def registerNodeExtensions(self):
"""Register Corona specific node extensions. e.g. camera type, diaphram_blades and others
"""
pm.addExtension(nodeType="camera", longName="mtco_diaphragm_blades", attributeType="long", defaultValue = 5)
pm.addExtension(nodeType="camera", longName="mtco_diaphragm_tilt_angle", attributeType="float", defaultValue = 0.0)
# exponent for sun light
pm.addExtension(nodeType="directionalLight", longName="mtco_sun_multiplier", attributeType="float", defaultValue = 1.0)
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMin", attributeType="float", defaultValue = 0.0)
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMax", attributeType="float", defaultValue = 0.01)
def registerNodeExtensions(self):
"""Register Corona specific node extensions. e.g. camera type, diaphram_blades and others
"""
pm.addExtension(nodeType="camera", longName="mtco_controls_exposure", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="camera", longName="mtco_iso", attributeType="float", defaultValue=100.0)
pm.addExtension(nodeType="camera", longName="mtco_shutterSpeed", attributeType="float", defaultValue=125.0, minValue=0.001, softMaxValue=2048.0)
# exponent for sun light
pm.addExtension(nodeType="directionalLight", longName="mtco_sun_multiplier", attributeType="float", defaultValue=1.0)
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMin", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMax", attributeType="float", defaultValue=0.01)
# testing ies
pm.addExtension(nodeType="CoronaSurface", longName="mtco_mat_iesProfile", dataType="string", usedAsFilename=True)
def registerNodeExtensions(self):
"""Register Fuji specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
#pm.addExtension(nodeType="camera", longName="mtfu_cameraType", attributeType="enum", enumName="Pinhole:Thinlens", defaultValue = 0)
pm.addExtension(nodeType="camera",
longName="someFancyCameraAttribute",
attributeType="long",
defaultValue=0)
# mesh
pm.addExtension(nodeType="mesh",
longName="someFancyMeshAttribute",
attributeType="bool",
defaultValue=False)
# lights
pm.addExtension(nodeType="areaLight",
longName="sample_count",
attributeType="long",
defaultValue=8)
pm.addExtension(nodeType="areaLight",
longName="double_sided",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="ambientLight",
longName="sample_count",
attributeType="long",
defaultValue=32)
pm.addExtension(nodeType="ambientLight",
longName="double_sided",
attributeType="bool",
defaultValue=False)
def registerNodeExtensions(self):
"""Register Fuji specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
#pm.addExtension(nodeType="camera", longName="mtfu_cameraType", attributeType="enum", enumName="Pinhole:Thinlens", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="someFancyCameraAttribute", attributeType="long", defaultValue = 0)
# mesh
pm.addExtension(nodeType="mesh", longName="someFancyMeshAttribute", attributeType="bool", defaultValue = False)
# lights
pm.addExtension(nodeType="areaLight", longName="sample_count", attributeType="long", defaultValue = 8)
pm.addExtension(nodeType="areaLight", longName="double_sided", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="ambientLight", longName="sample_count", attributeType="long", defaultValue = 32)
pm.addExtension(nodeType="ambientLight", longName="double_sided", attributeType="bool", defaultValue = False)
def registerNodeExtensions(self):
"""Register Mantra specific node extensions. e.g. reflection blur, area light type etc.
