Reference

This is the full chat command reference for WorldEditAdditions. It has 2 parts:

  1. A contents list of commands and their syntax
  2. A full reference, with detailed explanations for each command

There is also a filter box for filtering the detailed explanations to quickly find the one you're after.

🔗 Contents

Alphabetical

🔗 //airapply <command_name> <args> Meta

Like //ellipsoidapply, but instead only keeps changes that replace airlike nodes, and discards any other changes made.

As with //ellipsoidapply for advanced users //multi is also supported - but make sure your modifications stay within the defined region - otherwise they be kept regardless, as //airapply only applies the masking to the nodes in the defined region.

//airapply set sandstone
//airapply maze3d dirt 4 2 2

🔗 //basename <name> Statistics

Returns the absolute canonical name of a node, given an alias or partial node name. For example:

//basename dirt

...will return default:dirt. Uses worldedit.normalize_nodename(string) under the hood.

//basename stonebrick
//basename glass

🔗 //bonemeal [<strength> [<chance> [<node_name> [<node_name> ...]]]] Flora

Requires the bonemeal (repo) mod (otherwise WorldEditAdditions will not register this command and output a message to the server log). Alias: //flora.

Bonemeals all eligible nodes in the current region. An eligible node is one that has an air node directly above it - note that just because a node is eligible doesn't mean to say that something will actually happen when the bonemeal mod bonemeals it.

Optionally takes a strength value (that's passed to bonemeal:on_use(), the method in the bonemeal mod that is called to actually do the bonemealing). The strength value is a positive integer from 1 to 4 (i.e. 1, 2, 3, or 4) - the default is 1 (the lowest strength).

I observe that a higher strength value gives a higher chance that something will actually grow. In the case of soil or sand nodes, I observe that it increases the area of effect of a single bonemeal action (thus at higher strengths generally you'll probably want a higher chance number - see below). See the bonemeal mod README for more information.

Also optionally takes a chance number. This is the chance that an eligible node will actually get bonemealed, and is a positive integer that defaults to 1. The chance number represents a 1-in-{number} chance to bonemeal any given eligible node, where {number} is the chance number. In other words, the higher the chance number the lower the chance that a node will be bonemealed.

For example, a chance number of 2 would mean a 50% chance that any given eligible node will get bonemealed. A chance number of 16 would be a 6.25% chance, and a chance number of 25 would be 2%.

Since WorldEditAdditions v1.12, a percentage chance is also supported. This is denoted by suffixing a number with a percent sign (e.g. //bonemeal 1 25%).

Since WorldEditAdditions v1.13, a list of node names is also optionally supported. This will constrain bonemeal operations to be performed only on the node names listed.

//bonemeal
//bonemeal 3 25
//bonemeal 4
//bonemeal 1 10
//bonemeal 2 15
//bonemeal 2 10%
//bonemeal 2 10% dirt
//bonemeal 4 50 ethereal:grove_dirt

🔗 Cloud Wand Tools

The cloud wand (worldeditadditions:cloudwand) is a another variant the above Far Wand. It looks like this: A picture of the far wand

Unlike the other 2 wands, this wand functions in an additive manner. Left-click on a node to expand the currently defined region (creating a new one if one isn't defined already) to include that node. Right click to clear the currently defined region.

It has the range of the Far Wand mentioned above too, so you can select nodes from a great distance. It also abides by preferences set via the //farwand chat command.

🔗 //convolve <kernel> [<width>[,<height>]] [<sigma>] Terrain

Advanced version of //smooth from we_env, and one of the few WorldEditAdditions commands to have any aliases (//smoothadv and //conv).

Extracts a heightmap from the defined region and then proceeds to convolve over it with the specified kernel. The kernel can be thought of as the filter that will be applied to the heightmap. Once done, the newly convolved heightmap is applied to the terrain.

