python 股票量化盘后分析系统V0.47
前言：先放效果图
关于stock_backtrader.py这个代码文件，可能由于代码逻辑判断跟条件语句太多，当你在这个编辑代码界面时，CPU占用异常高，估计是pycharm的语法检查功能导致的，当然估计也有一部分是我写的代码在赶功能的时候没考虑到性能的优化，try语句写的实在有点多了。关于CPU占用过高问题，建议把pycharm语法检查功能关掉，看我下面的图就知道了
没关闭前：
关闭后：
条件筛选股票功能写出来后，感觉性能慢了不少，感觉暂时解决不了，后面再看吧，还有条件功能仅仅适用全市场股票，其他的单个股票跟自己输入的多个股票不适用，数值为-9999的是因为没有回测数据而加上的，作用是方便排序，代码里写有。这次tk_window.py跟stock_backtrader.py修改了下，其他的没变，不过还是一次全部放出来好了，方便自己以后用。
main.py
import tk_window
import graphic
import function
import stock_backtrader
tk_window.py
import tkinter as tk
import graphic
import function
import stock_backtrader
root = tk.Tk() # 创建主窗口
s = graphic.Show() # Show实例化
screenWidth = root.winfo_screenwidth() # 获取屏幕宽的分辨率
screenHeight = root.winfo_screenheight()
x, y = int(screenWidth / 4), int(screenHeight / 4) # 初始运行窗口屏幕坐标(x, y),设置成在左上角显示
width = int(screenWidth / 2) # 初始化窗口是显示器分辨率的1.2分之一
height = int(screenHeight / 2)
root.geometry('{}x{}+{}+{}'.format(width, height, x, y)) # 窗口的大小跟初始运行位置
root.title('Wilbur量化分析软件')
# root.resizable(0, 0) # 固定窗口宽跟高，不能调整大小,无法最大窗口化
root.iconbitmap('ZHY.ico') # 窗口左上角图标设置,需要自己放张图标为icon格式的图片文件在项目文件目录下
# 构建上方菜单栏目框架
top_frame = tk.Frame(root, width=screenWidth, height=screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5, borderwidth=4)
top_frame.pack(fill=tk.BOTH, side=tk.TOP, expand=0)
# 构建底部状态栏目框架
bottom_frame = tk.Frame(root, width=screenWidth, height=screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5,
borderwidth=4)
bottom_frame.pack(fill=tk.BOTH, side=tk.BOTTOM, expand=0)
# 构建左边功能栏目框架
left_frame = tk.Frame(root, width=screenWidth, height=screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5, borderwidth=4)
left_frame.pack(fill=tk.BOTH, side=tk.LEFT, expand=0)
# 构建中间显示栏目框架
centre_frame = tk.Frame(root, width=screenWidth, height=screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5,
borderwidth=4)
centre_frame.pack(fill=tk.BOTH, expand=1)
# 构建各个框架的标签或按钮
top_label = tk.Label(top_frame, text='菜单栏目', bd=1)
top_label.pack()
# bottom_label = tk.Label(bottom_frame, text='状态栏目', bd=1)
# bottom_label.pack(side=tk.LEFT)
# 在状态栏目添加系统时钟功能
function.time_clock()
left_button1 = tk.Button(left_frame, text='全景', bd=1, command=s.stockindex_function)
left_button1.pack()
left_button2 = tk.Button(left_frame, text='查询', bd=1, command=s.stock_query_function)
left_button2.pack()
left_button3 = tk.Button(left_frame, text='股票', bd=1, command=s.show_stocklist_function)
left_button3.pack()
left_button4 = tk.Button(left_frame, text='回测', bd=1, command=stock_backtrader.run_cerebro)
left_button4.pack()
centre_label = tk.Label(centre_frame, text='显示栏目', bd=1)
centre_label.pack()
root.mainloop()
graphic.py
from __future__ import (absolute_import, division, print_function, unicode_literals)
import pandas as pd
import tushare as ts
import mplfinance as mpf
import tkinter as tk
import tkinter.tix as tix
from tkinter import ttk
import tkinter.font as tf
from tkinter.constants import *
import matplotlib.pyplot as plt
import matplotlib.dates as mdates # 处理日期
import matplotlib as mpl # 用于设置曲线参数
from cycler import cycler # 用于定制线条颜色
import datetime
import tk_window
from matplotlib.backends.backend_tkagg import (FigureCanvasTkAgg, NavigationToolbar2Tk) # 使用后端TkAgg
mpl.use('TkAgg')
pro = ts.pro_api('数据用的是tushare,没权限自己去注册个吧')
plt.rcParams['font.sans-serif'] = ['SimHei']
plt.rcParams['axes.unicode_minus'] = False
# 解决mplfinance绘制输出中文乱码
s = mpf.make_mpf_style(base_mpf_style='yahoo', rc={
'font.family': 'SimHei'})
# pd.set_option()就是pycharm输出控制显示的设置
pd.set_option('expand_frame_repr', False) # True就是可以换行显示。设置成False的时候不允许换行
pd.set_option('display.max_columns', None) # 显示所有列
# pd.set_option('display.max_rows', None) # 显示所有行
pd.set_option('colheader_justify', 'centre') # 显示居中
