def __init__(self,observer, variableX,valuesX, variableY,valuesY, t):
self.matcher=IScatter(variableX,valuesX, variableY,valuesY,t)
self.observer=observer
self.type="scatter"
Scatter.nscatter +=1
self.name="scatter_%d"%Scatter.nscatter
Subscriber.__init__(self,observer)
def __init__(self,observer, variableX,valuesX, variableY,valuesY, t):
self.matcher=IScatter(variableX,valuesX, variableY,valuesY,t)
self.observer=observer
self.type="scatter"
Scatter.nscatter +=1
self.name="scatter_%d"%Scatter.nscatter
Subscriber.__init__(self,observer)
class Scatter(Subscriber):
nscatter = 0
""" """
def __init__(self, observer, variableX, valuesX, variableY, valuesY,
t):
self.matcher = IScatter(variableX, valuesX, variableY, valuesY, t)
self.observer = observer
self.type = "scatter"
Scatter.nscatter += 1
self.name = "scatter_%d" % Scatter.nscatter
Subscriber.__init__(self, observer)
def selectPoints(self, pointIds):
print self.name, " will select points", pointIds
def selectedPoints(self, pointIds):
print self.name, "selected point", pointIds
def brushPoints(self, pointIds):
print self.name, " will brush on points", pointIds
def selectObservations(self, observations):
print self.name, "will select ids associated with observations"
ids = self.matcher.matchObservations(observations)
self.selectPoints(ids)
def selectedObservations(self, observations):
#self.dispatch("selectObservations",observations)
self.selectObservations(observations)
#print "snd"
self.publish("selectedObservations", observations)
#self.selectObservations(observations)
def updateTime(self, tsId):
tsid = tsId[0].ts
print self.name, " is updating to time period", tsid
def buildMethods(self):
m = {}
m = {
"selectPoints": self.selectPoints,
"selectedPoints": self.selectedPoints,
"brushPoints": self.brushPoints,
"selectObservations": self.selectObservations,
"selectedObservations": self.selectedObservations,
"updateTime": self.updateTime
}
self.methods = m
class Scatter(Subscriber):
nscatter = 0
""" """
def __init__(self,observer, variableX,valuesX, variableY,valuesY, t):
self.matcher=IScatter(variableX,valuesX, variableY,valuesY,t)
self.observer=observer
self.type="scatter"
Scatter.nscatter +=1
self.name="scatter_%d"%Scatter.nscatter
Subscriber.__init__(self,observer)
def selectPoints(self,pointIds):
print self.name," will select points",pointIds
def selectedPoints(self,pointIds):
print self.name,"selected point",pointIds
def brushPoints(self,pointIds):
print self.name," will brush on points",pointIds
def selectObservations(self,observations):
print self.name, "will select ids associated with observations"
ids = self.matcher.matchObservations(observations)
self.selectPoints(ids)
def selectedObservations(self,observations):
#self.dispatch("selectObservations",observations)
self.selectObservations(observations)
#print "snd"
self.publish("selectedObservations",observations)
#self.selectObservations(observations)
def updateTime(self,tsId):
tsid = tsId[0].ts
print self.name," is updating to time period",tsid
def buildMethods(self):
m={}
m={"selectPoints":self.selectPoints,
"selectedPoints":self.selectedPoints,
"brushPoints":self.brushPoints,
"selectObservations":self.selectObservations,
"selectedObservations":self.selectedObservations,
"updateTime":self.updateTime}
self.methods=m
