World Edit Base - commands

World Edit Commands used in my video
   World Edit Base
     https://www.youtube.com/watch?v=kQITPxg8xJk

Ant Of Thy   3 August 2017


# On CubeKrowd, jump to build location
# You need to be respected rank or above to jump to Flat World
/warp flat
/tppos 4000 171 2500

# Set a block under feet when standing at y=171
# block represents the height of the mountain
# and start point for all the following builds
/up 0

# Upper Ring Working
# Select reference block
//shift 5 up
//outset 45

# Slanting a Plane
//g -c -h 95:15  y<0
//g -c -h 95:15  rotate(x,y,.1);  y<0
//g -c -h 95:15  rotate(x,z,1)  rotate(x,y,-.1);  y<0
//g -c -h 95:15  rotate(x,z,1.11) rotate(x,y,-.1);  y<0

# Torus intersecting plane
//g -c -h 95:14 rotate(x,z,1.11); rotate(x,y,-.1); (25-sqrt(x^2+z^2))^2+y^2<5^2

# Torus and Plane combined (floor of torus base)
//g -c -h 95:14 rotate(x,z,1.11); rotate(x,y,-.1); (25-sqrt(x^2+z^2))^2+y^2<5^2 && y<0

# Color walls of the torus for base and roof
//g -c -h 95:15 rotate(x,z,1.11); rotate(x,y,-.1);  data=(y<.5)?15:13; (25-sqrt(x^2+z^2))^2+y^2<5^2


# Lower ring
# Reselect referance Block
//shift 65 down
//outset 45

# Floor for a slaneted Torus: 35 major  8 minor
//g -c -h 95:14 rotate(x,z,1.11+pi/2); rotate(x,y,.06); (35-sqrt(x^2+z^2))^2+y^2<8^2 && y<-3.5
# Walls for the Torus
//g -c -h 95:15 rotate(x,z,1.11+pi/2); rotate(x,y,.06); data=(y<-2.8)?15:13; (35-sqrt(x^2+z^2))^2+y^2<8^2


# Helix Stair

# reselect referance Block
//shift 32 down
//outset 45

Remove green glass (for the moment)
//replace 95:13 air

# Vertical Cylinder (solid, offset to intersect toruses)
//g -c 95  x-=28; x^2+z^2<3.4^2

# Sloped Cylinder
//g -c 95  x-=28-y*4/35; x^2+z^2<3.6^2

# Adjust location until positioned right
//g -c 95  x-=28-y*3/35; x^2+z^2<3.4^2
//g -c 95  x-=28.5-y*2.5/35; x^2+z^2<3.4^2

# Create a Rotational mirror of cylinder
//g -c 95  x<0?rotate(x,z,pi):0; x-=28.5-y*2.5/35; x^2+z^2<3.4^2

# Stretch cylinder into oval (as it will become a helix)
//g -c 95  x<0?rotate(x,z,pi):0; z/=2;  x-=28.5-y*2.5/35; x^2+z^2<3.4^2

# Half the cylinder for a floor (stair case surface)
//g -c 95 x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1

# Convert into a helix (check space for stair blocks)
//g -c 95 rotate(x,z,pi*y/70);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1

# Slowly adjust the helix (for stair blocks)
//g -c 95 rotate(x,z,pi*y/60);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
//g -c 95 rotate(x,z,pi*y/55);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1

# Adjust rotated position of the helix (avoid large flat areas of toruses
//g -c 95 rotate(x,z,pi*y/55+1);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
//g -c 95 rotate(x,z,pi*y/55+1.3);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
//g -c 95 rotate(x,z,pi*y/55+.7);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
//g -c 95 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1

# Adjust height
//inset -v 9

# Final build of helix (coloring the 3 areas)
//shift 32 down
//outset 45
//inset -v 9
# stair block floor
//g -c -h 95:1 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
# outside casing
//g -c -h 95 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; data=(z<-.8)?7:8; x-=28.5-y*2.5/35; x^2+z^2<3.4^2


# ----------------------------
# Final Build from scratch

# Lower Ring
//shift 65 down
//outset 45
//g -c -h 95:14 rotate(x,z,1.11+pi/2); rotate(x,y,.06); (35-sqrt(x^2+z^2))^2+y^2<8^2 && y<-3.5
//g -c -h 95:15 rotate(x,z,1.11+pi/2); rotate(x,y,.06); data=(y<-2.8)?15:13; (35-sqrt(x^2+z^2))^2+y^2<8^2

# Helix Stairs (hollow out roof of lower ring)
//shift 32 down
//outset 45
//inset -v 8
//g -c 95:0 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2
//replace 95:0 air
//g -c -h 95:1 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; x-=28.5-y*2.5/35; x^2+z^2<3.4^2 && z<-1
//g -c -h 95 rotate(x,z,pi*y/55+.4);  x<0?rotate(x,z,pi):0; z/=2; data=(z<-.8)?7:8; x-=28.5-y*2.5/35; x^2+z^2<3.4^2

# Manual cleanup of lower joins

# Upper Ring
//shift 5 up
//outset 45
//g -c -h 95:14 rotate(x,z,1.11); rotate(x,y,-.1); (25-sqrt(x^2+z^2))^2+y^2<5^2 && y<0
//g -c -h 95:15 rotate(x,z,1.11); rotate(x,y,-.1);  data=(y<.5)?15:13; (25-sqrt(x^2+z^2))^2+y^2<5^2

# Manual cleanup of upper joins

# Block Replacement
//shift 32 down
//outset 45

# replace black glass : 5567 blocks
//replace 95:15 251:15
# replace grey glass : 1740 blocks
//replace 95:7 251:15
# Total : ~ 7310  -> 114 stacks -> 2 chests + 1 row  Concrete

# replace green glass : 7317 block
//replace 95:13 95:15
# replace lt.grey glass : 2202 block
//replace 95:8 95:15
# Total : ~ 7520  -> 117 stacks -> 2 chests + 1 row  Glass

# We can now make layer images, to generate plans for building in survival