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 /****************************************************************************
   Convenient VRay Enums and Defines For Vray Materials manipulation
 ****************************************************************************/
 
 #define VRAYMTL_CLASS_ID Class_ID(0x37bf3f2f, 0x7034695c)
 
 #define VRAYMTL_NSUBTEX 17
 
 #define SUBTEXNO_DIFFUSE 0
 #define SUBTEXNO_REFLECT 1
 #define SUBTEXNO_REFRACT 2
 #define SUBTEXNO_BUMP 3
 #define SUBTEXNO_REFLECT_GLOSSINESS 4
 #define SUBTEXNO_REFRACT_GLOSSINESS 5
 #define SUBTEXNO_DISPLACEMENT 6
 #define SUBTEXNO_ENVIRONMENT 7
 #define SUBTEXNO_TRANSLUCENCY 8
 #define SUBTEXNO_IOR 9
 #define SUBTEXNO_HILIGHT_GLOSSINESS 10
 #define SUBTEXNO_FRESNELIOR 11
 #define SUBTEXNO_OPACITY 12
 #define SUBTEXNO_ROUGHNESS 13
 #define SUBTEXNO_ANISO 14
 #define SUBTEXNO_ANISO_ROTATION 15
 #define SUBTEXNO_FOG 16
 
 namespace VRayMtlParameters {
 
 	// Parameter block IDs
 	enum {
 		vrayMtl_old_id,
 		vrayMtl_basic_id,
 		vrayMtl_BRDF_id,
 		vrayMtl_options_id,
 		vrayMtl_maps_id,
 		vrayMtl_reflIMap_id,
 		vrayMtl_refrIMap_id,
 	};
 
 	// Parameters
 	enum {
 		pb_spin,
 
 		pb_diffuse_color,
 
 		pb_reflect_color, pb_reflect_glossiness, pb_reflect_subdivs,
 
 		pb_refract_color, pb_refract_glossiness, pb_refract_subdivs,
 
 		pb_reflect_fresnel,
 		pb_refract_ior,
 
 		pb_brdf_type,
 
 		pb_reflect_trace,
 		pb_refract_trace,
 
 		pb_doubleSided,
 		pb_reflectOnBack,
 
 		pb_diffuse_trace, pb_diffuse_subdivs,
 
 		pb_useIrradMap,
 		pb_diffuseGlossy,
 		pb_traceCaustics,
 
 		pb_reflect_maxDepth,
 		pb_refract_maxDepth,
 		pb_cutoffThresh,
 
 		pb_refract_fogColor, pb_refract_fogMult, pb_refract_translucent, pb_refract_thickness, pb_refract_volSubdivs, pb_refract_lightMult_old,
 		pb_refract_scatterCoeff, pb_refract_scatterDir, pb_refract_lightMult,
 
 		pb_fog_affectShadows,
 
 		pb_useInterpolation,
 		pb_interpSamples,
 		pb_colorThreshold,
 
 		pb_preservationMode,
 		pb_translucent_color, pb_translucent_map,
 
 		pb_reflect_minRate, pb_reflect_maxRate, pb_reflect_clrThresh, pb_reflect_nrmThresh, pb_reflect_interpSamples, pb_reflect_preset,
 
 		pb_refract_minRate, pb_refract_maxRate, pb_refract_clrThresh, pb_refract_nrmThresh, pb_refract_interpSamples, pb_refract_preset,
 
 		pb_reflect_exitColor, pb_refract_exitColor, pb_refract_exitColor_on,
 
 		pb_brdf_anisotropy, pb_brdf_anisotropy_channel,
 
 		pb_reflect_useInterpolation,
 		pb_refract_useInterpolation,
 
 		pb_brdf_anisotropy_rotation, pb_brdf_anisotropy_derivation, pb_brdf_anisotropy_axis,
 
 		pb_refract_affectAlpha,
 		pb_hilight_glossiness,
 		pb_reflect_ior, pb_reflect_glossiness_lock, pb_reflect_ior_lock,
 
 		pb_refract_fogBias,
 
 		pb_environment_priority,
 		pb_diffuse_roughness,
 
 		pb_brdf_soften,
 		pb_clampColors,
 
 		pb_reflect_dimDistance, pb_reflect_dimDistanceFallOff, pb_reflect_dimDistanceOn,
 
 		pb_refract_dispersion, pb_refract_dispersionOn,
 
 		pb_refract_fogUnitScaleOn,
 		pb_brdf_fixDarkEdges,
 
 		pb_effect_id,
 		pb_override_effect_id,
 
 		pb_reflect_affectAlpha,
 	};
 
 #define SUBTEX_PARAM_ID 100
 #define ON_OFFSET 50
 #define MULT_OFFSET 100
 
 #define VRAYMTL_TEXMAP_PARAMID(subtexNo) (SUBTEX_PARAM_ID+subtexNo)
 #define VRAYMTL_TEXMAP_ON_PARAMID(subtexNo) (SUBTEX_PARAM_ID+subtexNo+ON_OFFSET)
 #define VRAYMTL_TEXMAP_MULT_PARAMID(subtexNo) (SUBTEX_PARAM_ID+subtexNo+MULT_OFFSET)
 
 } // namespace VRayMtlParameters
 
 
 
 
 
 /****************************************************************************
   DumpMaterialVRay (Get the VRayMtl material properties)
 ****************************************************************************/
 void Max2Nmo::DumpMaterialVRayMtl(Mtl* mtl, VirtoolsMaterial &NMat, BOOL &OpacityValid)
 {
 /*
 	// list every parameters in its matching IParamBlock2
 
