class NodalPlane(QPCore.QPPublicObject):
"""
QuakePy: NodalPlane
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('strike', 'strike', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('dip', 'dip', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('rake', 'rake', 'element',
RealQuantity.RealQuantity, 'complex'),
))
# <!-- UML2Py end -->
def __init__(self, strike=None, dip=None, rake=None, **kwargs):
super(NodalPlane, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.strike = strike
self.dip = dip
self.rake = rake
self._initMultipleElements()
class SourceTimeFunction(QPCore.QPPublicObject):
"""
QuakePy: SourceTimeFunction
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('type', 'type', 'element', unicode, 'enum'),
QPElement.QPElement('duration', 'duration', 'element', float, 'basic'),
QPElement.QPElement('riseTime', 'riseTime', 'element', float, 'basic'),
QPElement.QPElement('decayTime', 'decayTime', 'element', float, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
type=None,
duration=None,
riseTime=None,
decayTime=None,
**kwargs ):
super(SourceTimeFunction, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.type = type
self.duration = duration
self.riseTime = riseTime
self.decayTime = decayTime
self._initMultipleElements()
class Axis(QPCore.QPPublicObject):
"""
QuakePy: Axis
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('azimuth', 'azimuth', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('plunge', 'plunge', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('length', 'length', 'element',
RealQuantity.RealQuantity, 'complex'),
))
# <!-- UML2Py end -->
def __init__(self, azimuth=None, plunge=None, length=None, **kwargs):
super(Axis, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.azimuth = azimuth
self.plunge = plunge
self.length = length
self._initMultipleElements()
class NodalPlanes(QPCore.QPPublicObject):
"""
QuakePy: NodalPlanes
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('nodalPlane1', 'nodalPlane1', 'element',
NodalPlane.NodalPlane, 'complex'),
QPElement.QPElement('nodalPlane2', 'nodalPlane2', 'element',
NodalPlane.NodalPlane, 'complex'),
QPElement.QPElement('preferredPlane', 'preferredPlane', 'attribute',
int, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
nodalPlane1=None,
nodalPlane2=None,
preferredPlane=None,
**kwargs):
super(NodalPlanes, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.nodalPlane1 = nodalPlane1
self.nodalPlane2 = nodalPlane2
self.preferredPlane = preferredPlane
self._initMultipleElements()
class OriginUncertainty(QPCore.QPPublicObject):
"""
QuakePy: OriginUncertainty
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('horizontalUncertainty', 'horizontalUncertainty', 'element', float, 'basic'),
QPElement.QPElement('minHorizontalUncertainty', 'minHorizontalUncertainty', 'element', float, 'basic'),
QPElement.QPElement('maxHorizontalUncertainty', 'maxHorizontalUncertainty', 'element', float, 'basic'),
QPElement.QPElement('azimuthMaxHorizontalUncertainty', 'azimuthMaxHorizontalUncertainty', 'element', float, 'basic'),
QPElement.QPElement('confidenceEllipsoid', 'confidenceEllipsoid', 'element', ConfidenceEllipsoid.ConfidenceEllipsoid, 'complex'),
QPElement.QPElement('preferredDescription', 'preferredDescription', 'element', unicode, 'enum'),
QPElement.QPElement('confidenceLevel', 'confidenceLevel', 'element', float, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
**kwargs ):
super(OriginUncertainty, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class Cell(QPCore.QPObject):
"""
QuakePy: Cell
"""
addElements = QPElement.QPElementList(
(QPElement.QPElement('lat', 'lat', 'attribute', float, 'basic'),
QPElement.QPElement('lon', 'lon', 'attribute', float, 'basic')))
def __init__(self, **kwargs):
super(Cell, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class DepthLayer(QPCore.QPObject):
"""
QuakePy: DepthLayer
"""
addElements = QPElement.QPElementList(
(QPElement.QPElement('min', 'min', 'attribute', float, 'basic'),
QPElement.QPElement('max', 'max', 'attribute', float, 'basic'),
QPElement.QPElement('at', 'at', 'attribute', float, 'basic'),
QPElement.QPElement('cell', 'cell', 'element', Cell, 'multiple')))
def __init__(self, **kwargs):