class Show:
def stockindex_function(self): # 全景功能代码
# 必须添加以下控件销毁代码，不然点击一次按钮框架长生一次，显示的画面会多一次，你可以将下面的代码删除测试看下
for widget_graphic_main_frame in tk_window.centre_frame.winfo_children():
widget_graphic_main_frame.destroy()
# 在右边窗口的graphic_main_frame框架下再创建窗口
# opaqueresize该选项的值为 False，窗格的尺寸在用户释放鼠标的时候才更新到新的位置
stockindex_information_window = tk.PanedWindow(tk_window.centre_frame, opaqueresize=False)
stockindex_information_window.pack(fill=BOTH, expand=1)
# 在company_information_window窗口下设置指数信息显示功能
stockindex_text = tk.Text(stockindex_information_window, bg='white', undo=True, wrap=tix.CHAR)
stockindex_information_window.add(stockindex_text, width=200)
# 首先获取今天时间
now_time = datetime.datetime.now()
# 转化成tushare的时间格式
strf_time = now_time.strftime('%Y%m%d')
# 获取上交所上一个交易日日期,PS:tushare指数的数据信息好像当天只能获取上一个交易日的数据
pre_trade_date = pro.trade_cal(exchange='SSE', is_open='1', start_date=strf_time, fields='pretrade_date')
pre_trade_d = pre_trade_date.at[0, 'pretrade_date']
# print(pre_trade_d)
shsz_index_dailybasic = pro.index_dailybasic(trade_date=pre_trade_d, fields='ts_code,trade_date, '
'total_mv,float_mv, total_share, '
'float_share, free_share, '
'turnover_rate, turnover_rate_f, '
'pe, pb')
sh_index_daily = pro.index_daily(ts_code='000001.SH', trade_date=pre_trade_d)
sz_index_daily = pro.index_daily(ts_code='399001.SZ', trade_date=pre_trade_d)
cy_index_daily = pro.index_daily(ts_code='399006.SZ', trade_date=pre_trade_d)
zx_index_daily = pro.index_daily(ts_code='399005.SZ', trade_date=pre_trade_d)
# print(sh_index_daily)
# 数据处理,将ts_code作为索引，方便准确调用数据,保留两位小数
shsz_index_dailybasic.set_index('ts_code', inplace=True)
# 数据获取
sh_total_mv = round(shsz_index_dailybasic.at['000001.SH', 'total_mv'] / 100000000, 2) # 元转换成亿单位
sh_float_mv = round(shsz_index_dailybasic.at['000001.SH', 'float_mv'] / 100000000, 2)
sh_total_share = round(shsz_index_dailybasic.at['000001.SH', 'total_share'] / 10000000000, 2) # 股转化成亿手
sh_float_share = round(shsz_index_dailybasic.at['000001.SH', 'float_share'] / 10000000000, 2)
sh_free_share = round(shsz_index_dailybasic.at['000001.SH', 'free_share'] // 10000000000, 2)
sh_turnover_rate = shsz_index_dailybasic.at['000001.SH', 'turnover_rate']
sh_pe = shsz_index_dailybasic.at['000001.SH', 'pe']
sh_pb = shsz_index_dailybasic.at['000001.SH', 'pb']
sh_close = sh_index_daily.at[0, 'close']
sh_pre_close = sh_index_daily.at[0, 'pre_close']
sh_pct_chg = sh_index_daily.at[0, 'pct_chg']
sh_vol = round(sh_index_daily.at[0, 'vol'] / 100000000, 2) # 手转化成亿手
sh_amount = round(sh_index_daily.at[0, 'amount'] / 100000, 2) # 千元转换成亿元
# 数据调用
# 在文本框第一行添加股票代码，文字红色，居中显示
stockindex_text.insert(tk.INSERT, '上证指数')
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总市值（亿）：')
stockindex_text.insert(tk.INSERT, sh_total_mv)
stockindex_text.tag_add('tag1', '1.0', '1.9') # 设置选定的内容
stockindex_text.tag_config('tag1', foreground='red', justify=CENTER)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通市值（亿）：')
stockindex_text.insert(tk.INSERT, sh_float_mv)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总股本（亿手）：')
stockindex_text.insert(tk.INSERT, sh_total_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, sh_float_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '自由流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, sh_free_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '换手率：')
stockindex_text.insert(tk.INSERT, sh_turnover_rate)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市盈率：')
stockindex_text.insert(tk.INSERT, sh_pe)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市净率：')
stockindex_text.insert(tk.INSERT, sh_pb)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '收盘点位：')
