How to use the tensortrade.instruments.instrument.Instrument function in tensortrade
To help you get started, we’ve selected a few tensortrade examples, based on popular ways it is used in public projects.
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notadamking / tensortrade / tensortrade / instruments / instrument.py View on Github 
def __rmul__(self, other: float) -> Quantity:
return Quantity(instrument=self, size=other)
def __truediv__(self, other):
if isinstance(other, Instrument):
return TradingPair(self, other)
def __str__(self):
return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')def __truediv__(self, other):
if isinstance(other, Instrument):
return TradingPair(self, other)
def __str__(self):
return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')if isinstance(other, Instrument):
return TradingPair(self, other)
def __str__(self):
return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')def __truediv__(self, other):
if isinstance(other, Instrument):
return TradingPair(self, other)
def __str__(self):
return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')return Quantity(instrument=self, size=other)
def __truediv__(self, other):
if isinstance(other, Instrument):
return TradingPair(self, other)
def __str__(self):
return str(self.symbol)
def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')def __repr__(self):
return str(self)
# Crypto-currency
BTC = Instrument('BTC', 8, 'Bitcoin')
ETH = Instrument('ETH', 8, 'Ethereum')
BCH = Instrument('BCH', 8, 'Bitcoin Cash')
LTC = Instrument('LTC', 2, 'Litecoin')
XRP = Instrument('XRP', 2, 'XRP')
# Fiat Currency
USD = Instrument('USD', 2, 'U.S. Dollar')
EUR = Instrument('EUR', 2, 'Euro')
# Hard Currency
GOLD = Instrument('XAU', 1, 'Gold')def __truediv__(self, other):
if isinstance(other, Instrument):
return TradingPair(self, other)tensortrade
TensorTrade: A reinforcement learning library for training, evaluating, and deploying robust trading agents.
Package Health Score
58 / 100Popular tensortrade functions
- tensortrade.base.context.TradingContext
- tensortrade.base.exceptions.IncompatibleInstrumentOperation
- tensortrade.base.exceptions.InvalidNonNumericQuantity
- tensortrade.Component
- tensortrade.environments.actions.TradeType
- tensortrade.exchanges.get
- tensortrade.features.feature_transformer.FeatureTransformer
- tensortrade.instruments.BTC
- tensortrade.instruments.Instrument
- tensortrade.instruments.instrument.Instrument
- tensortrade.instruments.Quantity
- tensortrade.instruments.quantity.Quantity
- tensortrade.orders.Order
- tensortrade.trades.TradeSide
- tensortrade.trades.TradeSide.BUY
- tensortrade.trades.TradeType
- tensortrade.trades.TradeType.MARKET
- tensortrade.TradingContext
- tensortrade.wallets.Portfolio
- tensortrade.wallets.Wallet