mdl::nvidia::core_definitions¶
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[1/51] ‘mdl::nvidia::core_definitions::texture_return.tint(::base::texture_return)’
[2/51] ‘mdl::nvidia::core_definitions::texture_return.mono(::base::texture_return)’
[3/51] ‘mdl::nvidia::core_definitions::material_type(::nvidia::core_definitions::material_type)’
[4/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::material_type)’
[5/51] ‘mdl::nvidia::core_definitions::emission_type(::nvidia::core_definitions::emission_type)’
[6/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::emission_type)’
[7/51] ‘mdl::nvidia::core_definitions::cell_type(::nvidia::core_definitions::cell_type)’
[8/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::cell_type)’
[9/51] ‘mdl::nvidia::core_definitions::cell_base(::nvidia::core_definitions::cell_base)’
[10/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::cell_base)’
[11/51] ‘mdl::nvidia::core_definitions::blend_colors(color,color,::base::color_layer_mode,float)’
[39/51] ‘mdl::nvidia::core_definitions::apply_colorfalloff_v2’
[41/51] ‘mdl::nvidia::core_definitions::apply_metallicflakes’
[48/51] ‘mdl::nvidia::core_definitions::add_thermal_emission’
Definitions:¶
[1/51] ‘mdl::nvidia::core_definitions::texture_return.tint(::base::texture_return)’¶
- SDPropertyCategory = ‘Input’
- ‘s’ [CONNECTABLE]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘ColorRGB’ (SDTypeColorRGB)
[2/51] ‘mdl::nvidia::core_definitions::texture_return.mono(::base::texture_return)’¶
- SDPropertyCategory = ‘Input’
- ‘s’ [CONNECTABLE]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float’ (SDTypeFloat)
[3/51] ‘mdl::nvidia::core_definitions::material_type(::nvidia::core_definitions::material_type)’¶
Description: ‘used to annotate materials as hint for grouping in the ui’
- SDPropertyCategory = ‘Input’
- ‘v’ = SDValueEnum(“mdl::nvidia::core_definitions::material_type”,0) [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::material_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::nvidia::core_definitions::material_type’ (SDTypeEnum)
[4/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::material_type)’¶
Description: ‘used to annotate materials as hint for grouping in the ui’
- SDPropertyCategory = ‘Input’
- ‘x’ [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::material_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘int’ (SDTypeInt)
[5/51] ‘mdl::nvidia::core_definitions::emission_type(::nvidia::core_definitions::emission_type)’¶
Description: ‘Used in light sources to define the emission mode’
- SDPropertyCategory = ‘Input’
- ‘v’ = SDValueEnum(“mdl::nvidia::core_definitions::emission_type”,0) [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum)
[6/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::emission_type)’¶
Description: ‘Used in light sources to define the emission mode’
- SDPropertyCategory = ‘Input’
- ‘x’ [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘int’ (SDTypeInt)
[7/51] ‘mdl::nvidia::core_definitions::cell_type(::nvidia::core_definitions::cell_type)’¶
Description: ‘used to define the behavior of Worley noise’
- SDPropertyCategory = ‘Input’
- ‘v’ = SDValueEnum(“mdl::nvidia::core_definitions::cell_type”,0) [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::cell_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::nvidia::core_definitions::cell_type’ (SDTypeEnum)
[8/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::cell_type)’¶
Description: ‘used to define the behavior of Worley noise’
- SDPropertyCategory = ‘Input’
- ‘x’ [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::cell_type’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘int’ (SDTypeInt)
[9/51] ‘mdl::nvidia::core_definitions::cell_base(::nvidia::core_definitions::cell_base)’¶
Description: ‘used to annotate materials as hint for grouping in the ui’
- SDPropertyCategory = ‘Input’
- ‘v’ = SDValueEnum(“mdl::nvidia::core_definitions::cell_base”,0) [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum)
[10/51] ‘mdl::nvidia::core_definitions::int(::nvidia::core_definitions::cell_base)’¶
Description: ‘used to annotate materials as hint for grouping in the ui’
- SDPropertyCategory = ‘Input’
- ‘x’ [CONNECTABLE]
- Types:
‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘int’ (SDTypeInt)
[11/51] ‘mdl::nvidia::core_definitions::blend_colors(color,color,::base::color_layer_mode,float)’¶
Label: ‘Blend colors’
Description: ‘Allows combining textures in varied ways’
- SDPropertyCategory = ‘Input’
- ‘color_1’ = SDValueColorRGB(ColorRGB(0,0,0)) [CONNECTABLE]
Label: ‘Color 1’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color_2’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘mode’ = SDValueEnum(“mdl::base::color_layer_mode”,0) [CONNECTABLE]
Label: ‘Blend mode’
Description: ‘Describes how Color 1 and Color 2 are combined’
- Types:
‘mdl::base::color_layer_mode’ (SDTypeEnum) [Uniform]
- ‘weight’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Blend weight’
Description: ‘Defines strength of the effect. At weight of 0, only color 1 will be visible. At weight 1, the blend function will have full effect’
- Types:
‘float’ (SDTypeFloat)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[12/51] ‘mdl::nvidia::core_definitions::file_texture(texture_2d,::base::mono_mode,float,float,float2,float2,float,bool,int,bool)’¶
Label: ‘Bitmap texture’
Description: ‘Allows texturing using image files of various file formats’
- SDPropertyCategory = ‘Input’
- ‘texture’ [CONNECTABLE]
Label: ‘Bitmap file’
- Types:
‘mdl::texture_2d’ (SDMDLTypeTextureReference) [Uniform]
- ‘mono_source’ = SDValueEnum(“mdl::base::mono_mode”,1) [CONNECTABLE]
Label: ‘Scalar mode’
Description: ‘Defines how the texture applies to scalar parameters’
- Types:
‘mdl::base::mono_mode’ (SDTypeEnum) [Uniform]
- ‘brightness’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Brightness’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘contrast’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Contrast’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat2(float2(1,1)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘translation’ = SDValueFloat2(float2(0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘clip’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Clip’
Description: ‘If set to true, texture will not repeat. Outside of the texture, color will be black and the scalar value will be 0’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘invert’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Invert image’
