def drawAllCheckinPlotsByVisitingClassesUsingDemography(model, **conf):
plotsFolder = conf['plotsFolder']+'byVisitingClassesUsingDemography/'
for locationId, location in model.locationsCheckinsMap.iteritems():
if location['checkins']:
locationObject = Location.getObjectFromDict(location['object'])
plotsFile = '%s%s/%s'%(plotsFolder, Location.getLocationClassBasedOnVisitingProbability(locationObject),locationId+'.png')
FileIO.createDirectoryForFile(plotsFile)
checkinsByBinsAndDemographies = defaultdict(dict)
demographColorMap = {}
for day, binData in location['checkins'].iteritems():
for bin, checkins in binData.iteritems():
bin=int(bin)
for user in checkins:
demographyId = model.userMap[user]['object']['demography_id']
demographColorMap[demographyId] = model.userMap[user]['object']['demography_color']
if bin not in checkinsByBinsAndDemographies[demographyId]: checkinsByBinsAndDemographies[demographyId][bin]=0
checkinsByBinsAndDemographies[demographyId][bin]+=1
# for bin in checkinsByBinsAndDemographies:
# for demographyId in demographColorMap:
# plt.scatter([bin], [checkinsByBinsAndDemographies[bin][demographyId]], color=demographColorMap[demographyId])
for demographyId, data in checkinsByBinsAndDemographies.iteritems():
# print smooth([data[k] for k in sorted(data)], 4)
plt.fill_between(sorted(data.keys()), smooth([data[k] for k in sorted(data)], 10)[:len(data)], color=demographColorMap[demographyId], alpha=0.65)
# plt.hist([k for k, v in checkinsByBins.iteritems() for i in range(v)], conf['noOfBinsPerDay'], normed=True)
plt.title(str(locationObject.visitingProbability))
plt.savefig(plotsFile)
plt.clf()
def drawAllCheckinPlotsByVisitingClasses(model, **conf):
plotsFolder = conf['plotsFolder']+'byVisitingClasses/'
for locationId, location in model.locationsCheckinsMap.iteritems():
if location['checkins']:
locationObject = Location.getObjectFromDict(location['object'])
plotsFile = '%s%s/%s'%(plotsFolder, Location.getLocationClassBasedOnVisitingProbability(locationObject),locationId+'.png')
FileIO.createDirectoryForFile(plotsFile)
checkinsByBins = defaultdict(int)
for day, binData in location['checkins'].iteritems():
for bin, checkins in binData.iteritems():
checkinsByBins[int(bin)]+=len(checkins)
# print len(checkinsByBins.keys()), len(smooth(checkinsByBins.values(), 1)[:48])
plt.plot(checkinsByBins.keys(), smooth(checkinsByBins.values(), 1))
# plt.hist([k for k, v in checkinsByBins.iteritems() for i in range(v)], conf['noOfBinsPerDay'], normed=True)
plt.title(str(locationObject.visitingProbability))
plt.savefig(plotsFile)
plt.clf()
