最近又开始搞自动化交易了,下面是一个简单地量化交易机制,贴出来供大家参考;
程序流程图.jpg
使用的是Python3的代码,仅作为一个demo。
#!/usr/bin/env python3
#-*- coding:utf-8 -*-
from HuobiServices import *
import json
import demjson
import time
import re
import os
import hues
import numpy
'''
date:1211
comment:程序由递归实现循环
参数的定义后期将使用json/conf文件保存,数据的保存后期将使用数据库IO
提供接口供其他Python程序调用(通过面向对象来实现)
后期需解决递归的中断问题
需解决目前已知的一些多维数据的处理
'''
'''
常量参数的定义
'''
#币种
symbol = 'ethusdt'
#不同条件下买入卖出的量的设置
amount_one = 1
amount_two = 3
amount_three = 4
def one():
kline = get_kline(symbol, '1min', size=1)
old_kline = get_kline(symbol, '30min', size=1)
old_price = old_kline['data'][0]['close']
now_price = (kline['data'][0]['open']+kline['data'][0]['close'])/2
if now_price <= old_price - 1 :
hues.log('买入操作')
trade_info = send_order(amount, 'web', symbol, 'buy-limit', price=0)
time.sleep(2)
trade_price_info = order_matchresults(trade_info['data'])
trade_price_one = trade_price_info['data'][0]['price']
huse.info('成功买入' + ',买入价格为 ' + str(round(trade_price_one,2)) + ',买入量为 ' + str(amount_one) )
two(trade_price_one)
else :
hues.log('当前价格为 ' + str(round(now_price,2)) + ' ,' + '基准价格为 ' + str(round(old_price,2)))
time.sleep(1)
one()
def two(trade_price_one):
kline = get_kline(symbol, '1min', size=1)
now_price = (kline['data'][0]['open']+kline['data'][0]['close'])/2
if now_price <= trade_price_one - 1 :
hues.log('买入操作')
trade_info = send_order(amount, 'web', symbol, 'buy-limit', price=0)
time.sleep(2)
trade_price_info = order_matchresults(trade_info['data'])
trade_price_one = trade_price_info['data'][0]['price']
huse.info('成功买入' + ',买入价格为 ' + str(round(trade_price_one,2)) + ',买入量为 ' + str(amount_one) )
two(trade_price_one)
elif :
hues.log('卖出操作')
trade_info = send_order(amount, 'web', symbol, 'sell-limit', price=0)
time.sleep(2)
trade_price_info = order_matchresults(trade_info['data'])
trade_price_two = trade_price_info['data'][0]['price']
huse.info('成功卖出' + ',买入价格为 ' + str(round(trade_price_two,2)) + ',买入量为 ' + str(amount_one) )
three(trade_price_two)
else :
hues.log('当前价格为 ' + str(round(now_price,2)) + ' ,' + '基准价格为 ' + str(round(old_price,2)))
time.sleep(1)
two()
def three(trade_price_two):
kline = get_kline(symbol, '1min', size=1)
now_price = (kline['data'][0]['open']+kline['data'][0]['close'])/2
if now_price <= trade_price_two - 1 :
hues.log('买入操作')
trade_info = send_order(amount, 'web', symbol, 'sell-limit', price=0)
time.sleep(2)
trade_price_info = order_matchresults(trade_info['data'])
huse.info('盈利卖出' + ',卖出价格为 ' + str(round(trade_price_two,2)) + ',卖出量为 ' + str(amount_one) )
one()
elif :
hues.log('卖出操作')
trade_info = send_order(amount, 'web', symbol, 'sell-limit', price=0)
time.sleep(2)
trade_price_info = order_matchresults(trade_info['data'])
trade_price_two = trade_price_info['data'][0]['price']
huse.info('止损卖出' + ',卖出价格为 ' + str(round(trade_price_two,2)) + ',卖出量为 ' + str(amount_one) )
one()
else :
hues.log('当前价格为 ' + str(round(now_price,2)) + ' ,' + '基准价格为 ' + str(round(old_price,2)))
time.sleep(1)
three()
def main():
one()
main()
代码总体采用了递归的思想去实现,发现了一个问题,也就是递归有最大次数(递归的数据栈溢出),超出这个次数程序就被中断,计划将在之后使用多线/进程来控制递归。问题作为一个初期的demo,后面将按照面向对象的思想构建API
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