stockindex_text.insert(tk.INSERT, sh_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '昨日收盘点：')
stockindex_text.insert(tk.INSERT, sh_pre_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '涨跌幅（%）：')
stockindex_text.insert(tk.INSERT, sh_pct_chg)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交量（亿手）：')
stockindex_text.insert(tk.INSERT, sh_vol)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交额（亿）：')
stockindex_text.insert(tk.INSERT, sh_amount)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.tag_add('content1', '2.0', 'end') # 设置选定的内容
stockindex_text.tag_config('content1', foreground='blue')
sz_total_mv = round(shsz_index_dailybasic.at['399001.SZ', 'total_mv'] / 100000000, 2) # 转换成亿单位
sz_float_mv = round(shsz_index_dailybasic.at['399001.SZ', 'float_mv'] / 100000000, 2)
sz_total_share = round(shsz_index_dailybasic.at['399001.SZ', 'total_share'] / 10000000000, 2) # 转化成亿手
sz_float_share = round(shsz_index_dailybasic.at['399001.SZ', 'float_share'] / 10000000000, 2)
sz_free_share = round(shsz_index_dailybasic.at['399001.SZ', 'free_share'] // 10000000000, 2)
sz_turnover_rate = shsz_index_dailybasic.at['399001.SZ', 'turnover_rate']
sz_pe = shsz_index_dailybasic.at['399001.SZ', 'pe']
sz_pb = shsz_index_dailybasic.at['399001.SZ', 'pb']
sz_close = sz_index_daily.at[0, 'close']
sz_pre_close = sz_index_daily.at[0, 'pre_close']
sz_pct_chg = sz_index_daily.at[0, 'pct_chg']
sz_vol = round(sz_index_daily.at[0, 'vol'] / 100000000, 2) # 手转化成亿手
sz_amount = round(sz_index_daily.at[0, 'amount'] / 100000, 2) # 千元转换成亿元
stockindex_text.insert(tk.INSERT, '深证指数')
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总市值（亿）：')
stockindex_text.insert(tk.INSERT, sz_total_mv)
stockindex_text.tag_add('tag2', '15.0', '15.9') # 设置选定的内容，
stockindex_text.tag_config('tag2', foreground='red', justify=CENTER)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通市值（亿）：')
stockindex_text.insert(tk.INSERT, sz_float_mv)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总股本（亿手）：')
stockindex_text.insert(tk.INSERT, sz_total_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, sz_float_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '自由流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, sz_free_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '换手率：')
stockindex_text.insert(tk.INSERT, sz_turnover_rate)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市盈率：')
stockindex_text.insert(tk.INSERT, sz_pe)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市净率：')
stockindex_text.insert(tk.INSERT, sz_pb)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '收盘点位：')
stockindex_text.insert(tk.INSERT, sz_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '昨日收盘点：')
stockindex_text.insert(tk.INSERT, sz_pre_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '涨跌幅（%）：')
stockindex_text.insert(tk.INSERT, sz_pct_chg)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交量（亿手）：')
stockindex_text.insert(tk.INSERT, sz_vol)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交额（亿）：')
stockindex_text.insert(tk.INSERT, sz_amount)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.tag_add('content2', '16.0', 'end') # 设置选定的内容
stockindex_text.tag_config('content2', foreground='DarkViolet')
cy_total_mv = round(shsz_index_dailybasic.at['399006.SZ', 'total_mv'] / 100000000, 2) # 转换成亿单位
cy_float_mv = round(shsz_index_dailybasic.at['399006.SZ', 'float_mv'] / 100000000, 2)
cy_total_share = round(shsz_index_dailybasic.at['399006.SZ', 'total_share'] / 10000000000, 2) # 转化成亿手
cy_float_share = round(shsz_index_dailybasic.at['399006.SZ', 'float_share'] / 10000000000, 2)
