FurFeedback

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FurFeedback node provides a visual representation of the fur attributes for corresponding fur description.

FurAttractors, FurCurveAttractors, FurDescription, FurGlobals, furPointOnMeshInfo, furPointOnSubd

Attributes (312)

Attribute quick index omitted (too many attributes to show them all).

Long name (short name)	Type	Default	Flags
inputSurface (is)	nurbsSurface	NULL
Input surface.
inputMesh (imsh)	mesh	NULL
The input mesh.
realUSamples (rus)	integer	32
Set the number of U Samples to define how many fur feedback hairs display on the surface.
realVSamples (rvs)	integer	32
Set the number of V Samples to define how many fur feedback hairs display on the surface.
uSamples (us)	integer	32
Set the number of U Samples to define how many fur feedback hairs display on the surface.
vSamples (vs)	integer	32
Set the number of V Samples to define how many fur feedback hairs display on the surface
flipNormals (fn)	bool	false
Reverse the fur feedback normal.
hairs (h)	pointArray	NULL
This is used to store hair's vertex information.
furAccuracy (ha)	float	0.0
Set how closely the fur feedback resembles the appearance of the final rendered fur. A value of 0 represents the hairs as straight lines, regardless of any curl, scraggle, or attraction. A value of 1 uses the same number of segments for each hair in the fur feedback that will be used for the actual render, but significantly slows interaction
furGlobalScale (fgs)	float	1.0
Define to scale the fur feedback uniformly. This is used to adjust the Base Width, Tip Width, Length, and Offset values by a common factor (including mapped values).
attractorGlobalScale (ags)	float	1.0
Defines to adjust the Radius, Power, Influence, and Length values by a common factor (including mapped values).
exportAttr (ea)	string	n/a
attribute to export.
exportFile (ef)	string	n/a
file to export.
exportWidth (ew)	integer	256
Set attribute map width.
exportHeight (eh)	integer	256
Set attribute map height.
colorFeedbackEnabled (cfe)	bool	false
Sets the color of the fur feedback to be the same as the actual fur color for the fur description.
attractors (atr)	compound	n/a
Defines to connect without data flow between individual attractor and attractor set.
AttractorModel (amd)	enum	0
Defines the type of attractor. 0-Local Each hair mimics the closest attractor(s) within the defined radius. 1-Global Each hair grows towards the closest attractor(s) within the defined radius.
AttractorsPerHair (aph)	integer	1
Defines the number of attractors a hair should be influenced by. e.g. 1 Every hair is influenced by one attractor closest to it. 2 Every hair is influenced by two attractors closest to it. 3 Every hair is influenced by three attractors closest to it
drawAttractors (drat)	bool	false
true: Display feedback indicating that attractors are attached to the surface. false: Don't Display feedback indicating that attractors are attached to the surface.
Length (dl)	distance (double)	1.0cm
Defines the fur feedback length in world units.
LengthSamples (ls)	double	0.0
Used to store fur feedback length samples.
LengthMap (lm)	string	n/a
Used to map values for fur feedback attribute "Length" by importing file textures.
LengthMapOffset (lmo)	distance (double)	0.0cm
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
LengthMapMult (lmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
LengthNoise (ln)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
LengthNoiseFreq (lnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
LengthSamplesDirty (lsd)	integer	0.0
Defines to set length samples dirty
LengthMapDirty (lmd)	integer	0.0
Defines to set length map dirty
Inclination (din)	float	0.0
Sets the amount of fur feedback inclination. 0.0-No inclination. The fur is fully erect (normal to the surface). This is the default. 0.5-Partial inclination. 1.0- Fully inclined. The fur lies flat (tangent to the surface at the root).
InclinationSamples (ins)	double	0.0
Used to store fur feedback inclination samples.
InclinationMap (inm)	string	n/a
Used to map values for fur feedback attribute "Inclination" by importing file textures.
InclinationMapOffset (inmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
InclinationMapMult (inmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
InclinationNoise (inn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
InclinationNoiseFreq (innf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
InclinationSamplesDirty (insd)	integer	0.0
Defines to set inclination samples dirty
InclinationMapDirty (inmd)	integer	0.0
Defines to set inclination map dirty
Roll (drl)	float	0.5
Rotates the fur feedback about the surface V axis. You can achieve almost any fur feedback angle using Polar and Inclination, so use this option only when the fur feedback has curl and you want the curls to lie flat. 0.0-90 degree rotation. 0.5-No rotation. This is the default.1.0-90 degree rotation.
