Placement Parameters

Whenever a structure is placed, it goes through the following pipeline (in that order):

• Applying Dimensions (-s)

• Random Scaling (-t)

• Orientation (-c and -k)

• Random Flips (-f)

• Random 90° Rotations (-r)

• Alignment (<primary> and <secondary>)

ezEdits lets you fully customize this pipeline. In brackets are the flags and arguments that apply changes to each step respectively.

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Controlling Dimensions: -s <dimensions>

The dimensions define the size of a structure placement, by setting its bounding box size.

The flag -s <dimensions> sets the desired absolute base dimensions of the placement (overriding the default values).

By default, expression-based structures have dimensions 20,20,20, while Schematic/Clipboard structures are placed with their inherent original dimensions.

The structure might appear stretched or compressed depending on your choice of values.

Example

For example, if your clipboard is inherently of size 5x7x5, then setting the dimensions as -s 5,14,5 will stretch out the structure placement along its y-axis:

First image: //ezsc Clipboard -s 5,7,5 (original clipboard size)

Second image: //ezsc Clipboard -s 5,14,5

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Random Scaling: -o <sizeMultiplierRange>

Most of the structure commands place multiple structure placements at once. To give a bit of variety you can apply some random scaling for each placement.

The -o <sizeMultiplierRange> applies random scaling for each placement. You specify a range of values. A random number from this range is chosen as the scaling factor for each placement.

By default, the range is 1,1, meaning the scaling factor is always 1, and thus, does nothing.

Example

By setting the range as -o 0.5,2.0 we get placements of e.g. our clipboard at random sizes between half the desired size and double the desired size,

//ezsc Clipboard -o 0.5,2.0

(Same tree clipboard at various different sizes)

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Random Flips: -f <randomFlipsAxes>

The -f <randomFlipsAxes> flag enables random flipping of the structure across any of the axes for each placement.

Available values are:

• None (default)

• X

• Y

• Z

• XY

• XZ

• YZ

• XYZ

Flips are applied after orientation but before alignment.

Example

First Image: //ezsc Clipboard (no random flips)

Second Image: //ezsc Clipboard -f XZ (random mirrors along x- and z-axis, but not y)

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Random 90°-Rotations: -r <randomRotationAxis>

The -r <randomRotationAxis> flag enables random 90° rotation of the structure across either of the axes for each placement.

Available values are:

• X

• Y

• Z

By default, this parameter is not set to anything, i.e. random rotations are disabled.

90°-rotations are applied after orientation but before alignment.

Example

First Image: //ezsc Clipboard (no random rotations)

Second Image: //ezsc Clipboard -r Y (random 90°-rotations around the y-axis)

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Orientation (advanced): -k <orientationAxis> and -c <orientationAngle>

Setting an orientation means defining which internal coordinate system the structure has. That coordinate system is then used in the random flips/rotations and during alignment. Defining an orientation is "defining which way is up and which way is forward"

Orientation is set by a rotation axis (-k <direction>) and a rotation angle (-c <angle>). The rotation works identically to //ezd rotate

By default, the rotation axis -k is y or up and the rotation angle -c is 0, which means no rotation.

For example, if you set the rotation axis to -k x and the rotation angle to -c 90 then your structure is rotated to the side. Its eastern side will now be the "up-direction" and so on.

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Place Air: -a

By default, if this flag is not set, air blocks are skipped when placing a structure. When this flag is set, air blocks within the structure are able to override existing blocks.

This behaviour is opposite to //paste's -a flag. It may be confusing, but we think it's more convenient for our commands.