Die dummen Levels von "Super Mario Bros."

WondrousBasket14

Encuentre similares con IA

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Publicado:2015-11-08 05:02:48

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Zusammenfassung

Ich habe das für mein OpenSCAD-Abschlussprojekt in der Robotik-Klasse der 11. Klasse gemacht. Ursprünglich sollte es nur die Piranha-Pflanze sein, aber ich langweilte mich und wollte eines Nachts nicht ins Bett gehen und machte den Rest.

Danke an "ICouldn'tComeUpWithAUsername", dass er mich gebeten hat, das hochzuladen.

Dies ist der OpenSCAD-Code für diejenigen, die daran interessiert sind, ihn zu bearbeiten oder hinzuzufügen.

$fn=50;
{

union()
{

/Piranha-Pflanze/

Differenz()
{

translate([0,0,-80])
{
color("green")
{
Zylinder(h=80,r1=40,r2=40);

translate([0,0,80])
Zylinder(h=20,r1=48,r2=48);
}
}

translate([0,0,-10])
Zylinder(h=70,r1=35,r2=35);
}

Farbe ("Saddlebrown")
translate([0,0,-30])
Zylinder(h=20,r1=35,r2=35);

translate([0,0,-80])
{
color("green")
{

Differenz()
{

translate([0,40,100])scale([1,1,1.35])rotate([0,90,0])rotate_extrude() translate([40, 0, 0]) circle(r=6); translate([-20,37,30])cube([40,70,200]);translate([-20,-10,30])cube([40,200,70]);

)
}
}

Farbe("grün")
translate([0,0,-55])
Zylinder(h=80,r1=6,r2=6);

/Blätter/

translate([30,1,35])
{

Farbe("grün")
{

Differenz()
{
scale([1.7,1,1])
Zylinder(h=2,r=20);

scale([1.7,1,1]) rotate([0,0,-40]) translate([-7,-29,-2]) cylinder(h=6,r=15); scale([1.7,1,1]) rotate([0,0,-40]) translate([19,-21,-2]) cylinder(h=6,r=15); scale([1.7,1,1]) rotate([0,0,-40]) translate([29,5,-2]) cylinder(h=6,r=15);

Spiegelung([0,1,0])
{

)
}
}
}

Spiegelung([1,0,0])
{

translate([30,1,35])
{

Farbe("grün")
{

Differenz()
{
scale([1.7,1,1])
Zylinder(h=2,r=20);

Spiegelung([0,1,0])
{

)
}
}
}
}

translate([0,40,30])
rotate([0,0,180])
{
translate([0,0,-80])
{
color("green")
{

Differenz()
{

translate([0,40,140])scale([1,1,0.7])rotate([0,90,0])rotate_extrude() translate([40, 0, 0]) circle(r=6); translate([-20,17,-50])cube([40,70,200]);translate([-20,-10,10])cube([40,200,70]);

)
}
}
}

translate([0,0,17])
{

Differenz()
{

Farbe("rot")
translate([0,-40,100])
Kugel(r=35);

Differenz()
{
translate([-35,-87,50])
rotate([45,0,0])
{
{
color("pink")
cube([70,70,70]);

translate([-5,0,0])
rotate([45,0,0])
cube([80,100,90]);
}
}
}
}
}

Differenz()
{
scale([0.9,1,1])
color("weiß")
translate([0,-35,117])
rotate([45,0,0])
rotate_extrude()
translate([35, 0, 0])
circle(r=5);

translate([-50,-27,117]) rotate([45,0,0]) cube([100,50,50]);

)

Spiegelung([0,0,1])
translate([0,0,-236])
{
difference()
{
scale([0.9,1,1])
color("weiß")
translate([0,-35,117])
rotate([45,0,0])
rotate_extrude()
translate([35, 0, 0])
circle(r=5);

translate([-50,-27,117]) rotate([45,0,0]) cube([100,50,50]);

)
}

color("weiß")
translate([0,-40,145])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([20,-30,134])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([5,-15,128])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([-7,-26,140])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([-21,-35,134])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([-16,-19,110])
rotate([0,36,90])
Sphäre(r=10);

Spiegelung([1,0,0])
color("weiß")
translate([-16,-19,110])
rotate([0,36,90])
Sphäre(r=10);

Spiegelung([0,0,1])
color("weiß")
translate([-7,-26,-94])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([17,-36,97])
rotate([0,36,90])
Sphäre(r=10);

color("weiß")
translate([-17,-36,97])
rotate([0,36,90])
Sphäre(r=10);

/Zähne/

color("weiß")
translate([0,-55,95])
rotate([35,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([15,-52,100])
rotate([35,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([23,-43,107])
rotate([35,0,0])
Zylinder(r1=3,r2=0.2,h=15);

Spiegelung([1,0,0])
{

color("weiß")
translate([0,-55,95])
rotate([35,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([15,-52,100])
rotate([35,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([23,-43,107])
rotate([35,0,0])
Zylinder (r1=3, r2=0,2, h=15);
}

color("weiß")
translate([7,-57,140])
rotate([145,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([19,-50,135])
rotate([145,0,0])
Zylinder(r1=3,r2=0.2,h=15);