RollSamples (rls)	double	0.0
Used to store fur feedback roll samples.
RollMap (rlm)	string	n/a
Used to map values for fur feedback attribute "Roll" by importing file textures.
RollMapOffset (rlmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
RollMapMult (rlmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
RollNoise (rln)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
RollNoiseFreq (rlnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
RollSamplesDirty (rlsd)	integer	0.0
Defines to set roll samples dirty
RollMapDirty (rlmd)	integer	0.0
Defines to set roll map dirty
Polar (dpo)	float	0.5
Rotates the fur feedback about the surface normal. 0.0-180 degree rotation. 0.5-No rotation. This is the default. 1.0-180 degree rotation.
PolarSamples (pos)	double	0.0
Used to store fur feedback polar samples.
PolarMap (pom)	string	n/a
Used to map values for fur feedback attribute "Polar" by importing file textures.
PolarMapOffset (pomo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
PolarMapMult (pomm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
PolarNoise (pon)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
PolarNoiseFreq (ponf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
PolarSamplesDirty (posd)	integer	0.0
Defines to set polar samples dirty
PolarMapDirty (pomd)	integer	0.0
Defines to set polar map dirty
Baldness (db)	float	1.0
Defines how much fur feedback is on the surface. 1.0-Full fur 0.0-Total baldness.
BaldnessSamples (bs)	double	0.0
Used to store fur feedback baldness samples.
BaldnessMap (bm)	string	n/a
Used to map values for fur feedback attribute "Baldness" by importing file textures.
BaldnessMapOffset (bmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
BaldnessMapMult (bmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
BaldnessNoise (bn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
BaldnessNoiseFreq (bnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
BaldnessSamplesDirty (bsd)	integer	0.0
Defines to set baldness samples dirty
BaldnessMapDirty (bmd)	integer	0.0
Defines to set baldness map dirty
BaseOpacity (dbo)	float	1.0
Defines the opacity of the fur feedback base. 0.0-Completely transparent base. 1.0-Completely opaque base.
BaseOpacitySamples (bos)	double	0.0
Used to store fur feedback base opacity samples.
BaseOpacityMap (bom)	string	n/a
Used to map values for fur feedback attribute "BaseOpacity" by importing file textures.
BaseOpacityMapOffset (bomo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
BaseOpacityMapMult (bomm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
BaseOpacityNoise (bon)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
BaseOpacityNoiseFreq (bonf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
BaseOpacitySamplesDirty (bosd)	integer	0.0
Defines to set base opacity samples dirty
BaseOpacityMapDirty (bomd)	integer	0.0
Defines to set base opacity map dirty
TipOpacity (dto)	float	1.0
Defines the opacity of the fur feedback tip. 0.0-Completely transparent tip. 1.0-Completely opaque tip.
TipOpacitySamples (tos)	double	0.0
Used to store fur feedback tip opacity samples.
TipOpacityMap (tom)	string	n/a
Used to map values for fur feedback attribute "TipOpacity" by importing file textures.
TipOpacityMapOffset (tomo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
TipOpacityMapMult (tomm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
TipOpacityNoise (ton)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
TipOpacityNoiseFreq (tonf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
TipOpacitySamplesDirty (tosd)	integer	0.0
Defines to set tip opacity samples dirty
TipOpacityMapDirty (tomd)	integer	0.0
Defines to set tip opacity map dirty
BaseCurl (dbcl)	float	0.50
Defines the amount of curl at the base of the fur feedback. The fur feedback tip is not influenced by this value. 0.0- Half-circle curl to one side. 0.5-No curl. 1.0-Half-circle curl to the other side.
BaseCurlSamples (bcls)	double	0.0
Used to store fur feedback base curl samples.
BaseCurlMap (bclm)	string	n/a
Used to map values for fur feedback attribute "BaseCurl" by importing file textures.
BaseCurlMapOffset (bclmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
BaseCurlMapMult (bclmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
BaseCurlNoise (bcln)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
BaseCurlNoiseFreq (bclnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
BaseCurlSamplesDirty (bclsd)	integer	0.0
Defines to set base curl samples dirty
BaseCurlMapDirty (bclmd)	integer	0.0
Defines to set base curl map dirty
TipCurl (dtcl)	float	0.5
Defines the amount of curl at the tip of the fur feedback. The fur feedback base is not influenced by this value. 0.0-Half-circle curl to one side. 0.5-No curl. 1.0- Half-circle curl to the other side
TipCurlSamples (tcls)	double	0.0
Used to store fur feedback tip curl samples.