super(DepthLayer, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class Grid(QPCore.QPObject):
"""
QuakePy: Grid
"""
addElements = QPElement.QPElementList(
(QPElement.QPElement('defaultCellDimension', 'defaultCellDimension',
'element', DefaultCellDimension, 'complex'),
QPElement.QPElement('depthLayer', 'depthLayer', 'element', DepthLayer,
'multiple')))
def __init__(self, **kwargs):
super(Grid, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class ResourceReference(QPCore.QPPublicObject):
"""
QuakePy: ResourceReference
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList(
(QPElement.QPElement('resourceID', 'resourceID', 'cdata', unicode,
'basic'), ))
# <!-- UML2Py end -->
def __init__(self, **kwargs):
super(ResourceReference, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class DefaultCellDimension(QPCore.QPObject):
"""
QuakePy: DefaultCellDimension
"""
addElements = QPElement.QPElementList(
(QPElement.QPElement('latRange', 'latRange', 'attribute', float,
'basic'),
QPElement.QPElement('lonRange', 'lonRange', 'attribute', float,
'basic')))
def __init__(self, **kwargs):
super(DefaultCellDimension, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class Phase(QPCore.QPPublicObject):
"""
QuakePy: Phase
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList(
(QPElement.QPElement('code', 'code', 'cdata', unicode, 'basic'), ))
# <!-- UML2Py end -->
def __init__(self, code=None, **kwargs):
super(Phase, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.code = code
self._initMultipleElements()
class ConfidenceEllipsoid(QPCore.QPPublicObject):
"""
QuakePy: ConfidenceEllipsoid
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('semiMajorAxisLength', 'semiMajorAxisLength',
'element', float, 'basic'),
QPElement.QPElement('semiMinorAxisLength', 'semiMinorAxisLength',
'element', float, 'basic'),
QPElement.QPElement('semiIntermediateAxisLength',
'semiIntermediateAxisLength', 'element', float,
'basic'),
QPElement.QPElement('majorAxisPlunge', 'majorAxisPlunge', 'element',
float, 'basic'),
QPElement.QPElement('majorAxisAzimuth', 'majorAxisAzimuth', 'element',
float, 'basic'),
QPElement.QPElement('majorAxisRotation', 'majorAxisRotation',
'element', float, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self, **kwargs):
super(ConfidenceEllipsoid, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class CompositeTime(QPCore.QPPublicObject):
"""
QuakePy: CompositeTime
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('year', 'year', 'element',
IntegerQuantity.IntegerQuantity, 'complex'),
QPElement.QPElement('month', 'month', 'element',
IntegerQuantity.IntegerQuantity, 'complex'),
QPElement.QPElement('day', 'day', 'element',
IntegerQuantity.IntegerQuantity, 'complex'),
QPElement.QPElement('hour', 'hour', 'element',
IntegerQuantity.IntegerQuantity, 'complex'),
QPElement.QPElement('minute', 'minute', 'element',
IntegerQuantity.IntegerQuantity, 'complex'),
QPElement.QPElement('second', 'second', 'element',
RealQuantity.RealQuantity, 'complex'),
))
# <!-- UML2Py end -->
def __init__(self, **kwargs):
super(CompositeTime, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class StationMagnitudeContribution(QPCore.QPPublicObject):
"""
QuakePy: StationMagnitudeContribution
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('stationMagnitudeID', 'stationMagnitudeID',
'element', unicode, 'basic'),
QPElement.QPElement('residual', 'residual', 'element', float, 'basic'),
QPElement.QPElement('weight', 'weight', 'element', float, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self, **kwargs):
super(StationMagnitudeContribution, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self._initMultipleElements()
class EventDescription(QPCore.QPPublicObject):
"""
QuakePy: EventDescription
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('text', 'text', 'element', unicode, 'basic'),
QPElement.QPElement('type', 'type', 'element', unicode, 'enum'),
))
# <!-- UML2Py end -->
def __init__(self, text=None, type=None, **kwargs):
super(EventDescription, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.text = text
self.type = type
self._initMultipleElements()
class RealQuantity(QPCore.QPPublicObject):
"""
QuakePy: RealQuantity
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('value', 'value', 'element', float, 'basic'),
