def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "shinymetal"
self.attributes['Kr'] = ShaderColorAttribute('shinymetalKr')
self.attributes['Ks'] = ShaderColorAttribute('shinymetalKs')
self.attributes['uroughness'] = ShaderFloatAttribute(
'shinymetalURoughness', reciprocal=True)
self.attributes['vroughness'] = ShaderFloatAttribute(
'shinymetalVRoughness', reciprocal=True)
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "substrate"
self.attributes['Kd'] = ShaderColorAttribute('substrateKd')
self.attributes['Ks'] = ShaderColorAttribute('substrateKs')
self.attributes['uroughness'] = ShaderFloatAttribute(
'substrateURoughness', reciprocal=True)
self.attributes['vroughness'] = ShaderFloatAttribute(
'substrateVRoughness', reciprocal=True)
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "roughglass"
self.attributes['Kr'] = ShaderColorAttribute('roughglassKr')
self.attributes['Kt'] = ShaderColorAttribute('roughglassKt')
self.attributes['uroughness'] = ShaderFloatAttribute('roughglassURoughness', reciprocal = True)
self.attributes['vroughness'] = ShaderFloatAttribute('roughglassVRoughness', reciprocal = True)
self.attributes['index'] = ShaderFloatAttribute('roughglassIndex')
self.attributes['cauchyb'] = ShaderFloatAttribute('roughglassCauchyB')
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "plastic"
self.attributes['Kd'] = ShaderColorAttribute('plasticKd')
self.attributes['Ks'] = ShaderColorAttribute('plasticKs')
self.attributes['uroughness'] = ShaderFloatAttribute(
'plasticURoughness', reciprocal=True)
self.attributes['vroughness'] = ShaderFloatAttribute(
'plasticVRoughness', reciprocal=True)
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "MerlBRDF"
self.attributes['MerlBRDFName'] = ShaderEnumAttribute('mBrdfNames', self.mBrdfNameValues)
self.attributes['Material'] = ShaderEnumAttribute('mBrdfMaterialNames', self.mBrdfMaterialNameValues)
self.attributes['MaterialSub'] = ShaderEnumAttribute('mBrdfMaterialSubNames', self.mBrdfMaterialSubNameValues)
self.attributes['reflection'] = ShaderStringHideAttribute('reflection', 'all')
self.attributes['cr'] = ShaderFloatAttribute('cr')
self.attributes['cg'] = ShaderFloatAttribute('cg')
self.attributes['cb'] = ShaderFloatAttribute('cb')
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "metal"
self.attributes['name'] = ShaderEnumAttribute('metalName',
self.nameValues)
#self.attributes['n'] = ShaderColorAttribute('metalN')
#self.attributes['k'] = ShaderColorAttribute('metalK')
self.attributes['uroughness'] = ShaderFloatAttribute('metalURoughness',
reciprocal=True)
self.attributes['vroughness'] = ShaderFloatAttribute('metalVRoughness',
reciprocal=True)
def __init__(self):
"""
blinnShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "substrate"
self.attributes['Ks'] = ShaderColorAttribute('specularColor')
self.attributes['Kd'] = ShaderColorAttribute('color')
self.attributes['uroughness'] = ShaderFloatAttribute('eccentricity', reciprocal = True)
self.attributes['vroughness'] = ShaderFloatAttribute('specularRollOff', reciprocal = True)
def __init__(self):
"""
phongShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "plastic"
self.attributes['Kd'] = ShaderColorAttribute('color')
self.attributes['Ks'] = ShaderColorAttribute('specularColor')
self.attributes['uroughness'] = ShaderFloatAttribute('cosinePower', preScale = 0.01, invert=True, reciprocal = True, postScale = 0.1)
self.attributes['vroughness'] = ShaderFloatAttribute('cosinePower', preScale = 0.01, invert=True, reciprocal = True, postScale = 0.1)
