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GT-gleis.scad
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include <dimensions.scad>;
include <gleise.scad>;
include <plaettchen.scad>;
include <sculpts.scad>;
module prism(w,d,h,extraw=0){
polyhedron(
// points=[[0,0,0], [0,0,h], [w,0,0], [0,d,0], [0,d,h], [w,d,0]],
// faces=[[0,1,2],[3,4,5],[0,1,4,3],[1,2,5,4],[2,0,3,5]]
points=[
[0,0,0], [0,0,h], [extraw,0,h], [w,0,0],
[0,d,0], [0,d,h], [extraw,d,h], [w,d,0]
],
faces=[[0,1,2,3],[4,5,6,7],
[0,1,5,4],[1,2,6,5],[2,3,7,6],[3,4,0,7]]
);
polyhedron(
points=[
[0,0,0], [0,0,h], [extraw,0,h], [w,0,0],
[0,d,0], [0,d,h], [extraw,d,h], [w,d,0]
],
faces=[[0,1,2,3],[4,5,6,7],
[0,1,5,4],[1,2,6,5],[2,3,7,6],[3,4,0,7]]
);
cube([w,d,h*.66]);
}
//module loecher(angle=0){
// translate([-spurweite/2,sechseckhoehe/2-hakenrotationradius,fahrbahnhoehe])
// linear_extrude(height=plaettchenhoehe)
// circle(d=13,$fn=20);
//// translate([-spurweite/2-1.5,sechseckhoehe/2-hakenrotationradius+1,0])
//// rotate([0,0,0])
//// square([3,3.5]);
//
// translate([+spurweite/2,sechseckhoehe/2-hakenrotationradius,fahrbahnhoehe])
// linear_extrude(height=plaettchenhoehe)
// circle(d=3,$fn=20);
//// translate([spurweite/2-1.5,sechseckhoehe/2-hakenrotationradius+1,0])
//// rotate([0,0,0])
//// square([3,3.5]);
//
//}
module hakenfill(angle=0){
rotate([0,0,30])
translate([sechseckhoehe/2,spurweite/2,fahrbahnhoehe])
rotate([0,0,180])
color("red")
haken();
rotate([0,0,30])
translate([sechseckhoehe/2,-spurweite/2,fahrbahnhoehe])
rotate([0,0,180])
color("red")
haken();
}
// good
//plaettchen(0,0,geometry="Cc",runwayrotate=0,solid=true);
//plaettchen(0,1,geometry="C",runwayrotate=120,solid=true);
//plaettchen(0,-1,hakenpositionen=[],geometry="I",solid=true,runwayrotate=180);
//plaettchen(0,-2,hakenpositionen=[],geometry="*",solid=true,runwayrotate=180);
//plaettchen(1,-1,geometry="I",runwayrotate=0);
//plaettchen(2,-1,geometry="cC",runwayrotate=180);
//plaettchen(4,-1,geometry="X",runwayrotate=120);
//plaettchen(1,1,geometry="c",runwayrotate=0);
//plaettchen(1,0,geometry="X",runwayrotate=120);
//plaettchen(1,-2,geometry="cC",runwayrotate=60);
//gleis2
//translate([132,10,0])
//rotate([0,0,30])
//translate([0,0,0])
//gleis1();
//translate([0,-30,0])
//gleis2();
//translate([0,-60,0])
//gleis3();
//translate([0,-90,0])
//gleis4();
//translate([0,-120,0])
//gleis5();
//gleis(0.1*sechseckhoehe+sechseckhoehe,spurweite);
//
//plaettchen(0,0,geometry="I",runwayrotate=0);
//plaettchen(1,-1,geometry="I",runwayrotate=0);
//plaettchen(2,-2,geometry="I",runwayrotate=0);
//plaettchen(3,-3,geometry="I",runwayrotate=0);
//
//
//plaettchen(-1,1,geometry="C",runwayrotate=120);
////plaettchen(1,-1,geometry="I",runwayrotate=0);
//plaettchen(1,1,geometry="I",runwayrotate=0);
//plaettchen(4,-1,geometry="I",runwayrotate=0);
//
//enge kurve
//translate([0,sechseckhoehe*.5])
//kurve(120);
//
//
////weite kurve
//translate([sechseckkantenlaenge*1.5,0])
//kurve(60,scope=3);
////
//////U-turn