Possible kernels:

Kernel Description
box A simple uniform box blur.
pascal A kernel derived from the odd layers of Pascal's Triangle. Slightly less smooth than a Gaussian blur.
gaussian The default. A Gaussian blur - should give the smoothest result, and also the most customisable - see below.

If you can think of any other convolutional filters that would be useful, please open an issue. The code backing this command is very powerful and flexible, so adding additional convolutional filters should be pretty trivial.

The width and height (if specified) refer to the dimensions of the kernel and must be odd integers and are separated by a single comma (and no space). If the height is not specified, it defaults to the width. If using the gaussian kernel, the width and height must be identical. Larger kernels are slower, but produce a more smoothed effect and take more nearby nodes into account for every column. Defaults to a 5x5 kernel.

The sigma value is only applicable to the gaussian kernel, and can be thought of as the 'smoothness' to apply. Greater values result in more smoothing. Default: 2. See the Gaussian blur page on Wikipedia for some pictures showing the effect of the sigma value.

//convolve
//convolve box 7
//convolve pascal 11,3
//convolve gaussian 7
//convolve gaussian 9 10
//convolve gaussian 5 0.2

🔗 //count Statistics

Counts all the nodes in the defined region and returns the result along with calculated percentages (note that if the chat window used a monospace font, the returned result would be a perfect table. If someone has a hack solution to make the columns line up neatly, please open an issue :D)

Note: The output of //count can be rather long sometimes, and Minetest by default only shows the last few lines of chat. Press <kbd>F10</kbd> to show the full chat window that you can then scroll through to inspect the full output.

//count

🔗 //ellipsoid2 [<node_name:dirt> [h[ollow]]] Geometry

Creates an (optionally hollow) solid ellipsoid that fills the defined region.

//ellipsoid2
//ellipsoid2 ice
//ellipsoid2 air
//ellipsoid2 steelblock h
//ellipsoid2 papyrus hollow

🔗 //ellipsoidapply <command_name> <args> Meta

Executes the given command, and then clips the result to the largest ellipsoid that will fit inside the defined region. The specified command must obviously take 2 positions - so for example //set, //replacemix, and //maze3d will work, but //sphere, //torus, and //floodfill won't.

For advanced users, //multi is also supported - but make sure your modifications stay within the defined region - otherwise they will not be affected by the ellipsoidal clipping operation.

//ellipsoidapply set dirt
//ellipsoidapply maze3d dirt 4 2 2
//ellipsoidapply erode
//ellipsoidapply replacemix sand bakedclay:red bakedclay:orange
//ellipsoidapply layers desert_sand sand 2 desert_sandstone 4 sandstone 10

🔗 //erode [<snowballs|river> [<key_1> [<value_1>]] [<key_2> [<value_2>]] ...] Terrain

Runs an erosion algorithm over the defined region, optionally passing a number of key - value pairs representing parameters that are passed to the chosen algorithm. This command is experimental, as the author is currently on-the-fence about the effects it produces.

Works best if you run //fillcaves first, or otherwise have no air nodes below the top non-air node in each column.

Currently implemented algorithms:

Algorithm Mode Description
snowballs 2D The default - based on this blog post. Simulates snowballs rolling across the terrain, eroding & depositing material. Then runs a 3x3 gaussian kernel over the result (i.e. like the //conv / //smoothadv command).
river 2D Fills in potholes and lowers pillars using a cellular automata-like algorithm that analyses the height of neighouring columns.

Usage examples:

//erode
//erode snowballs
//erode snowballs count 25000

Each of the algorithms above have 1 or more parameters that they support. These are detailed below.

🔗 Far Wand Tools

The far wand (worldeditadditions:farwand) is a variant on the traditional WorldEdit wand (worldedit:wand). It looks like this: A picture of the far wand

It functions very similarly to the regular WorldEdit wand, except that it has a much longer range - which can be very useful for working on large-scale terrain for example. It also comes with an associated command to control it.

