def __init__(self):
self.start_value = 0
self.coinbase = Coinbase()
self.binance = Binance()
self.polo = poloniex()
self.Threshold = 0.0021
self.num_trades = 0
self.order_volume = {'btc': 0.5, 'eth': 1, 'usd': 1000, 'xrp': 100}
self.start_value = 0
######### Functions from other python files #########
from Poloniex import poloniex, createTimeStamp
from Technical import TechnicalIndicators
#########
from time import gmtime, strftime
import pandas as pd
import numpy as np
import matplotlib.pyplot as plt
# <API Key>, <Secret Key>, to connect with Poloniex API
source_API = poloniex("API Key", "Secret Key")
###### Simulation ######
def MACD_RSI_SIMULATION(market_currency, trade_currency, data_range_time,
periodic):
# Parameters
strategy = TechnicalIndicators()
macd_fast = 12
macd_slow = 26
rsi_period = 14
rsi_upper = 70
rsi_down = 30
nNine = 9
# As starting position for market transactions #
willing_position = "buy"
# To prepare data for simulation #
from Poloniex import poloniex, createTimeStamp
from Graphs import chart_technical, chart_general
from Technical import TechnicalIndicators
from Trading_Strategies import MACD_RSI_STRATEGY
from Trading_Simulation import MACD_RSI_SIMULATION
from time import gmtime, strftime
import matplotlib.pyplot as plt
import pandas as pd
############# MODIFY PARAMETERS ###############
#<API Key>, <Secret Key>``
source_API = poloniex("", "")
# As a DOLLAR for buying a stock
market_currency = "USDT" #BTC; ETH; XMR; USDT
# As a STOCK which will be traded
trade_currency = "XRP" #XRP at least 0.0001
periodic = 900
#300(5min)
#900(15 min)
#1800(30 min)
#7200(2 h)
#14400(4 h)
#86400(24 h)
data_range_time = 2592000
#1 day (86400 s)
#3 day (259200 s)
import sys
class C:
HEADER = '\033[95m'
OKBLUE = '\033[94m'
OKGREEN = '\033[92m'
WARNING = '\033[93m'
FAIL = '\033[91m'
ENDC = '\033[0m'
BOLD = '\033[1m'
UNDERLINE = '\033[4m'
b = Binance()
p = poloniex()
engine = Engine()
while True:
polo_price = float(p.getLastTradingPrice('BTC_XRP'))
binance_price = float(b.client.get_all_tickers()[88]['price'])
percent_difference = (polo_price - binance_price) / min(
polo_price, binance_price)
pd = str(percent_difference)
if (percent_difference) > engine.Threshold:
pd = C.OKBLUE + str(percent_difference) + C.ENDC
elif abs(percent_difference) > engine.Threshold:
pd = C.OKGREEN + str(percent_difference) + C.ENDC
print polo_price, '\t', binance_price, '\t', pd