pymel.core.modeling.polyMultiLayoutUV

polyMultiLayoutUV(*args, **kwargs)

place the UVs of the selected polygonal objects so that they do not overlap.

Flags:

Long name (short name)		Argument Types	Properties
flipReversed (fr)		bool
	If this flag is turned on, the reversed UV pieces are fliped.
layout (l)		int
	How to move the UV pieces, after cuts are applied: 0 No move is applied. 1 Layout the pieces along the U axis. 2 Layout the pieces in a square shape.
layoutMethod (lm)		int
	// -lm/layoutMethod layoutMethod integer// (C, E, Q) Which layout method to use: // 0 Block Stacking. // 1 Shape Stacking.
offsetU (ou)		float
	Offset the layout in the U direction by the given value.
offsetV (ov)		float
	Offset the layout in the V direction by the given value.
percentageSpace (ps)		float
	When layout is set to square, this value is a percentage of the texture area which is added around each UV piece. It can be used to ensure each UV piece uses different pixels in the texture. Maximum value is 5 percent.
prescale (psc)		int
	Prescale the shell before laying it out. 0 No scale is applied. 1 Object space scaling applied. 2 World space scaling applied.
rotateForBestFit (rbf)		int
	How to rotate the pieces, before move: 0 No rotation is applied. 1 Only allow 90 degree rotations. 2 Allow free rotations.
scale (sc)		int
	How to scale the pieces, after move: 0 No scale is applied. 1 Uniform scale to fit in unit square. 2 Non proportional scale to fit in unit square.
sizeU (su)		float
	Scale the layout in the U direction by the given value.
sizeV (sv)		float
	Scale the layout in the V direction by the given value.
uvSetName (uvs)		unicode
	Specifies the name of the uv set to edit uvs on. If not specified will use the current uv set if it exists. Flag can have multiple arguments, passed either as a tuple or a list.

Derived from mel command maya.cmds.polyMultiLayoutUV

Example:

import pymel.core as pm

# Create 3 objects with overlapping UVs
sphere = pm.polySphere()
cylinder = pm.polyCylinder()
torus = pm.polyTorus()
pm.polyAutoProjection( sphere[0], ibd=1, cm=0, l=2, sc=1, o=1, p=4, ps=0.2 )
pm.polyAutoProjection( cylinder[0], ibd=1, cm=0, l=2, sc=1, o=1, p=4, ps=0.2 )
pm.polyAutoProjection( torus[0], ibd=1, cm=0, l=2, sc=1, o=1, p=4, ps=0.2 )
pm.select( sphere[0], cylinder[0], torus[0] )
# Layout the UVs in a square, allow free rotations, scale uniformly
pm.polyMultiLayoutUV( scale=1, rotateForBestFit=2, layout=2 )