File:Pentdod gruen neu anim.gif
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Pentdod_gruen_neu_anim.gif (320 × 240 pixels, file size: 1.46 MB, MIME type: image/gif, looped, 30 frames, 3.0 s)
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| Description |
Deutsch: Penteagondodekaeder (Römer) |
||||||||
| Date | Unknown date | ||||||||
| Source | Own work, Virtuelle Nachbildung (mit povray) | ||||||||
| Author | Lokilech | ||||||||
| Permission (Reusing this file) |
I, the copyright holder of this work, hereby publish it under the following licenses:
   This file is licensed under the Creative Commons Attribution-Share Alike 2.5 Generic, 2.0 Generic and 1.0 Generic license.
You may select the license of your choice. |
Source
#include "colors.inc"
#include "textures.inc"
#include "glass.inc"
#include "finish.inc"
#include "woods.inc"
#include "stones.inc"
//#include "golds.inc"
#declare Glockenglass = texture { T_Glass3 }
background {rgb<0.1,0.1,0.1>}
//global_settings { ambient_light rgb<0.1,0.1,0.1> }
global_settings { ambient_light rgb<1,1,1> }
#declare winkel = 63.43665;
/*
winkel = 61
*/
#declare f = 1.618034;
#declare fusshoehe = 5;
#declare fussradius = 35;
#declare bodenabstand = 1;
#declare wandabstand = 60;
#declare wandbreite = wandabstand *2*tan(72/2 );
//#declare wandbreite = 87.1851;
#declare wandhoehe = 120;
#declare wanddicke =1;
#declare rohrhoehe = 40;
#declare rohrradius = 32;
#declare rohrdicke =0.51;
#declare kugelradius = 2;
#declare griffradius = 2* kugelradius;
#declare lochradius = 8;
#declare kerbe1radius = lochradius * 1.3;
#declare kerbe2radius = lochradius * 1.5;
#declare dicke = 2;
#declare kerbtiefe = dicke /5.0;
#declare kerbbreite = kerbtiefe;
#declare plattenbreite = 20;
/* dradius = plattenbreite * tan(90-360/5/2) /2 */
#declare dradius = plattenbreite /2 * 1.3763;
#declare tol =1;
#declare pentradius = 2*12.3101-dicke;
#declare zoffset =0;
#declare fogfactor=0.0;
/*
camera {
location <0, -550, 120>
look_at <0, 0, 7>
// rotate <0,90,0>
angle 13.5
}
*/
camera {
perspective
location <0, -550, 120>
look_at <0, 0, 7>
angle 13.5
normal {
//waves 0.0025 * (1 - clock)
waves 0
frequency 8
phase 3.14 * clock
}
}
// light_source { <-100, 220, -240> color White}
light_source { <-80, -200, 300> color White
spotlight
point_at <10,10,10>
falloff 80
radius 90
}
light_source { <-90, -150, 10> color White
spotlight
point_at <-2*rohrradius,10,50>
falloff 80
radius 90
}
light_source { <80, -200, 200> color White
spotlight
point_at <2*rohrradius,23,-pentradius-kugelradius>
falloff 40
radius 60
}
light_source { <80, -200, 200> color White
spotlight
point_at <rohrhoehe,23,rohrhoehe>
falloff 40
radius 60
}
/*
light_source
{
<0, 400, 120>
color White
area_light <0, 400, 120>, <110, 400, 120>, 5, 5
adaptive 1
jitter
}
*/
#declare kerbe1=difference {
cylinder {
<0,0,-pentradius-tol> <0,0,-pentradius+kerbtiefe>
kerbe1radius
}
cylinder {
<0,0,-pentradius-tol> <0,0,-pentradius+kerbtiefe>
kerbe1radius-kerbbreite
}
}
#declare kerbe2=difference {
cylinder {
<0,0,-pentradius-tol> <0,0,-pentradius+kerbtiefe>
