def METHOD_NAME(xmlFilePath):
	tree = ElementTree.parse(xmlFilePath)
	fsParams = tree.findall('FieldSpecifications/FieldSpecification')
	for fsParam in fsParams:
		if ( (fsParam.get('fieldName') == "pressure") & (fsParam.get('initialCondition') != "1") ): 
			if fsParam.get('setNames') == "{ rneg }":
				Pin = float(fsParam.get('scale'))
			if fsParam.get('setNames') == "{ rpos }":
				Pout = float(fsParam.get('scale'))
	for fsParam in fsParams:
		if ( (fsParam.get('fieldName') == "temperature") & (fsParam.get('initialCondition') != "1") ): 
			if fsParam.get('setNames') == "{ rneg }":
				Tin = float(fsParam.get('scale'))
			if fsParam.get('setNames') == "{ rpos }":
				Tout = float(fsParam.get('scale'))
	thermalConductivity = float( extractDataFromXMLList( tree.find('Constitutive/SinglePhaseConstantThermalConductivity').get('thermalConductivityComponents') )[0] )
	volumetricHeatCapacity = float( tree.find('Constitutive/SolidInternalEnergy').get('volumetricHeatCapacity') )
	permeability = float( extractDataFromXMLList( tree.find('Constitutive/ConstantPermeability').get('permeabilityComponents') )[0] )
	porosity = float( tree.find('Constitutive/PressurePorosity').get('defaultReferencePorosity') )
	fluidViscosity = float( tree.find('Constitutive/ThermalCompressibleSinglePhaseFluid').get('defaultViscosity') )
	fluidCompressibility = float( tree.find('Constitutive/ThermalCompressibleSinglePhaseFluid').get('compressibility') )
	fluidThermalExpansionCoefficient = float( tree.find('Constitutive/ThermalCompressibleSinglePhaseFluid').get('thermalExpansionCoeff') )
	return [Pin, Pout, Tin, Tout, thermalConductivity, volumetricHeatCapacity, permeability, porosity, fluidViscosity, fluidCompressibility, fluidThermalExpansionCoefficient]