"""
pm.addExtension(nodeType="spotLight",
longName="mtm_deepShadowMap",
attributeType="bool",
defaultValue=True)
pm.addExtension(nodeType="spotLight",
longName="mtm_spread",
attributeType="double",
defaultValue=1.0)
pm.addExtension(nodeType="spotLight",
longName="mtm_bias",
attributeType="double",
defaultValue=0.05)
pm.addExtension(nodeType="spotLight",
longName="mtm_blur",
attributeType="double",
defaultValue=0.0)
pm.addExtension(nodeType="spotLight",
longName="mtm_shadowQuality",
attributeType="double",
defaultValue=1.0)
pm.addExtension(nodeType="spotLight",
longName="mtm_activeRadius",
attributeType="double",
defaultValue=0.0)
pm.addExtension(nodeType="spotLight",
longName="mtm_samplingQuality",
attributeType="double",
defaultValue=1.0)
# area light
pm.addExtension(nodeType="areaLight",
longName="mtm_samplingQuality",
attributeType="double",
defaultValue=1.0)
pm.addExtension(nodeType="areaLight",
longName="mtm_areaType",
attributeType="enum",
enumName="line:grid:disk:sphere")
pm.addExtension(nodeType="areaLight",
longName="mtm_normalizeArea",
attributeType="bool",
defaultValue=True)
pm.addExtension(nodeType="areaLight",
longName="mtm_useLightGeometry",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="areaLight",
longName="mtm_lightGeometry",
attributeType="message")
pm.addExtension(nodeType="areaLight",
longName="mtm_renderLightGeometry",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="areaLight",
longName="mtm_activeRadius",
attributeType="double",
defaultValue=0.0)
#point light
pm.addExtension(nodeType="pointLight",
longName="mtm_samplingQuality",
attributeType="double",
defaultValue=1.0)
pm.addExtension(nodeType="pointLight",
longName="mtm_activeRadius",
attributeType="double",
defaultValue=0.0)
#directional light
pm.addExtension(nodeType="directionalLight",
longName="mtm_samplingQuality",
attributeType="double",
defaultValue=1.0)
pm.addExtension(nodeType="directionalLight",
longName="mtm_activeRadius",
attributeType="double",
defaultValue=0.0)
pm.addExtension(nodeType="spotLight",
longName="mtm_surfaceShaders",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="areaLight",
longName="mtm_surfaceShaders",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="pointLight",
longName="mtm_surfaceShaders",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="directionalLight",
longName="mtm_surfaceShaders",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="volumeLight",
longName="mtm_surfaceShaders",
attributeType="bool",
defaultValue=False)
pm.addExtension(nodeType="light",
longName="mtm_fastShadows",
attributeType="bool",
defaultValue=False)
# mesh
pm.addExtension(nodeType="mesh",
longName="mtm_renderAsSubdiv",
attributeType="bool",
defaultValue=False)
# nurbsCurve
pm.addExtension(nodeType="nurbsCurve",
longName="primaryVisibility",
attributeType="bool",
defaultValue=True)
# displacement shader
pm.addExtension(nodeType="displacementShader",
longName="mtm_displacebound",
attributeType="double",
defaultValue=1.0)
# phong, blinn, phongE, lambert ...
pm.addExtension(nodeType="phong",
longName="mtm_refrBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="phongE",
longName="mtm_refrBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="blinn",
longName="mtm_refrBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="lambert",
longName="mtm_refrBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="lambert",
longName="mtm_fresnel",
attributeType="double",
defaultValue=0.0,
min=0.0,
max=1.0)
pm.addExtension(nodeType="phong",
longName="mtm_fresnel",
attributeType="double",
defaultValue=0.0,
min=0.0,
max=1.0)
pm.addExtension(nodeType="blinn",
longName="mtm_fresnel",
attributeType="double",
defaultValue=0.0,
min=0.0,
max=1.0)
pm.addExtension(nodeType="phong",
longName="mtm_refrSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="phongE",
longName="mtm_refrSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="blinn",
longName="mtm_refrSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="lambert",
longName="mtm_refrSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="phong",
longName="mtm_reflBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="phongE",
longName="mtm_reflBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="blinn",
longName="mtm_reflBlur",
attributeType="double",
defaultValue=0.0,
min=0.0,
softMaxValue=1.0)
pm.addExtension(nodeType="phong",
longName="mtm_reflSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="phongE",
longName="mtm_reflSamples",
attributeType="long",
defaultValue=1)
pm.addExtension(nodeType="blinn",
longName="mtm_reflSamples",
attributeType="long",
defaultValue=1)