Description: ‘Invert image’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[13/51] ‘mdl::nvidia::core_definitions::perlin_noise_texture(color,color,bool,int,bool,float,float,float3,float3,float3,int)’¶
Label: ‘Perlin noise texture’
Description: ‘Allow texturing with a random noise pattern’
- SDPropertyCategory = ‘Input’
- ‘color1’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color 1’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color2’ = SDValueColorRGB(ColorRGB(0,0,0)) [CONNECTABLE]
Label: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘object_space’ = SDValueBool(bool(true)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘noise_levels’ = SDValueInt(int(3)) [CONNECTABLE]
Label: ‘Levels’
Description: ‘Higher amounts will add detail to the noise’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘absolute_noise’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Billowing appearance’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘noise_threshold_high’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Upper threshold’
Description: ‘Lowering this value will create bigger areas uniformly colored with Color 1’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘noise_threshold_low’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Lower threshold’
Description: ‘Increasing this value will create bigger areas uniformly colored with Color 2’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[14/51] ‘mdl::nvidia::core_definitions::perlin_noise_bump_texture(float,float3,int,bool,bool,float,float,float3,float3,int)’¶
Label: ‘Perlin noise texture’
Description: ‘Allows texturing a random noise pattern’
- SDPropertyCategory = ‘Input’
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Bump strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘noise_levels’ = SDValueInt(int(1)) [CONNECTABLE]
Label: ‘Levels’
Description: ‘Higher amounts will add detail to the noise’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘object_space’ = SDValueBool(bool(true)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘absolute_noise’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Billowing appearance’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘noise_threshold_high’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Upper threshold’
Description: ‘Lowering this value will create bigger areas uniformly colored with Color 1’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘noise_threshold_low’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Lower threshold’
Description: ‘Increasing this value will create bigger areas uniformly colored with Color 2’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[15/51] ‘mdl::nvidia::core_definitions::worley_noise_texture(color,color,bool,int,::nvidia::core_definitions::cell_type,::nvidia::core_definitions::cell_base,float,float,float3,float3,float3)’¶
Label: ‘Cellular noise texture’
Description: ‘Allow texturing with a cell forming pattern’
- SDPropertyCategory = ‘Input’
- ‘color1’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color 1’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color2’ = SDValueColorRGB(ColorRGB(0,0,0)) [CONNECTABLE]
Label: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘object_space’ = SDValueBool(bool(true)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘mode’ = SDValueEnum(“mdl::nvidia::core_definitions::cell_type”,0) [CONNECTABLE]
Label: ‘Cell type’
Description: ‘Cell pattern type’
- Types:
‘mdl::nvidia::core_definitions::cell_type’ (SDTypeEnum) [Uniform]
- ‘metric’ = SDValueEnum(“mdl::nvidia::core_definitions::cell_base”,0) [CONNECTABLE]
Label: ‘Cell shape’
Description: ‘The shape of the cell form’
- Types:
‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum) [Uniform]
- ‘noise_threshold_high’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Upper threshold’
Description: ‘Lowering this value will create bigger areas uniformly colored with Color 1’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘noise_threshold_low’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Lower threshold’
Description: ‘Increasing this value will create bigger areas uniformly colored with Color 2’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[16/51] ‘mdl::nvidia::core_definitions::worley_noise_bump_texture(float,::nvidia::core_definitions::cell_base,bool,int,float,float,float3,float3,float3)’¶
Label: ‘Cellular noise texture’
Description: ‘Allow texturing with a cell forming pattern’
- SDPropertyCategory = ‘Input’
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Bump strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘metric’ = SDValueEnum(“mdl::nvidia::core_definitions::cell_base”,0) [CONNECTABLE]
Label: ‘Cell shape’
Description: ‘The shape of the cell form’
- Types:
‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum) [Uniform]
- ‘object_space’ = SDValueBool(bool(true)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘noise_threshold_high’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Upper threshold’
Description: ‘Lowering this value will create bigger areas uniformly colored with Color 1’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘noise_threshold_low’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Lower threshold’
Description: ‘Increasing this value will create bigger areas uniformly colored with Color 2’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[17/51] ‘mdl::nvidia::core_definitions::flow_noise_texture(color,color,bool,int,int,bool,float,float,float,float,float,float3,float3,float3)’¶
Label: ‘Flow noise texture’
Description: ‘Allow texturing with a 2D noise pattern suitable for waves’
- SDPropertyCategory = ‘Input’
- ‘color1’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color 1’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color2’ = SDValueColorRGB(ColorRGB(0,0,0)) [CONNECTABLE]
Label: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘object_space’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘noise_levels’ = SDValueInt(int(3)) [CONNECTABLE]
Label: ‘Levels’
Description: ‘Higher amounts will add detail to the noise’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘absolute_noise’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Billowing appearance’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘phase’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Phase offset’
Description: ‘Controls the 3rd dimension of the function’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_gain’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Level intensity gain’