TipCurlMap (tclm)	string	n/a
Used to map values for fur feedback attribute "TipCurl" by importing file textures.
TipCurlMapOffset (tclmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
TipCurlMapMult (tclmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
TipCurlNoise (tcln)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
TipCurlNoiseFreq (tclnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
TipCurlSamplesDirty (tclsd)	integer	0.0
Defines to set tip curl samples dirty
TipCurlMapDirty (tclmd)	integer	0.0
Defines to set tip curl map dirty
BaseWidth (dbw)	distance (double)	0.05cm
Defines the width of each hair feedback at the base, in world units.
BaseWidthSamples (bws)	double	0.0
Used to store fur feedback base width samples.
BaseWidthMap (bwm)	string	n/a
Used to map values for fur feedback attribute "BaseWidth" by importing file textures.
BaseWidthMapOffset (bwmo)	distance (double)	0.0cm
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
BaseWidthMapMult (bwmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
BaseWidthNoise (bwn)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
BaseWidthNoiseFreq (bwnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
BaseWidthSamplesDirty (bwsd)	integer	0.0
Defines to set base width samples dirty
BaseWidthMapDirty (bwmd)	integer	0.0
Defines to set base width map dirty
TipWidth (dtw)	distance (double)	0.03cm
Defines the width of each hair feedback at the tip, in world units.
TipWidthSamples (tws)	double	0.0
Used to store fur feedback tip width samples.
TipWidthMap (twm)	string	n/a
Used to map values for fur feedback attribute "TipWidth" by importing file textures.
TipWidthMapOffset (twmo)	distance (double)	0.0cm
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
TipWidthMapMult (twmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
TipWidthNoise (twn)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
TipWidthNoiseFreq (twnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
TipWidthSamplesDirty (twsd)	integer	0.0
Defines to set tip width samples dirty
TipWidthMapDirty (twmd)	integer	0.0
Defines to set tip width map dirty
Scraggle (ds)	float	0.0
Defines how crooked the fur feedback is. 0.0-No scraggle. 1.0-Full scraggle.
ScraggleSamples (ss)	double	0.0
Used to store fur feedback scraggle samples.
ScraggleMap (sm)	string	n/a
Used to map values for fur feedback attribute "Scraggle" by importing file textures.
ScraggleMapOffset (smo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
ScraggleMapMult (smm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
ScraggleNoise (sn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
ScraggleNoiseFreq (snf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ScraggleSamplesDirty (ssd)	integer	0.0
Defines to set scraggle samples dirty
ScraggleMapDirty (smd)	integer	0.0
Defines to set scraggle map dirty
ScraggleCorrelation (dsco)	float	0.0
Defines how the scraggle of each hair feedback relates to each other hair feedback. 0.0-No correlation, so each hair has a unique scraggle. 1.0-Total correlation, so all hair "scraggle" in exactly the same way.
ScraggleCorrelationSamples (scos)	double	0.0
Used to store fur feedback scraggle correlation samples.
ScraggleCorrelationMap (scom)	string	n/a
Used to map values for fur feedback attribute "ScraggleCorrelation" by importing file textures.
ScraggleCorrelationMapOffset (scomo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
ScraggleCorrelationMapMult (scomm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
ScraggleCorrelationNoise (scon)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
ScraggleCorrelationNoiseFreq (sconf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ScraggleCorrelationSamplesDirty (scosd)	integer	0.0
Defines to set scraggle correlation samples dirty
ScraggleCorrelationMapDirty (scomd)	integer	0.0
Defines to set scraggle correlation map dirty
ScraggleFrequency (dscf)	float	5.0
Defines the amount of change over each length of hair feedback. The higher the value, the more changes there will be along each length of hair feedback (the hair feedback becomes more deformed).
ScraggleFrequencySamples (scfs)	double	0.0
Defines the amount of change over each length of hair feedback. The higher the value, the more changes there will be along each length of hair feedback (the hair feedback becomes more deformed).
ScraggleFrequencyMap (scfm)	string	n/a
Used to map values for fur feedback attribute "ScraggleFrequency" by importing file textures.