# orenNayar
pm.addExtension(nodeType="lambert",
longName="mtm_orenNayar",
attributeType="long",
defaultValue=0)
def registerNodeExtensions(self):
"""Register Thea specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
pm.addExtension(nodeType="camera", longName="mtth_camera_projection", attributeType="enum", enumName="Perspective:Parallel:Spherical:Cylindrical", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="mtth_diaphragm_blades", attributeType="long", defaultValue = 5)
pm.addExtension(nodeType="camera", longName="mtth_diaphragm_type", attributeType="enum", enumName="Circular:Polygonal", defaultValue = 0.0)
pm.addExtension(nodeType="camera", longName="mtth_shutter_speed", attributeType="float", defaultValue = 250.0)
pm.addExtension(nodeType="camera", longName="mtth_focusRange", attributeType="float", defaultValue = 0.1)
pm.addExtension(nodeType="camera", longName="mtth_autoFocus", attributeType="bool", defaultValue = False)
# mesh
#pm.addExtension(nodeType="mesh", longName="mtth_mesh_useassembly", attributeType="bool", defaultValue = False)
# file
pm.addExtension(nodeType="file", longName="mtth_file_iblIntensity", attributeType="float", defaultValue = 1.0)
pm.addExtension(nodeType="file", longName="mtth_file_iblRotation", attributeType="float", defaultValue = 0.0)
pm.addExtension(nodeType="file", longName="mtth_file_iblWrapping", attributeType="enum", enumName="CenterWrapping:TileWrapping:FitWrapping:AngularProbeWrapping:HemisphericalWrapping:SphericalWrapping", defaultValue = 3.0)
pm.addExtension(nodeType="file", longName="mtth_file_interpolation", attributeType="enum", enumName="NoInterpolation:BilinearInterpolation:TrilinearInterpolation", defaultValue = 1.0)
def registerNodeExtensions(self):
"""Register Indigo specific node extensions. e.g. camera type, diaphram_blades and others
"""
pm.addExtension(nodeType="camera", longName="mtin_lensRadius", attributeType="float", defaultValue = 0.1, minValue = 0.0001, softMaxValue=10.0)
pm.addExtension(nodeType="camera", longName="mtin_autoFocus", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="camera", longName="mtin_exposureDuration", attributeType="float", defaultValue = 0.33, minValue = 0.0001, softMaxValue=100.0)
pm.addExtension(nodeType="camera", longName="mtin_apertureShape", attributeType="enum", enumName="circular:generated:image", defaultValue=0)
pm.addExtension(nodeType="camera", longName="mtin_numBlades", attributeType="long", defaultValue = 5, minValue = 3, softMaxValue=10)
pm.addExtension(nodeType="camera", longName="mtin_startAngle", attributeType="float", defaultValue = 0.0, minValue = 0.0, softMaxValue=360.0)
pm.addExtension(nodeType="camera", longName="mtin_bladeOffset", attributeType="float", defaultValue = 0.0, minValue = 0.0, softMaxValue=360.0)
pm.addExtension(nodeType="camera", longName="mtin_bladeCurvatureRadius", attributeType="float", defaultValue = 0.0, softMaxValue=10.0)
pm.addExtension(nodeType="camera", longName="mtin_appFile", dataType="string", usedAsFilename=True)
# mesh
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivUse", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivMaxSubdiv", attributeType="long", defaultValue = 1, minValue = 1, softMaxValue=4)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivViewDependent", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivSmooth", attributeType="bool", defaultValue = True)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivPixelThreshold", attributeType="float", defaultValue = 0.4, minValue = .001, softMaxValue=5.0)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivCurvatureThreshold", attributeType="float", defaultValue = 0.1, minValue = .001, softMaxValue=5.0)
pm.addExtension(nodeType="mesh", longName="mtin_mesh_subdivErrorThreshold", attributeType="float", defaultValue = 0.1, minValue = .001, softMaxValue=5.0)
def registerNodeExtensions(self):
"""Register Appleseed specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
# pm.addExtension(nodeType="camera", longName="mtap_cameraType", attributeType="enum", enumName="Pinhole:Thinlens", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="mtap_diaphragm_blades", attributeType="long", defaultValue=0)
pm.addExtension(nodeType="camera", longName="mtap_diaphragm_tilt_angle", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="camera", longName="mtap_latLongLens", attributeType="bool", defaultValue=False)
# mesh
pm.addExtension(nodeType="mesh", longName="mtap_mesh_useassembly", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="mesh", longName="mtap_ray_bias_method", attributeType="enum", enumName="none:normal:incoming_direction:outgoing_direction", defaultValue=0)