Description: ‘If multiple levels are used, “level_gain” specifies a weighting factor for subsequent levels’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_scale’ = SDValueFloat(float(2)) [CONNECTABLE]
Label: ‘Level scaling’
Description: ‘If multiple levels are used, “level_scale” specifies a global scaling factor for subsequent levels’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_progressive_u_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Progressive u scale’
Description: ‘If multiple levels are used, “level_progressive_u_scale” specifies an additional scaling factor in the “u” direction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_progressive_v_motion’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Progressive v offset’
Description: ‘If multiple levels are used, “level_progressive_v_motion” specifies an offset for subsequent levels in the “v” direction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[18/51] ‘mdl::nvidia::core_definitions::flow_noise_bump_texture(float,float3,int,bool,int,bool,float,float,float,float,float,float3,float3)’¶
Label: ‘Flow noise texture’
Description: ‘Allow texturing with a 2D noise pattern suitable for waves’
- SDPropertyCategory = ‘Input’
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Bump strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘noise_levels’ = SDValueInt(int(1)) [CONNECTABLE]
Label: ‘Levels’
Description: ‘Higher amounts will add detail to the noise’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘object_space’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- ‘absolute_noise’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Billowing appearance’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘phase’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Phase offset’
Description: ‘Controls the 3rd dimension of the function’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_gain’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Level intensity gain’
Description: ‘If multiple levels are used, “level_gain” specifies a weighting factor for subsequent levels’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_scale’ = SDValueFloat(float(2)) [CONNECTABLE]
Label: ‘Level scaling’
Description: ‘If multiple levels are used, “level_scale” specifies a global scaling factor for subsequent levels’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_progressive_u_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Progressive u scale’
Description: ‘If multiple levels are used, “level_progressive_u_scale” specifies an additional scaling factor in the “u” direction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘level_progressive_v_motion’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Progressive v offset’
Description: ‘If multiple levels are used, “level_progressive_v_motion” specifies an offset for subsequent levels in the “v” direction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[19/51] ‘mdl::nvidia::core_definitions::checker_texture(color,color,float3,float3,bool,float,float3,int)’¶
Label: ‘3d checker texture’
Description: ‘Allows texturing a checkerboard pattern’
- SDPropertyCategory = ‘Input’
- ‘color1’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color 1’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color2’ = SDValueColorRGB(ColorRGB(0,0,0)) [CONNECTABLE]
Label: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘object_space’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘blur’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Blur’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::base::texture_return’ (SDTypeStruct)
[20/51] ‘mdl::nvidia::core_definitions::checker_bump_texture(float,float,bool,float3,float3,float3,int)’¶
Label: ‘3d checker texture’
Description: ‘Allows texturing a checkerboard pattern’
- SDPropertyCategory = ‘Input’
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Bump strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘blur’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Blur’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘object_space’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Use object space’
Description: ‘If off, UV space will be used. If on, 3d texturing in object space will apply. For applications that do not support object space, world space will be used’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘scaling’ = SDValueFloat3(float3(10,10,10)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘translation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘rotation’ = SDValueFloat3(float3(0,0,0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float3’ (SDTypeFloat3) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Only applies if “Use object space” is off. Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[21/51] ‘mdl::nvidia::core_definitions::file_bump_texture(texture_2d,::base::mono_mode,float2,float2,float,bool,float,int)’¶
Label: ‘Bitmap texture’
Description: ‘Allows texturing using image files of various file formats’
- SDPropertyCategory = ‘Input’
- ‘texture’ [CONNECTABLE]
Label: ‘Bitmap file’
- Types:
‘mdl::texture_2d’ (SDMDLTypeTextureReference) [Uniform]
- ‘bump_source’ = SDValueEnum(“mdl::base::mono_mode”,1) [CONNECTABLE]
Label: ‘Bump mode’
Description: ‘Defines how the texture is evaluated to create the bumps’
- Types:
‘mdl::base::mono_mode’ (SDTypeEnum) [Uniform]
- ‘scaling’ = SDValueFloat2(float2(1,1)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘translation’ = SDValueFloat2(float2(0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘clip’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Clip’
Description: ‘If set to true, texture will not repeat. Outside of the texture the surface will be flat’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Bump strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[22/51] ‘mdl::nvidia::core_definitions::normalmap_texture(texture_2d,float2,float2,float,bool,float,int)’¶
Label: ‘Normalmap texture’
Description: ‘Allows the use of tangent space normal maps’
- SDPropertyCategory = ‘Input’
- ‘texture’ [CONNECTABLE]
Label: ‘Normalmap file’
- Types:
‘mdl::texture_2d’ (SDMDLTypeTextureReference) [Uniform]
- ‘scaling’ = SDValueFloat2(float2(1,1)) [CONNECTABLE]
Label: ‘Tiling’
Description: ‘Controls the scale of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘translation’ = SDValueFloat2(float2(0,0)) [CONNECTABLE]
Label: ‘Offset’
Description: ‘Controls position of the texture on the object’
- Types:
‘float2’ (SDTypeFloat2) [Uniform]
- ‘rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Rotation’
