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src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/acquisition.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, AcquisitionPoint)
 
    def can_convert(self, obj):
        return type(obj) is AcquisitionPoint
    def parse(self, element):
        obj = self._parse_parameter(element, AcquisitionMultipoint)
 
        for subelement in element.findall('./Positions/SpecimenPosition'):
            position = \

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/detector.py   pyHMSA(Download)
    def parse(self, element):
        obj = self._parse_parameter(element, Window)
 
        for subelement in element.findall('Layer'):
            material = subelement.attrib['Material']
    def parse(self, element):
        return self._parse_parameter(element, DetectorCamera)
 
    def can_convert(self, obj):
        return type(obj) is DetectorCamera

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/calibration.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, CalibrationConstant)
 
    def can_convert(self, obj):
        return type(obj) is CalibrationConstant
    def parse(self, element):
        return self._parse_parameter(element, CalibrationLinear)
 
    def can_convert(self, obj):
        return type(obj) is CalibrationLinear
    def parse(self, element):
        return self._parse_parameter(element, CalibrationPolynomial)
 
    def can_convert(self, obj):
        return type(obj) is CalibrationPolynomial
    def parse(self, element):
        return self._parse_parameter(element, CalibrationExplicit)
 
    def can_convert(self, obj):
        return type(obj) is CalibrationExplicit

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/region.py   pyHMSA(Download)
    def parse(self, element):
        obj = self._parse_parameter(element, RegionOfInterest)
 
        subelement = element.find('StartChannel')
        if subelement is None:

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/probe.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, ProbeEM)
 
    def can_convert(self, obj):
        return type(obj) is ProbeEM
    def parse(self, element):
        return self._parse_parameter(element, ProbeTEM)
 
    def can_convert(self, obj):
        return type(obj) is ProbeTEM

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/elementalid.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, ElementalID)
 
    def can_convert(self, obj):
        return type(obj) is ElementalID
    def parse(self, element):
        return self._parse_parameter(element, ElementalIDXray)
 
    def can_convert(self, obj):
        return type(obj) is ElementalIDXray

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/specimenposition.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, SpecimenPosition)
 
    def can_convert(self, obj):
        return type(obj) is SpecimenPosition

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/condition/instrument.py   pyHMSA(Download)
    def parse(self, element):
        return self._parse_parameter(element, Instrument)
 
    def can_convert(self, obj):
        return type(obj) is Instrument

src/p/y/pyHMSA-0.1/pyhmsa/fileformat/xmlhandler/header.py   pyHMSA(Download)
    def parse(self, element):
        obj = self._parse_parameter(element, Header)
 
        for subelement in element:
            name = subelement.tag