pm.addExtension(nodeType="mesh", longName="mtap_ray_bias_distance", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="mesh", longName="mtap_standin_path", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="mesh", longName="mtap_visibleLights", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="mesh", longName="mtap_visibleProbe", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="mesh", longName="mtap_visibleGlossy", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="mesh", longName="mtap_visibleSpecular", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="mesh", longName="mtap_visibleDiffuse", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="spotLight", longName="mtap_cast_indirect_light", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="spotLight", longName="mtap_importance_multiplier", attributeType="float", defaultValue=1.0)
pm.addExtension(nodeType="directionalLight", longName="mtap_cast_indirect_light", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="directionalLight", longName="mtap_importance_multiplier", attributeType="float", defaultValue=1.0)
pm.addExtension(nodeType="pointLight", longName="mtap_cast_indirect_light", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="pointLight", longName="mtap_importance_multiplier", attributeType="float", defaultValue=1.0)
pm.addExtension(nodeType="areaLight", longName="primaryVisibility", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="castsShadows", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleLights", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleProbe", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleGlossy", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleSpecular", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleDiffuse", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="mtap_visibleTransparency", attributeType="bool", defaultValue=True)
def registerNodeExtensions(self):
"""Register Thea specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
pm.addExtension(nodeType="camera",
longName="mtth_camera_projection",
attributeType="enum",
enumName="Perspective:Parallel:Spherical:Cylindrical",
defaultValue=0)
pm.addExtension(nodeType="camera",
longName="mtth_diaphragm_blades",
attributeType="long",
defaultValue=5)
pm.addExtension(nodeType="camera",
longName="mtth_diaphragm_type",
attributeType="enum",
enumName="Circular:Polygonal",
defaultValue=0.0)
pm.addExtension(nodeType="camera",
longName="mtth_shutter_speed",
attributeType="float",
defaultValue=250.0)
pm.addExtension(nodeType="camera",
longName="mtth_focusRange",
attributeType="float",
defaultValue=0.1)
pm.addExtension(nodeType="camera",
longName="mtth_autoFocus",
attributeType="bool",
defaultValue=False)
# mesh
#pm.addExtension(nodeType="mesh", longName="mtth_mesh_useassembly", attributeType="bool", defaultValue = False)
# file
pm.addExtension(nodeType="file",
longName="mtth_file_iblIntensity",
attributeType="float",
defaultValue=1.0)
pm.addExtension(nodeType="file",
longName="mtth_file_iblRotation",
attributeType="float",
defaultValue=0.0)
pm.addExtension(
nodeType="file",
longName="mtth_file_iblWrapping",
attributeType="enum",
enumName=
"CenterWrapping:TileWrapping:FitWrapping:AngularProbeWrapping:HemisphericalWrapping:SphericalWrapping",
defaultValue=3.0)
pm.addExtension(
nodeType="file",
longName="mtth_file_interpolation",
attributeType="enum",
enumName=
"NoInterpolation:BilinearInterpolation:TrilinearInterpolation",
defaultValue=1.0)
def registerNodeExtensions(self):
"""Register Appleseed specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
# pm.addExtension(nodeType="camera", longName="mtap_cameraType", attributeType="enum", enumName="Pinhole:Thinlens", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="mtap_diaphragm_blades", attributeType="long", defaultValue=0)
pm.addExtension(nodeType="camera", longName="mtap_diaphragm_tilt_angle", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="camera", longName="mtap_latLongLens", attributeType="bool", defaultValue=False)
# mesh
pm.addExtension(nodeType="mesh", longName="mtap_mesh_useassembly", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="mesh", longName="mtap_ray_bias_method", attributeType="enum", enumName="none:normal:incoming_direction:outgoing_direction", defaultValue=0)
pm.addExtension(nodeType="mesh", longName="mtap_ray_bias_distance", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="mesh", longName="mtap_standin_path", dataType="string", usedAsFilename=True)
def registerNodeExtensions(self):
"""Register Mantra specific node extensions. e.g. reflection blur, area light type etc.