Description: ‘Rotation angle of the texture in degrees’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘clip’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Clip’
Description: ‘If set to true, texture will not repeat. Outside of the texture the surface will be flat’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘factor’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Strength’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘texture_space’ = SDValueInt(int(0)) [CONNECTABLE]
Label: ‘UV space index’
Description: ‘Selects a specific UV space’
- Types:
‘int’ (SDTypeInt) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘float3’ (SDTypeFloat3)
[23/51] ‘mdl::nvidia::core_definitions::diffuse’¶
Label: ‘Simple diffuse’
Description: ‘A basic diffuse material’
- SDPropertyCategory = ‘Input’
- ‘diffuse_color’ = SDValueColorRGB(ColorRGB(0.800000012,0.800000012,0.800000012)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Diffuse roughness’
Description: ‘Higher roughness values lead a powdery appearance’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___196) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[24/51] ‘mdl::nvidia::core_definitions::scratched_metal’¶
Label: ‘Metal’
Description: ‘A metallic material with stretched reflections’
- SDPropertyCategory = ‘Input’
- ‘metal_color’ = SDValueColorRGB(ColorRGB(0.899999976,0.899999976,0.899999976)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the metal’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.0500000007)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘glossy_weight’ = SDValueFloat(float(0.899999976)) [CONNECTABLE]
Label: ‘Reflection weight’
Description: ‘Intensity of highlights and glossy reflections and highlights’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Anisotropy’
Description: ‘Higher values will stretch the highlight’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy_rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Anisotropy rotation’
Description: ‘Changes the orientation of the anisotropy. A value of 1 will rotate the orientation 360 degrees’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___197) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[25/51] ‘mdl::nvidia::core_definitions::metal’¶
Label: ‘Simple metal, deprecated’
Description: ‘A basic metallic material’
- SDPropertyCategory = ‘Input’
- ‘metal_color’ = SDValueColorRGB(ColorRGB(0.899999976,0.899999976,0.899999976)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the metal’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.0500000007)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘glossy_weight’ = SDValueFloat(float(0.899999976)) [CONNECTABLE]
Label: ‘Reflectivity’
Description: ‘Intensity of highlights and glossy reflections and highlights’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___198) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[26/51] ‘mdl::nvidia::core_definitions::plastic’¶
Label: ‘Simple plastic, deprecated’
Description: ‘A basic dielectric, works for everything opaque that is not metallic’
- SDPropertyCategory = ‘Input’
- ‘diffuse_color’ = SDValueColorRGB(ColorRGB(0.5,0.5,0.5)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.25)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___199) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[27/51] ‘mdl::nvidia::core_definitions::scratched_plastic’¶
Label: ‘Plastic’
Description: ‘A basic dielectric, works for everything opaque that is not metallic. Supports stretched highlights’
- SDPropertyCategory = ‘Input’
- ‘diffuse_color’ = SDValueColorRGB(ColorRGB(0.5,0.5,0.5)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.0500000007)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Anisotropy’
Description: ‘Higher values will stretch the highlight’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy_rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Anisotropy rotation’
Description: ‘Changes the orientation of the anisotropy. A value of 1 will rotate the orientation 360 degrees’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘reflectivity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Reflection weight’
Description: ‘Additional Reflectivity control’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___200) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[28/51] ‘mdl::nvidia::core_definitions::retroreflective’¶
Label: ‘Retroreflective’
Description: ‘A material with a retroreflective component, works well for road signs and retroreflective stickers’
- SDPropertyCategory = ‘Input’
- ‘base_color’ = SDValueColorRGB(ColorRGB(0.200000003,0.0299999993,0.0299999993)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘reflection_color’ = SDValueColorRGB(ColorRGB(0.800000012,0.800000012,0.0299999993)) [CONNECTABLE]
Label: ‘Reflection color’
Description: ‘The color of the retroreflection’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.150000006)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘normal_reflectivity’ = SDValueFloat(float(0.0500000007)) [CONNECTABLE]
Label: ‘Reflection weight facing’
Description: ‘Reflectivity control for geometry facing the viewer’
- Types:
‘float’ (SDTypeFloat)
- ‘grazing_reflectivity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Reflection weight edge’
Description: ‘Reflectivity control for the reflectivity at geometry edges’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___201) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[29/51] ‘mdl::nvidia::core_definitions::flex_material’¶
Label: ‘Flexible material model’
Description: ‘A complex material that can be configured to a wide variety of looks’
- SDPropertyCategory = ‘Input’
- ‘base_color’ = SDValueColorRGB(ColorRGB(0.5,0.5,0.5)) [CONNECTABLE]
Label: ‘Base color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘diffuse_roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Diffuse roughness’
Description: ‘Higher roughness values lead to a more “powdery” look’
- Types:
‘float’ (SDTypeFloat)
- ‘is_metal’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Metallic material’
Description: ‘If true, reflection will be colored and independent of view direction. If false, reflection will be white and direction dependent. Directional dependence is in this case based on the IOR (Fresnel effect)’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘reflectivity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Reflection weight’
Description: ‘Controls the amount of reflection’
- Types:
‘float’ (SDTypeFloat)
- ‘reflection_roughness’ = SDValueFloat(float(0.100000001)) [CONNECTABLE]