ScraggleFrequencyMapOffset (scfmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
ScraggleFrequencyMapMult (scfmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
ScraggleFrequencyNoise (scfn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
ScraggleFrequencyNoiseFreq (scfnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ScraggleFrequencySamplesDirty (scfsd)	integer	0.0
Defines to set scraggle frequency samples dirty
ScraggleFrequencyMapDirty (scfmd)	integer	0.0
Defines to set scraggle frequency map dirty
Segments (dseg)	float	10
Defines the number of segments each fur feedback is comprised of. For smoother curves, use more segments.
SegmentsSamples (segs)	double	0.0
Used to store fur feedback segment samples.
SegmentsMap (segm)	string	n/a
Used to map values for fur feedback attribute "Segments" by importing file textures.
SegmentsMapOffset (segmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
SegmentsMapMult (segmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
SegmentsNoise (segn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
SegmentsNoiseFreq (segnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
SegmentsSamplesDirty (segsd)	integer	0.0
Defines to set segments samples dirty
SegmentsMapDirty (segmd)	integer	0.0
Defines to set segments map dirty
Attraction (dat)	float	1.0
Defines the amount of attraction this fur feedback has towards attractors. 0.0 No attraction. 1.0 Full attraction.
AttractionSamples (ats)	double	0.0
Used to store fur feedback attraction samples.
AttractionMap (atm)	string	n/a
Used to map values for fur feedback attribute "Attraction" by importing file textures.
AttractionMapOffset (atmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
AttractionMapMult (atmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
AttractionNoise (atn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
AttractionNoiseFreq (atnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
AttractionSamplesDirty (atsd)	integer	0.0
Defines to set attraction samples dirty
AttractionMapDirty (atmd)	integer	0.0
Defines to set attraction map dirty
Offset (dofs)	distance (double)	0.0cm
Defines how much to offset the fur feedback (in world units) from the surface it is attached to. When the Offset value is 0, the roots of the fur feedback start growing from the surface. When the value is less than zero, the roots start growing from inside the surface. When the value is greater than zero, the roots start growing from outside the surface
OffsetSamples (ofss)	double	0.0
Used to store fur feedback offset samples.
OffsetMap (ofsm)	string	n/a
Used to map values for fur feedback attribute "Offset" by importing file textures.
OffsetMapOffset (ofsmo)	distance (double)	0.0cm
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
OffsetMapMult (ofsmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
OffsetNoise (ofsn)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
OffsetNoiseFreq (ofsnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
OffsetSamplesDirty (ofssd)	integer	0.0
Defines to set offset samples dirty
OffsetMapDirty (ofsmd)	integer	0.0
Defines to set offset map dirty
Clumping (dc)	float	0.0
The degree to which the hairs are pulled in towards the centreof the clump. The higher the clumping value, the more the hairs are pulled in. The defaultis 0, which means no clumping.
ClumpingSamples (cs)	double	0.0
Used to store fur feedback clumping samples.
ClumpingMap (cm)	string	n/a
Used to map values for fur feedback attribute "Clumping" by importing file textures.
ClumpingMapOffset (cmo)	float	0.0
Used to set the factor to offset the fur feedback attribute. The initial map is between 0 and 1.
ClumpingMapMult (cmm)	float	0.0
Used to set the factor to multiply the value. The initial map is between 0 and 1.
ClumpingNoise (cn)	float	0.0
Used to set the noise value for the attribute. A value of 0 produces no noise.
ClumpingNoiseFreq (cnf)	float	0.0
Used to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ClumpingSamplesDirty (csd)	integer	0.0
Used to set clumping samples dirty
ClumpingMapDirty (cmd)	integer	0.0
Used to set clumping map dirty
ClumpingFrequency (dcf)	float	0.0
Controls how many clumps occur across the surface. The higher the frequency, the greater the number, and therefore smaller-sized, clumps. The default is 0.0.As you increase the Clumping Frequency, the rendering time increases.
ClumpingFrequencySamples (cfs)	double	0.0
Used to store fur feedback clumpingFrequency samples.
ClumpingFrequencyMap (cfm)	string	n/a
Used to map values for fur feedback attribute "ClumpingFrequency" by importing file textures.
ClumpingFrequencyMapOffset (cfmo)	float	0.0
Used to set the factor to offset the fur feedback attribute. The initial map is between 0 and 1.