////translate([sechseckkantenlaenge*1.5,2*sechseckhoehe])
////kurve(180,scope=3);
////
////
//S-Kurve
//translate([sechseckkantenlaenge*1.5,sechseckhoehe*.5])
//{
//translate([sechseckkantenlaenge*1.5,-sechseckhoehe])
//kurve(60,scope=3);
//rotate([0,0,180])
//translate([0,-sechseckhoehe/2])
//kurve(60,scope=3);
//}
//
//translate([210,0,0])
//mirror([1,0,0])
//{
//translate([sechseckkantenlaenge*1.5,-sechseckhoehe])
//kurve(60,scope=3);
//rotate([0,0,180])
//translate([0,-sechseckhoehe/2])
//kurve(60,scope=3);
//}
////
//rotate([0,0,120])
//haube(durchschuss=true, safety=true);
//trichterplaettchen();
//translate([0,0,30])
//plaettchen(geometry="Cc");
//
//color("brown",.9)
//translate([0,-20,9])
//sphere(d=10);
//mirror([0,1,0])
//spirale();
//translate([0,0,30])
//plaettchen(-1,1,geometry="I",runwayrotate=60,slots=[1,2,3,4,5,6]);
module loopscheibe(r=20, spread){
rotate([1,0,0])
rotate([0,90,0])
linear_extrude(height = spread, center = true, convexity = 10, twist = 350)
translate([r, 0, 0])
rotate([45,45,0])
square(1.5);
}
module loopgleis(r=20, spread=spread){
loopscheibe();
for (i =[0:10]){
translate([.1*i,0,0])
loopscheibe(r=r,spread=spread);
}
}
module stuetzgleis(extra=0,spread){
// loopscheibe();
for (i =[0:10]){
translate([.1*i,0,0])
loopscheibe(r=20+extra,spread=spread);
}
}
module looping(rotate=0,spread=20,safety=false,x_offset=0,y_offset=0){
difference(){
plaettchen();
// translate([0,-3,fahrbahnhoehe+spurweite/2+1])
// runways(geometry="c",rotate=120);
// translate([0,0,fahrbahnhoehe+spurweite/2+1])
// runways(geometry="I");
translate([3,47,10])
rotate([90,0,-8])
cylinder(d=fahrbahnbreite,h=65.5);
translate([17,13.5,11.5])
rotate([91,0,-21])
cylinder(d=fahrbahnbreite,h=49);
// translate([0,-8,20])
// intersection(){
// sphere(26);
// translate([0,0,-3])
// mirror([0,0,1])
// plaettchen();
// translate([-0,-30,-17])
// cube(50);
// }
translate([0,0,fahrbahnhoehe+5])
canals([0,3]);
}
translate([x_offset,y_offset,25])
rotate([0,0,rotate])
union(){
// translate([0,0,0])
// stuetzgleis(extra=3,spread=spread);
//
// translate([1,0,0])
// stuetzgleis(extra=2.5,spread=spread);
// translate([-1,0,0])
// stuetzgleis(extra=2.5,spread=spread);
// translate([2,0,0])
// stuetzgleis(extra=2.5,spread=spread);
// translate([-2,0,0])
// stuetzgleis(extra=2.5,spread=spread);
translate([3,0,0])
stuetzgleis(extra=2,spread=spread);
translate([-3,0,0])
stuetzgleis(extra=2,spread=spread);
translate([4,0,0])
stuetzgleis(extra=1.5,spread=spread);
translate([-4,0,0])
stuetzgleis(extra=1.5,spread=spread);
translate([5,0,0])
stuetzgleis(extra=1,spread=spread);
translate([-5,0,0])
stuetzgleis(extra=1,spread=spread);
translate([6,0,0])
stuetzgleis(extra=1,spread=spread);
translate([-6,0,0])
stuetzgleis(extra=1,spread=spread);
// translate([7,0,0])
// stuetzgleis(extra=0,spread=spread);
// translate([-7,0,0])
// stuetzgleis(extra=0,spread=spread);
// translate([7,0,0])
// stuetzgleis(extra=-1,spread=spread);
// translate([-7,0,0])
// stuetzgleis(extra=-1,spread=spread);