Label: ‘Reflection roughness’
Description: ‘Higher roughness values lead to more blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Reflection anisotropy’
Description: ‘Higher values will stretch the highlight’
- Types:
‘float’ (SDTypeFloat)
- ‘anisotropy_rotation’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Anisotropy rotation’
Description: ‘Changes the orientation of the anisotropy. A value of 1 will rotate the orientation 360 degrees’
- Types:
‘float’ (SDTypeFloat)
- ‘transparency’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Transmission weight’
Description: ‘Weights how much light passes through the object vs. its diffuse reflectivity’
- Types:
‘float’ (SDTypeFloat)
- ‘transmission_color’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Transmission color’
Description: ‘Color effect for transmission independent of thickness of the object. Think stained glass’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘volume_color’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Volume color’
Description: ‘If the material is not “Thin walled”, “Volume color” will be reached at “Volume reference distance”(m)’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘transmission_roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Transmission roughness’
Description: ‘higher values lead to objects seen through the material to appear blurry’
- Types:
‘float’ (SDTypeFloat)
- ‘base_thickness’ = SDValueFloat(float(0.100000001)) [CONNECTABLE]
Label: ‘Volume reference distance’
Description: ‘If the material is not “Thin walled”, “Volume color” will be reached at this distance (m). Enter a typical thickness of objects made of this material here’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘ior’ = SDValueFloat(float(1.5)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines refraction in the volume. It also influences the reflectivity for materials that are not metallic’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘thin_walled’ = SDValueBool(bool(false)) [CONNECTABLE]
Label: ‘Thin walled’
Description: ‘Thin walled materials do not refract and do not have volume effects. Good for soap bubbles or window glass’
- Types:
‘bool’ (SDTypeBool) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___202) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- ‘abbe_number’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Abbe number’
Description: ‘Controls dispersion. 0 switches dispersion off, dispersive materials have Abbe numbers between 25 and 85’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[30/51] ‘mdl::nvidia::core_definitions::thin_glass’¶
Label: ‘Thin glass’
Description: ‘A basic transmissive dielectric without refraction or volume’
- SDPropertyCategory = ‘Input’
- ‘glass_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Transmission color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___203) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[31/51] ‘mdl::nvidia::core_definitions::thin_translucent’¶
Label: ‘Thin translucent’
Description: ‘A diffuse transmissive dielectric material’
- SDPropertyCategory = ‘Input’
- ‘surface_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Diffuse color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘translucent_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Translucence color’
Description: ‘The color of the volume of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘translucency’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Translucence weight’
Description: ‘Fraction of the incoming light that should be visible on the backside’
- Types:
‘float’ (SDTypeFloat)
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___204) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[32/51] ‘mdl::nvidia::core_definitions::thick_glass’¶
Label: ‘Thick glass’
Description: ‘A basic transmissive dielectric with refraction and coloring in the volume’
- SDPropertyCategory = ‘Input’
- ‘transmission_color’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Transmission color’
Description: ‘Colors the light entering the volume. Think stained glass’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘glass_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Volume color’
Description: ‘The color of the glass body’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity as well as amount of refraction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘base_thickness’ = SDValueFloat(float(0.100000001)) [CONNECTABLE]
Label: ‘Volume reference distance’
Description: ‘“Volume color” will be reached at this distance (m). Enter a typical thickness of objects made of this material here’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___205) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- ‘abbe_number’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Abbe number’
Description: ‘Controls dispersion. 0.0 switches dispersion off, dispersive materials have Abbe numbers between 25.0 and 85.0’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[33/51] ‘mdl::nvidia::core_definitions::thick_translucent’¶
Label: ‘Thick translucent’
Description: ‘A subsurface scattering material’
- SDPropertyCategory = ‘Input’
- ‘transmission_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Transmission color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘volume_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Volume color’
Description: ‘The color of the volume at “Volume reference distance”’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘volume_scattering’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Volume scattering’
Description: ‘Amount of scattering for objects at “Volume reference distance”’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Reflection roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘reflectivity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Reflection weight’
Description: ‘Overall reflectivity of the material’
- Types:
‘float’ (SDTypeFloat)
- ‘base_thickness’ = SDValueFloat(float(0.100000001)) [CONNECTABLE]
Label: ‘Volume reference distance’
Description: ‘“Volume color” and “Volume scattering” will be reached at this distance (m). Enter a typical thickness of objects made of this material here’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___206) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity as well as amount of refraction’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘abbe_number’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Abbe number’