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "matte"
self.attributes['Kd'] = ShaderColorAttribute('matteKd')
self.attributes['sigma'] = ShaderFloatAttribute('matteSigma')
def __init__(self):
"""
lambertShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "GirlUseBackground"
self.attributes['specularColor'] = ShaderColorAttribute(
'specularColor')
self.attributes['reflectionLimit'] = ShaderFloatAttribute(
'reflectionLimit')
self.attributes['reflectivity'] = ShaderFloatAttribute('reflectivity')
self.attributes['matteOpacityMode'] = ShaderEnumAttribute(
'matteOpacityMode', self.strrMatteOpacityMode)
self.attributes['matteOpacity'] = ShaderFloatAttribute('matteOpacity')
def __init__(self):
"""
lambertShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "matte"
self.attributes['Kd'] = ShaderColorAttribute('color')
self.attributes['sigma'] = ShaderFloatAttribute('translucence')
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# mix
namedMaterial1 = OpenMaya.MObject() # color
namedMaterial2 = OpenMaya.MObject() # color
amount = OpenMaya.MObject() # float
# Export attributes
self.attributes = {}
self.GirlType = "mix"
#self.attributes['namedmaterial1'] = ShaderColorAttribute('mixMat1')
#self.attributes['namedmaterial2'] = ShaderColorAttribute('mixMat2')
self.attributes['amount'] = ShaderFloatAttribute('mixAmount')
def getMaterial(self, shaderNode, shaderName ):
self.attributes['bumpmap'] = ShaderFloatAttribute('normalCamera')
for attr in self.attributes:
if (
isinstance( self.attributes[attr], ShaderColorAttribute )
or isinstance( self.attributes[attr], ShaderFloatAttribute )
):
if (attr != 'cr' and attr != 'cg' and attr != 'cb') :
self.addToOutput( self.attributes[attr].getOutput( attr, shaderNode, shaderName ) )
self.addToOutput( 'MakeNamedMaterial "%s"' % shaderName )
#self.addToOutput( '\t"string type" ["%s"]' % self.GirlType )
strMetName = self.attributes['Material'].getStringValue( 'Material', shaderNode, shaderName )
if ( strMetName == 'MerlBRDF' or strMetName == 'MerlBRDFFit' ):
self.addToOutput( '\t"string type" ["%s"]' % strMetName )
else:
self.addToOutput( '\t"string type" ["%s"]' % self.attributes['MaterialSub'].getStringValue( 'MerlBRDFName', shaderNode, shaderName ) )
self.addToOutput( '\t"string merltype" ["%s"]' % self.attributes['MerlBRDFName'].getStringValue( 'MerlBRDFName', shaderNode, shaderName ) )
self.addToOutput( '\t"string reflection" ["all"]')
fcr = self.attributes['cr'].getFloatValue( shaderNode, shaderName )
fcg = self.attributes['cg'].getFloatValue( shaderNode, shaderName )
fcb = self.attributes['cb'].getFloatValue( shaderNode, shaderName )
self.addToOutput( '\t"float r" [%f]' % fcr )
self.addToOutput( '\t"float g" [%f]' % fcg )
self.addToOutput( '\t"float b" [%f]' % fcb )
for attr in self.attributes:
if (
isinstance( self.attributes[attr], ShaderColorAttribute )
or isinstance( self.attributes[attr], ShaderFloatAttribute )
):
if (attr != 'cr' and attr != 'cg' and attr != 'cb') :
if self.attributes[attr].exportName == '':
self.addToOutput( '\t"texture %s" ["%s.%s"]' % (attr, shaderName, attr) )
else:
self.addToOutput( '\t"texture %s" ["%s"]' % (attr, self.attributes[attr].exportName) )
self.addToOutput( '' )
return self.outputString
def __init__(self):
"""
lambertShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "GirlLayeredShader"
self.attributes['matteOpacityMode'] = ShaderEnumAttribute(
'matteOpacityMode', self.strrMatteOpacityMode)
self.attributes['matteOpacity'] = ShaderFloatAttribute('matteOpacity')
self.attributes['hardwareColor'] = ShaderColorAttribute(