🔗 //farwand skip_liquid (true|false) | maxdist <number> Tools

This command helps control the behaviour of the WorldEditAdditions far wand and cloud wand. Calling it without any arguments shows the current status:

//farwand

You can decide whether you can select liquids or not like so:

//farwand skip_liquid true
//farwand skip_liquid false

You can change the maximum range with the maxdist subcommand:

//farwand maxdist 1000
//farwand maxdist 200
//farwand maxdist 9999

Note that the number there isn't in blocks (because hard maths). It is however proportional to the distance the wand will raycast looks for nodes, so a higher value will result in it raycasting further.

🔗 //fillcaves [<node_name>] Terrain

Fills in all airlike nodes beneath non airlike nodes, which gives the effect of filling in caves. Defaults to filling in with stone, but this can be customised.

Note that the entire cave you want filling must be selected, as //fillcaves only operates within the defined region (ref #50).

//fillcaves
//fillcaves dirt
//fillcaves brick

🔗 //floodfill [<replace_node> [<radius>]] Misc

Floods all connected nodes of the same type starting at pos1 with <replace_node> (which defaults to water_source), in a sphere with a radius of <radius> (which defaults to 50).

//floodfill
//floodfill water_source 50
//floodfill glass 25

🔗 //forest [<density>] <sapling_a> [<chance_a>] <sapling_b> [<chance_b>] [<sapling_N> [<chance_N>]] ... Flora

Plants and grows saplings to generate a forest. A density value is optionally taken, which controls the overall density of the forest that is generated. The bonemeal mod is required - just like for the //bonemeal command.

The density defaults to 1, acts like a multiplier, and is not affected by the chances of all saplings listed (e.g. you can have a sapling with a chance of 1-in-50, and the overall density of the forest will be unaffected). For example, 2 results in a forest twice as dense as the default, and 0.5 a forest half as dense as the default density.

The tree types are provided as a list of names and 1-in-N chances, just like //overlay, //mix, //layers, etc. Unlike the aforementioned commands however, //forest has an additional layer of alias resolution to ease the process of determining what the name of the sapling is you want to use to generate forests with. See //saplingaliases for more details.

Saplings are placed with //overlay and grown using the same method that's used by the //bonemeal command. Up to 100 attempts are made to grow placed saplings. If all of those attempts fail (success is determined by whether the sapling is still present or not), the sapling is removed and the failure counter is incremented.

Currently, the following mods are known to have aliases registered:

If you like, you can also reference the full name of a sapling node instead. The only requirements for saplings to be supported by this mod are:

  1. It can be bonemealed
  2. It has the sapling group

For example, the first 2 examples below are functionally equivalent.

//forest aspen
//forest default:aspen_sapling
//forest 2 oak 3 aspen pine
//forest 0.5 acacia

🔗 //hollow [<wall_thickness>] Geometry

Replaces nodes inside the defined region with air, but leaving a given number of nodes near the outermost edges alone. In other words, it makes the defined region hollow, while leaving walls around the edges of a given thickness (defaulting to a wall thickness of 1).

Note that all air-like nodes are also left alone.

//hollow
//hollow 2

🔗 //hollowellipsoid <rx> <ry> <rz> <node_name> Geometry

Creates a hollow ellipsoid at position 1 with the radius (rx, ry, rz). Works the same way as //ellipsoid does.

//hollowellipsoid 10 5 15 glass
//hollowellipsoid 21 11 41 stone

🔗 //hollowtorus <major_radius> <minor_radius> <node_name> [<axes=xy>] Geometry

Creates a hollow torus at position 1 with the radius major and minor radii. Works the same way as //torus does.

//hollowtorus 10 5 glass
//hollowtorus 21 11 stone
//hollowtorus 18 6 dirt xz

🔗 //layers [<max_slope|min_slope..max_slope>] [<node_name_1> [<layer_count_1>]] [<node_name_2> [<layer_count_2>]] ... Terrain

Finds the first non-air node in each column and works downwards, replacing non-air nodes with a defined list of nodes in sequence. Like WorldEdit for Minecraft's //naturalize command, and also similar to we_env's //populate. Speaking of, this command has //naturalise and //naturalize as aliases. Defaults to 1 layer of grass followed by 3 layers of dirt.

