def __init__(self,
id=id,
name=None,
start=0,
stop=float('inf'),
interval=1,
duration=0,
method=None,
argumentDict={},
dueDateThreshold=float('inf'),
prioritizeIfCanFinish=False,
**kw):
EventGenerator.__init__(self, id, name, start, stop, interval,
duration, method, argumentDict)
# attribute used by optimization in calculateWhatIsToBeProcessed
# only the projects that are within this threshold from the one with EDD in the same bufffer
# will be considered to move at first
self.dueDateThreshold = float(dueDateThreshold)
# attribute that shows if we prioritize entities that can finish work in this station in the next interval
self.prioritizeIfCanFinish = bool(int(prioritizeIfCanFinish))
# the total assemblySpace in the system
if hasattr(G, 'extraPropertyDict'):
self.assemblySpace = float(
G.extraPropertyDict.get('assemblySpace', float('inf')))
else:
self.assemblySpace = float('inf')
self.method = self.steps
def __init__(self, id=id, name=None, start=0, stop=float('inf'), interval=1,
duration=0, method=None, argumentDict={}, dueDateThreshold=float('inf'),
prioritizeIfCanFinish=False,**kw):
EventGenerator.__init__(self, id, name, start, stop, interval,
duration, method, argumentDict)
# attribute used by optimization in calculateWhatIsToBeProcessed
# only the projects that are within this threshold from the one with EDD in the same bufffer
# will be considered to move at first
self.dueDateThreshold=float(dueDateThreshold)
# attribute that shows if we prioritize entities that can finish work in this station in the next interval
self.prioritizeIfCanFinish=bool(int(prioritizeIfCanFinish))
# the total assemblySpace in the system
if hasattr(G, 'extraPropertyDict'):
self.assemblySpace=float(G.extraPropertyDict.get('assemblySpace', float('inf')))
else:
self.assemblySpace=float('inf')
self.method=self.steps
def initialize(self):
EventGenerator.initialize(self)
# sort the buffers so if they have shared resources the ones with highest priority will go in front
self.sortBuffers()
def initialize(self):
EventGenerator.initialize(self)
# sort the buffers so if they have shared resources the ones with highest priority will go in front
self.sortBuffers()