'hardwareColor')
self.attributes['compositingFlag'] = ShaderEnumAttribute(
'compositingFlag', self.strrCompositingFlag)
def __init__(self):
"""
lambertShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "GirlSurfaceShader"
self.attributes['outColor'] = ShaderColorAttribute('outColor')
self.attributes['outTransparency'] = ShaderColorAttribute(
'outTransparency')
self.attributes['outGlowColor'] = ShaderColorAttribute('outGlowColor')
self.attributes['outMatteOpacity'] = ShaderColorAttribute(
'outMatteOpacity')
self.attributes['materialAlphaGain'] = ShaderFloatAttribute(
'materialAlphaGain')
def __init__(self):
OpenMayaMPx.MPxNode.__init__(self)
# Export attributes
self.attributes = {}
self.GirlType = "carpaint"
self.attributes['name'] = ShaderEnumAttribute('carpaintName',
self.nameValues)
self.attributes['Kd'] = ShaderColorAttribute('carpaintKd')
self.attributes['Ks1'] = ShaderColorAttribute('carpaintKs1')
self.attributes['Ks2'] = ShaderColorAttribute('carpaintKs2')
self.attributes['Ks3'] = ShaderColorAttribute('carpaintKs3')
self.attributes['R1'] = ShaderFloatAttribute('carpaintR1')
self.attributes['R2'] = ShaderFloatAttribute('carpaintR2')
self.attributes['R3'] = ShaderFloatAttribute('carpaintR3')
self.attributes['M1'] = ShaderFloatAttribute('carpaintM1')
self.attributes['M2'] = ShaderFloatAttribute('carpaintM2')
self.attributes['M3'] = ShaderFloatAttribute('carpaintM3')
def __init__(self):
"""
lambertShader constructor. Calls the parent OpenMayaMPx.MPxNode constructor
and defines the Maya attribute -> Girl material parameter mapping.
"""
OpenMayaMPx.MPxNode.__init__(self)
# translation table for shader
self.attributes = {}
self.GirlType = "GirlAnisotropic"
self.attributes['color'] = ShaderColorAttribute('color')
self.attributes['transparency'] = ShaderColorAttribute('transparency')
self.attributes['ambientColor'] = ShaderColorAttribute('ambientColor')
self.attributes['incandescence'] = ShaderColorAttribute(
'incandescence')
self.attributes['diffuse'] = ShaderFloatAttribute('diffuse')
self.attributes['translucence'] = ShaderFloatAttribute('translucence')
self.attributes['translucenceDepth'] = ShaderFloatAttribute(
'translucenceDepth')
self.attributes['translucenceFocus'] = ShaderFloatAttribute(
'translucenceFocus')
self.attributes['glowIntensity'] = ShaderFloatAttribute(
'glowIntensity')
self.attributes['matteOpacityMode'] = ShaderEnumAttribute(
'matteOpacityMode', self.strrMatteOpacityMode)
self.attributes['matteOpacity'] = ShaderFloatAttribute('matteOpacity')
self.attributes['refractions'] = ShaderBoolAttribute('refractions')
self.attributes['chromaticAberration'] = ShaderBoolAttribute(
'chromaticAberration')
self.attributes['hideSource'] = ShaderBoolAttribute('hideSource')
self.attributes['refractiveIndex'] = ShaderFloatAttribute(
'refractiveIndex')
self.attributes['refractionLimit'] = ShaderFloatAttribute(
'refractionLimit')
self.attributes['lightAbsorbance'] = ShaderFloatAttribute(
'lightAbsorbance')
self.attributes['surfaceThickness'] = ShaderFloatAttribute(
'surfaceThickness')
self.attributes['shadowAttenuation'] = ShaderFloatAttribute(
'shadowAttenuation')
self.attributes['angle'] = ShaderFloatAttribute('angle')
self.attributes['spreadX'] = ShaderFloatAttribute('spreadX')
self.attributes['spreadY'] = ShaderFloatAttribute('spreadY')
self.attributes['roughness'] = ShaderFloatAttribute('roughness')
self.attributes['fresnelRefractiveIndex'] = ShaderFloatAttribute(
'fresnelRefractiveIndex')
self.attributes['anisotropicReflectivity'] = ShaderBoolAttribute(
'anisotropicReflectivity')