Différences

Ci-dessous, les différences entre deux révisions de la page.

--- outilsit:fablab:laser:lol:code [2022/02/09 01:37]
vanlindtmarc
+++ outilsit:fablab:laser:lol:code [2022/02/09 01:38]
vanlindtmarc
@@ Ligne 49: / Ligne 49: @@
 pi        = 3.141592654;
 tau       = pi*2;
-/*═══════════╕
-│  Exemples   \
-╘════════════*/
-/* MOEBIUS / ELLIPSE
-  moebius(n=32,d=40,t=0.5)
-  ellipse([5,20],$fn=128);
-  moebius(n=32,d=40,t=0.5)
-  ellipse([20,5],$fn=128);
-*/
-/* CHULL
-chull(m=true){
-  sphere(d=1,$fn=64);
-  translate([10,10,00]) sphere(d=1,$fn=16);
-  translate([20,0,00]) sphere(d=1,$fn=16);
-  translate([30,0,00]) sphere(d=1,$fn=16);
-  translate([30,-10,00]) sphere(d=1,$fn=16);
-  translate([0,-10,00]) sphere(d=1,$fn=16);
-}
-*/
- /* PYTHATREE / BONE*/
-//pythatree(d="z",h=50,maxit=6,r1=30,r2=30)
-//bone(h=50,d1=20,d2=14.14214,c=40,$fn=64);
-/*pythatree(d="z",h=10*biphi,maxit=8,a=90,r1=90,r2=90)
-hull(){sphere(d=10,$fn=16);
-translate([0,0,10*biphi])sphere(d=10*aphi,$fn=16);}
-*/
-//pythatree(d="y",h=10,sp=5,maxit=8)
-//polygon(square([10,10],center=true));
-/*pythatree(d="y",h=50,maxit=9,a=90,s=sqrt(0.5))
-hull(){
-  circle(d=10,$fn=64);
-  translate([0,50])
-  circle(d=sqrt(0.5)*10,$fn=64);}
-*/
-/**/
-/* ROTATE2
-  rotate2()
-  cube(center=true);
-  translate([0,2,0])
-  cube(center=true);
-*/
-/* RING
-  ring(d=10,n=11){
-  cylinder(d=1,h=5);
-  translate([0,0,5.6]) scale([1,1,2]) sphere(d=0.6,$fn=64);
-  }
-*/
-/* SKEW
-  skew(YX=1)
-  cube([2,2,2]);
-*/
-/* ROUNDSQUARE
-  roundsquare(s=[40,20],d=[5,10,5,15],$fn=64,center=true);
-*/
-/* NGON
-  ngon(d=20,fn=3,inside=true);
-  translate([0,0,-1])   #cylinder(d=20,$fn=64);
-  translate([25,0,0])   ngon(d=20,fn=3,inside=false);
-  translate([25,0,-1])  #cylinder(d=20,$fn=64);
-  translate([50,0,0])ngon(d=20,f=4,inside=true);
-  translate([50,0,-1])#cylinder(d=20,$fn=64);
-  translate([75,0,0])ngon(d=20,fn=4,inside=false);
-  translate([75,0,-1])#cylinder(d=20,$fn=64);
-  translate([100,0,0])ngon(d=20,fn=5,inside=true);
-  translate([100,0,-1])#cylinder(d=20,$fn=64);
-  translate([125,0,0])ngon(d=20,fn=5,inside=false);
-  translate([125,0,-1])#cylinder(d=20,$fn=64);
-*/
-/* OUTLINE*/
-/*outline(w=1,t="in"){
-  ellipse([10,20],fn=64);ellipse([20,10],fn=64);}
-translate([0,0,1]){#ellipse([10,20],fn=64);#ellipse([20,10],fn=64);}
-*/
-/*
-outline(w=1,t="out"){
-  ellipse([10,20],fn=64);ellipse([20,10],fn=64);}
-translate([0,0,1]){#ellipse([10,20],fn=64);#ellipse([20,10],fn=64);}