Since WorldEditAdditions v1.13, a maximum and minimum slope is optionally accepted, and constrains the columns in the defined region that //layers will operate on. For example, specifying a value of 20 would mean that only columns with a slop less than or equal to 20° (degrees, not radians) will be operated on. A value of 45..60 would mean that only columns with a slope between 45° and 60° will be operated on.

The list of nodes has a form similar to that of a chance list you might find in //replacemix, //overlay, or //mix - see the examples below. If the number of layers isn't specified, 1 is assumed (i.e. a single layer).

//layers dirt_with_grass dirt 3
//layers sand 5 sandstone 4 desert_stone 2
//layers brick stone 3
//layers cobble 2 dirt
//layers 45..60 dirt_with_snow dirt 2
//layers 30 snowblock dirt_with_snow dirt 2

🔗 //line [<replace_node> [<radius>]] Geometry

Draw a line from position 1 to position 2, optionally with a given thickness.

The radius can be thought of as the thickness of the line, and is defined as the distance from a given node to an imaginary line from pos1 to pos2. Defaults to drawing with dirt and a radius of 1.

Floating-point values are fully supported for the radius.

//line
//line stone
//line sandstone 3
//line glass 0.5

🔗 //many <times> <command> Meta

Executes a single chat command many times in a row. Uses minetest.after() to yield to the main server thread to allow other things to happen at the same time, so technically you could have multiple //many calls going at once (but multithreading support is out of reach, so only a single one will be executing at the same time).

Note that this isn't necessarily limited to executing WorldEdit / WorldEditAdditions commands. Combine with //multi (see above) execute multiple commands at once for even more power and flexibility!

//many 10 //bonemeal 3 100
//many 100 //multi //1 //2 //outset 20 //set dirt

🔗 //maze <replace_node> [<path_length> [<path_width> [<seed>]]] Geometry

Generates a maze using replace_node as the walls and air as the paths. Uses an algorithm of my own devising (see also this post of mine that has lots of eye candy :D). It is guaranteed that you can get from every point to every other point in generated mazes, and there are no loops.

Requires the currently selected area to be at least 3x3 on the x and z axes respectively.

The optional path_length and path_width arguments require additional explanation. When generating a maze, a multi-headed random walk is performed. When the generator decides to move forwards from a point, it does so path_length nodes at a time. path_length defaults to 2.

path_width is easier to explain. It defaults to 1, and is basically the number of nodes wide the path generated is.

Note that path_width must always be at least 1 less than the path_length in order to operate normally.

Note also that since WorldEditAdditions v1.10, the seed doesn't have to be a number (but it can't contain spaces due to the parsing algorithm used). Non-numbers are hashed to a number using a simple (non-crypto-safe) hashing algorithm.

The last example below shows how to set the path length and width:

//maze ice
//maze stone 2 1 1234
//maze dirt 4 2 56789
//maze glass 2 1 minetestiscool

🔗 //maze3d <replace_node> [<path_length> [<path_width> [<path_depth> [<seed>]]]] Geometry

Same as //maze, but instead generates mazes in 3 dimensions instead of 2. Requires the currently selected area to be at least 3x3x3.

The optional path_depth parameter defaults to 1 and allows customisation of the height of the paths generated.

To get a better look at the generated maze, try inverting it like so:

//maze3d stone
//replace air dirt
//replace stone air

Additional examples:

//maze3d glass
//maze3d bush_leaves 2 1 1 12345
//maze3d dirt 4 2 2
//maze3d stone 6 3 3 54321

🔗 //mcount Measurement

Alias for //count.