cy_free_share = round(shsz_index_dailybasic.at['399006.SZ', 'free_share'] // 10000000000, 2)
cy_turnover_rate = shsz_index_dailybasic.at['399006.SZ', 'turnover_rate']
cy_pe = shsz_index_dailybasic.at['399006.SZ', 'pe']
cy_pb = shsz_index_dailybasic.at['399006.SZ', 'pb']
cy_close = sh_index_daily.at[0, 'close']
cy_pre_close = cy_index_daily.at[0, 'pre_close']
cy_pct_chg = cy_index_daily.at[0, 'pct_chg']
cy_vol = round(cy_index_daily.at[0, 'vol'] / 100000000, 2) # 手转化成亿手
cy_amount = round(cy_index_daily.at[0, 'amount'] / 100000, 2) # 千元转换成亿元
stockindex_text.insert(tk.INSERT, '创业板指数')
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总市值（亿）：')
stockindex_text.insert(tk.INSERT, cy_total_mv)
stockindex_text.tag_add('tag3', '29.0', '29.9') # 设置选定的内容，
stockindex_text.tag_config('tag3', foreground='red', justify=CENTER)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通市值（亿）：')
stockindex_text.insert(tk.INSERT, cy_float_mv)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总股本（亿手）：')
stockindex_text.insert(tk.INSERT, cy_total_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, cy_float_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '自由流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, cy_free_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '换手率：')
stockindex_text.insert(tk.INSERT, cy_turnover_rate)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市盈率：')
stockindex_text.insert(tk.INSERT, cy_pe)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市净率：')
stockindex_text.insert(tk.INSERT, cy_pb)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '收盘点位：')
stockindex_text.insert(tk.INSERT, cy_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '昨日收盘点：')
stockindex_text.insert(tk.INSERT, cy_pre_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '涨跌幅（%）：')
stockindex_text.insert(tk.INSERT, cy_pct_chg)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交量（亿手）：')
stockindex_text.insert(tk.INSERT, cy_vol)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交额（亿）：')
stockindex_text.insert(tk.INSERT, cy_amount)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.tag_add('content3', '30.0', 'end') # 设置选定的内容
stockindex_text.tag_config('content3', foreground='DarkCyan')
zx_total_mv = round(shsz_index_dailybasic.at['399005.SZ', 'total_mv'] / 100000000, 2) # 转换成亿单位
zx_float_mv = round(shsz_index_dailybasic.at['399005.SZ', 'float_mv'] / 100000000, 2)
zx_total_share = round(shsz_index_dailybasic.at['399005.SZ', 'total_share'] / 10000000000, 2) # 转化成亿手
zx_float_share = round(shsz_index_dailybasic.at['399005.SZ', 'float_share'] / 10000000000, 2)
zx_free_share = round(shsz_index_dailybasic.at['399005.SZ', 'free_share'] // 10000000000, 2)
zx_turnover_rate = shsz_index_dailybasic.at['399005.SZ', 'turnover_rate']
zx_pe = shsz_index_dailybasic.at['399005.SZ', 'pe']
zx_pb = shsz_index_dailybasic.at['399005.SZ', 'pb']
zx_close = zx_index_daily.at[0, 'close']
zx_pre_close = zx_index_daily.at[0, 'pre_close']
zx_pct_chg = zx_index_daily.at[0, 'pct_chg']
zx_vol = round(zx_index_daily.at[0, 'vol'] / 100000000, 2) # 手转化成亿手
zx_amount = round(zx_index_daily.at[0, 'amount'] / 100000, 2) # 千元转换成亿元
stockindex_text.insert(tk.INSERT, '中小板指数')
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总市值（亿）：')
stockindex_text.insert(tk.INSERT, zx_total_mv)
stockindex_text.tag_add('tag4', '43.0', '43.9') # 设置选定的内容，
stockindex_text.tag_config('tag4', foreground='red', justify=CENTER)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通市值（亿）：')
stockindex_text.insert(tk.INSERT, zx_float_mv)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '总股本（亿手）：')