QPElement.QPElement('uncertainty', 'uncertainty', 'element', float, 'basic'),
QPElement.QPElement('lowerUncertainty', 'lowerUncertainty', 'element', float, 'basic'),
QPElement.QPElement('upperUncertainty', 'upperUncertainty', 'element', float, 'basic'),
QPElement.QPElement('confidenceLevel', 'confidenceLevel', 'element', float, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
value=None,
uncertainty=None,
lowerUncertainty=None,
upperUncertainty=None,
confidenceLevel=None,
**kwargs ):
super(RealQuantity, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.value = value
self.uncertainty = uncertainty
self.lowerUncertainty = lowerUncertainty
self.upperUncertainty = upperUncertainty
self.confidenceLevel = confidenceLevel
self._initMultipleElements()
class EventParameters(QPCore.QPPublicObject):
"""
QuakePy: EventParameters
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('description', 'description', 'element', unicode,
'basic'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('event', 'event', 'element', Event.Event,
'multiple'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(EventParameters, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class WaveformStreamID(QPCore.QPPublicObject):
"""
QuakePy: WaveformStreamID
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('networkCode', 'networkCode', 'attribute', unicode, 'basic'),
QPElement.QPElement('stationCode', 'stationCode', 'attribute', unicode, 'basic'),
QPElement.QPElement('channelCode', 'channelCode', 'attribute', unicode, 'basic'),
QPElement.QPElement('locationCode', 'locationCode', 'attribute', unicode, 'basic'),
QPElement.QPElement('resourceURI', 'resourceURI', 'cdata', unicode, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
networkCode=None,
stationCode=None,
channelCode=None,
locationCode=None,
resourceURI=None,
**kwargs ):
super(WaveformStreamID, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.networkCode = networkCode
self.stationCode = stationCode
self.channelCode = channelCode
self.locationCode = locationCode
self.resourceURI = resourceURI
self._initMultipleElements()
class PrincipalAxes(QPCore.QPPublicObject):
"""
QuakePy: PrincipalAxes
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('tAxis', 'tAxis', 'element', Axis.Axis, 'complex'),
QPElement.QPElement('pAxis', 'pAxis', 'element', Axis.Axis, 'complex'),
QPElement.QPElement('nAxis', 'nAxis', 'element', Axis.Axis, 'complex'),
))
# <!-- UML2Py end -->
def __init__(self, tAxis=None, pAxis=None, nAxis=None, **kwargs):
super(PrincipalAxes, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.tAxis = tAxis
self.pAxis = pAxis
self.nAxis = nAxis
self._initMultipleElements()
class TimeWindow(QPCore.QPPublicObject):
"""
QuakePy: TimeWindow
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('begin', 'begin', 'element', float, 'basic'),
QPElement.QPElement('end', 'end', 'element', float, 'basic'),
QPElement.QPElement('reference', 'reference', 'element',
QPDateTime.QPDateTime, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self, begin=None, end=None, reference=None, **kwargs):
super(TimeWindow, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.begin = begin
self.end = end
self.reference = reference
self._initMultipleElements()
class Comment(QPCore.QPPublicObject):
"""
QuakePy: Comment
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('text', 'text', 'element', unicode, 'basic'),
QPElement.QPElement('id', 'id', 'attribute', unicode, 'basic'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
))
# <!-- UML2Py end -->
def __init__(self, text=None, id=None, creationInfo=None, **kwargs):
super(Comment, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.text = text
self.id = id
self.creationInfo = creationInfo
self._initMultipleElements()
class StationMagnitude(QPCore.QPPublicObject):
"""
QuakePy: StationMagnitude
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('originID', 'originID', 'element', unicode,
'basic'),
QPElement.QPElement('mag', 'mag', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('type', 'type', 'element', unicode, 'basic'),
QPElement.QPElement('amplitudeID', 'amplitudeID', 'element', unicode,
'basic'),
QPElement.QPElement('methodID', 'methodID', 'element', unicode,