"""
pm.addExtension(nodeType="spotLight", longName="mtm_deepShadowMap", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="spotLight", longName="mtm_spread", attributeType="double", defaultValue=1.0)
pm.addExtension(nodeType="spotLight", longName="mtm_bias", attributeType="double", defaultValue=0.05)
pm.addExtension(nodeType="spotLight", longName="mtm_blur", attributeType="double", defaultValue=0.0)
pm.addExtension(nodeType="spotLight", longName="mtm_shadowQuality", attributeType="double", defaultValue=1.0)
pm.addExtension(nodeType="spotLight", longName="mtm_activeRadius", attributeType="double", defaultValue=0.0)
pm.addExtension(nodeType="spotLight", longName="mtm_samplingQuality", attributeType="double", defaultValue=1.0)
# area light
pm.addExtension(nodeType="areaLight", longName="mtm_samplingQuality", attributeType="double", defaultValue=1.0)
pm.addExtension(nodeType="areaLight", longName="mtm_areaType", attributeType="enum", enumName="line:grid:disk:sphere")
pm.addExtension(nodeType="areaLight", longName="mtm_normalizeArea", attributeType="bool", defaultValue=True)
pm.addExtension(nodeType="areaLight", longName="mtm_useLightGeometry", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="areaLight", longName="mtm_lightGeometry", attributeType="message")
pm.addExtension(nodeType="areaLight", longName="mtm_renderLightGeometry", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="areaLight", longName="mtm_activeRadius", attributeType="double", defaultValue=0.0)
#point light
pm.addExtension(nodeType="pointLight", longName="mtm_samplingQuality", attributeType="double", defaultValue=1.0)
pm.addExtension(nodeType="pointLight", longName="mtm_activeRadius", attributeType="double", defaultValue=0.0)
#directional light
pm.addExtension(nodeType="directionalLight", longName="mtm_samplingQuality", attributeType="double", defaultValue=1.0)
pm.addExtension(nodeType="directionalLight", longName="mtm_activeRadius", attributeType="double", defaultValue=0.0)
pm.addExtension(nodeType="spotLight", longName="mtm_surfaceShaders", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="areaLight", longName="mtm_surfaceShaders", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="pointLight", longName="mtm_surfaceShaders", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="directionalLight", longName="mtm_surfaceShaders", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="volumeLight", longName="mtm_surfaceShaders", attributeType="bool", defaultValue=False)
pm.addExtension(nodeType="light", longName="mtm_fastShadows", attributeType="bool", defaultValue=False)
# mesh
pm.addExtension(nodeType="mesh", longName="mtm_renderAsSubdiv", attributeType="bool", defaultValue=False)
# nurbsCurve
pm.addExtension(nodeType="nurbsCurve", longName="primaryVisibility", attributeType="bool", defaultValue=True)
# displacement shader
pm.addExtension(nodeType="displacementShader", longName="mtm_displacebound", attributeType="double", defaultValue=1.0)