//mcount

🔗 //mface Measurement

Returns the horizontal (X/Z) axis or axes the player is looking along. Aliases: //mfacing.

//mface

🔗 //midpos Measurement

Returns the coordinates of the centre of the current selection.

//midpos

🔗 //msize Measurement

Returns the lengths of the current selection on the X, Y and Z axes.

//msize

🔗 //mtrig Measurement

Returns the length of the diagonal from pos1 to pos2 and its angle on the XZ (horizontal) and Y (vertical) axes.

//mtrig

🔗 //multi <command_a> <command_b> <command_c> ..... Meta

Executes multi chat commands in sequence. Intended for WorldEdit commands, but does work with others too. Don't forget a space between commands!

//multi //set dirt //shift x 10 //set glass

Since WorldEditAdditions v1.12, curly brace syntax has also been introduced to allow nesting of commands:

//multi //fixlight {//many 5 //bonemeal 3 100}

This syntax can also be nested arbitrarily in arbitrarily complex combinations, and can also be used multiple separate times in a single //multi invocation (if you find a bug, please open an issue), though do remember that only //multi supports parsing out this syntax (e.g. if you want to nest multiple commands in a //many that's inside a //multi, you'll need a sub //multi there).

In addition, this also allows for including a double forward slash in the argument list for a command, should you need to do so (e.g. //multi //example {//bar //baz} //example will be executed as 3 commands: /example, then /bar with an argument of //baz, then finally /example).

//multi //1 //2 //shift z -10 //sphere 5 sand //shift z 20 //ellipsoid 5 3 5 ice
//multi //1 //hollowtorus 30 5 stone //hollowtorus 20 3 dirt //torus 10 2 dirt_with_grass
//multi /time 7:00 //1 //outset h 20 //outset v 5 //overlay dirt_with_grass //1 //2 //sphere 8 air //shift down 1 //floodfill //reset

🔗 //n Extras

Prevents the execution of a command if it could potentially affect a large number of nodes and take a while. This is a regular WorldEdit command.

<!-- Equivalent to WorldEdit's //y, but because of security sandboxing issues it's not really possible to hook into WorldEdit's existing command. -->

//n

🔗 //noise2d [<key_1> [<value_1>]] [<key_2> [<value_2>]] ...] Terrain

Applies 2D noise to the terrain in the defined region. Like //erode, this command accepts a number of different key-value parameters and provides a number of different underlying algorithms.

Parameter Type Default Value Description
algorithm string perlinmt The 2D noise algorithm to apply - see below.
apply string|integer 5 How to apply the noise to the terrain - see below.
scalex float 1 The scale of the noise on the x axis.
scaley float 1 The scale of the noise on the y axis.
scalez float 1 The scale of the noise on the z axis.
offsetx float 1 The offset to add to the x axis before calling the noise function.
offsety float 0 The offset to add to the y axis before calling the noise function.
offsetz float 0 The offset to add to the z axis before calling the noise function.
exponent float 0 Raise the generated noise value (with a range of 0 to 1) to this power. Generally results in sharper peaks.
multiply float 1 Multiply the generated noise value by this number
add float 0 Add this number to the generated noise value.

Different values of the apply parameter result in the generated noise values being applied in different ways:

The following algorithms are currently available:

Algorithm Description
perlinmt Default.Perlin noise, backed by Minetest's inbuilt PerlinNoise class.
perlin Perlin noise, backed by a pure Lua perlin noise implementation. Functional, but currently contains artefacts I'm having difficulty tracking down.
sin A sine wave created with math.sin().
white Random white noise.
red Red noise - has a lower frequency than white noise. Ref Noise Functions and Map Generation by Red Blob Games.
infrared Even smoother than red noise. Tends to also be quite flat unless you use a slightly higher apply value (e.g. 20).

