World Edit Twist - commands

Commands used in the Video
World Edit with a Twist
https://youtu.be/7QfgRuryFwg

Cubekrowd Flatworld Working Location
(CubeKrowd Members Only)
  server:  play.cubekrowd.net
  /cr
  /warp flat

  Previous work area
    /tppos 4000 100 3000

  New work area
    /tppos 4000 120 3500
    //up 0

Recap on Advanced World Edit (//generate command)

  Select 20x20 Volume (even numbers)
    create 2x2x2 cube
    //outset 9

  Fill area with sphere
    //g  x^2+z^2+y^2 < 1

  Increase selection volume (60x60x60)
    //outset 20

  Hollow Sphere
    //g -h

  Block coordinates
    //g -c -h

  Sphere (16 diameter - 8.5 radius)
  (use glass (95) to avoid lighting updates)
    //g -c -h 95  x^2+z^2+y^2 < 8.5^2

  Adjusted Sphere (to make it look better)
    //g -c -h 95  x^2+z^2+y^2 < 15.3^2

  Offset sphere  (vertically)
    //g -c -h 95  y-=15;   x^2+z^2+y^2 < 15.3^2

  Unslanted Torus
    //g -c -h 95  (20-sqrt(x^2+z^2))^2+y^2<6^2
  Rotated Torus
    //g -c -h 95:1  rotate(x,z,.4); rotate(x,y,1); (20-sqrt(x^2+z^2))^2+y^2<6^2

Pushing up space

  Horizontal plane
    //g -c -h 95  y<0

    //g -c -h 95  y+=10;  y<0

  Cone
    //g -c -h 95  r=sqrt(x^2+z^2);  y+=r/2;  y<0

  Egg
    //g -c -h 95  r=sqrt(x^2+z^2);  y+=r/2;  x^2+z^2+y^2<15^2

  Hill
    //g -c -h 95  rs=x^2+z^2;  y+=rs/100;  y<0

  Horizontal Cylinder
    //g -c -h 95   y^2+z^2<8^2

  Curved Cylinder
    //g -c -h 95  rs=x^2; y+=rs/100;  y^2+z^2<8^2

  Highly Curved
    //g -c -h 95  rs=x^2; y+=rs/20;  y^2+z^2<6^2


Twisting Space


  Cylinder
    //g -c -h 95  x^2+z^2<8^2

  Offset cylinder
    //g -c -h 95  x-=15;  x^2+z^2<8^2

  Rotate around Y
    //g -c -h 95  rotate(x,z,.4);  x-=15;  x^2+z^2<8^2

  Rotate 60 degrees
    //g -c -h 95  rotate(x,z,60*(180/pi));  x-=15;  x^2+z^2<8^2

  Rotate based on height
    //g -c -h 95  rotate(x,z,pi*y/30);  x-=15;  x^2+z^2<8^2

  Rotate based on height (Black Glass)
    //g -c -h 95:15  rotate(x,z,pi*y/30); x-=15; x^2+z^2<8^2

  Offset Oval Cylinder
    //g -c -h 95  x-=15; x^2+z^2<8^2
    //g -c -h 95:15  z/=1.5;  x-=15;  x^2+z^2<8^2

  Stretch the cylinder into an oval
    //g -c -h 95  rotate(x,z,pi*y/30);  z/=1.5;  x-=15;  x^2+z^2<8^2

  Repeated with a reversed offset and color
    //g -c -h 95:15  rotate(x,z,pi*y/30);  z/=1.5;  x+=15;  x^2+z^2<8^2

  Stacking the Double Helix  (fits in 46x60x46)
    //stack 1 up
    //stack 1 down

  Vertical Torus
    //outset 20
    //g -c 95:15 (22-sqrt(x^2+y^2))^2+z^2<6^2

  Twisted Torus
    //g -c 95:15 rotate(x,z,pi*y/30); (22-sqrt(x^2+y^2))^2+z^2<6^2

  Twisted Angled Torus
    //g -c 95:15 (25-sqrt(x^2+y^2))^2+z^2<6^2
    //g -c 95:15 rotate(y,z,.3);  (22-sqrt(x^2+y^2))^2+z^2<6^2
    //g -c 95:15 rotate(x,z,pi*y/30); rotate(y,z,.3); (22-sqrt(x^2+y^2))^2+z^2<6^2

  Twisted Offset Torus
    //g -c 95:15 (25-sqrt(x^2+y^2))^2+z^2<6^2
    //g -c 95:15 z-=10; (25-sqrt(x^2+y^2))^2+z^2<6^2
    //g -c 95:15 rotate(x,z,pi*y/30);  z-=10;  (22-sqrt(x^2+y^2))^2+z^2<6^2