# phong, blinn, phongE, lambert ...
pm.addExtension(nodeType="phong", longName="mtm_refrBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="phongE", longName="mtm_refrBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="blinn", longName="mtm_refrBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="lambert", longName="mtm_refrBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="lambert", longName="mtm_fresnel", attributeType="double", defaultValue=0.0, min=0.0, max=1.0)
pm.addExtension(nodeType="phong", longName="mtm_fresnel", attributeType="double", defaultValue=0.0, min=0.0, max=1.0)
pm.addExtension(nodeType="blinn", longName="mtm_fresnel", attributeType="double", defaultValue=0.0, min=0.0, max=1.0)
pm.addExtension(nodeType="phong", longName="mtm_refrSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="phongE", longName="mtm_refrSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="blinn", longName="mtm_refrSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="lambert", longName="mtm_refrSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="phong", longName="mtm_reflBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="phongE", longName="mtm_reflBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="blinn", longName="mtm_reflBlur", attributeType="double", defaultValue=0.0, min=0.0, softMaxValue=1.0)
pm.addExtension(nodeType="phong", longName="mtm_reflSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="phongE", longName="mtm_reflSamples", attributeType="long", defaultValue=1)
pm.addExtension(nodeType="blinn", longName="mtm_reflSamples", attributeType="long", defaultValue=1)
# orenNayar
pm.addExtension(nodeType="lambert", longName="mtm_orenNayar", attributeType="long", defaultValue=0)
def registerNodeExtensions(self):
"""Register Lux specific node extensions. e.g. camera type, diaphram_blades and others
"""
# we will have a thinlens camera only
#pm.addExtension(nodeType="camera", longName="mtlu_cameraType", attributeType="enum", enumName="Pinhole:Thinlens", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="mtlu_diaphragm_blades", attributeType="long", defaultValue = 0)
pm.addExtension(nodeType="camera", longName="mtlu_autofocus", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="camera", longName="mtlu_distribution", attributeType="enum", enumName = "uniform:exponential:inverse exponential:gaussian:inverse gaussian")
pm.addExtension(nodeType="camera", longName="mtlu_power", attributeType="long", defaultValue = 1)
# mesh
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_generatetangents", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_subAlgo", attributeType="enum", enumName = "loop:microdisplacement")
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_displacementMap", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_dmscale", attributeType="float", defaultValue=0.1)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_dmoffset", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_dmnormalsmooth", attributeType="bool", defaultValue = True)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_dmnormalsplit", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_dmsharpboundary", attributeType="bool", defaultValue = False)
pm.addExtension(nodeType="mesh", longName="mtlu_mesh_subdivlevel", attributeType="long", defaultValue = 0)
# lights
pm.addExtension(nodeType="light", longName="mtlu_light_importance", attributeType="float", defaultValue = 1.0)
pm.addExtension(nodeType="directionalLight", longName="mtlu_dirLight_theta", attributeType="float", defaultValue = 0.0)
pm.addExtension(nodeType="areaLight", longName="mtlu_areaLight_samples", attributeType="long", defaultValue = 1)
pm.addExtension(nodeType="areaLight", longName="mtlu_areaLight_power", attributeType="float", defaultValue = 100.0)
pm.addExtension(nodeType="areaLight", longName="mtlu_areaLight_efficacy", attributeType="float", defaultValue = 17.0)
