def bar(request):
#Getting the progress info from the cache
progress = memcache.get("progress")
refresh = ''
simulating = 0 <= progress < 100
done = progress == 100
if done:
#Showing results if we are done
progress = 100
iRun = 0
sim = simulation.simulation()
NRun = memcache.get("NRun")
#Aggregating all jobs
while iRun < NRun:
simTemp = memcache.get("run" + str(iRun))
sim.houseAdvantage.extend(simTemp.houseAdvantage)
sim.finalMoney.extend(simTemp.finalMoney)
iRun = iRun + 1
#Aggregating stats
sim.hist.build(sim)
houseAdvantage = round(sum(sim.houseAdvantage)/len(sim.houseAdvantage),4)
expectedGain = round(sum(sim.finalMoney)/len(sim.finalMoney),2)
standardDev = int(round(math.sqrt(sum([(x - expectedGain)**2 for x in sim.finalMoney])/len(sim.finalMoney)),0))
maximumGain = int(round(max(sim.finalMoney),0))
minGain = int(round(min(sim.finalMoney),0))
#Building stats dictionary
sim.stats = [{'name' : 'House Advantage','value': houseAdvantage},
{'name' : 'Expected Loss (or Gain)','value': expectedGain},
{'name' : 'Standard Deviation', 'value' : standardDev},
{'name' : 'Maximum Gain','value': maximumGain}
,{'name' : 'Maximum Loss' , 'value' : minGain}]
return render_to_response("Bar.html",{'sim' : sim,
'progress' : str(progress) + '%',
'refresh' : refresh,
'simulating' : simulating,
'done' : done})
elif simulating:
#We are refreshing every 5 seconds while simulating
refresh = '<meta http-equiv="refresh" content="5" >'
return render_to_response("Bar.html",{'progress' : str(progress) + '%',
'refresh' : refresh,
'simulating' : simulating})
else:
#When the simulation hasn't started yet.
return render_to_response("Bar.html",{'progress' : str(progress) + '%',
'refresh' : refresh,
'simulating' : simulating,
'done' : done})
def simulation_queue(request):
#Getting the parameters
betType = request.POST.get('betType', 'JP')
nDeck = int(request.POST.get('nDeck', '2'))
maxBet = int(request.POST.get('maxBet', '0'))
iRun = int(request.POST.get('iRun', '0'))
NRun = int(request.POST.get('NRun', '0'))
#Simulating
sim = simulation.simulation(betType, nDeck, 1000, maxBet=maxBet)
sim.run()
#Saving results to cache
memcache.incr("counter")
count = memcache.get("counter")
memcache.set("run" + str(iRun), sim)
memcache.set("progress", count * 100 / NRun)
return HttpResponse()
def simulation_queue(request):
#Getting the parameters
betType = request.POST.get('betType', 'JP')
nDeck = int(request.POST.get('nDeck', '2'))
maxBet = int(request.POST.get('maxBet','0'))
iRun = int(request.POST.get('iRun','0'))
NRun = int(request.POST.get('NRun','0'))
#Simulating
sim = simulation.simulation(betType,nDeck,1000,maxBet = maxBet)
sim.run()
#Saving results to cache
memcache.incr("counter")
count = memcache.get("counter")
memcache.set("run" + str(iRun), sim)
memcache.set("progress", count*100/NRun)
return HttpResponse()
def bar(request):
#Getting the progress info from the cache
progress = memcache.get("progress")
refresh = ''
simulating = 0 <= progress < 100
done = progress == 100
if done:
#Showing results if we are done
progress = 100
iRun = 0
sim = simulation.simulation()
NRun = memcache.get("NRun")
#Aggregating all jobs
while iRun < NRun:
simTemp = memcache.get("run" + str(iRun))
sim.houseAdvantage.extend(simTemp.houseAdvantage)
sim.finalMoney.extend(simTemp.finalMoney)
iRun = iRun + 1
#Aggregating stats
sim.hist.build(sim)
houseAdvantage = round(
sum(sim.houseAdvantage) / len(sim.houseAdvantage), 4)
expectedGain = round(sum(sim.finalMoney) / len(sim.finalMoney), 2)
standardDev = int(
round(
math.sqrt(
sum([(x - expectedGain)**2
for x in sim.finalMoney]) / len(sim.finalMoney)), 0))
maximumGain = int(round(max(sim.finalMoney), 0))
minGain = int(round(min(sim.finalMoney), 0))
#Building stats dictionary
sim.stats = [{
'name': 'House Advantage',
'value': houseAdvantage
}, {
'name': 'Expected Loss (or Gain)',
'value': expectedGain
}, {
'name': 'Standard Deviation',
'value': standardDev
}, {
'name': 'Maximum Gain',
'value': maximumGain
}, {
'name': 'Maximum Loss',
'value': minGain
}]
return render_to_response(
"Bar.html", {
'sim': sim,
'progress': str(progress) + '%',
'refresh': refresh,
'simulating': simulating,
'done': done
})
elif simulating:
#We are refreshing every 5 seconds while simulating
refresh = '<meta http-equiv="refresh" content="5" >'
return render_to_response(
"Bar.html", {
'progress': str(progress) + '%',
'refresh': refresh,
'simulating': simulating
})
else:
#When the simulation hasn't started yet.
return render_to_response(
"Bar.html", {
'progress': str(progress) + '%',
'refresh': refresh,
'simulating': simulating,
'done': done
})