kerbe2radius
}
cylinder {
<0,0,-pentradius-tol><0,0,-pentradius+kerbtiefe>
kerbe2radius-kerbbreite
}
}
#declare platte = box {
<-plattenbreite /2, 0,-pentradius>
<plattenbreite /2, dradius,dicke-pentradius>
}
#declare messer = box {
<-plattenbreite , 0,-tol-pentradius>
<plattenbreite , 4*plattenbreite,dicke+tol-pentradius>
rotate -126*z
}
#declare messer2= box {
<-plattenbreite , 0,-tol-pentradius>
<plattenbreite , 4*plattenbreite,dicke+tol-pentradius>
rotate 126*z
}
#declare stempel = cylinder {
<0,0,-tol-pentradius> <0,0,dicke+tol-pentradius>
lochradius
}
#declare fuenfeck = difference
{
difference
{
difference
{
difference
{
difference
{
object{platte}
object{messer}
}
object{messer2}
}
object {stempel}
}
object {kerbe1}
}
object {kerbe2}
}
#declare pentagon = union {
object{fuenfeck }
object{fuenfeck rotate 72*z }
object{fuenfeck rotate 72*2*z }
object{fuenfeck rotate 72*3*z }
object{fuenfeck rotate 72*4*z }
finish { reflection { 0.4 rgbt<1,1,1,0.9> } }
pigment { Gold filter .1 }
}
#declare kugelu=sphere
{
<plattenbreite /2+4*kugelradius /5,dradius+4*kugelradius /5,-pentradius >, kugelradius
rotate 36*z
finish { reflection { 0.4 rgbt<1,1,1,0.6> } }
pigment { Gold filter .1 }
}
#declare kugelmo=sphere
{
<f*plattenbreite /2+4*kugelradius /5,f*dradius+4*kugelradius /5, -pentradius +0.89444*plattenbreite>, kugelradius
rotate 36*z
finish { reflection { 0.4 rgbt<1,1,1,0.6> } }
pigment { Gold filter .1 }
}
#declare kugelmu=sphere
{
<f*plattenbreite /2+4*kugelradius /5,f*dradius+4*kugelradius /5, +pentradius -0.89444*plattenbreite >, kugelradius
finish { reflection { 0.4 rgbt<1,1,1,0.6> } }
}
#declare kugelo=sphere
{
<plattenbreite /2+4*kugelradius /5,dradius+4*kugelradius /5,pentradius >, kugelradius
finish { reflection { 0.4 rgbt<1,1,1,0.6> } }
pigment { Gold filter .1 }
}
#declare pentagon_dodekaeder = union {
object { pentagon rotate 36*z }
object { pentagon scale<1,-1,1> rotate winkel*x rotate(36+72)*z }
object { pentagon scale<1,-1,1> rotate winkel*x rotate(36+2*72)*z }
object { pentagon scale<1,-1,1> rotate winkel*x rotate(36+3*72)*z }
object { pentagon scale<1,-1,1> rotate winkel*x rotate(36+4*72)*z }
object { pentagon scale<1,-1,1> rotate winkel*x rotate(36+5*72)*z }
object { pentagon scale<1,1,-1> }
object { pentagon scale<1,1,-1> rotate winkel*x rotate (36+72)*z }
object { pentagon scale<1,1,-1> rotate winkel*x rotate (36+2*72)*z }
object { pentagon scale<1,1,-1> rotate winkel*x rotate (36+3*72)*z }
object { pentagon scale<1,1,-1> rotate winkel*x rotate (36+4*72)*z }
object { pentagon scale<1,1,-1> rotate winkel*x rotate (36+5*72)*z }
#declare i=0;
#while (i < 5)
object { kugelo rotate i*72*z }
object { kugelmo rotate i*72*z }
object { kugelmu rotate i*72*z }
object { kugelu rotate i*72*z }
#declare i=i+1;
#end
}
//object {pentagon_dodekaeder}
object {pentagon_dodekaeder rotate 72*clock*z}
#declare rohraussen = cylinder {
<0,0,0> <0,0,rohrhoehe> rohrradius
}
#declare rohrinnen = cylinder {
<0,0,-1> <0,0,rohrhoehe+1> rohrradius - rohrdicke
}
#declare haubeaussen = sphere {
<0,0,rohrhoehe> rohrradius
}
#declare haubeinnen = sphere {
