cubiecentre rotate 270*z translate cubiecentre }
#end
    }



//=================== floor
#if (1)
plane {
    z, -0.1
    pigment {checker .95*White, 1*White scale 2.5}
    finish {
        ambient .2
        diffuse .8
        }
    }
#end

union {
    object { cubie translate <0,0,0> }
    object { cubie translate <1,0,0> }
    object { cubie translate <0,1,0> }
    object { cubie translate <0,0,1> }
    object { cubie translate <0,-1,1> }
    pigment { rgb <.5,.8,1> }
    finish { phong 0.8 diffuse 0.6 ambient 0.2 }
    }
    


#if (0) // axes for draft
#declare axislength=7;
cylinder { <0,0,0>,<axislength,0,0>,0.1 texture { pigment { colour rgb <1,0,0> } finish { ambient 1 } } }
cylinder { <0,0,0>,<0,axislength,0>,0.1 texture { pigment { colour rgb <0,1,0> } finish { ambient 1 } } }
cylinder { <0,0,0>,<0,0,axislength>,0.1 texture { pigment { colour rgb <0,0,1> } finish { ambient 1 } } }
#end

//======================== camera stuff
#declare camera_elevation=25;
#declare camera_bearing=-35;
#declare camera_dist=6;
#declare camera_ratio=1/2;
camera {
    perspective
    direction -x
    right y*camera_ratio
    up z*camera_ratio
    location camera_dist*x
    rotate -camera_elevation*y  
    rotate camera_bearing*z
    translate <1,0,1>
}

• Blockout
• Polycube