When specifying algorithm names, the algorithm parameter name is optional. For example, the following are both equivalent:

//noise2d offsetx 4 perlin scale 0.2
//noise2d offsetx 4 algorithm perlin scale 0.2

Example invocations:

//noise2d sin scale 0.5
//noise2d offsetx 20 perlin
//noise2d sin exponent 4

🔗 //noiseapply2d <threshold> <scale> <command_name> <args> Meta

Like //ellipsoidapply, but instead only keeps changes where a noise function (defaults to perlinmt, see //noise2d) returns a value greater than a given threshold value.

Also takes a scale value that controls the scale of the noise - -higher values result in smaller "blobs". If you're operating on small areas, then a value of at least 10 is advised as "blobs" are by default on the scale of ~50 nodes.

As with //ellipsoidapply for advanced users //multi is also supported - but make sure your modifications stay within the defined region - otherwise they be kept regardless, as //noiseapply2d only applies the masking to the nodes in the defined region.

Any suggestions on how to provide more customisability without making this command more difficult to use or significantly more inconsistent with other //*apply functions are welcome - please open an issue.

//noiseapply2d 0.5 10 set dirt
//noiseapply2d 0.4 3 layers dirt_with_snow dirt 3 stone 10

🔗 //overlay <node_name_a> [<chance_a>] <node_name_b> [<chance_b>] [<node_name_N> [<chance_N>]] ... Terrain

Places <node_name_a> in the last contiguous air space encountered above the first non-air node. In other words, overlays all top-most nodes in the specified area with <node_name_a>. Optionally supports a mix of node names and chances, as //mix (WorldEdit) and //replacemix (WorldEditAdditions) does.

Will also work in caves, as it scans columns of nodes from top to bottom, skipping every non-air node until it finds one - and only then will it start searching for a node to place the target node on top of.

Note that all-air columns are skipped - so if you experience issues with it not overlaying correctly, try //expand down 1 to add an extra node's space to your defined region.

Note also that columns without any air nodes in them at all are also skipped, so try //expand y 1 to add an extra layer to your defined region.

//overlay grass
//overlay glass
//overlay grass_with_dirt
//overlay grass_with_dirt 10 dirt
//overlay grass_with_dirt 10 dirt 2 sand 1
//overlay sandstone dirt 2 sand 5
//overlay dirt 90% stone 10%

🔗 //replacemix <target_node> [<chance>] <replace_node_a> [<chance_a>] [<replace_node_b> [<chance_b>]] [<replace_node_N> [<chance_N>]] ... Misc

Replaces a given node with a random mix of other nodes. Functions like //mix.

This command is best explained with examples:

//replacemix dirt stone

The above functions just like //replace - nothing special going on here. It replaces all dirt nodes with stone.

Let's make it more interesting:

//replacemix dirt 5 stone

The above replaces 1 in every 5 dirt nodes with stone. Let's get even fancier:

//replacemix stone stone_with_diamond stone_with_gold

The above replaces stone nodes with a random mix of stone_with_diamond and stone_with_gold nodes. But wait - there's more!

//replacemix stone stone_with_diamond stone_with_gold 4

The above replaces stone nodes with a random mix of stone_with_diamond and stone_with_gold nodes as before, but this time in the ratio 1:4 (i.e. for every stone_with_diamond node there will be 4 stone_with_gold nodes). Note that the 1 for stone_with_diamond is implicit there.

If we wanted to put all of the above features together into a single command, then we might do this:

//replacemix dirt 3 sandstone 10 dry_dirt cobble 2

The above replaces 1 in 3 dirt nodes with a mix of sandstone, dry_dirt, and cobble nodes in the ratio 10:1:2. Awesome!

Since WorldEditAdditions v1.12, you can also use percentages:

//replacemix dirt 33% sandstone 75% dry_dirt 10% cobble 15%

Note though that the percentages are internally converted to a 1-in-N chance and rounded down.

