Circular stop in a rectangular frame.

Specialization of OpticalElement

Details

ApertureStop represents an infinite, opaque plane with a circular aperture in the middle with adjustable diameter. The outer rectangular frame size can also be adjusted for representation purposes in the 3D views of the element, but this has no effect on how much light is blocked.

Properties

Name	Description	Default	Units
ApertureStop
radius	Aperture radius	0.025	m
diameter	Aperture diameter	0.05	m
width	Width of the stop mask	0.075	m
height	Height of the stop mask	0.075	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
stopSurf: ApertureStopBoundary(CircularFlat, ReflectiveEMInterface)

An optical bench with four legs.

Specialization of Element

Properties

Name	Description	Default	Units
BenchElement
height	Height of the table	1	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Rectangular prism with adjustable dimensions.

Specialization of Element

Properties

Name	Description	Default	Units
BlockElement
length	Length (X dimension) of the block	1.0	m
width	Width (Y dimension) of the block	1.0	m
height	Height (Z dimension) of the block	1.0	m
wireFrame	Represent as wireframe only	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Circular window with thickness and a refractive index.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
CircularWindow
thickness	Thickness of the window	0.01	m
radius	Radius of the window	0.025	m
diameter	Diameter of the window	0.05	m
n	Refractive index of the window	1.5
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
inputFace: CircularWindowBoundary(CircularFlat, DielectricEMInterface)

outputFace: CircularWindowBoundary(CircularFlat, DielectricEMInterface)

Lens with surfaces given by conic curves.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
ConicLens
thickness	Thickness of the lens	0.01	m
radius	Radius of the lens	0.025	m
diameter	Diameter of the lens	0.05	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
n	Refractive index	1.5
curvature	Radius of curvature of both surfaces	0.05	m
focalLength	Focal length of both surfaces	0.05	m
conic	Conic constant (K) of both surfaces	0
frontCurvature	Radius of curvature of the front surface	0.1	m
frontFocalLength	Focal length of the front surface	0.05	m
frontConic	Conic constant (K) of the front surface	0
backCurvature	Radius of curvature of the front surface	0.1	m
backFocalLength	Focal length of the back surface	0.05	m
backConic	Conic constant (K) of the back surface	0
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
inputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

outputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

Circular mirror with a surface given by a conic curve.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
ConicMirror
thickness	Thickness of the mirror	0.01	m
radius	Radius of the mirror	0.1	m
diameter	Diameter of the mirror	0.2	m
curvature	Radius of curvature of the mirror	0.5	m
focalLength	Focal length of the mirror	0.25	m
conic	Conic constant (K) of the reflective surface	0
hole	Radius of the central hole	0.0	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
vertexRelative	Positioning is relative to the vertex of the reflective surface	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
refSurf: ConicMirrorBoundary(Conic(0.000000), ReflectiveEMInterface)

Generic detector with rectangular pixels.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
Detector
pixelWidth	Horizontal size of the pixel	1.5e-05	m
pixelHeight	Vertical size of the pixel	1.5e-05	m
cols	Number of pixels in the horizontal direction	512
rows	Number of pixels in the vertical direction	512
flip	Flip detector 180º around the X axis	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Optical surfaces

 
detSurf: DetectorBoundary(RectangularFlat, [no interface])

Elliptic mirror with a flat surface.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
FlatMirror
thickness	Thickness of the mirror	0.01	m
radius	Radius of the mirror	0.025	m
diameter	Diameter of the mirror	0.05	m
width	Width of the mirror	0.05	m
height	Height of the mirror	0.05	m
vertexRelative	Positioning is relative to the vertex of the reflective surface	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
refSurf: FlatMirrorBoundary(CircularFlat, ReflectiveEMInterface)

Ideal (paraxial) lens with null thickness.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
IdealLens
radius	Radius of the lens	0.025	m
diameter	Diameter of the lens	0.05	m
focalLength	Focal length	1.0	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
lensSurface: IdealLensBoundary(CircularFlat, ParaxialEMInterface)

