pymel.core.rendering.surfaceSampler

surfaceSampler(*args, **kwargs)

Maps surface detail from a source surface to a new texture map on a target surface. Both objects must be selected when the command is invoked, with the source surface selected first, and the target last.

Flags:

Long name (short name)		Argument Types	Properties
camera (cam)		PyNode
	Specify the camera to use for camera specific lighting calculations such as specular highlights or reflections.
fileFormat (ff)		unicode
	The image format as a file extension (e.g. “dds”). This must be included once for every output map specified.
filename (fn)		unicode
	The filename to use when creating the map. This must be included once for every output map specified.
filterSize (fs)		float
	The filter size to use in pixels. Larger values (e.g. over 2.0) will produce smoother/softer results, while values closer to 1.0 will produce sharper results.
filterType (ft)		int
	The filter type to use. 0 is a Guassian filter, 1 is a triangular filter, 2 is a box filter.
flipU (fu)		bool
	Flip the U coordinate of the generated image.
flipV (fv)		bool
	Flip the V coordinate of the generated image.Flag can appear in Create mode of commandFlag can have multiple arguments, passed either as a tuple or a list.
ignoreMirroredFaces (imf)		bool
	Stops reverse wound (i.e. mirrored) faces from contributing to the map generation.
ignoreTransforms (it)		bool
	Controls whether transforms are used (meaning the search is performed in worldspace), or not (meaning the search is performed in object space).
mapHeight (mh)		int
	Pixel width of the generated map. This must be included once for every output map specified.
mapMaterials (mm)		bool
	Where appropriate (e.g. normal maps), this controls whether the material should be included when sampling the map attribute. This must be included once for every output map specified.
mapOutput (mo)		unicode
	Specifies a new output map to create. One of “normal”, “displacement” “diffuseRGB”, “litAndShadedRGB”, or “alpha”
mapSpace (sp)		unicode
	The space to generate the map in. Valid keyword is “object”. Default is tangent space. This must be included once for every output map specified.
mapWidth (mw)		int
	Pixel width of the generated map. Some output image formats require even or power of 2. This must be included once for every output map specified.
maxSearchDistance (msd)		float
	Controls the maximum distance away from a target surface that will be searched for source surfaces. A value of 0 indicates no limit. When generated maps include artifacts from the “other side” of an object, try setting this value to a distance approximately equal to the radius of the object. If this flag is included, it must be included once for every target.
maximumValue (max)		float
	The maximum value to include in the map. This allows control of how floating point values (like displacement) are quantised into integer image formats.
overscan (os)		int
	The number of additional pixels to render around UV borders. This will help to minimise texel filtering artifacts on UV seams. When mipmaps are going to be generated for the texture a higher value may be necessary (in addition to a filterSize greater than 1).
searchCage (sc)		unicode
	Specifies a search envelope surface to use as a search guide when looking for source surfaces. If this flag is included, it must be included once for every target.
searchMethod (sm)		int
	Controls the search method used to match sample points on a target surface to points on the sources. 0 is closest to envelope, 1 is prefer any intersection inside envelope to intersections outside it, and 2 is only use intersections inside envelope.
searchOffset (so)		float
	Specifies a fixed offset from a target surface to use as the starting point when looking for source surfaces. This value is only used when no search cage is specified for a given target. If this flag is included, it must be included once for every target.
shadows (sh)		bool
	Where appropriate (e.g. lit and shaded), this controls whether shadows are included in the calculation. Currently only depth map shadows are supported.
source (s)		unicode
	Specifies a surface to use as a sampling source
sourceUVSpace (sus)		unicode
	Specifies that the transfer of data between the surfaces should be done in UV space and specifies the name of the UV set on the source surface(s) that should be used as the transfer space.
superSampling (ss)		int
	Controls the number of sampling points calculated for each output value. The algorithm will use 2 ^ n squared samples for each point (so a value of 0 will use a single sample, while a value of 3 will calculate 64 samples for each point).
target (t)		unicode
	Specified a surface to sample output information for.
targetUVSpace (tus)		unicode
	Specifies that the transfer of data between the surfaces should be done in UV space and specifies the name of the UV set on the target surface(s) that should be used as the transfer space.
useGeometryNormals (ugn)		bool
	Controls whether geometry or surface normals are used for surface searching. Using geometry normals will ensure a smooth mapping but can introduce distorted mappings where there are large distances between the source and target surfaces. Surface normals can introduce overlapping or discontinuous mappings, but does allow map distortion to be influenced by surface normal direction.
uvSet (uv)		unicode
	The name of the UV set to use when creating output maps. If this flag is included, it must be included once for every target.

Derived from mel command maya.cmds.surfaceSampler

Example:

import pymel.core as pm

import maya.cmds as cmds

# Generate an object space normal map of a cube onto a sphere called test.dds
pm.surfaceSampler( mapOutput='normal', filename='C:/test', fileFormat='dds', source='pCube1', target='pSphere1', uv='map1' )