-*/
-/*outline(w=1,t="on"){
-  ellipse([10,20],fn=64);ellipse([20,10],fn=64);}
-translate([0,0,1]){#ellipse([10,20],fn=64);#ellipse([20,10],fn=64);}
-  */
-/**/
-/* RANDOM
-  for(i=[1:10]){
-    echo(random(10,s=i));
-  }
-*/
-/* FIBONACCI
-for(i=[1:15]){
-  echo(fibonacci(i));
-}
-*/
-/* TEARDROP / RANDOM
- for(i=[1:500]){
-   translate([random(500,i*10),random(500,i*50),random(500,i*60)])
-   color([0.6,0.6,0.9,0.5])teardrop(a=30+random(30,i));
- }
-*/
-/* STAR
-  star(d1=10,d2=20,fn=9);
-*/
-/* TUBE - COUDE
-   tube(d1=10,d2=8,h=15,$fn=64);
-   translate([0,0,15])
-   coude(d1=10,d2=8,a=45,$fn=64);
-   translate([0,0,20])
-   rotate([0,045,0])
-   translate([0,0,5])
-   tube(d1=10,d2=8,h=5,$fn=64);
-*/
-/* ROUNDCUBE
-roundcube(s=[50,100,150],b=[5,15,15,20],t=[25,35,40,5],$fn=64,center=true);
-*/
-/* PAIR
-for(i=[0:20]){
-  echo(str(i,pair(i)==true?" est pair!":" est impair!"));
-}
-*/
-/* GRID - CNC
-  grid(s=[100,100],x=5,y=10,w=2)
-  {
-    cnc(0.5,$fn=32){
-      ellipse([2,1],$fn=32);
-      ellipse([1,2],$fn=32);
-  }}
-*/
-/* PIEPART
-    piepart(d=10,p=20/100);
-    rotate([0,0,360*21/100])
-    piepart(d=10,p=78/100);
-*/
-/* PIE
-pie(d=10,p=[1,2,1,2,1,2,3,2,1,3,2,1]);
-*/
-/* SUM
-echo(sum([5,10,15,20]));
-*/
-/* MYANGLE/length*/
-/* CORRECT / CHULL
-rotate_extrude()
-rotate_extrude_correct()
-chull(){
-  circle(d=3);
-  translate([60,0])
-  circle(d=3);
-  translate([70,120])
-  circle(d=3);
-}
-*/
-/* FRACTSHAPE
-    fractshape(d=40,fn=4,maxit=3);
-    translate([40,0,0]) fractshape(d=40,fn=5,it=3);
-    translate([80,0,0]) fractshape(d=40,fn=6,it=3);
-*/
-/* clean
-test=[[0,0],[0,0],[10,10],[10,10],[20,20],[20,20],[30,30],[30,30],[40,40],[40,40],[50,50],[50,50]];
-echo(clean(test));
-*/
-/* Kochflake
-    for(i=[0:3]){
-    translate([i*10,0,0])kochflake(d=10,maxit=i);}
-    */
-/* Chaincurve / TRACE
-//points=[[0,0],[sin(30)*10,cos(30)*10],[10,0],[0,0]];
-points=[[0,0],[0,10],[10,10],[20,0],[30,10],[40,20],[60,-20],[10,-10],[10,-5],[15,-5],[15,0],[0,0]];
-color([0.4,1.0,0.4,1])
-linear_extrude(1)
-polygon(chaincurve(points,8));
-color("red") linear_extrude(3)
-trace(points,0.2);
-color([0.5,0.5,1,1]) linear_extrude(3)
-trace(chaincurve(points,8),0.1);
-*/
-/*
-difference(){
-rotate2()             cube([10,10,10],center=true);
-translate([0,0,10])  cube([20,20,20],center=true);}
-/*
-rotate2()             cube([10,10,10],center=true);
-*/

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