Rectangular grid of microlenses.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
LensletArray
conic	Conic constant (K) of the lens surface	0.0
thickness	Thickness of the microlenses	0.01	m
width	Horizontal dimension of the array	0.1	m
height	Vertical dimension of the array	0.1	m
cols	Number of microlenses in the horizontal direction	10
rows	Number of microlenses in the vertical direction	10
curvature	Radius of curvature of the microlenses	0.5	m
focalLength	Focal length of the microlenses	0.5	m
n	Refractive index of the microlenses	1.5
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
inputFace: LensletArrayBoundary(Array(Conic(0.000000), 10, 10), DielectricEMInterface)

outputFace: LensletArrayBoundary(Array(Conic(0.000000), 10, 10), DielectricEMInterface)

Flat obstacle to the passage of light.

Specialization of OpticalElement

Details

Obstruction is an element that can be used to model arbitrary 2D obscurations in the light path. Usually, Obstruction is instanced with the path of a grayscale PNG image file, in which the intensity of each pixel encodes a transmission probability in that location: shades of gray vary the transmission from no transmission (black) to full transmission (white).

Although there is freedom in the choice of a bit depth of the image, RayZaler will only take into account the 16 most significant bits of the pixel value.

If no path is specified, Obstruction represents a perfectly circular opaque disc. In any case, properties radius or diameter can be used to normalize the largest dimension (width or height) of the obstruction shape to a physical size.

Properties

Name	Description	Default	Units
Obstruction
radius	Radius or half-length of the largest obstacle dimension	0.025	m
diameter	Diameter or length of the lrgest obstacle dimension	0.05	m
file	Path to the PNG file containing the shape of the obstace
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Optical surfaces

 
stopSurf: ObstructionBoundary(CircularFlat, DummyEMInterface)

Lens with parabolic surface.

Specialization of ConicLens

Properties

Name	Description	Default	Units
ConicLens
thickness	Thickness of the lens	0.01	m
radius	Radius of the lens	0.025	m
diameter	Diameter of the lens	0.05	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
n	Refractive index	1.5
curvature	Radius of curvature of both surfaces	0.1	m
focalLength	Focal length of both surfaces	0.1	m
conic	Conic constant of the lens (overriden)	-1
frontCurvature	Radius of curvature of the front surface	0.1	m
frontFocalLength	Focal length of the front surface	0.05	m
frontConic	Conic constant of the lens (front face, overriden)	-1
backCurvature	Radius of curvature of the front surface	0.1	m
backFocalLength	Focal length of the back surface	0.05	m
backConic	Conic constant of the lens (back face, overriden)	-1
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
inputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

outputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

Mirror with parabolic surface.

Specialization of ConicMirror

Properties

Name	Description	Default	Units
ConicMirror
thickness	Thickness of the mirror	0.01	m
radius	Radius of the mirror	0.1	m
diameter	Diameter of the mirror	0.2	m
curvature	Radius of curvature of the mirror	0.5	m
focalLength	Focal length of the mirror	0.25	m
conic	Conic constant of the mirror (overriden)	-1
hole	Radius of the central hole	0.0	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
vertexRelative	Positioning is relative to the vertex of the reflective surface	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
refSurf: ConicMirrorBoundary(Conic(-1.000000), ReflectiveEMInterface)