'basic'),
QPElement.QPElement('waveformID', 'waveformID', 'element',
WaveformStreamID.WaveformStreamID, 'complex'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(StationMagnitude, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class Tensor(QPCore.QPPublicObject):
"""
QuakePy: Tensor
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('Mrr', 'Mrr', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('Mtt', 'Mtt', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('Mpp', 'Mpp', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('Mrt', 'Mrt', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('Mrp', 'Mrp', 'element', RealQuantity.RealQuantity,
'complex'),
QPElement.QPElement('Mtp', 'Mtp', 'element', RealQuantity.RealQuantity,
'complex'),
))
# <!-- UML2Py end -->
def __init__(self,
Mrr=None,
Mtt=None,
Mpp=None,
Mrt=None,
Mrp=None,
Mtp=None,
**kwargs):
super(Tensor, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.Mrr = Mrr
self.Mtt = Mtt
self.Mpp = Mpp
self.Mrt = Mrt
self.Mrp = Mrp
self.Mtp = Mtp
self._initMultipleElements()
class CreationInfo(QPCore.QPPublicObject):
"""
QuakePy: CreationInfo
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('author', 'author', 'element', unicode, 'basic'),
QPElement.QPElement('authorURI', 'authorURI', 'element', unicode,
'basic'),
QPElement.QPElement('agencyID', 'agencyID', 'element', unicode,
'basic'),
QPElement.QPElement('agencyURI', 'agencyURI', 'element', unicode,
'basic'),
QPElement.QPElement('creationTime', 'creationTime', 'element',
QPDateTime.QPDateTime, 'basic'),
QPElement.QPElement('version', 'version', 'element', unicode, 'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
agencyID=None,
agencyURI=None,
author=None,
authorURI=None,
creationTime=None,
version=None,
**kwargs):
super(CreationInfo, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.agencyID = agencyID
self.agencyURI = agencyURI
self.author = author
self.authorURI = authorURI
self.creationTime = creationTime
self.version = version
self._initMultipleElements()
class DataUsed(QPCore.QPPublicObject):
"""
QuakePy: DataUsed
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('waveType', 'waveType', 'element', unicode,
'enum'),
QPElement.QPElement('stationCount', 'stationCount', 'element', int,
'basic'),
QPElement.QPElement('componentCount', 'componentCount', 'element', int,
'basic'),
QPElement.QPElement('shortestPeriod', 'shortestPeriod', 'element',
float, 'basic'),
QPElement.QPElement('longestPeriod', 'longestPeriod', 'element', float,
'basic'),
))
# <!-- UML2Py end -->
def __init__(self,
waveType=None,
stationCount=None,
componentCount=None,
shortestPeriod=None,
longestPeriod=None,
**kwargs):
super(DataUsed, self).__init__(**kwargs)
self.elements.extend(self.addElements)
self.waveType = waveType
self.stationCount = stationCount
self.componentCount = componentCount
self.shortestPeriod = shortestPeriod
self.longestPeriod = longestPeriod
self._initMultipleElements()
class Arrival(QPCore.QPPublicObject):
"""
QuakePy: Arrival
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('pickID', 'pickID', 'element', unicode, 'basic'),
QPElement.QPElement('phase', 'phase', 'element', Phase.Phase,
'complex'),
QPElement.QPElement('timeCorrection', 'timeCorrection', 'element',
float, 'basic'),
QPElement.QPElement('azimuth', 'azimuth', 'element', float, 'basic'),
QPElement.QPElement('distance', 'distance', 'element', float, 'basic'),
QPElement.QPElement('takeoffAngle', 'takeoffAngle', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('timeResidual', 'timeResidual', 'element', float,
'basic'),
QPElement.QPElement('horizontalSlownessResidual',
'horizontalSlownessResidual', 'element', float,
'basic'),
QPElement.QPElement('backazimuthResidual', 'backazimuthResidual',
'element', float, 'basic'),
QPElement.QPElement('timeWeight', 'timeWeight', 'element', float,
'basic'),
QPElement.QPElement('horizontalSlownessWeight',
'horizontalSlownessWeight', 'element', float,
'basic'),
QPElement.QPElement('backazimuthWeight', 'backazimuthWeight',
'element', float, 'basic'),
QPElement.QPElement('earthModelID', 'earthModelID', 'element', unicode,
'basic'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(Arrival, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class Pick(QPCore.QPPublicObject):
