def isValid(currency):
if not (currency in this.currencies):
try:
token = Crypto.Currency(currency)
this.currencies.append(token)
return True
except Exception:
print("Invalid symbol")
return False
else:
return True
def __init__(self, currency, capital=CAPITAL_TOTAL):
"""
Intializes basic information to start plan
"""
self.MarketCurrency = Crypto.Currency(currency)
self.CurrentPrice = self.MarketCurrency.price_btc
#common parameters
self.CapitalToDeploy = capital if capital is not None else CAPITAL_TOTAL
self.Created = datetime.datetime.now().strftime("%Y-%m-%d %H:%M")
self.MarketName = BASE_CURRENCY + "-" + self.MarketCurrency.symbol
self.EntryPrice = self.CurrentPrice #initialy planned, needs to lock for open positions
self.ExitPricePlanned = self.EntryPrice * 1.3 # 30% gain
self.PurchaseMax = CAPITAL_TOTAL / self.EntryPrice
self.LossMax = CAPITAL_TOTAL * MAX_LOSS_PERCENTAGE
self.StopLossMax = (CAPITAL_TOTAL - self.LossMax) / self.PurchaseMax
self._setPurchaseAdjusted()
self._setStopLossAdjusted()
self.StopLossPlanned = self.StopLossMax
self._setProceedsPlanned()
self._setCapitalRisked
#for open positions -- move to subclass
# self.CurrentChange = (self.CurrentPrice - self.EntryPrice) / self.EntryPrice
#
# #for closed positions
# self.ExitPriceActual = self.ExitPricePlanned
# self.ProceedsActual = self.PurchaseAdjusted * self.ExitPriceActual
# self.Profit = (self.ProceedsActual - self.CapitalToDeploy) - 1
#
self.show()