Spiegelung([1,0,0])
{

color("weiß")
translate([7,-57,140])
rotate([145,0,0])
Zylinder(r1=3,r2=0.2,h=15);

color("weiß")
translate([19,-50,135])
rotate([145,0,0])
Zylinder (r1=3, r2=0,2, h=15);
}

/Boden/

Differenz()
{
color("springgreen")
translate([-50,-400,-80])
rotate([0,90,0])
cube([5,900,100]);

translate([-40,-425,-90])
rotate([0,0,45])
cube([30,50,30]);

Spiegelung([1,0,0])
translate([-40,-425,-90])
rotate([0,0,45])
cube([30,50,30]);

Spiegelung([0,1,0])
translate([-40,-525,-90])
rotate([0,0,45])
cube([30,50,30]);

Spiegelung([1,0,0])
mirror([0,1,0])
translate([-40,-525,-90])
rotate([0,0,45])
cube([30,50,30]);
}

)

/Kettenfresser/
translate([0,-65,0])
{

translate([0,-190,-100])
{

Differenz()
{

Farbe("MidnightBlue")
translate([0,-40,100])
Sphäre(r=65);

Differenz()
{
translate([-65,-87,40])
rotate([45,0,0])
color("dunkelrot")
{
{
cube([130,90,90]);

translate([-5,0,0])
rotate([45,0,0])
cube([80,100,90]);
}
}
}
}
}

/ZÄHNE/

color("weiß")
{

scale([0.4,0.4,0.4])
translate([0,-705,-35])

{
{

rotate([50,145,-28])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[100,40],[40,100],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}

color("weiß")
{

scale([0.4,0.4,0.4])
translate([75,-690,-25])

{
{

rotate([38,130,-9])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[100,40],[40,100],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}

color("weiß")
{

scale([0.4,0.4,0.4])
translate([131,-653,7])

{
{

rotate([38,115,20])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[100,40],[40,100],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}

color("weiß")
{

scale([0.5,0.5,0.5])
translate([110,-460,3])
{
{

rotate([15,90,20])
linear_extrude(Höhe = 8, Zentrum = falsch, Konvexität = 20, Verdrehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[-10,40],[40,-10],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}

/Unten auf der linken Seite/

Spiegelung([1,0,0])
{

color("weiß")
{

scale([0.4,0.4,0.4])
translate([75,-690,-25])

{
{

color("weiß")
{

scale([0.4,0.4,0.4])
translate([131,-653,7])

{
{

color("weiß")
{

scale([0.5,0.5,0.5])
translate([110,-460,3])
{
{

/Oberer rechter Seite/

color("weiß")
{

scale([0.4,0.4,0.4])
translate([136,-640,30])

{
{

rotate([65,5,83])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[85,21],[21,85],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}

color("weiß")
{

scale([0.4,0.4,0.4])
translate([90,-710,77])

{
{

rotate([0,-140,-30])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points = [[0,0], [100,35], [35,100], [10,10], [80,10], [10,80]], Paths = [[0,1,2], [4,5,6]]);
}
}
}

/Zähne an der oberen linken Seite/

Spiegelung([0,0,1])
{
color("weiß")
{

scale([0.4,0.4,0.4])
translate([0,-735,-80])

{
{

rotate([18,160,-45])
linear_extrude(Höhe = 10, Zentrum = falsch, Konvexität = 20, Drehung = 0, Scheiben = 20, Skalierung = 1,0)
Polygon(Points=[[0,0],[100,40],[40,100],[10,10],[80,10],[10,80]], Paths=[[0,1,2],[4,5,6]]);
}
}
}
}

Spiegelung([1,0,0])
{

color("weiß")
{

scale([0.4,0.4,0.4])
translate([136,-640,30])

{
{

color("weiß")
{

scale([0.4,0.4,0.4])
translate([90,-710,77])

{
{

/Augen/

color("weiß")
translate([40,-220,48])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

Farbe("schwarz")
scale(0.5,0.5,0.5)
translate([85,-435,94])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

color("weiß")
scale(0.1,0.1,0.1)
translate([400,-2140,494.5])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

Spiegelung([1,0,0])
{

color("weiß")
translate([40,-220,48])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

Farbe("schwarz")
scale(0.5,0.5,0.5)
translate([85,-435,94])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

color("weiß")
scale(0.1,0.1,0.1)
translate([400,-2140,494.5])
rotate([-10,40,0])
Zylinder(r1=15,r2=14,h=2);

)

Farbe ("Schwarz")
translate([0,-170,-35])
rotate([65,0,0])
Zylinder(h=15,r1=15,r2=20);

)

/Holzpflock/
difference()
{

Farbe("Dunkles Goldrute")
translate([0,-110,-80])
Zylinder(h=50,r1=15,r2=25);

Farbe("NavajoWhite")
translate([0,-110,-31])
Zylinder(h=10,r1=25,r2=25);
}

/Kette/

translate([0,-130,-56]) rotate([0,0,90])