"""
QuakePy: Pick
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('time', 'time', 'element',
TimeQuantity.TimeQuantity, 'complex'),
QPElement.QPElement('waveformID', 'waveformID', 'element',
WaveformStreamID.WaveformStreamID, 'complex'),
QPElement.QPElement('filterID', 'filterID', 'element', unicode,
'basic'),
QPElement.QPElement('methodID', 'methodID', 'element', unicode,
'basic'),
QPElement.QPElement('horizontalSlowness', 'horizontalSlowness',
'element', RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('backazimuth', 'backazimuth', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('slownessMethodID', 'slownessMethodID', 'element',
unicode, 'basic'),
QPElement.QPElement('onset', 'onset', 'element', unicode, 'enum'),
QPElement.QPElement('phaseHint', 'phaseHint', 'element', Phase.Phase,
'complex'),
QPElement.QPElement('polarity', 'polarity', 'element', unicode,
'enum'),
QPElement.QPElement('evaluationMode', 'evaluationMode', 'element',
unicode, 'enum'),
QPElement.QPElement('evaluationStatus', 'evaluationStatus', 'element',
unicode, 'enum'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(Pick, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class FocalMechanism(QPCore.QPPublicObject):
"""
QuakePy: FocalMechanism
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('triggeringOriginID', 'triggeringOriginID',
'element', unicode, 'basic'),
QPElement.QPElement('nodalPlanes', 'nodalPlanes', 'element',
NodalPlanes.NodalPlanes, 'complex'),
QPElement.QPElement('principalAxes', 'principalAxes', 'element',
PrincipalAxes.PrincipalAxes, 'complex'),
QPElement.QPElement('azimuthalGap', 'azimuthalGap', 'element', float,
'basic'),
QPElement.QPElement('stationPolarityCount', 'stationPolarityCount',
'element', int, 'basic'),
QPElement.QPElement('misfit', 'misfit', 'element', float, 'basic'),
QPElement.QPElement('stationDistributionRatio',
'stationDistributionRatio', 'element', float,
'basic'),
QPElement.QPElement('methodID', 'methodID', 'element', unicode,
'basic'),
QPElement.QPElement('evaluationMode', 'evaluationMode', 'element',
unicode, 'enum'),
QPElement.QPElement('evaluationStatus', 'evaluationStatus', 'element',
unicode, 'enum'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('momentTensor', 'momentTensor', 'element',
MomentTensor.MomentTensor, 'multiple'),
QPElement.QPElement('waveformID', 'waveformID', 'element',
WaveformStreamID.WaveformStreamID, 'multiple'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(FocalMechanism, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class Amplitude(QPCore.QPPublicObject):
"""
QuakePy: Amplitude
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('genericAmplitude', 'genericAmplitude', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('type', 'type', 'element', unicode, 'basic'),
QPElement.QPElement('category', 'category', 'element', unicode,
'enum'),
QPElement.QPElement('unit', 'unit', 'element', unicode, 'enum'),
QPElement.QPElement('methodID', 'methodID', 'element', unicode,
'basic'),
QPElement.QPElement('period', 'period', 'element',
RealQuantity.RealQuantity, 'complex'),
QPElement.QPElement('snr', 'snr', 'element', float, 'basic'),
QPElement.QPElement('timeWindow', 'timeWindow', 'element',
TimeWindow.TimeWindow, 'complex'),
QPElement.QPElement('pickID', 'pickID', 'element', unicode, 'basic'),
QPElement.QPElement('waveformID', 'waveformID', 'element',
WaveformStreamID.WaveformStreamID, 'complex'),
QPElement.QPElement('filterID', 'filterID', 'element', unicode,
'basic'),
QPElement.QPElement('scalingTime', 'scalingTime', 'element',
TimeQuantity.TimeQuantity, 'complex'),
QPElement.QPElement('magnitudeHint', 'magnitudeHint', 'element',
unicode, 'basic'),
QPElement.QPElement('evaluationMode', 'evaluationMode', 'element',
unicode, 'enum'),
QPElement.QPElement('evaluationStatus', 'evaluationStatus', 'element',
unicode, 'enum'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(Amplitude, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
class Event(QPCore.QPPublicObject):
"""
QuakePy: Event
"""
# <!-- UML2Py start -->
addElements = QPElement.QPElementList((
QPElement.QPElement('publicID', 'publicID', 'attribute', unicode,
'basic'),
QPElement.QPElement('preferredOriginID', 'preferredOriginID',