stockindex_text.insert(tk.INSERT, zx_total_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, zx_float_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '自由流通股本（亿手）：')
stockindex_text.insert(tk.INSERT, zx_free_share)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '换手率：')
stockindex_text.insert(tk.INSERT, zx_turnover_rate)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市盈率：')
stockindex_text.insert(tk.INSERT, zx_pe)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '市净率：')
stockindex_text.insert(tk.INSERT, zx_pb)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '收盘点位：')
stockindex_text.insert(tk.INSERT, zx_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '昨日收盘点：')
stockindex_text.insert(tk.INSERT, zx_pre_close)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '涨跌幅（%）：')
stockindex_text.insert(tk.INSERT, zx_pct_chg)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交量（亿手）：')
stockindex_text.insert(tk.INSERT, zx_vol)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '成交额（亿）：')
stockindex_text.insert(tk.INSERT, zx_amount)
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.tag_add('content4', '44.0', 'end') # 设置选定的内容
stockindex_text.tag_config('content4', foreground='Sienna')
stockindex_text.insert(tk.INSERT, '\n')
stockindex_text.insert(tk.INSERT, '数据交易日期：')
stockindex_text.insert(tk.INSERT, pre_trade_d)
stockindex_text.tag_add('content5', '58.0', 'end') # 设置选定的内容
stockindex_text.tag_config('content5', foreground='Crimson')
stockindex_window = tk.PanedWindow(orient='vertical', opaqueresize=False)
stockindex_information_window.add(stockindex_window)
# 创建显示上证指数的框架跟窗口
stockindex_sh_frame = tk.Frame(stockindex_window, width=tk_window.screenWidth, height=tk_window.screenHeight,
relief=tk.SUNKEN, bg='#353535', bd=5, borderwidth=4)
stockindex_sh_frame.pack(fill=BOTH)
stockindex_window.add(stockindex_sh_frame, height=tk_window.screenHeight / 2)
# 创建显示深证指数的框架跟窗口
stockindex_sz_frame = tk.Frame(stockindex_window, width=tk_window.screenWidth, height=tk_window.screenHeight,
relief=tk.SUNKEN, bg='#353535', bd=5, borderwidth=4)
stockindex_sz_frame.pack(fill=BOTH)
stockindex_window.add(stockindex_sz_frame)
for widget_stockindex_sh_frame in stockindex_sh_frame.winfo_children():
widget_stockindex_sh_frame.destroy()
for widget_stockindex_sz_frame in stockindex_sz_frame.winfo_children():
widget_stockindex_sz_frame.destroy()
for widget_stockindex_text in stockindex_text.winfo_children():
widget_stockindex_text.destroy()
# 上证指数
index_data_sh = pro.index_daily(ts_code='000001.SH', start_date=20100101)
# 日数据处理
# ：取所有行数据，后面取date列，open列等数据
index_data_sh = index_data_sh.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
# 更换列名，为后面函数变量做准备
index_data_sh = index_data_sh.rename(columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close',
'high': 'High', 'low': 'Low', 'vol': 'Volume'})
# 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
index_data_sh.set_index('Date', inplace=True)
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
index_data_sh.index = pd.DatetimeIndex(index_data_sh.index)
index_data_sh = index_data_sh.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# print(index_data_sh)
# 设置marketcolors,up:设置K线线柱颜色，up意为收盘价大于等于开盘价,down:与up相反，这样设置与国内K线颜色标准相符
# edge:K线线柱边缘颜色(i代表继承自up和down的颜色),wick:灯芯(上下影线)颜色,volume:成交量直方图的颜色,inherit:是否继承，选填
sh_mc = mpf.make_marketcolors(up='red', down='green', edge='i', wick='i', volume='in', inherit=True)
# 设置图形风格,gridaxis:设置网格线位置,gridstyle:设置网格线线型,y_on_right:设置y轴位置是否在右
sh_s = mpf.make_mpf_style(gridaxis='both', gridstyle='-.', y_on_right=False, marketcolors=sh_mc)
# 设置线宽
mpl.rcParams['lines.linewidth'] = .5
# 设置均线颜色，这里可以设置6条均线的颜色
mpl.rcParams['axes.prop_cycle'] = cycler(
