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+----------------------------------------------------+
| Trades |
+-------+--------------+--------------+--------------+
| |long |short |total |
+-------+--------------+--------------+--------------+
|winning| 8 ( 34.78%)| 12 ( 54.55%)| 20 ( 44.44%)|
|losing | 15 ( 65.22%)| 10 ( 45.45%)| 25 ( 55.56%)|
|total | 23 (100.00%)| 22 (100.00%)| 45 (100.00%)|
+-------+--------------+--------------+--------------+
+----------------------------------------+
| Total profits |
+-------+----------+----------+----------+
| |long |short |total |
+-------+----------+----------+----------+
|winning| 328.53% | 178.98% | 1095.49% |
|losing | -60.88% | -53.17% | -81.68% |
|net | 67.66% | 30.64% | 119.02% | (6.67% annual, 1.76% per trade)
|ratio | | | 13.41 |
+-------+----------+----------+----------+
Maximum drawdown: 50.17%
B/H pct gain/loss: 285.17% (11.74% annual)
+-----------------------------------+
| Statistics about profits |
+-----+---------+---------+---------+
| |largest |average |median |
+-----+---------+---------+---------+
|win | 83.27% | 14.23% | 10.24% |
|loss | -22.06% | -6.44% | -5.13% |
|ratio| 3.78 | 2.21 | 2.00 |
+-----+---------+---------+---------+
Largest pct loss / Annual pct gain/loss: 3.31 years to recover largest loss
+-------------------------------------------------+
| Durations |
+-----+----------------+------+---------+---------+
| |total |max |average |median |
+-----+----------------+------+---------+---------+
|win | 883 ( 28.67%) | 101 | 44.15 | 47.50 |
|loss | 432 ( 14.03%) | 59 | 17.28 | 14.00 |
|out | 1765 ( 57.31%) | 217 | 38.37 | 29.50 |
|total| 3080 | | | |
+-----+----------------+------+---------+---------+
Most consecutive wins/losses: 3/8
Current position after 4435 days: Out
Expectancy: 2.74
__author__ = 'xcbtrader'
# -*- coding: utf-8 -*-
# PROGRAMA PARA AUTOTRADER EN BITCOINS UTILIZANDO LAS APIs DE POLONIEX
import urllib
import requests
import json
import time
class Clase_btc:
BTC_fecha = time.strftime('%d %b %y')
BTC_hora = time.strftime('%H:%M:%S')
BTC_last = 0.0
BTC_high24hr = 0.0
BTC_percentChange = 0.0
BTC_low24hr = 0.0
BTC_highestBid = 0.0
BTC_lowestAsk = 0.0
BTC_baseVolume = 0.0
def actualizar_valores(self):
err = True
while err:
try:
request = 'https://poloniex.com/public?command=returnTicker'
response = requests.get(request)
content = response.json()
err = False
self.BTC_fecha = time.strftime('%d %b %y')
self.BTC_hora = time.strftime('%H:%M:%S')
self.BTC_last = content ['USDT_BTC'] ['last']
self.BTC_high24hr = content ['USDT_BTC'] ['high24hr']
self.BTC_percentChange = content ['USDT_BTC'] ['percentChange']
self.BTC_low24hr = content ['USDT_BTC'] ['low24hr']
self.BTC_highestBid = content ['USDT_BTC'] ['highestBid']
self.BTC_lowestAsk = content ['USDT_BTC'] ['lowestAsk']
self.BTC_baseVolume = content ['USDT_BTC'] ['baseVolume']
except KeyboardInterrupt:
exit()
except:
print ('### ERROR DE CONEXION - ESPERANDO 10 SEGUNDOS ###')
err = True
time.sleep(10)
def imprimir_valores(self):
print ('######################################################')
print (' FECHA: ' + self.BTC_fecha + ' -- ' + self.BTC_hora)
print (' LAST: ' + self.BTC_last)
print (' HIGH24HR: ' + self.BTC_high24hr)