pm.addExtension(nodeType="areaLight", longName="mtlu_areaLight_ies", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="areaLight", longName="mtlu_areaLight_geo", attributeType="message")
pm.addExtension(nodeType="pointLight", longName="mtlu_pointLight_power", attributeType="float", defaultValue = 100.0)
pm.addExtension(nodeType="pointLight", longName="mtlu_pointLight_efficacy", attributeType="float", defaultValue = 17.0)
pm.addExtension(nodeType="pointLight", longName="mtlu_pointLight_ies", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="spotLight", longName="mtlu_spotLight_power", attributeType="float", defaultValue = 100.0)
pm.addExtension(nodeType="spotLight", longName="mtlu_spotLight_efficacy", attributeType="float", defaultValue = 17.0)
pm.addExtension(nodeType="spotLight", longName="mtlu_spotLight_ies", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="ambientLight", longName="mtlu_ambientLight_map", dataType="string", usedAsFilename=True)
pm.addExtension(nodeType="ambientLight", longName="mtlu_ambientLight_samples", attributeType="long", defaultValue = 1)
def registerNodeExtensions(self):
"""Register Corona specific node extensions. e.g. camera type, diaphram_blades and others
"""
pm.addExtension(nodeType="camera", longName="mtco_iso", attributeType="float", defaultValue=100.0)
pm.addExtension(nodeType="camera", longName="mtco_shutterSpeed", attributeType="float", defaultValue=125.0, minValue=0.001, softMaxValue=2048.0)
# exponent for sun light
pm.addExtension(nodeType="directionalLight", longName="mtco_sun_multiplier", attributeType="float", defaultValue=1.0)
pm.addExtension( nodeType='areaLight', longName='mtco_envPortal', attributeType='bool', defaultValue=False)
pm.addExtension( nodeType='areaLight', longName='mtco_areaVisible', attributeType='bool', defaultValue=True)
# displacement shader
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMin", attributeType="float", defaultValue=0.0)
pm.addExtension(nodeType="displacementShader", longName="mtco_displacementMax", attributeType="float", defaultValue=0.01)
#bump map because the maya implementation is too strange
pm.addExtension( nodeType='bump2d', longName='normalMap', usedAsColor=True, attributeType='float3' )
pm.addExtension( nodeType='bump2d', longName='normalMapR', attributeType='float', parent='normalMap' )
pm.addExtension( nodeType='bump2d', longName='normalMapG', attributeType='float', parent='normalMap' )
pm.addExtension( nodeType='bump2d', longName='normalMapB', attributeType='float', parent='normalMap' )
# gamma
pm.addExtension( nodeType='file', longName='fromSRGB', attributeType='bool', defaultValue=True)
pm.addExtension( nodeType='file', longName='toSRGB', attributeType='bool', defaultValue=False)
#mesh
pm.addExtension( nodeType='mesh', longName='mtco_visibleInGI', attributeType='bool', defaultValue=True)
pm.addExtension( nodeType='mesh', longName='mtco_envPortal', attributeType='bool', defaultValue=False)
pm.addExtension( nodeType="mesh", longName="mtco_shadowCatcherMode", attributeType="enum", enumName="Off::Final:Composite", defaultValue = 0.0)
pm.addExtension(nodeType="CoronaSurface", longName="mtco_mat_iesProfile", dataType="string", usedAsFilename=True)
pm.addExtension( nodeType='samplerInfo', longName='outDPdu', usedAsColor=True, attributeType='float3' )
pm.addExtension( nodeType='samplerInfo', longName='outDPduR', attributeType='float', parent='outDPdu' )
pm.addExtension( nodeType='samplerInfo', longName='outDPduG', attributeType='float', parent='outDPdu' )
pm.addExtension( nodeType='samplerInfo', longName='outDPduB', attributeType='float', parent='outDPdu' )
pm.addExtension( nodeType='samplerInfo', longName='outDPdv', usedAsColor=True, attributeType='float3' )
pm.addExtension( nodeType='samplerInfo', longName='outDPdvR', attributeType='float', parent='outDPdv' )
pm.addExtension( nodeType='samplerInfo', longName='outDPdvG', attributeType='float', parent='outDPdv' )
pm.addExtension( nodeType='samplerInfo', longName='outDPdvB', attributeType='float', parent='outDPdv' )