materia_epd.core namespace

Submodules

materia_epd.core.constants module

class materia_epd.core.constants.ATTR

Bases: object

AMOUNT = 'Amount'

CLASS_ID = 'classId'

ID = 'id'

INTERNAL_ID = 'dataSetInternalID'

LANG = '{http://www.w3.org/XML/1998/namespace}lang'

LOCATION = 'location'

NAME = 'name'

PROPERTY = 'property'

REF_OBJECT_ID = 'refObjectId'

UNIT = 'Unit'

class materia_epd.core.constants.ICONS

Bases: object

ERROR = '❌'

HOURGLASS = '⏳'

SUCCESS = '✅'

WARNING = '⚠️'

class materia_epd.core.constants.XP

Bases: object

AMOUNT = './/epd:amount'

CLASS_LEVEL_2 = "common:class[@level='2']"

FLOW_PROPERTIES = './/flow:flowProperties'

FLOW_PROPERTY = './/flow:flowProperty'

HS_CLASSIFICATION = ".//common:classification[@name='HS Classification']"

LCIA_RESULT = './/proc:LCIAResult'

LOCATION = './/proc:locationOfOperationSupplyOrProduction'

MATML_DOC = './/mat:MatML_Doc'

MEAN_AMOUNT = 'proc:meanAmount'

MEAN_VALUE = 'flow:meanValue'

PROPERTY_DATA = './/mat:PropertyData'

PROPERTY_DETAILS = './/mat:PropertyDetails'

PROP_DATA = 'mat:Data'

PROP_NAME = 'mat:Name'

PROP_UNITS = 'mat:Units'

QUANT_REF = './/proc:quantitativeReference/proc:referenceToReferenceFlow'

REF_TO_FLOW = 'proc:referenceToFlowDataSet'

REF_TO_FLOW_PROP = 'flow:referenceToFlowPropertyDataSet'

REF_TO_LCIA_METHOD = 'proc:referenceToLCIAMethodDataSet'

REF_TO_REF_FLOW_PROP = './/flow:referenceToReferenceFlowProperty'

SHORT_DESC = 'common:shortDescription'

UUID = './/common:UUID'

static exchange_by_id(internal_id: str) → str

materia_epd.core.errors module

exception materia_epd.core.errors.NoMatchingEPDError(message='No matching EPDs found for the following filters:')

Bases: Exception

Raised when no EPDs match the given filters after all fallbacks.

materia_epd.core.physics module

materia_epd.core.utils module

materia_epd.core.utils.copy_except_folders(src_dir, dest_dir, exclude_folders)

materia_epd.core.utils.qn_uri(uri: str, name: str) → str

materia_epd.core.utils.sort_key(p: Path)

materia_epd.core.utils.to_float(value, positive=False)

Convert to float; if positive=True, return None for <= 0.