print (' MOVIMIENTO: ' + self.BTC_percentChange)
print (' LOW24HR: ' + self.BTC_low24hr)
print (' HIGHESTBID: ' + self.BTC_highestBid)
print (' LOWESTASK: ' + self.BTC_lowestAsk)
print (' BASEVOLUME: ' + self.BTC_baseVolume)
def RSI(periodo):
global datosBTC
final = len(datosBTC)
if periodo > final:
print('### ERROR PERIODO RSI INCORRECTO ###')
return 0
inicio = final - periodo
incMed = 0.0
decMed = 0.0
for d in range (inicio, final):
incRSI = round((float(datosBTC[d].BTC_last) - float(datosBTC[d-1].BTC_last))/float(datosBTC[d-1].BTC_last),10)
if incRSI != 0:
if incRSI > 0:
incMed = incMed + incRSI
else:
decMed = decMed + abs(incRSI)
incMed = round(incMed/periodo,10)
decMed = round(decMed/periodo,10)
if decMed > 0:
return float(100-(100/(1+(incMed/decMed))))
else:
return float(100-(100/(1+incMed)))
def calcular_MinMax(periodo):
global datosBTC, vMinBTC, vMaxBTC
# CALCULA VALOR MAX Y VALOR MIN DE UN PERIODO. SI PONEMOS 0 COGE TODOS LOS DATOS
if periodo == 0:
vMinBTC = round(float(datosBTC[0].BTC_last),10)
vMaxBTC = round(float(datosBTC[0].BTC_last),10)
for d in range (1,len(datosBTC)):
if datosBTC[d].BTC_last > vMaxBTC:
vMaxBTC = datosBTC[d].BTC_last
if datosBTC[d].BTC_last < vMinBTC:
vMinBTC = datosBTC[d].BTC_last
else:
final = len(datosBTC)
inicio = final - periodo
if inicio < 0:
print ('### ERROR - PERIODO INCORRECTO ###')
return
vMinBTC = round(float(datosBTC[inicio].BTC_last),10)
vMaxBTC = round(float(datosBTC[inicio].BTC_last),10)
for d in range (inicio,final):
if datosBTC[d].BTC_last > vMaxBTC:
vMaxBTC = datosBTC[d].BTC_last
if datosBTC[d].BTC_last < vMinBTC:
vMinBTC = datosBTC[d].BTC_last
#PROGRAMA PRINCIPAL #################################################
global datosBTC, vMinBTC, vMaxBTC
datosBTC = []
n = 0
lapso = 30
perRSI = 120
vMinBTC = 0.0
vMaxBTC = 0.0
fEstadist = open('./EstPoloniexAPI.txt', 'a')
while True:
btcAct = Clase_btc()
btcAct.actualizar_valores()
datosBTC.append(btcAct)
btcAct.imprimir_valores()
if n > perRSI:
Vrsi = RSI(perRSI)
fEstadist.write(str(btcAct.BTC_fecha) + ';' + str(btcAct.BTC_hora) + ';' + str(btcAct.BTC_last) + ';' + str(Vrsi) + ';' + str(vMinBTC) + ';' + str(vMaxBTC) + '\n')
print (' >>RSI' + str(perRSI) + ': ' + str(Vrsi))
else:
print (' >>RSI: ####' )
if n > perRSI:
calcular_MinMax(perRSI)
print (' >>ValMin: ' + str(vMinBTC))
print (' >>ValMax: ' + str(vMaxBTC))
else:
print (' >>ValMin: ####')
print (' >>ValMax: ####')
print ('######################################################')
print ('ESPERANDO ' + str(lapso) + ' SEGUNDOS')
n +=1
time.sleep(lapso)
fEstadist.close()
__author__ = 'xcbtrader'
# -*- coding: utf-8 -*-
# PROGRAMA PARA AUTOTRADER EN BITCOINS UTILIZANDO LAS APIs DE POLONIEX
import urllib
import requests
import json
import time
class Clase_btc:
BTC_fecha = time.strftime('%d %b %y')
BTC_hora = time.strftime('%H:%M:%S')
BTC_last = 0.0
BTC_high24hr = 0.0
BTC_percentChange = 0.0
BTC_low24hr = 0.0
BTC_highestBid = 0.0
BTC_lowestAsk = 0.0
BTC_baseVolume = 0.0
def actualizar_valores(self):
err = True
while err:
try:
request = 'https://poloniex.com/public?command=returnTicker'
response = requests.get(request)
content = response.json()
err = False
self.BTC_fecha = time.strftime('%d %b %y')