ClumpingFrequencyMapMult (cfmm)	float	0.0
Used to set the factor to multiply the value. The initial map is between 0 and 1.
ClumpingFrequencyNoise (cfn)	float	0.0
Used to set the noise value for the attribute. A value of 0 produces no noise.
ClumpingFrequencyNoiseFreq (cfnf)	float	0.0
Used to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ClumpingFrequencySamplesDirty (cfsd)	integer	0.0
Used to set clumpingFrequency samples dirty
ClumpingFrequencyMapDirty (cfmd)	integer	0.0
Used to set clumpingFrequency map dirty
ClumpingShape (dcs)	float	0.0
Controls the shape of the curve of the hair as it is attracted to the center of the clump. A value of -10 creates a concave shape and a value of 10 creates a convex shape.
ClumpingShapeSamples (css)	double	0.0
Used to store fur feedback clumpingShape samples.
ClumpingShapeMap (csm)	string	n/a
Used to map values for fur feedback attribute "ClumpingShape" by importing file textures.
ClumpingShapeMapOffset (csmo)	float	0.0
Used to set the factor to offset the fur feedback attribute. The initial map is between 0 and 1.
ClumpingShapeMapMult (csmm)	float	0.0
Used to set the factor to multiply the value. The initial map is between 0 and 1.
ClumpingShapeNoise (csn)	float	0.0
Used to set the noise value for the attribute. A value of 0 produces no noise.
ClumpingShapeNoiseFreq (csnf)	float	0.0
Used to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ClumpingShapeSamplesDirty (cssd)	integer	0.0
Used to set clumpingShape samples dirty
ClumpingShapeMapDirty (csmd)	integer	0.0
Used to set clumpingShape map dirty
BaseColor (dbc)	float3	1.0, 1.0, 1.0
Defines the color of the fur feedback base.
BaseColorR (dbcr)	float	1.0
Defines the Red channel of the fur feedback base.
BaseColorG (dbcg)	float	1.0
Defines the Green channel of the fur feedback base.
BaseColorB (dbcb)	float	1.0
Defines the Blue channel of the fur feedback base.
BaseColorSamples (bcs)	double	0.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
BaseColorMap (bcm)	string	n/a
Used to map values for Fur description attribute "BaseColor" by importing file textures.
BaseColorNoise (bcn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
BaseColorNoiseFreq (bcnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
BaseColorSamplesDirty (bcsd)	integer	0.0
Defines to set base color samples dirty
BaseColorMapDirty (bcmd)	integer	0.0
Defines to set base color map dirty
TipColor (dtc)	float3	1.0, 1.0, 1.0
Defines the color of the fur feedback tip.
TipColorR (dtcr)	float	1.0
Defines the red channel of the fur feedback tip.
TipColorG (dtcg)	float	1.0
Defines the green channel of the fur feedback tip.
TipColorB (dtcb)	float	1.0
Defines the blue channel of the fur feedback tip.
TipColorSamples (tcs)	double	0.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
TipColorMap (tcm)	string	n/a
Used to map values for Fur description attribute "TipColor" by importing file textures.
TipColorNoise (tcn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
TipColorNoiseFreq (tcnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
TipColorSamplesDirty (tcsd)	integer	0.0
Defines to set tip color samples dirty
TipColorMapDirty (tcmd)	integer	0.0
Defines to set tip color map dirty
Radius (dar)	distance (double)	10cm
Used to set the radius in which to search for the closest attractors, in world units. This value can help prevent hairs from being influenced by attractors that are unreasonably far away.
RadiusSamples (ars)	double	0.0
Used to store feedback attractor radius samples.
RadiusMap (arm)	string	n/a
Used to map values for feedback attractor set attribute "Radius" by importing file textures.
RadiusMapOffset (armo)	distance (double)	0.0cm
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
RadiusMapMult (armm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
RadiusNoise (arn)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
RadiusNoiseFreq (arnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
RadiusSamplesDirty (arsd)	integer	0.0
Defines to set radius samples dirty
RadiusMapDirty (armd)	integer	0.0
Defines to set radius map dirty
Power (dap)	float	1.0
Set how feedback attractor will influence the hairs. The value you enter is the power to a falloff function that makes hairs become less influenced at the base of the hair than at the tip. 0.0 The entire length of the hair feedback is influenced. 1.0 Hair is much less influenced at the base.