color=['dodgerblue', 'deeppink', 'navy', 'teal', 'maroon', 'darkorange'])
index_sh_fig, axlist = mpf.plot(index_data_sh, type='candle', mav=(5, 10, 20), volume=True, tight_layout=False,
show_nontrading=False, returnfig=True, style=sh_s)
canvas_index_sh = FigureCanvasTkAgg(index_sh_fig, master=stockindex_sh_frame) # 设置tkinter绘制区
canvas_index_sh.draw()
toolbar_index_sh = NavigationToolbar2Tk(canvas_index_sh, stockindex_sh_frame)
toolbar_index_sh.update() # 显示图形导航工具条
canvas_index_sh._tkcanvas.pack(fill=BOTH, expand=1)
# 深圳指数
index_data_sz = pro.index_daily(ts_code='399001.SZ', start_date=20100101)
# 日数据处理
# ：取所有行数据，后面取date列，open列等数据
index_data_sz = index_data_sz.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
# 更换列名，为后面函数变量做准备
index_data_sz = index_data_sz.rename(columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close',
'high': 'High', 'low': 'Low', 'vol': 'Volume'})
# 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
index_data_sz.set_index('Date', inplace=True)
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
index_data_sz.index = pd.DatetimeIndex(index_data_sh.index)
index_data_sz = index_data_sz.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# print(index_data_sz)
index_sz_fig, axlist = mpf.plot(index_data_sz, type='candle', mav=(5, 10, 20), volume=True, tight_layout=False,
show_nontrading=False, returnfig=True)
canvas_index_sz = FigureCanvasTkAgg(index_sz_fig, master=stockindex_sz_frame) # 设置tkinter绘制区
canvas_index_sz.draw()
toolbar_index_sz = NavigationToolbar2Tk(canvas_index_sz, stockindex_sz_frame)
toolbar_index_sz.update() # 显示图形导航工具条
canvas_index_sz._tkcanvas.pack(fill=BOTH, expand=1)
def stock_query_function(self): # 查询功能代码
# 必须添加以下控件销毁代码，不然点击一次按钮框架长生一次，显示的画面会多一次，你可以将下面的代码删除测试看下
for widget_graphic_main_frame in tk_window.centre_frame.winfo_children():
widget_graphic_main_frame.destroy()
# 在主框架下创建股票代码输入子框架
code_frame = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535')
code_frame.pack()
# 创建标签‘股票代码’
stock_label = tk.Label(code_frame, text='股票代码', bd=1)
stock_label.pack(side=LEFT)
# 创建股票代码输入框
input_code_var = tk.StringVar()
code_widget = tk.Entry(code_frame, textvariable=input_code_var, borderwidth=1, justify=CENTER)
# input_code_get = input_code_var.set(input_code_var.get()) # 获取输入的新值
code_widget.pack(side=LEFT, padx=4)
# 在主框架下创建股票日期输入框子框架
input_date_frame = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535')
input_date_frame.pack()
# 创建标签‘开始日期’
date_start_label = tk.Label(input_date_frame, text='开始日期', bd=1)
date_start_label.pack(side=LEFT)
# 创建开始日期代码输入框
input_startdate_var = tk.StringVar()
startdate_widget = tk.Entry(input_date_frame, textvariable=input_startdate_var, borderwidth=1, justify=CENTER)
input_startdate_get = input_startdate_var.set(input_startdate_var.get()) # 获取输入的新值
startdate_widget.pack(side=LEFT, padx=4)
# 创建标签‘结束日期’
date_end_label = tk.Label(input_date_frame, text='结束日期', bd=1)
date_end_label.pack(side=LEFT)
# 创建结束日期代码输入框
input_enddate_var = tk.StringVar()
enddate_widget = tk.Entry(input_date_frame, textvariable=input_enddate_var, borderwidth=1, justify=CENTER)
input_enddate_get = input_enddate_var.set(input_enddate_var.get()) # 获取输入的新值
enddate_widget.pack(side=LEFT, padx=4)
# 创建Notebook标签选项卡
tabControl = ttk.Notebook(tk_window.centre_frame)
# 增加新选项卡日K线图
stock_graphics_daily = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535', relief=tk.RAISED)
# stock_graphics_daily.pack(expand=1, fill=tk.BOTH, anchor=tk.CENTER)
stock_graphics_daily_basic = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535',
relief=tk.RAISED) # 增加新选项卡基本面指标
stock_graphics_week = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535', relief=tk.RAISED)