// translate([7,0,0])
// stuetzgleis(extra=-2,spread=spread);
// translate([-7,0,0])
// stuetzgleis(extra=-2,spread=spread);
// translate([7,0,0])
// stuetzgleis(extra=-3,spread=spread);
// translate([-7,0,0])
// stuetzgleis(extra=-3,spread=spread);
// translate([7,0,0])
// stuetzgleis(extra=-4,spread=spread);
// translate([-7,0,0])
// stuetzgleis(extra=-4,spread=spread);
}
if (safety==true){
translate([35,-3,10])
rotate([0,0,145])
intersection(){
difference(){
sphere(25,$fn=100);
sphere(24,$fn=100);
translate([-1,-1,0])
cylinder(r=46,h=40,$fn=3);
}
translate([0,0,-1])
cube(29);
}
}
}
//looping(rotate=-18,spread=20, safety=true,x_offset=8.5,y_offset=-2);
//translate([50,50,0])
//looping(rotate=-18,spread=16, safety=false,x_offset=3,y_offset=-2);
//haengebruecke
//trichter
//module torus(dicke=1.1, durchmesser=4, angle=360){
//
// rotate_extrude(convexity = 10, angle=angle, $fn=8)
// translate([durchmesser/2, 0])
// circle(d=dicke,$fn=10);
//}
//
//
//module crown(r=9.5){
// for (i = [0:5]){
//// rotate([0,0,30*i])
//// translate([0,r,0])
//// torus();
// rotate([0,0,30+60*i])
// translate([0,r,0])
// rotate([0,90,30])
// scale([2,1,1])
// torus();
// rotate([0,0,30+60*i])
// translate([0,r,5.8])
// rotate([0,90,120])
// scale([2,1,1])
// torus();
// rotate([0,0,30+60*i])
// translate([0,r,-5])
// cylinder(d=.4,h=15);
// }
//}
//
//module stabilisator(){
// difference(){
// cylinder(d=3,h=60,$fn=20);
// translate([0,0,-5])
// cylinder(d=2.5,h=70,$fn=20);
// }
//}
//
//translate([0,0,60])
// rotate([0,0,120])
// plaettchen(geometry="I");
//
//translate([-34,-19.75,0])
//union(){
// for (i=[0:5]){
// translate([0,0,i*11.5])
// crown();
// }
//
// for (j=[0:1]){
// translate([0,0,15+23*j])
// difference(){
// cylinder(d=fahrbahnbreite+6, h=4);
// translate([0,0,-.5])
// cylinder(d=fahrbahnbreite+5, h=5);
// }
// }
//}
//rotate_extrude(angle=90)
//rotate([90,90,0])
//anschluss
//translate([-24,-14,59])
// rotate([90,-90,30])
// rotate_extrude(convexity = 10, angle=90, $fn=20)
// translate([12, 0])
// difference(){
// circle(d=fahrbahnbreite+3);
// circle(d=fahrbahnbreite+2);
// }
//
//
//
//translate([-44,-26,0])
// union(){
// rotate([90,-180,210])
// rotate_extrude(convexity = 10, angle=90, $fn=20)
// translate([12, 0])
// difference(){
// circle(d=fahrbahnbreite+3);
// circle(d=fahrbahnbreite+2);
// }
//
// translate([-0,5.75,-19])
// {
// schiene(5,double=false);
// translate([0,spurweite, 0])
// schiene(5,double=false);
// }
//
// }
//
//translate([-28,-9.5,.1])
// stabilisator();
//
//translate([-22,-19.5,.1])
// stabilisator();
//
//translate([-23.8,-13.8,.1])
// stabilisator();
translate([0,0,0])
trichterplaettchen();
translate([100,0,0])
haube();
translate([100,100,0])
spirale();
translate([0,100,0])
loopingplaettchen();
//rotate([180,0,0])
//gleis_mm(500,hooks=true,fluegel=false);
//translate([0,20,0])
//gleis3();
//translate([0,40,0])
//gleis4();
//kurve(winkel=60,scope=3,hooks=false);
//kurve(winkel=20,scope=100);