Circular phase screen with irregular height described through Zernike polynomials.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
PhaseScreen
Z0	Coefficient for polynomial $Z_{0}$	0.0	m
Z1	Coefficient for polynomial $Z_{1}$	0.0	m
Z2	Coefficient for polynomial $Z_{2}$	0.0	m
Z3	Coefficient for polynomial $Z_{3}$	0.0	m
Z4	Coefficient for polynomial $Z_{4}$	0.0	m
Z5	Coefficient for polynomial $Z_{5}$	0.0	m
Z6	Coefficient for polynomial $Z_{6}$	0.0	m
Z7	Coefficient for polynomial $Z_{7}$	0.0	m
Z8	Coefficient for polynomial $Z_{8}$	0.0	m
Z9	Coefficient for polynomial $Z_{9}$	0.0	m
Z10	Coefficient for polynomial $Z_{10}$	0.0	m
Z11	Coefficient for polynomial $Z_{11}$	0.0	m
Z12	Coefficient for polynomial $Z_{12}$	0.0	m
Z13	Coefficient for polynomial $Z_{13}$	0.0	m
Z14	Coefficient for polynomial $Z_{14}$	0.0	m
Z15	Coefficient for polynomial $Z_{15}$	0.0	m
Z16	Coefficient for polynomial $Z_{16}$	0.0	m
Z17	Coefficient for polynomial $Z_{17}$	0.0	m
Z18	Coefficient for polynomial $Z_{18}$	0.0	m
Z19	Coefficient for polynomial $Z_{19}$	0.0	m
Z20	Coefficient for polynomial $Z_{20}$	0.0	m
Z21	Coefficient for polynomial $Z_{21}$	0.0	m
Z22	Coefficient for polynomial $Z_{22}$	0.0	m
Z23	Coefficient for polynomial $Z_{23}$	0.0	m
Z24	Coefficient for polynomial $Z_{24}$	0.0	m
Z25	Coefficient for polynomial $Z_{25}$	0.0	m
Z26	Coefficient for polynomial $Z_{26}$	0.0	m
Z27	Coefficient for polynomial $Z_{27}$	0.0	m
Z28	Coefficient for polynomial $Z_{28}$	0.0	m
Z29	Coefficient for polynomial $Z_{29}$	0.0	m
Z30	Coefficient for polynomial $Z_{30}$	0.0	m
Z31	Coefficient for polynomial $Z_{31}$	0.0	m
Z32	Coefficient for polynomial $Z_{32}$	0.0	m
Z33	Coefficient for polynomial $Z_{33}$	0.0	m
Z34	Coefficient for polynomial $Z_{34}$	0.0	m
Z35	Coefficient for polynomial $Z_{35}$	0.0	m
Z36	Coefficient for polynomial $Z_{36}$	0.0	m
Z37	Coefficient for polynomial $Z_{37}$	0.0	m
Z38	Coefficient for polynomial $Z_{38}$	0.0	m
Z39	Coefficient for polynomial $Z_{39}$	0.0	m
Z40	Coefficient for polynomial $Z_{40}$	0.0	m
Z41	Coefficient for polynomial $Z_{41}$	0.0	m
Z42	Coefficient for polynomial $Z_{42}$	0.0	m
Z43	Coefficient for polynomial $Z_{43}$	0.0	m
Z44	Coefficient for polynomial $Z_{44}$	0.0	m
Z45	Coefficient for polynomial $Z_{45}$	0.0	m
Z46	Coefficient for polynomial $Z_{46}$	0.0	m
Z47	Coefficient for polynomial $Z_{47}$	0.0	m
Z48	Coefficient for polynomial $Z_{48}$	0.0	m
Z49	Coefficient for polynomial $Z_{49}$	0.0	m
Z50	Coefficient for polynomial $Z_{50}$	0.0	m
Z51	Coefficient for polynomial $Z_{51}$	0.0	m
Z52	Coefficient for polynomial $Z_{52}$	0.0	m
Z53	Coefficient for polynomial $Z_{53}$	0.0	m
Z54	Coefficient for polynomial $Z_{54}$	0.0	m
Z55	Coefficient for polynomial $Z_{55}$	0.0	m
Z56	Coefficient for polynomial $Z_{56}$	0.0	m
Z57	Coefficient for polynomial $Z_{57}$	0.0	m
Z58	Coefficient for polynomial $Z_{58}$	0.0	m
Z59	Coefficient for polynomial $Z_{59}$	0.0	m
radius	Radius of the phase screen	0.025	m
diameter	Diameter of the phase screen	0.05	m
ni	Input refractive index	1.0
no	Output refractive index	1.5
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
interface: PhaseScreenBoundary(CircularFlat, ParaxialZernikeEMInterface)

Rectangular aperture in a rectangular frame.