Here are all the above examples together:

//replacemix dirt stone
//replacemix dirt 5 stone
//replacemix stone stone_with_diamond stone_with_gold
//replacemix stone stone_with_diamond stone_with_gold 4
//replacemix dirt 3 sandstone 10 dry_dirt cobble 2

🔗 //saplingaliases [aliases|all_saplings] Flora

Lists all the currently registered sapling aliases in alphabetical order. These aliases can be used in the //forest subcommand.

Optionally takes a single parameter, which is the operating mode. Current implemented operating modes:

Mode Description
aliases The default. Lists all the currently registered sapling aliases in alphabetical order.
all_saplings Spins through all the nodes currently registered in Minetest, and lists all the nodes that have the sapling group.
//saplingaliases
//saplingaliases all_saplings
//saplingaliases aliases

🔗 //scale <axis> <scale_factor> | <factor_x> [<factor_y> <factor_z> [<anchor_x> <anchor_y> <anchor_z> Misc

Advanced version of //stretch from WorldEdit that can scale both up and down at the same time by transparently splitting it into 2 different operations. Scaling up is always done before scaling down.

Although the syntax looks complicated, it's really quite simple. The key concept to understand is that of the scale factor. It refers to how much the defined region should be scaled up or down by, and can be specified in multiple different ways:

Scale Factor Meaning
1 Don't scale at all.
0.5 Scale down by 50%
2 Scale up by 2x, doubling the size
5 Scale up by 5x, quintupling the size
20% Scale down to 30% of the original size
1/3 Scale down to 1 third of original size

In short, you can specify the scale factor directly, as a percentage, or as 1 number divided by another number.

Note: //scale always scales in the positive direction by default. This can be changed however - see below.

With this in mind, there are 3 forms that you can tell //scale how you want to scale the defined region:

🔗 //scentre Selection

Short for select center. Sets pos1 and pos2 to the centre point(s) of the current selection area. 1, 2, 4 or 8 nodes may be selected depending on what parts of the original selection are even in distance. Implementation thanks to @VorTechnix.

//scentre

🔗 //scloud <0-6|stop|reset> Selection

Short for select point cloud. Sets pos1 and pos2 to include the nodes you punch. Numbers 1-6 designate how many nodes you want to punch before the operation ends. 0 or stop terminate the operation so that any further nodes you punch won't be added to selection. Reset terminates operation if one is running and resets the selection area.

//scloud 6
//scloud 5
//scloud stop

🔗 //scol [<axis1> ] <length> Selection

Short for select column. Sets the pos2 at a set distance along 1 axis from pos1. If the axis isn't specified, defaults the direction you are facing. Implementation thanks to @VorTechnix.

//scol 10
//scol x 3

🔗 //scube [<axis1> [<axis2> [<axis3>]]] <length> Selection

Short for select cube. Sets the pos2 at a set distance along 3 axes from pos1. If the axes aren't specified, defaults to positive y, the direction you are facing and the axis to the left of facing. Implementation thanks to @VorTechnix.

//scube 5
//scube z a y 12
//scube x z 3
//scube -z 12

🔗 //sfactor <mode:grow|shrink|average> <factor> [<target=xz>] Selection

Short for selection factor; alias: //sfac. Built specifically for use with //maze, this command sets targeted axes equal to the nearest multiple of <factor> based on the <mode>.

Usage examples:

//sfac grow 5
//sfac avg 3 xy

🔗 //smake <operation:odd|even|equal> <mode:grow|shrink|average> [<target=xz> [<base>]] Selection

Short for selection make. Modifies existing selection by moving pos2. Allows you to make the selection an odd or even length on one or more axes or set two or more axes equal to each other or the longest, shortest or average of them. Implementation thanks to @VorTechnix.

Usage examples:

//smake odd shrink
//smake even avg xz
//smake equal grow xy
//smake equal average
//smake equal zy x

🔗 //spop Selection

Pops a selection off your per-user selection stack and applies it to the currently defined region. If pos2 from the item popped from the stack is nil, then pos2 is explicitly unset. If the stack is empty, this has no effect.