PowerSamples (aps)	double	0.0
Used to store feedback attractor power samples.
PowerMap (apm)	string	n/a
Used to map values for feedback attractor set attribute "Power" by importing file textures.
PowerMapOffset (apmo)	float	0.0
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
PowerMapMult (apmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
PowerNoise (apn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
PowerNoiseFreq (apnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
PowerSamplesDirty (apsd)	integer	0.0
Defines to set power samples dirty
PowerMapDirty (apmd)	integer	0.0
Defines to set power map dirty
Influence (dai)	float	1.0
Set how much influence the feedback attractor will have on the hairs. The value you enter linearly increases or decreases the influence over the length of the hair feedback. 0.0 No influence. 1.0 Standard influence.
InfluenceSamples (ais)	double	0.0
Used to store feedback attractor influence samples.
InfluenceMap (aim)	string	n/a
Used to map values for feedback attractor set attribute "Influence" by importing file textures.
InfluenceMapOffset (aimo)	float	0.0
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
InfluenceMapMult (aimm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
InfluenceNoise (ain)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
InfluenceNoiseFreq (ainf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
InfluenceSamplesDirty (aisd)	integer	0.0
Defines to set influence samples dirty
InfluenceMapDirty (aimd)	integer	0.0
Defines to set influence map dirty
StartLength (dasl)	distance (double)	0.0cm
Defines to set the point along the hair feedback, in world units, at which the hair feedback will start being influenced. In general, this value should be 0.0, unless you want the hair feedback to grow in its normal direction up to a point along the hair feedback.
StartLengthSamples (asls)	double	0.0
Used to store feedback attractor start length samples.
StartLengthMap (aslm)	string	n/a
Used to map values for feedback attractor set attribute "StartLength" by importing file textures.
StartLengthMapOffset (aslmo)	distance (double)	0.0cm
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
StartLengthMapMult (aslmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
StartLengthNoise (asln)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
StartLengthNoiseFreq (aslnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
StartLengthSamplesDirty (aslsd)	integer	0.0
Defines to set start length samples dirty
StartLengthMapDirty (aslmd)	integer	0.0
Defines to set start length map dirty
EndLength (dael)	distance (double)	5.0cm
Defines to set the point along the hair feedback, in world units, at which the hair will no longer be influenced. For the best effect, this should be at least as large as the longest hair length. With smaller values the tips of the hair feedback will not be influenced.
EndLengthSamples (aels)	double	0.0
Used to store feedback attractor end length samples.
EndLengthMap (aelm)	string	n/a
Used to map values for feedback attractor set attribute "EndLength" by importing file textures.
EndLengthMapOffset (aelmo)	distance (double)	0.0cm
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
EndLengthMapMult (aelmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
EndLengthNoise (aeln)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
EndLengthNoiseFreq (aelnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
EndLengthSamplesDirty (aelsd)	integer	0.0
Defines to set end length samples dirty
EndLengthMapDirty (aelmd)	integer	0.0
Defines to set end length map dirty
ThresholdLength (datl)	distance (double)	0.33cm
Hairs shorter than this value will not be influenced at all. Use this value to prevent short hairs from being influenced while long hairs are influenced.
ThresholdLengthSamples (atls)	double	0.0
Used to store feedback attractor threshold length samples.
ThresholdLengthMap (atlm)	string	n/a
Used to map values for feedback attractor set attribute "ThresholdLength" by importing file textures.
ThresholdLengthMapOffset (atlmo)	distance (double)	0.0cm
Defines to set the factor to offset the feedback attractor attribute value by. The initial map is between 0 and 1.
ThresholdLengthMapMult (atlmm)	distance (double)	1.0cm
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
ThresholdLengthNoise (atln)	distance (double)	0.0cm
Defines to set the noise value for the attribute. A value of 0 produces no noise.
ThresholdLengthNoiseFreq (atlnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
ThresholdLengthSamplesDirty (atlsd)	integer	0.0
Defines to set threshold length samples dirty
ThresholdLengthMapDirty (atlmd)	integer	0.0
Defines to set threshold length map dirty
Unused (dun)	float	1.0
This is an unused hair attribute that can be used as a dummy attribute or for painting some additional attribute not already covered
UnusedSamples (uns)	double	0.0
Used to store fur feedback unused samples.