<0,0,rohrhoehe> rohrradius - rohrdicke
}
#declare griff =sphere {
<0,0,rohrhoehe+rohrradius+griffradius-rohrdicke> griffradius
}
#declare Glocke=merge
{
difference {
object { rohraussen}
object { rohrinnen }
}
difference {
difference {
union {object {haubeaussen} object {griff}}
object {haubeinnen}
}
object {rohraussen}
translate <0,0,-0.1> // toleranz zum Verschmelzen
}
texture { Glockenglass}
interior{ I_Glass}
}
object { Glocke translate <0,0,-pentradius-kugelradius>}
/* boden */
#declare boden = cylinder{
<0,0,0> <0,0,-1> 3*rohrradius
translate <0,0,-pentradius-kugelradius-fusshoehe*5/3-bodenabstand>
finish {Mirror}
texture { T_Grnt21 }
}
#declare wand=box {
<-wandbreite /2,+wandabstand,0>
<wandbreite /2,+wandabstand+wanddicke,wandhoehe>
translate <0,0,-fusshoehe*5/3-bodenabstand-pentradius-kugelradius>
// texture { pigment{ rgb <0.90, 0.91, 0.98>} finish{ Metal }}
texture { pigment{ rgb <0.590, 1, 1>} finish {
metallic
ambient 0.2
diffuse 0.4
brilliance 6
reflection 0.95
phong 0.75
phong_size 80}
}
}
object { boden }
//object { wand }
object { wand rotate +36*z }
object { wand rotate -36*z }
#declare fuss =
union{
cone {
<0,0,-fusshoehe>,fussradius
<0,0, 0>, fussradius*0.9
}
cylinder { // fussoben
<0,0,0>
<0,0,fusshoehe*2/3>
rohrradius-0.5
}
color rgb<0.7,0.7,0.7>
texture { T_Wood4}
}
object {fuss translate <0,0,-pentradius-kugelradius-fusshoehe*2/3> }
#declare schenkel= cylinder {<0,0,5> <0,5,15> 0.2}
#declare schienbein= cylinder {<0,5,15> <0,20,0> 0.2}
#declare bein= union { object{schenkel} object{schienbein}}
#declare spinne = union {
sphere { <-1,0,3> 1 scale <4,3,2> } // Rumpf
sphere { <1,0,5> 1 scale< 1.5, 1, 1.0> } // Kopf
sphere { <2.5,1,5> 0.5} // Augen
sphere { <2.5,-1,5> 0.5}
object {bein rotate 15*z }
object {bein rotate -15*z }
object {bein rotate 30*z }
object {bein rotate -30*z }
object {bein scale<1,-1,1> rotate 15*z }
object {bein scale<1,-1,1> rotate -15*z }
object {bein scale<1,-1,1> rotate 30*z }
object {bein scale<1,-1,1> rotate -30*z }
}
object { spinne
rgb <1.0,0.9,0.8>
scale <0.4,0.4,0.4>
texture {Bright_Bronze}
// scale <3,3,3>
translate <0,-23,-pentradius-kugelradius>
rotate -45*z
}
object { spinne
rgb <0.8,0.9,1.0>
scale <0.3,0.3,0.3>
texture {Bright_Bronze}
// scale <3,3,3>
translate <0,-23,-pentradius-kugelradius>
rotate 45*z
}
object { spinne
rgb <0.9,0.9,0.9>
scale <0.2,0.2,0.2>
texture {Bright_Bronze}
// scale <3,3,3>
translate <0,-23,-pentradius-kugelradius>
rotate z
}
object { spinne
rgb <0.9,0.9,0.9>
scale <0.8,0.8,0.8>
// scale <3,3,3>
texture {Bright_Bronze}
// scale <3,3,3>
translate <0,0,-pentradius>
rotate -60*z
}
File history
Click on a date/time to view the file as it appeared at that time.
| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 19:55, 12 March 2007 | | 320 × 240 (1.46 MB) | LoKiLeCh | {{Information| |Description=Pentagondodekaeder (römisch), Dodecaeder, Dodecahedron |Source=own work, Virtuelle Nachbildung (mit povray) |Date=see Metadata |Author=Lokilech |Permission={{self2|GFDL|cc-by-sa-2.5, |
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