//spop

🔗 //spush Selection

Pushes the currently defined region onto your per-user selection stack. Does not otherwise alter the defined region.

If the stack is full (currently the limit is set to 100 regions in the stack), then it will complain at you but otherwise will have no effect.

Note that pos2 does not need to be defined in order to use this. if it isn't defined, then a pos2 of nil will be pushed onto the stack instead.

//spush

🔗 //srect [<axis1> [<axis2>]] <length> Selection

Short for select rectangle. Sets the pos2 at a set distance along 2 axes from pos1. If the axes aren't specified, defaults to positive y and the direction you are facing. Implementation thanks to @VorTechnix.

//srect x z 10
//srect 3
//srect -z y 25

🔗 //srel <axis1> <length1> [<axis2> <length2> [<axis3> <length3>]] Selection

Short for select relative. Sets the pos2 at set distances along 3 axes relative to pos1. If pos1 is not set it will default to the node directly under the player. The axis arguments accept x, y, z as well as up, down, left, right, front, back. Left, right, front and back are relative to player facing direction. Negative (-) can be applied to the axis, the length or both. Implementation thanks to @VorTechnix.

//srel front 5
//srel  y 12 right -2
//srel left 3 up 5 -front 7
//scube -z 12 -y -2 x -2

🔗 //sstack Selection

Displays the contents of your per-user selection stack. This stack can be pushed to and popped from rather like a stack of plates. See also //spush (for pushing to the selection stack) and //spop (for popping from the selection stack).

//sstack

🔗 //subdivide <size_x> <size_y> <size_z> <cmd_name> <args> Meta

Splits the current WorldEdit region into (<size_x>, <size_y>, <size_z>) sized chunks, and run //<cmd_name> <args> over each chunk.

Sometimes, we want to run a single command on a truly vast area. Usually, this results in running out of memory. If this was you, then this command is just what you need! It should be able to handle any sized region - the only limit is your patience for command to complete.....

Note that this command only works with WorldEdit commands, and only those which require 2 points (e.g. //torus only requires a single point, so it wouldn't work very well - but //set or //clearcut would).

Note also that <cmd_name> should not be prefixed with any forward slashes - see the examples below.

While other server commands can be executed while a //subdivide is running, //subdivide manipulates your player's defined region when running. This has the side-effect that you can check on where it has got up to with //p get for example - but means that attempting to change your pos1 & pos2 manually will have no effect until the //subdivide completes.

Warning: Once started, this command cannot be stopped without restarting your server! This is the case with all WorldEdit commands, but it's worth a special mention here.

//subdivide 10 10 10 set dirt
//subdivice 25 25 25 fixlight

🔗 //torus <major_radius> <minor_radius> <node_name> [<axes=xy> [h[ollow]]] Geometry

Creates a solid torus at position 1 with the specified major and minor radii. The major radius is the distance from the centre of the torus to the centre of the circle bit, and the minor radius is the radius of the circle bit.

The optional axes sets the axes upon which the torus will lay flat. Possible values: xy (the default), xz, yz. A single axis may also be specified (i.e. x, y, or z) - this will be interpreted as the axis that runs through the hole in the middle of the torus.

//torus 15 5 stone
//torus 5 3 meselamp
//torus 10 6 sandstone xz
//torus 10 6 wool:red y
//torus 25 10 dirt xz hollow

🔗 //walls <replace_node> [<thickness=1>] Geometry

Creates vertical walls of <replace_node> around the inside edges of the defined region, optionally specifying the thickness thereof.

//walls dirt
//walls stone
//walls goldblock
//walls sandstone 2
//walls glass 4

🔗 //y Extras

Confirms the execution of a command if it could potentially affect a large number of nodes and take a while. This is a regular WorldEdit command.

<!-- Equivalent to WorldEdit's //y, but because of security sandboxing issues it's not really possible to hook into WorldEdit's existing command. -->

//y