Description: ‘Controls dispersion. 0 switches dispersion off, dispersive materials have Abbe numbers between 25 and 85’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[34/51] ‘mdl::nvidia::core_definitions::blend’¶
Label: ‘Surface blender’
Description: ‘Blend surface characteristics of 2 materials or mask them using a texture’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_plastic__default_call___208) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material the blend is based on’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘blend’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_metal__default_call___210) [CONNECTABLE]
Label: ‘Blend Material’
Description: ‘Surface properties to use for the blend’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘weight’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Blend weight’
Description: ‘Blend weight or mask texture’
- Types:
‘float’ (SDTypeFloat)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[35/51] ‘mdl::nvidia::core_definitions::apply_clearcoat’¶
Label: ‘Apply clear coating’
Description: ‘Apply clear coat to an existing material’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___212) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a clear coating applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘ior’ = SDValueFloat(float(1.60000002)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity of the clear coat’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Reflection roughness’
Description: ‘Determines roughness of the clear coat’
- Types:
‘float’ (SDTypeFloat)
- ‘visibility’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Coat visibility’
Description: ‘Determines visibility of the clear coat’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___213) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- ‘coat_filter_color’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Coat filter color’
Description: ‘For simulating coatings with colored resins that modulate the color of underlying layers’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[36/51] ‘mdl::nvidia::core_definitions::apply_thinfilm’¶
Label: ‘Apply thin film’
Description: ‘Apply thin film to an existing material’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_metal__default_call___215) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get shows a thin film effect’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘ior’ = SDValueFloat(float(1.60000002)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘The IOR of the thin film interface’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘thickness’ = SDValueFloat(float(400)) [CONNECTABLE]
Label: ‘Thickness’
Description: ‘Thickness of the thin film in nm’
- Types:
‘float’ (SDTypeFloat)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[37/51] ‘mdl::nvidia::core_definitions::apply_metalcoat’¶
Label: ‘Apply thin metal coating’
Description: ‘Apply metal coat to an existing material’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___217) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a metallic coating applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘metal_color’ = SDValueColorRGB(ColorRGB(0.949999988,0.949999988,0.949999988)) [CONNECTABLE]
Label: ‘Reflection color’
Description: ‘the color of the metal’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘visibility’ = SDValueFloat(float(0.300000012)) [CONNECTABLE]
Label: ‘Reflection weight’
Description: ‘the opacity of the coat’
- Types:
‘float’ (SDTypeFloat)
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Reflection roughness’
Description: ‘Determines roughness of the metal coat’
- Types:
‘float’ (SDTypeFloat)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___218) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[38/51] ‘mdl::nvidia::core_definitions::apply_dustcover’¶
Label: ‘Apply a cover of dust’
Description: ‘Apply a diffuse cover of dust or dirt’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___220) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a clear coating applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘dust_color’ = SDValueColorRGB(ColorRGB(0.699999988,0.699999988,0.699999988)) [CONNECTABLE]
Label: ‘Dust color’
Description: ‘The color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘visibility’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Dust density’
Description: ‘The opacity of the cover’
- Types:
‘float’ (SDTypeFloat)
- ‘dust_density’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Dust amount’
Description: ‘How dusty the material is’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___221) [CONNECTABLE]
Label: ‘Bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[39/51] ‘mdl::nvidia::core_definitions::apply_colorfalloff_v2’¶
Label: ‘Apply a color falloff’
Description: ‘Makes the color view dependent’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_metal__default_call___223) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a clear coating applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘color_0’ = SDValueColorRGB(ColorRGB(1,0,0)) [CONNECTABLE]
Label: ‘Color 1’
Description: ‘Color 1 (facing direction)’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘color_1’ = SDValueColorRGB(ColorRGB(0,1,0)) [CONNECTABLE]
Label: ‘Color 2’
Description: ‘Color 2’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘color_2’ = SDValueColorRGB(ColorRGB(0,0,1)) [CONNECTABLE]
Label: ‘Color 3’
Description: ‘Color 3’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘color_3’ = SDValueColorRGB(ColorRGB(1,0,0)) [CONNECTABLE]
Label: ‘Color 4’
Description: ‘Color 4’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- ‘color_4’ = SDValueColorRGB(ColorRGB(0,1,0)) [CONNECTABLE]
Label: ‘Color 5’
Description: ‘Color 5 (object edges)’
- Types:
‘ColorRGB’ (SDTypeColorRGB) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[40/51] ‘mdl::nvidia::core_definitions::apply_colorfalloff’¶
Label: ‘Apply a color falloff, deprecated’
Description: ‘Makes the color view dependent’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_metal__default_call___225) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a clear coating applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘color_0’ = SDValueColorRGB(ColorRGB(1,0,0)) [CONNECTABLE]
Label: ‘Color 1’
Description: ‘the color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color_1’ = SDValueColorRGB(ColorRGB(0,1,0)) [CONNECTABLE]
Label: ‘Color 2’
Description: ‘the color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color_2’ = SDValueColorRGB(ColorRGB(0,0,1)) [CONNECTABLE]
Label: ‘Color 3’
