#picks random stock
tickerNumber = random.randint(0, len(stockArray) -1)
ticker = stockArray[tickerNumber]
print "decided to buy stock with ticker :", ticker
startingPrice = robot.getPrice(ticker)
print "price of stock: $", startingPrice, "per share"
#determines how much money it's willing to wager at once
money = robot.getFunds()
maxMoney = money*riskFactor*riskFactorMultiplier
print "bot is willing to risk $" , maxMoney
shares = (int)(maxMoney/startingPrice)
print "purchasing", shares, "shares at $" , startingPrice, "per share"
#ourchases stock
result = robot.bid(shares, startingPrice, ticker)
if result == 'Accepted':
print "trade accepted"
elif result == 'Unsuccesful':
print "trade declined"
elif result == 'Pending':
print "trade pending"
else:
print "not a recognizable order state"
if not empty:
#sell algorithm
currentPrice = robot.getPrice(currentlyOwnedStock)
priceDifference = (currentPrice - startingPrice)/startingPrice
print "percentage difference between purchasing price and current price: ", priceDifference
#picks random stock
tickerNumber = random.randint(0, len(stockArray) - 1)
ticker = stockArray[tickerNumber]
print "decided to buy stock with ticker :", ticker
startingPrice = robot.getPrice(ticker)
print "price of stock: $", startingPrice, "per share"
#determines how much money it's willing to wager at once
money = robot.getFunds()
maxMoney = money * riskFactor * riskFactorMultiplier
print "bot is willing to risk $", maxMoney
shares = (int)(maxMoney / startingPrice)
print "purchasing", shares, "shares at $", startingPrice, "per share"
#ourchases stock
result = robot.bid(shares, startingPrice, ticker)
if result == 'Accepted':
print "trade accepted"
elif result == 'Unsuccesful':
print "trade declined"
elif result == 'Pending':
print "trade pending"
else:
print "not a recognizable order state"
if not empty:
#sell algorithm
currentPrice = robot.getPrice(currentlyOwnedStock)
priceDifference = (currentPrice - startingPrice) / startingPrice
print "percentage difference between purchasing price and current price: ", priceDifference
for ticker in stockArray:
portfolio = robot.getPortfolio()
if (portfolio[ticker] != 0):
trueValue = robot.getTrueValue(ticker)
price = robot.getPrice(ticker)
increment = abs(trueValue - price) / 3
#bid for 10 percent of the total stock @ market value
#bid for 4 percent of total stock @ below market value
#bid for 3 percent of total stock @ above market value
#bid for 2 percent of total stock @ significantly above market value
#bid for 1 percent of total stock @ true value
if trueValue / price > 1.05:
stockToBuy = 0.2 * robot.getSellVolume(ticker)
robot.bid((int)(stockToBuy / 2), price, ticker)
stockToBuy /= 2
robot.bid((int)(stockToBuy * 0.4), price - increment, ticker)
robot.bid((int)(stockToBuy * 0.3), price + increment, ticker)
robot.bid((int)(stockToBuy * 0.2), price + 2 * increment,
ticker)
robot.bid((int)(stockToBuy * 0.1), price + 3 * increment,
ticker)
#ask for 10 percent of the total stock @ market value
#ask for 4 percent of total stock @ above market value
#ask for 3 percent of total stock @ below market value
#ask for 2 percent of total stock @ significantly below market value
#ask for 1 percent of total stock @ true value
if trueValue / price < 0.95:
stockToSell = 0.3 * portfolio[ticker]
for ticker in stockArray:
portfolio = robot.getPortfolio()
if portfolio[ticker] != 0:
trueValue = robot.getTrueValue(ticker)
price = robot.getPrice(ticker)
increment = abs(trueValue - price) / 3
# bid for 10 percent of the total stock @ market value
# bid for 4 percent of total stock @ below market value
# bid for 3 percent of total stock @ above market value
# bid for 2 percent of total stock @ significantly above market value
# bid for 1 percent of total stock @ true value
if trueValue / price > 1.05:
stockToBuy = 0.2 * robot.getSellVolume(ticker)
robot.bid((int)(stockToBuy / 2), price, ticker)
stockToBuy /= 2
robot.bid((int)(stockToBuy * 0.4), price - increment, ticker)
robot.bid((int)(stockToBuy * 0.3), price + increment, ticker)
robot.bid((int)(stockToBuy * 0.2), price + 2 * increment, ticker)
robot.bid((int)(stockToBuy * 0.1), price + 3 * increment, ticker)
# ask for 10 percent of the total stock @ market value
# ask for 4 percent of total stock @ above market value
# ask for 3 percent of total stock @ below market value
# ask for 2 percent of total stock @ significantly below market value
# ask for 1 percent of total stock @ true value
if trueValue / price < 0.95:
stockToSell = 0.3 * portfolio[ticker]
robot.ask((int)(stockToSell / 2), price, ticker)
stockToSell /= 2
ticker = random.randint(0, len(portfolio) -1)
print "decided to buy stock with ticker :", ticker
startingPrice = robot.getPrice(ticker)
print "price of stock: $", startingPrice, "per share"
#determines how much money it's willing to wager at once
money = robot.getFunds()
maxMoney = money*riskFactor*riskFactorMultiplier
if maxMoney > money:
maxMoney = money
print "bot is willing to risk $" , maxMoney
shares = (int)(maxMoney/startingPrice)
print "purchasing", shares, "shares at $" , startingPrice, "per share"
#ourchases stock
result = robot.bid(robot.accountID, shares, price, ticker)
if result == 'Accepted':
print "trade accepted"
elif result == 'Unsuccesful':
print "trade declined"
elif result == 'Pending':
print "trade pending"
else:
print "not a recognizable order state"
if not empty:
#sell algorithm
currentPrice = robot.getPrice(currentlyOwnedStock)
priceDifference = (currentPrice - startingPrice)/startingPrice
print "percentage difference between purchasing price and current price: ", priceDifference