def __init__(self, minValue=0, maxValue=10, minStep=1, maxStep=1):
DomainBehavior.__init__(self)
self.state = {'sigma': 0}
self.minValue = minValue
self.maxValue = maxValue
self.minStep = minStep
self.maxStep = maxStep
self.msg = Message(None, None)
def __init__(self,minValue=0,maxValue=10,minStep=1,maxStep=1):
DomainBehavior.__init__(self)
self.state = {
'sigma':0
}
self.minValue = minValue
self.maxValue = maxValue
self.minStep = minStep
self.maxStep = maxStep
self.msg = Message(None,None)
def __init__(self, sourceName="", listValues=None):
if not listValues: listValues = []
DomainBehavior.__init__(self)
### local copy
self.sourceName = sourceName
self.__listValues = listValues
self.T = []
self.V = {}
### flags
self.type_error_flag = True in map(lambda a: not isinstance(a, int), self.__listValues)
self.file_error_flag = os.path.exists(self.sourceName)
self.list_empty_flag = listValues == []
### assert
if self.type_error_flag: assert True, "Please use integer in listValue parameter !"
def __init__(self, fusion = True, eventAxis = False):
""" Constructor.
@param fusion : Flag to plot all signals on one graphic
@param eventAxis : Flag to plot depending event axis
"""
DomainBehavior.__init__(self)
# State variable
self.state = {'status': 'INACTIF', 'sigma': INFINITY}
# fusioning curve
self.fusion = fusion
# replace time axis with step axis
self.eventAxis = eventAxis
# results tab (results attribut must be defined in order to plot the data)
self.results = {} #OrderedDict()
self.t = INFINITY
def __init__(self, fusion=True, eventAxis=False):
""" Constructor.
@param fusion : Flag to plot all signals on one graphic
@param eventAxis : Flag to plot depending event axis
"""
DomainBehavior.__init__(self)
# State variable
self.state = {'status': 'INACTIF', 'sigma': INFINITY}
# fusioning curve
self.fusion = fusion
# replace time axis with step axis
self.eventAxis = eventAxis
# results tab (results attribut must be defined in order to plot the data)
self.results = {} #OrderedDict()
self.t = INFINITY
def __init__(self, sourceName="", listValues=None):
if not listValues: listValues = []
DomainBehavior.__init__(self)
### local copy
self.sourceName = sourceName
self.__listValues = listValues
self.T = []
self.V = {}
### flags
self.type_error_flag = True in map(lambda a: not isinstance(a, int),
self.__listValues)
self.file_error_flag = os.path.exists(self.sourceName)
self.list_empty_flag = listValues == []
### assert
if self.type_error_flag:
assert True, "Please use integer in listValue parameter !"
def __init__(self):
"""Constructor.
"""
DomainBehavior.__init__(self)
def __init__(self): """Constructor. """ DomainBehavior.__init__(self)