Description: ‘the color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color_3’ = SDValueColorRGB(ColorRGB(1,0,0)) [CONNECTABLE]
Label: ‘Color 4’
Description: ‘the color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘color_4’ = SDValueColorRGB(ColorRGB(0,1,0)) [CONNECTABLE]
Label: ‘Color 5’
Description: ‘the color of the dust’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[41/51] ‘mdl::nvidia::core_definitions::apply_metallicflakes’¶
Label: ‘Apply flake coating’
Description: ‘Apply layer of metallic flakes to an existing material’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___227) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a flake layer applied’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘flake_color’ = SDValueColorRGB(ColorRGB(0.899999976,0.699999988,0.5)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the Flakes’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Roughness’
Description: ‘Determines roughness of the metallic flakes’
- Types:
‘float’ (SDTypeFloat)
- ‘size’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Flake size’
Description: ‘Determines size of the metallic flakes, in mm’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘amount’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Flake amount’
Description: ‘Determines amount of visible metallic flakes’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘opacity’ = SDValueFloat(float(0.5)) [CONNECTABLE]
Label: ‘Flake opacity’
Description: ‘Determines visibility of the metallic flakes’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘bump’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Flake orientation randomness’
Description: ‘Larger numbers will increase the sparkle radius around highlights’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[42/51] ‘mdl::nvidia::core_definitions::flake_paint’¶
Label: ‘Flaky paint’
Description: ‘A multi layer paint material containing flakes’
- SDPropertyCategory = ‘Input’
- ‘base_color’ = SDValueColorRGB(ColorRGB(0.300000012,0.00999999978,0.00999999978)) [CONNECTABLE]
Label: ‘Base color’
Description: ‘The color of the base paint’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘flake_color’ = SDValueColorRGB(ColorRGB(0.600000024,1,0.100000001)) [CONNECTABLE]
Label: ‘Flake color’
Description: ‘The color of the Flakes’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.150000006)) [CONNECTABLE]
Label: ‘Flake roughness’
Description: ‘Determines roughness of the metallic flakes’
- Types:
‘float’ (SDTypeFloat)
- ‘size’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Flake size’
Description: ‘Determines size of the metallic flakes, in mm’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘amount’ = SDValueFloat(float(0.400000006)) [CONNECTABLE]
Label: ‘Flake amount’
Description: ‘Determines amount of visible metallic flakes’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘opacity’ = SDValueFloat(float(0.800000012)) [CONNECTABLE]
Label: ‘Flake weight’
Description: ‘Determines visibility of the metallic flakes’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘bump’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Flake orientation randomness’
Description: ‘Larger numbers will increase the sparkle radius around highlights’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘ior’ = SDValueFloat(float(1.60000002)) [CONNECTABLE]
Label: ‘IOR’
Description: ‘Determines reflectivity of the clear coat’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘coat_roughness’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Coat roughness’
Description: ‘Determines roughness of the clear coat’
- Types:
‘float’ (SDTypeFloat)
- ‘coat_bump’ = SDMDLValueCall(mdl::state::normal()__default_call___228) [CONNECTABLE]
Label: ‘Coat bump’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[43/51] ‘mdl::nvidia::core_definitions::add_cutout’¶
Label: ‘Add cut-outs’
Description: ‘Adds cut-outs to existing materials. Also forces material to be thin-walled. Good for modeling leaves, grass or fences’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_plastic__default_call___230) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a cut-out’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘cutout’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Cutout’
Description: ‘Determines where the object is visible’
- Types:
‘float’ (SDTypeFloat)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[44/51] ‘mdl::nvidia::core_definitions::add_simple_sticker’¶
Label: ‘Add simple sticker’
Description: ‘A quick way for adding simple stickers to a material. The sticker is a simple dielectric and needs a mask to define its extent’
- SDPropertyCategory = ‘Input’
- ‘diffuse_color’ = SDValueColorRGB(ColorRGB(0.5,0.5,0.5)) [CONNECTABLE]
Label: ‘Sticker color’
Description: ‘The color of the material’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘roughness’ = SDValueFloat(float(0.0500000007)) [CONNECTABLE]
Label: ‘Sticker roughness’
Description: ‘Higher roughness values lead to bigger highlights and blurry reflections’
- Types:
‘float’ (SDTypeFloat)
- ‘ior’ = SDValueFloat(float(1.39999998)) [CONNECTABLE]
Label: ‘Sticker IOR’
Description: ‘Determines reflectivity’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘reflectivity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Sticker reflectivity’
Description: ‘Additional Reflectivity control’
- Types:
‘float’ (SDTypeFloat)
- ‘sticker_normal’ = SDMDLValueCall(mdl::state::normal()__default_call___231) [CONNECTABLE]
Label: ‘Sticker bumps’
Description: ‘Attach bump or normal maps here’
- Types:
‘float3’ (SDTypeFloat3)
- ‘sticker_mask’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Sticker mask’
Description: ‘Determines extent of the sticker’
- Types:
‘float’ (SDTypeFloat)
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_plastic__default_call___233) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a sticker added’
- Types:
‘mdl::material’ (SDTypeStruct)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[45/51] ‘mdl::nvidia::core_definitions::add_globalbump’¶
Label: ‘Add global bumpmap’
Description: ‘Adds global bumpmap to existing materials. Local bump map of the base material is preserved’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_plastic__default_call___235) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a bump map’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘normal’ = SDMDLValueCall(mdl::state::normal()__default_call___236) [CONNECTABLE]
Label: ‘Bump’
Description: ‘An additional global bump map for the material. Local bump map of the base material is preserved’
