> Quote - > If you mean attaching a refract node to the Poser surface and it translates into Lux as glass....it's not working at all. Had to hand edit the material file.

For me the material above computes to the following Lux file (important parts only):

#----->   luxball_new_1/material:glass    <-----

MakeNamedMaterial "luxball_new_1/material:glass" "string type" ["glass"]

"string Kr" ["0.024222943199534778, 1.0, 0.22331043694287706"]

"color Kt" [0.215686276555 0.54509806633 1.0]

"float index" [1.5]

"float cauchyb" [0.20000000298]

"float filmindex" [0.850000023842]

######################

#----->   luxball_new_1/material:glass_1    <-----

MakeNamedMaterial "luxball_new_1/material:glass_1" "string type" ["glossy"]

"color Kd" [0.139313726983 0.139313726983 0.139313726983]

"color Ks" [0.0172058831287 0.0172058831287 0.0172058831287]

"float uroughness" [0.32760295434]

"float vroughness" [0.32760295434]

######################

#----->   luxball_new_1/material    <-----

MakeNamedMaterial "luxball_new_1/material" "string type" ["mix"]

"string namedmaterial1" ["luxball_new_1/material:glass"]

"string namedmaterial2" ["luxball_new_1/material:glass_1"]

"float amount" [0.0]

 

As you can see, the "mix amount" is 0, because Refraction_Value is 1. So the glossy part is ignored.

The colors defined in Poser are assigned to the glass material as follows:

Poser Refraction_Color -> glass Kr
Poser Refraction Node Background -> glass Kt 
Poser Refraction Node Index_of_Refraction -> glass index
Poser Refraction Node Quality -> glass couchyB
Poser Refraction Node Softness -> glass film
Poser Refraction Node Raybias -> glass filmindex

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