Specialization of OpticalElement

Properties

Name	Description	Default	Units
RectangularStop
borderWidth	Horizontal size of the frame	0.1	m
borderHeight	Vertical size of the frame	0.1	m
width	Horizontal size of the aperture	0.075	m
height	Vertical size of the aperture	0.075	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
stopSurf: RectangularStopBoundary(RectangularFlat, ReflectiveEMInterface)

Solid bar with circular section.

Specialization of Element

Properties

Name	Description	Default	Units
RodElement
length	Length of the rod	0.05	m
diameter	Diameter of the section	0.003	m
radius	Radius of the section	0.0015	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Lens with spherical surface.

Specialization of ConicLens

Properties

Name	Description	Default	Units
ConicLens
thickness	Thickness of the lens	0.01	m
radius	Radius of the lens	0.025	m
diameter	Diameter of the lens	0.05	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
n	Refractive index	1.5
curvature	Radius of curvature of both surfaces	0.1	m
focalLength	Focal length of both surfaces	0.1	m
conic	Conic constant of the lens (overriden)	0
frontCurvature	Radius of curvature of the front surface	0.1	m
frontFocalLength	Focal length of the front surface	0.05	m
frontConic	Conic constant of the lens (front face, overriden)	0
backCurvature	Radius of curvature of the front surface	0.1	m
backFocalLength	Focal length of the back surface	0.05	m
backConic	Conic constant of the lens (back face, overriden)	0
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
inputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

outputSurface: ConicLensBoundary(Conic(0.000000), DielectricEMInterface)

Mirror with spherical surface.

Specialization of ConicMirror

Properties

Name	Description	Default	Units
ConicMirror
thickness	Thickness of the mirror	0.01	m
radius	Radius of the mirror	0.1	m
diameter	Diameter of the mirror	0.2	m
curvature	Radius of curvature of the mirror	0.5	m
focalLength	Focal length of the mirror	0.25	m
conic	Conic constant of the mirror (overriden)	0
hole	Radius of the central hole	0.0	m
x0	X-axis offset	0	m
y0	Y-axis offset	0	m
vertexRelative	Positioning is relative to the vertex of the reflective surface	False
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

Optical surfaces

 
refSurf: ConicMirrorBoundary(Conic(0.000000), ReflectiveEMInterface)

Arbitrary mesh from a STL file.

Specialization of Element

Properties

Name	Description	Default	Units
StlMesh
file	Path of the STL mesh
units	Physical length of the units of the STL mesh	0.001	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Flat mount supported by 3 legs with adjustable heights, forming an isosceles triangle.

Specialization of Element

Properties

Name	Description	Default	Units
Tripod
leg1	Height of the first leg	0.02
leg2	Height of the second leg	0.02
leg3	Height of the third leg	0.02
radius	Radius of the circumscribing circle	0.042	m
diameter	Diameter of the circumscribing circle	0.084	m
angle	Angle of the vertex of the triangle	70	deg
legDiameter	Diameter of the legs	0.006	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1

Reference frames

A hollow tube with circular section and open ends.

Specialization of Element

Properties

Name	Description	Default	Units
TubeElement
length	Length of the tube	0.05	m
innerDiameter	Inner diameter	0.0015	m
outerDiameter	Outer diameter	0.003	m
Element
blue	Blue channel of the solid color of the element	0.25	0..1
green	Green channel of the solid color of the element	0.25	0..1
red	Red channel of the solid color of the element	0.25	0..1
shiny	Specular component intensity	63	0..127
specBlue	Blue channel of the specular color of the element	0.25	0..1
specGreen	Green channel of the specular color of the element	0.25	0..1
specRed	Red channel of the specular color of the element	0.25	0..1