def checkTrades():
ip = IntervalPrices(interval, coinStr)
while len(ip.origtimeline.keys()) == 0:
ip = IntervalPrices(interval, coinStr)
time.sleep(100)
ip.setParams(emaPair[0], emaPair[1])
return tradeIfShould(ip)
def checkTrades():
ip = IntervalPrices(interval, coinStr)
while len(ip.origtimeline.keys()) == 0:
ip = IntervalPrices(interval, coinStr)
time.sleep(100)
ip.setParams(emaPair[0], emaPair[1])
return tradeIfShould(ip)
dollars = btc * lastSell * mult
btc = 0
if output:
print 'sell on ', time.strftime(
'%x %X',
time.gmtime(ts - 60 * 60 *
6)), ' at ', lastSell, 'dollars: ', dollars
if btc == 0:
btc = dollars / lastSell / mult
return btc
if __name__ == '__main__':
# first = 10
# second = 21
ip = IntervalPrices(900, 'ltc')
bestProfit = -5000
bestParams = (0, 0)
print len(ip.origtimeline)
for i in xrange(3, 50):
for j in xrange(1, i - 1):
ip.setParams(j, i)
currentProfit = calculateProfit(ip)
if currentProfit > bestProfit:
bestProfit = currentProfit
bestParams = (j, i)
print "best profit is : ", currentProfit, " with params: ", bestParams
ip.setParams(bestParams[0], bestParams[1])
calculateProfit(ip, True)
elif btc != 0 and firstAvg < secondAvg / diffPerc:
lastSell = ip.timeline[ts]['close']
dollars = btc * lastSell * mult
btc = 0
if output:
print 'sell on ', time.strftime('%x %X', time.gmtime(ts - 60*60*6)), ' at ', lastSell, 'dollars: ', dollars
if btc == 0:
btc = dollars / lastSell / mult
return btc
if __name__ == '__main__':
# first = 10
# second = 21
ip = IntervalPrices(900, 'ltc')
bestProfit = -5000
bestParams = (0,0)
print len(ip.origtimeline)
for i in xrange(3,50):
for j in xrange(1, i-1):
ip.setParams(j,i)
currentProfit = calculateProfit(ip)
if currentProfit > bestProfit:
bestProfit = currentProfit
bestParams = (j,i)
print "best profit is : ", currentProfit, " with params: ", bestParams
ip.setParams(bestParams[0], bestParams[1])
calculateProfit(ip, True)
