slim 1 appearance sl2slim {
instance displacement  "TLd_cell1" "TLd_cell1" {

  previewinfo {
    shadingrate 5
    objectsize 1
    objectshape Sphere
    frame 1
  }
  attribute float ShadingRate {
    default 0
    range {0 1000 .005}
    provider constant
    subtype vslider
    label {Shading Rate}
    description {Controls the quality of the shader evaluation on a per-ensemble basis. If 0, the global value will be used. Generally you'll only want to use this value in the rare case that you want to override the global behavior.}
  }
  attribute string CoordSysTransform {
    default {}
    provider constant
    label {Shader Space}
    description {The coordinate system in which a shader is defined. Most shaders perform important calculations relative to this space and so transforming it affects their appearance. If empty, the shader space is the object space associated with the attached primitive. Place the name of a coordinate system object here to set the shader space for the shader. If you're using file referencing, use the "coordsys" function to translate the name of the coordinate system (eg: [coordsys mtorCoordSysShape10].}
  }
  attribute float Scale {
    default 1
    range {0 100 .01}
    provider constant
    subtype vslider
    description {An additional uniform scale factor applied on top of the optional coordinate system.}
  }
  attribute string CastsShadows {
    default opaque
    range { 
		    Opaque opaque
		    Os Os
		    Shade shade
		    }
    provider constant
    subtype selector
    label {Casts Shadows}
    description {Controls how surfaces shadow other surfaces. Possible values for shadowval are shown below, in order of increasing computational cost. You can optimize rendering time by making surfaces known to be opaque "opaque". To take an object out of consideration during shadow generation, disable the per-object attribute in your modeler. It is important, however, to use "shade" for any surfaces whose shaders modify the opacity of the surface in any patterned way. }
  }
  attribute float displacementbound {
    default 0
    range {0 1000 .0001}
    provider constant
    subtype vslider
    label {Displacement Bound}
    description {This number represents the maximum displacement in shaderspace that your surface will undergo. Be very careful with this parameter as it can dramatically influence rendering times. In particular, make SURE to set this to 0 (zero) if you aren't performing any displacement.}
  }
parameter float Kvoro {
	description {amount to displace. } 
	default {0}
}
parameter float voro_freq {
	description {Feature size } 
	default {1}
}
parameter float voro_step {
	description {Step value size. If the difference between f2 and f1 is less then this value then the result is 0. } 
	default {0.05}
}
parameter float voro_jitter {
	description { Amount to perturb the voroni function } 
	default {0}
}
parameter string PSpace {
	description {Space to transform P for shading calculations } 
	default {shader}
}
parameter float usePref {
	subtype switch 
	default {0}
}
parameter point __Pref {
	display hidden 
	default {1000  0  -1000}
}
parameter float VoroVal {
	display hidden 
	default {0}
}
}
}