def get_option_data(symbol, year, month,i):
myPrice = float(yahoostock.get_price(symbol))
myArray = yahoostock._option_data(symbol,year,month);
myRetArray = get_relevant_data(myPrice,myArray,i)
for ix1 in myRetArray:
price = ix1['price']
quote = ix1['quote']
returnPct = (quote/myPrice) * 100
print ' %4s %-6.2f %-6.2f %-6.2f %-2.2f' % (symbol,myPrice,price,quote, returnPct)
def get_option_data(symbol, year, month, i):
myPrice = float(yahoostock.get_price(symbol))
myArray = yahoostock._option_data(symbol, year, month)
myRetArray = get_relevant_data(myPrice, myArray, i)
for ix1 in myRetArray:
price = ix1['price']
quote = ix1['quote']
returnPct = (quote / myPrice) * 100
print ' %4s %-6.2f %-6.2f %-6.2f %-2.2f' % (
symbol, myPrice, price, quote, returnPct)
def get_option_data(symbol, myPrice, mySma, safetyGoal, profitGoal, year, month):
toRet = []
myOpt = option_class(symbol,myPrice,mySma,safetyGoal,profitGoal);
myArray = yahoostock._option_data(symbol,year,month);
myRetArray = myOpt._get_relevant_data(myArray)
for ix1 in myRetArray:
symbol = ix1['symbol']
myPrice = ix1['myPrice']
opt_type = ix1['opt_type']
opt_price = ix1['opt_price']
opt_quote = ix1['opt_quote']
opt_sp = ix1['opt_sp']
opt_pp = ix1['opt_pp']
print ' %4s %s %-6.2f %-6.2f %-6.2f %-3.2f %-3.2f' % (symbol,opt_type,myPrice,opt_price,opt_quote, opt_sp, opt_pp)
return myRetArray
def get_option_data(symbol, myPrice, mySma, safetyGoal, profitGoal, year,
month):
toRet = []
myOpt = option_class(symbol, myPrice, mySma, safetyGoal, profitGoal)
myArray = yahoostock._option_data(symbol, year, month)
myRetArray = myOpt._get_relevant_data(myArray)
for ix1 in myRetArray:
symbol = ix1['symbol']
myPrice = ix1['myPrice']
opt_type = ix1['opt_type']
opt_price = ix1['opt_price']
opt_quote = ix1['opt_quote']
opt_sp = ix1['opt_sp']
opt_pp = ix1['opt_pp']
print ' %4s %s %-6.2f %-6.2f %-6.2f %-3.2f %-3.2f' % (
symbol, opt_type, myPrice, opt_price, opt_quote, opt_sp, opt_pp)
return myRetArray
def get_option_data(symbol, year, month,i):
toRet = []
myPrice = float(yahoostock.get_price(symbol))
myArray = yahoostock._option_data(symbol,year,month);
#print symbol
myRetArray = get_relevant_data(myPrice,myArray,i)
for ix1 in myRetArray:
ret_tuple = {}
price = ix1['price']
quote = ix1['quote']
returnPct = (quote/price) * 100
ret_tuple['symbol'] = symbol;
ret_tuple['myPrice'] = myPrice;
ret_tuple['price'] = price;
ret_tuple['quote'] = quote;
ret_tuple['returnPct'] = returnPct;
cumRet = int(100 * returnPct * ((myPrice - price)/myPrice*100))
ret_tuple['cumRet'] = cumRet;
toRet.append(ret_tuple)
#print ' %4s %-6.2f %-6.2f %-6.2f %-2.2f' % (symbol,myPrice,price,quote, returnPct)
return toRet
def get_option_data(symbol, year, month, i):
toRet = []
myPrice = float(yahoostock.get_price(symbol))
myArray = yahoostock._option_data(symbol, year, month)
#print symbol
myRetArray = get_relevant_data(myPrice, myArray, i)
for ix1 in myRetArray:
ret_tuple = {}
price = ix1['price']
quote = ix1['quote']
returnPct = (quote / price) * 100
ret_tuple['symbol'] = symbol
ret_tuple['myPrice'] = myPrice
ret_tuple['price'] = price
ret_tuple['quote'] = quote
ret_tuple['returnPct'] = returnPct
cumRet = int(100 * returnPct * ((myPrice - price) / myPrice * 100))
ret_tuple['cumRet'] = cumRet
toRet.append(ret_tuple)
#print ' %4s %-6.2f %-6.2f %-6.2f %-2.2f' % (symbol,myPrice,price,quote, returnPct)
return toRet