self.BTC_hora = time.strftime('%H:%M:%S')
self.BTC_last = content ['USDT_BTC'] ['last']
self.BTC_high24hr = content ['USDT_BTC'] ['high24hr']
self.BTC_percentChange = content ['USDT_BTC'] ['percentChange']
self.BTC_low24hr = content ['USDT_BTC'] ['low24hr']
self.BTC_highestBid = content ['USDT_BTC'] ['highestBid']
self.BTC_lowestAsk = content ['USDT_BTC'] ['lowestAsk']
self.BTC_baseVolume = content ['USDT_BTC'] ['baseVolume']
except KeyboardInterrupt:
exit()
except:
print ('### ERROR DE CONEXION - ESPERANDO 10 SEGUNDOS ###')
err = True
time.sleep(10)
datosBTC = []
btcAct = Clase_btc()
n = 0
lapso = 60
while True:
btcAct.actualizar_valores()
datosBTC.append(btcAct)
print ('######################################################')
print (' FECHA: ' + datosBTC[n].BTC_fecha + ' -- ' + datosBTC[n].BTC_hora)
print (' LAST: ' + datosBTC[n].BTC_last)
print (' HIGH24HR: ' + datosBTC[n].BTC_high24hr)
print (' MOVIMIENTO: ' + datosBTC[n].BTC_percentChange)
print (' LOW24HR: ' + datosBTC[n].BTC_low24hr)
print (' HIGHESTBID: ' + datosBTC[n].BTC_highestBid)
print (' LOWESTASK: ' + datosBTC[n].BTC_lowestAsk)
print (' BASEVOLUME: ' + datosBTC[n].BTC_baseVolume)
print ('######################################################')
print ('ESPERANDO ' + str(lapso) + ' SEGUNDOS')
n +=1
time.sleep(lapso)
__author__ = 'xcbtrader'
# -*- coding: utf-8 -*-
# PROGRAMA PARA AUTOTRADER EN BITCOINS UTILIZANDO LAS APIs DE POLONIEX
import urllib
import requests
import json
import time
class Clase_btc:
BTC_fecha = time.strftime('%d %b %y')
BTC_hora = time.strftime('%H:%M:%S')
BTC_last = 0.0
BTC_high24hr = 0.0
BTC_percentChange = 0.0
BTC_low24hr = 0.0
BTC_highestBid = 0.0
BTC_lowestAsk = 0.0
BTC_baseVolume = 0.0
def actualizar_valores(self):
err = True
while err:
try:
request = 'https://poloniex.com/public?command=returnTicker'
response = requests.get(request)
content = response.json()
err = False
self.BTC_fecha = time.strftime('%d %b %y')
self.BTC_hora = time.strftime('%H:%M:%S')
self.BTC_last = content ['USDT_BTC'] ['last']
self.BTC_high24hr = content ['USDT_BTC'] ['high24hr']
self.BTC_percentChange = content ['USDT_BTC'] ['percentChange']
self.BTC_low24hr = content ['USDT_BTC'] ['low24hr']
self.BTC_highestBid = content ['USDT_BTC'] ['highestBid']
self.BTC_lowestAsk = content ['USDT_BTC'] ['lowestAsk']
self.BTC_baseVolume = content ['USDT_BTC'] ['baseVolume']
except KeyboardInterrupt:
exit()
except:
print ('### ERROR DE CONEXION - ESPERANDO 10 SEGUNDOS ###')
err = True
time.sleep(10)
datosBTC = []
btcAct = Clase_btc()
n = 0
lapso = 60
while True:
btcAct.actualizar_valores()
datosBTC.append(btcAct)
print ('######################################################')
print (' FECHA: ' + datosBTC[n].BTC_fecha + ' -- ' + datosBTC[n].BTC_hora)
print (' LAST: ' + datosBTC[n].BTC_last)
print (' HIGH24HR: ' + datosBTC[n].BTC_high24hr)
print (' MOVIMIENTO: ' + datosBTC[n].BTC_percentChange)
print (' LOW24HR: ' + datosBTC[n].BTC_low24hr)
print (' HIGHESTBID: ' + datosBTC[n].BTC_highestBid)
print (' LOWESTASK: ' + datosBTC[n].BTC_lowestAsk)
print (' BASEVOLUME: ' + datosBTC[n].BTC_baseVolume)
print ('######################################################')
print ('ESPERANDO ' + str(lapso) + ' SEGUNDOS')
n +=1
time.sleep(lapso)