UnusedMap (unm)	string	n/a
Used to map values for fur feedback attribute "Unused" by importing file textures.
UnusedMapOffset (unmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
UnusedMapMult (unmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
UnusedNoise (unn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
UnusedNoiseFreq (unnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
UnusedSamplesDirty (unsd)	integer	0.0
Defines to set unused samples dirty
UnusedMapDirty (unmd)	integer	0.0
Defines to set unused map dirty
Equalizer (dem)	float	1.0
An equalizer compensates for the uneven distribution of fur caused by uneven parameterization so that fur is evenly distributed across the surface.
EqualizerSamples (ems)	double	0.0
Used to store fur feedback equalizer samples.
EqualizerMap (emm)	string	n/a
Used to map values for fur feedback attribute "Equalizer" by importing file textures.
EqualizerMapOffset (emmo)	float	0.0
Defines to set the factor to offset the fur feedback attribute value by. The initial map is between 0 and 1.
EqualizerMapMult (emmm)	float	1.0
Defines to set the factor to multiply the value. The initial map is between 0 and 1.
EqualizerNoise (emn)	float	0.0
Defines to set the noise value for the attribute. A value of 0 produces no noise.
EqualizerNoiseFreq (emnf)	float	10.0
Defines to set the noise frequency for the attribute. The larger the Noise Frequency, the more variation over a distance or area.
EqualizerSamplesDirty (emsd)	integer	0.0
Defines to set equalizer samples dirty
EqualizerMapDirty (emmd)	integer	0.0
Defines to set equalizer map dirty
mentalRayControls (mrc)	compound	n/a
This is a root of following mental ray attributes.
miOverrideCaustics (oca) bool false Enable caustic settings override for this shape. If this parameter is set, the following caustics settings will override the render settings for this shape node.
miCausticAccuracy (caa) short 64 Caustic accuracy for this shape if miOverrideCaustics is on.
miCausticRadius (car) float 0 Caustic radius for this shape if miOverrideCaustics is on.
miOverrideGlobalIllumination (ogi) bool false Enable global illumination settings override for this shape. If this parameter is set, the following global illumination settings will override the render settings for this shape node.
miGlobillumAccuracy (gia) short 64 Global illumination accuracy for this shape if miOverrideGlobalIllumination is on.
miGlobillumRadius (gir) float 0 Global illumination radius for this shape if miOverrideGlobalIllumination is on.
miOverrideFinalGather (ofg) bool false Enable final gather settings override for this shape. If this parameter is set, the following final gather settings will override the render settings for this shape node.
miFinalGatherRays (fry) integer 1000 Final gather rays for this shape if miOverrideFinalGather is on.
miFinalGatherMinRadius (fmn) float 0 Final gather min radius for this shape if miOverrideFinalGather is on.
miFinalGatherMaxRadius (fmx) float 0 Final gather max radius for this shape if miOverrideFinalGather is on.
miFinalGatherFilter (ffi) short 1 Final gather filter for this shape if miOverrideFinalGather is on.
miFinalGatherView (fgv) bool false Final gather view flag for this shape if miOverrideFinalGather is on.
miOverrideSamples (oos) bool false Override global object sample settings. In addition to global sample settings mental ray supports per-object sample settings. The global mental ray default for all objects in the scene can be set by minObjectSamples and maxObjectSamples on the mental ray options node (miDefaultOptions). Similar attributes on individual shape nodes miMinSamples and miMaxSamples are overriding the global default, within global samples range.
miMinSamples (mins) short -2 Specifies min sample settings for the shape. For all pixels that touch this object, at least pow(2, miMinSamples) samples are taken. miMinSamples lower than the global min samples is ignored.
miMaxSamples (maxs) short 0 Specifies max sample settings for the shape. For all pixels that touch this object, at most pow(2, miMaxSamples) samples are taken. miMaxSamples higher than the global max samples is ignored.
miFinalGatherCast (fgc) bool true The object casts final gather rays if miFinalGatherCast is on, which means that the object participates in final gather.
miFinalGatherReceive (fge) bool true The object receives final gather rays if miFinalGatherReceive is on, which means that the object is not affected by final gathering.
miTransparencyCast (tpc) bool true The object casts transparent rays if miTransparencyCast is on. thus shown through transparent object if ray depth has not been reached the limit.
miTransparencyReceive (tpr) bool true The object receives transparent rays if miTransparencyReceive is on.