"wrapped specular map"

ClassReflectance
Synopsis Approximation of mirror reflecting materials using ray tracing, supporting reflection with the specular and mirror factors determined by image maps.
Arguments

"ambient factor" Description: The amount of ambient reflection.
Default:0.1
Hint:[ 0, 1 ]
"diffuse factor" Description: The amount of diffuse reflection.
Default:0.1
Hint:[ 0, 1 ]
"min specular factor" Description: The amount of specular reflection when the value read from the specular map is 0.
Default:0.0
Hint:[ 0, 1 ]
"max specular factor" Description: The amount of specular reflection when the value read from the specular map is 1.
Default:1.0
Hint:[ 0, 1 ]
"mirror factor" Description: The amount of mirror reflection.
Default:0.8
Hint:[ 0, 1 ]
"min roughness" Description: The sharpness of specular reflection highlights when the value read from the specular map is 1. The reflection is made sharper with small values for the roughness, such as 0.1. Larger values, such as 1.0, decrease the specular fall-off.
Default:0.0625
Hint:[ 0.001, 1 ]
"max roughness" Description: The sharpness of specular reflection highlights when the value read from the specular map is 0. The reflection is made sharper with small values for the roughness, such as 0.1. Larger values, such as 1.0, decrease the specular fall-off.
Default:0.0625
Hint:[ 0.001, 1 ]
"image" Description: An image to be used for the reflectivity map. Note that if you using a reflectivity map and a specular map then they should be the same size for best results. If they are different sizes the blend will still work but note that the specular map will be scaled to match the reflectivity map.
Default:NULL
Hint:-
"file name" Description: Filename of an image to be used for the reflectivity map. Note that if you using a reflectivity map and a specular map then they should be the same size for best results. If they are different sizes the blend will still work but note that the specular map will be scaled to match the reflectivity map.
Default:NULL
Hint:-
"specular map image" Description: An image to be used for the specular map. Note that if you using a reflectivity map and a specular map then they should be the same size for best results. If they are different sizes the blend will still work but note that the specular map will be scaled to match the reflectivity map.
Default:NULL
Hint:-
"specular map file name" Description: Filename of an image to be used for the specular map. Note that if you using a reflectivity map and a specular map then they should be the same size for best results. If they are different sizes the blend will still work but note that the specular map will be scaled to match the reflectivity map.
Default:NULL
Hint:-
"scale" Description: Controls how many times the image textures will repeat (over a given area).
Default:1.0
Hint:[ 0.01, 1000 ]
"aspect ratio" Description: Allows the aspect ratio (the width divided by the height) of the textures to be altered (this should normally be the aspect ratio of the original images to avoid it appearing squashed when rendered).
Default:1.0
Hint:[ 0.01, 1000 ]
"width" Description: The width of the image files.
Default:1.0
Hint:
"height" Description: The height of the image files.
Default:1.0
Hint:
"softness" Description: Controls the degree of blurring on the image textures.
Default:1.0
Hint:-
"use mirror map alpha channel" Description: Use the alpha channel of the mirror map image or file as the mirror map source.
Default:FALSE
Hint:-
"use specular map alpha channel" Description: Use the alpha channel of the specular map image or file as the mirror map source.
Default:FALSE
Hint:-
"specular factor interpolator" Description: Type of float mapping function applied to the value read from the specular map to compute the actual specular factor.
Default:LI_FLOAT_MAPPING_TYPE_LINEAR
Hint:-
"specular factor interpolator parameter" Description: Additional argument used by some specular factor interpolators.
Default:0.5
Hint:-
"roughness interpolator" Description: Type of float mapping function applied to the value read from the specular map to compute the actual roughness factor.
Default:LI_FLOAT_MAPPING_TYPE_LINEAR
Hint:-
"roughness interpolator parameter" Description: Additional argument used by some roughness factor interpolators.
Default:0.5
Hint:-
"invert mirror map alpha" Description: Invert the masking behaviour of the mirror map.
Default:FALSE
Hint:-
"invert specular map alpha" Description: Invert the masking behaviour of the specular map.
Default:FALSE
Hint:-

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