- Types:
‘float3’ (SDTypeFloat3)
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[46/51] ‘mdl::nvidia::core_definitions::add_displacement’¶
Label: ‘Add displacement’
Description: ‘Adds displacement to existing materials’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::scratched_plastic__default_call___238) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get a bump map’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘displacement’ = SDValueFloat(float(0)) [CONNECTABLE]
Label: ‘Displacement amount’
Description: ‘Attach displacement texture here. Note that the object needs to be set up correctly to have good displacement results’
- Types:
‘float’ (SDTypeFloat)
- ‘displacement_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Displacement scale’
Description: ‘A global scale factor for the displacement amount’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[47/51] ‘mdl::nvidia::core_definitions::add_emission’¶
Label: ‘Add emission’
Description: ‘Adds emission to a material’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___240) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get emission added’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘tint’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the Light’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘intensity’ = SDValueFloat(float(1000)) [CONNECTABLE]
Label: ‘Intensity’
Description: ‘The brightness of the light source’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Unit scale’
Description: ‘Modeling unit to meter conversion factor’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit’ = SDValueEnum(“mdl::nvidia::core_definitions::emission_type”,0) [CONNECTABLE]
Label: ‘Unit for emission’
Description: ‘The physical unit of Intensity’
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[48/51] ‘mdl::nvidia::core_definitions::add_thermal_emission’¶
Label: ‘Add thermal emission’
Description: ‘Adds emission to a material, color is based on a “color temperature”’
- SDPropertyCategory = ‘Input’
- ‘base’ = SDMDLValueCall(mdl::nvidia::core_definitions::diffuse__default_call___242) [CONNECTABLE]
Label: ‘Base material’
Description: ‘The material that will get emission added’
- Types:
‘mdl::material’ (SDTypeStruct)
- ‘temperature’ = SDValueFloat(float(6500)) [CONNECTABLE]
Label: ‘Temperature’
Description: ‘The color temperature of the Light in Kelvin’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘intensity’ = SDValueFloat(float(1000)) [CONNECTABLE]
Label: ‘Intensity’
Description: ‘The brightness of the light source’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit’ = SDValueEnum(“mdl::nvidia::core_definitions::emission_type”,0) [CONNECTABLE]
Label: ‘Unit for emission’
Description: ‘The physical unit of Intensity’
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[49/51] ‘mdl::nvidia::core_definitions::light_omni’¶
Label: ‘Diffuse emission’
Description: ‘Emissive material emitting in all directions’
- SDPropertyCategory = ‘Input’
- ‘tint’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the Light’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘intensity’ = SDValueFloat(float(1000)) [CONNECTABLE]
Label: ‘Intensity’
Description: ‘The brightness of the light source’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Unit scale’
Description: ‘Modeling unit to meter conversion factor’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit’ = SDValueEnum(“mdl::nvidia::core_definitions::emission_type”,0) [CONNECTABLE]
Label: ‘Unit for emission’
Description: ‘The physical unit of Intensity’
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[50/51] ‘mdl::nvidia::core_definitions::light_spot’¶
Label: ‘Spotlight emission’
Description: ‘Emissive material emitting focused in one direction’
- SDPropertyCategory = ‘Input’
- ‘tint’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the Light’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘intensity’ = SDValueFloat(float(1000)) [CONNECTABLE]
Label: ‘Intensity’
Description: ‘The brightness of the light source’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Unit scale’
Description: ‘Modeling unit to meter conversion factor’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘spot_exponent’ = SDValueFloat(float(30)) [CONNECTABLE]
Label: ‘Spot focus’
Description: ‘larger values lead to more focused spotlights’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit’ = SDValueEnum(“mdl::nvidia::core_definitions::emission_type”,0) [CONNECTABLE]
Label: ‘Unit for emission’
Description: ‘The physical unit of Intensity’
- Types:
‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
[51/51] ‘mdl::nvidia::core_definitions::light_ies’¶
Label: ‘IES file based emission’
Description: ‘Emissive material emitting as described in an IES file’
- SDPropertyCategory = ‘Input’
- ‘profile’ [CONNECTABLE]
Label: ‘IES light profile data’
Description: ‘data to describe the distribution of the light’
- Types:
‘mdl::light_profile’ (SDMDLTypeLightProfileReference) [Uniform]
- ‘tint’ = SDValueColorRGB(ColorRGB(1,1,1)) [CONNECTABLE]
Label: ‘Color’
Description: ‘The color of the Light’
- Types:
‘ColorRGB’ (SDTypeColorRGB)
- ‘intensity’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Intensity’
Description: ‘The brightness of the light source’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- ‘unit_scale’ = SDValueFloat(float(1)) [CONNECTABLE]
Label: ‘Unit scale’
Description: ‘Modeling unit to meter conversion factor’
- Types:
‘float’ (SDTypeFloat) [Uniform]
- SDPropertyCategory = ‘Output’
- ‘output’ [CONNECTABLE, READ_ONLY]
- Types:
‘mdl::material’ (SDTypeStruct)
Types:¶
[1/4] ‘mdl::nvidia::core_definitions::emission_type’¶
- ‘mdl::nvidia::core_definitions::emission_type’ (SDTypeEnum)
int lumen_m2 = SDValueInt(int(0))
int lumen = SDValueInt(int(1))
int candela = SDValueInt(int(2))
int nit = SDValueInt(int(3))
[2/4] ‘mdl::nvidia::core_definitions::material_type’¶
- ‘mdl::nvidia::core_definitions::material_type’ (SDTypeEnum)
int simple_material = SDValueInt(int(0))
int complex_material = SDValueInt(int(1))
int combiner_material = SDValueInt(int(2))
int modifier_material = SDValueInt(int(3))
[3/4] ‘mdl::nvidia::core_definitions::cell_type’¶
- ‘mdl::nvidia::core_definitions::cell_type’ (SDTypeEnum)
int simple_cells = SDValueInt(int(0))
int crystal_cells = SDValueInt(int(1))
int bordered_cells = SDValueInt(int(2))
[4/4] ‘mdl::nvidia::core_definitions::cell_base’¶
- ‘mdl::nvidia::core_definitions::cell_base’ (SDTypeEnum)
int circular_cells = SDValueInt(int(0))
int diamond_cells = SDValueInt(int(1))