 	IParamBlock2 *pblockBasic=mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_basic_id);
 	IParamBlock2 *pblockMaps=mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_maps_id);
 	IParamBlock2 *pblockOptions=mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_options_id);
 	IParamBlock2 *pblockBRDF=mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_BRDF_id);
 
 	OutputDebugString("pblockBasic\n");
 	for (int i=-1; ++i<pblockBasic->NumParams();)
 	{
 		OutputDebugString("\t");
 		OutputDebugString(pblockBasic->GetLocalName(pblockBasic->IndextoID(i)));
 		OutputDebugString("\n");
 	}
 
 	OutputDebugString(_T("pblockMaps\n"));
 	for (int i=-1; ++i<pblockMaps->NumParams();)
 	{
 		OutputDebugString("\t");
 		OutputDebugString(pblockMaps->GetLocalName(pblockMaps->IndextoID(i)));
 		OutputDebugString("\n");
 	}
 
 	OutputDebugString(_T("pblockOptions\n"));
 	for (int i=-1; ++i<pblockOptions->NumParams();)
 	{
 		OutputDebugString("\t");
 		OutputDebugString(pblockOptions->GetLocalName(pblockOptions->IndextoID(i)));
 		OutputDebugString("\n");
 	}
 
 	OutputDebugString(_T("pblockBRDF\n"));
 	for (int i=-1; ++i<pblockBRDF->NumParams();)
 	{
 		OutputDebugString("\t");
 		OutputDebugString(pblockBRDF->GetLocalName(pblockBRDF->IndextoID(i)));
 		OutputDebugString("\n");
 	}
 */
 
 
 
 
 	TimeValue t = GetStaticFrame();
 	BOOL map_on;
 	float map_mult;
 
 
 	Color ambient_color(0.75, 0.75, 0.75);
 	Color diffuse_color(0.75, 0.75, 0.75);
 	Color reflection_color(0.0, 0.0, 0.0);	// specular color
 	Color emissive_color(0.0, 0.0, 0.0);
 
 	float reflection_glossiness = 10.0f;	// specular power
 	float transparency = 1.0f;		// diffuse color alpha component
 
 	BOOL option_doubleSided = true;
 
 	Texmap *diffuse_texture = NULL;
 
 
 	//--
 	// Get VRay Material Properties
 
-	IParamBlock2 *pblockBasic =		mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_basic_id);
+	IParamBlock2 *pblockBasic = mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_basic_id);
-	IParamBlock2 *pblockMaps =		mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_maps_id);
+	IParamBlock2 *pblockMaps = mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_maps_id);
-	IParamBlock2 *pblockOptions =	mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_options_id);
+	IParamBlock2 *pblockOptions = mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_options_id);
 	IParamBlock2 *pblockMaps = mtl->GetParamBlockByID(VRayMtlParameters::vrayMtl_maps_id);
 
 	// get colors
 	diffuse_color =		pblockBasic->GetColor(VRayMtlParameters::pb_diffuse_color, t);
 	ambient_color =		diffuse_color;
 	reflection_color =	pblockBasic->GetColor(VRayMtlParameters::pb_reflect_color, t);
 
 	// get specular level
 	// from the "Reflection Glossiness" spinner [formula: (100* (1-value))]
 	reflection_glossiness = 100.0f * (1.0f - (pblockBasic->GetFloat(VRayMtlParameters::pb_reflect_glossiness, t)));
 
 	// get transparency value from the "Maps" rollout
 	map_on = pblockMaps->GetInt(VRAYMTL_TEXMAP_ON_PARAMID(SUBTEXNO_OPACITY), t);
 	if (map_on)
 	{
 		map_mult =	pblockMaps->GetFloat(VRAYMTL_TEXMAP_MULT_PARAMID(SUBTEXNO_OPACITY), t);
 		transparency = (map_mult / 100.0f);
 	}
 	else
 	{
 		transparency = 1.0f;
 	}
 
 	// get both-sided value
 	option_doubleSided = pblockOptions->GetInt(VRayMtlParameters::pb_doubleSided);
 
 
 
 	// Diffuse map
-	//--Set Virtools Material Properties
+
-	NMat.m_Diffuse		= VxColor(diffuse_color.r,diffuse_color.g,diffuse_color.b,transparency);
+	int diffuse_map_on;
-	NMat.m_Ambient		= VxColor(ambient_color.r,ambient_color.g,ambient_color.b);
+	Texmap* diffuse_texture = NULL;
-	NMat.m_Specular		= VxColor(reflection_color.r,reflection_color.g,reflection_color.b);
+
-	NMat.m_SpecularPower= reflection_glossiness;
+	diffuse_map_on = pblockMaps->GetInt(VRAYMTL_TEXMAP_ON_PARAMID(SUBTEXNO_DIFFUSE), t);
-	NMat.m_Emissive		= VxColor(emissive_color.r,emissive_color.g,emissive_color.b);
+	if (diffuse_map_on)
-	NMat.m_TwoSided		= option_doubleSided;
+
-	NMat.m_FillMode		= VXFILL_SOLID;
+		diffuse_texture = pblockMaps->GetTexmap(VRAYMTL_TEXMAP_PARAMID(SUBTEXNO_DIFFUSE));
-	NMat.m_ShadeMode	= VXSHADE_GOURAUD;
+
-
+