'element', unicode, 'basic'),
QPElement.QPElement('preferredMagnitudeID', 'preferredMagnitudeID',
'element', unicode, 'basic'),
QPElement.QPElement('preferredFocalMechanismID',
'preferredFocalMechanismID', 'element', unicode,
'basic'),
QPElement.QPElement('type', 'type', 'element', unicode, 'enum'),
QPElement.QPElement('typeCertainty', 'typeCertainty', 'element',
unicode, 'enum'),
QPElement.QPElement('creationInfo', 'creationInfo', 'element',
CreationInfo.CreationInfo, 'complex'),
QPElement.QPElement('focalMechanism', 'focalMechanism', 'element',
FocalMechanism.FocalMechanism, 'multiple'),
QPElement.QPElement('amplitude', 'amplitude', 'element',
Amplitude.Amplitude, 'multiple'),
QPElement.QPElement('magnitude', 'magnitude', 'element',
Magnitude.Magnitude, 'multiple'),
QPElement.QPElement('stationMagnitude', 'stationMagnitude', 'element',
StationMagnitude.StationMagnitude, 'multiple'),
QPElement.QPElement('origin', 'origin', 'element', Origin.Origin,
'multiple'),
QPElement.QPElement('pick', 'pick', 'element', Pick.Pick, 'multiple'),
QPElement.QPElement('description', 'description', 'element',
EventDescription.EventDescription, 'multiple'),
QPElement.QPElement('comment', 'comment', 'element', Comment.Comment,
'multiple'),
))
# <!-- UML2Py end -->
def __init__(self, publicID=None, **kwargs):
super(Event, self).__init__(publicID, **kwargs)
self.elements.extend(self.addElements)
# publicID has not been set in parent class
if self.publicID is None:
self.publicID = self.createPublicID(self.__class__.__name__,
**kwargs)
self._initMultipleElements()
def getPreferredOriginIdx(self):
if (not hasattr(self, 'origin')) or len(self.origin) == 0:
return None
elif len(self.origin) == 1:
return 0
else:
for curr_ori_idx, curr_ori in enumerate(self.origin):
if self.preferredOriginID == curr_ori.publicID:
return curr_ori_idx
# no origin found
raise IndexError, "Event::getPreferredOriginIdx - origin not found"
def getPreferredOrigin(self):
idx = self.getPreferredOriginIdx()
if idx is not None:
return self.origin[idx]
else:
raise IndexError, "Event::getPreferredOrigin - origin not found"
def getPreferredMagnitudeIdx(self):
if (not hasattr(self, 'magnitude')) or len(self.magnitude) == 0:
return None
elif len(self.magnitude) == 1:
return 0
else:
for curr_mag_idx, curr_mag in enumerate(self.magnitude):
if self.preferredMagnitudeID == curr_mag.publicID:
return curr_mag_idx
# no magnitude found
raise IndexError, "Event::getPreferredMagnitudeIdx - magnitude not found"
def getPreferredMagnitude(self):
idx = self.getPreferredMagnitudeIdx()
if idx is not None:
return self.magnitude[idx]
else:
raise IndexError, "Event::getPreferredMagnitude - magnitude not found"
def getPreferredFocalMechanismIdx(self):
if (not hasattr(self, 'focalMechanism')) or len(
self.focalMechanism) == 0:
return None
elif len(self.focalMechanism) == 1:
return 0
else:
for curr_fm_idx, curr_fm in enumerate(self.focalMechanism):
if self.preferredFocalMechanismID == curr_fm.publicID:
return curr_fm_idx
# no focalMechanism found
raise IndexError, "Event::getPreferredFocalMechanismIdx - focalMechanism not found"
def getPreferredFocalMechanism(self):
idx = self.getPreferredFocalMechanismIdx()
if idx is not None:
return self.focalMechanism[idx]
else:
raise IndexError, "Event::getPreferredFocalMechanism - focalMechanism not found"
def getOriginIdx(self, ori):
"""
input: ori, can either be Origin instance or publicID of origin
"""
if not isinstance(ori, Origin.Origin):
lookForInstance = False
else:
lookForInstance = True
for curr_ori_idx, curr_ori in enumerate(self.origin):
if lookForInstance:
if ori == curr_ori:
return curr_ori_idx
else:
if ori == curr_ori.publicID:
return curr_ori_idx
return None
def getOrigin(self, ori):
"""
input: ori, can either be Origin instance or publicID of origin
"""
ori_idx = self.getOriginIdx(ori)
if ori_idx is not None:
return self.origin[ori_idx]
else:
return None
def getMagnitudesIdx(self, ori):
mag_idx = []
for curr_mag_idx, curr_mag in enumerate(self.magnitude):
if curr_mag.originID == ori.publicID:
mag_idx.append(curr_mag_idx)
return mag_idx
def getMagnitudes(self, ori):
magnitudes = []
for mag in self.magnitude:
if mag.originID == ori.publicID:
magnitudes.append(mag)
return magnitudes