stock_graphics_month = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535', relief=tk.RAISED)
company_information = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535', relief=tk.RAISED)
tabControl.add(stock_graphics_daily, text='日K线图') # 把新选项卡日K线框架增加到Notebook
tabControl.add(stock_graphics_daily_basic, text='基本面指标')
tabControl.add(stock_graphics_week, text='周K线图')
tabControl.add(stock_graphics_month, text='月K线图')
tabControl.add(company_information, text='公司信息')
tabControl.pack(expand=1, fill="both") # 设置选项卡布局
tabControl.select(stock_graphics_daily) # 默认选定日K线图开始
def go(): # 图形输出渲染
# 以下函数作用是省略输入代码后缀.sz .sh
def code_name_transform(get_stockcode): # 输入的数字股票代码转换成字符串股票代码
str_stockcode = str(get_stockcode)
str_stockcode = str_stockcode.strip() # 删除前后空格字符
if 6 > len(str_stockcode) > 0:
str_stockcode = str_stockcode.zfill(6) + '.SZ' # zfill()函数返回指定长度的字符串，原字符串右对齐，前面填充0
if len(str_stockcode) == 6:
if str_stockcode[0:1] == '0':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '3':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '6':
str_stockcode = str_stockcode + '.SH'
return str_stockcode
# 清除stock_graphics_daily框架中的控件内容，winfo_children()返回的项是一个小部件列表，
# 以下代码作用是为每次点击查询按钮时更新图表内容，如果没有以下代码句，则每次点击查询会再生成一个图表
for widget_daily in stock_graphics_daily.winfo_children():
widget_daily.destroy()
for widget_daily_basic in stock_graphics_daily_basic.winfo_children():
widget_daily_basic.destroy()
for widget_week in stock_graphics_week.winfo_children():
widget_week.destroy()
for widget_month in stock_graphics_month.winfo_children():
widget_month.destroy()
for widget_company_information in company_information.winfo_children():
widget_company_information.destroy()
# 获取用户输入信息
stock_name = input_code_var.get()
code_name = code_name_transform(stock_name)
start_date = input_startdate_var.get()
end_date = input_enddate_var.get()
# 获取股票数据
stock_data = pro.daily(ts_code=code_name, start_date=start_date, end_date=end_date)
stock_daily_basic = pro.daily_basic(ts_code=code_name, start_date=start_date, end_date=end_date,
fields='close,trade_date,turnover_rate,volume_ratio,pe,pb')
stock_week_data = pro.weekly(ts_code=code_name, start_date=start_date, end_date=end_date)
stock_month_data = pro.monthly(ts_code=code_name, start_date=start_date, end_date=end_date)
stock_name_change = pro.namechange(ts_code=code_name, fields='ts_code,name')
stock_information = pro.stock_company(ts_code=code_name, fields='introduction,main_business,business_scope')
# 日数据处理
# ：取所有行数据，后面取date列，open列等数据
data = stock_data.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
data = data.rename(
columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close', 'high': 'High', 'low': 'Low',
'vol': 'Volume'}) # 更换列名，为后面函数变量做准备
data.set_index('Date', inplace=True) # 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
data.index = pd.DatetimeIndex(data.index)
data = data.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# 基本面指标数据处理
# 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
stock_daily_basic.set_index('trade_date', inplace=True)
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
stock_daily_basic.index = pd.DatetimeIndex(stock_daily_basic.index)
stock_daily_basic = stock_daily_basic.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
print(stock_daily_basic)
# 周数据处理
week_data = stock_week_data.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
week_data = week_data.rename(
columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close', 'high': 'High',
'low': 'Low', 'vol': 'Volume'}) # 更换列名，为后面函数变量做准备
# 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
week_data.set_index('Date', inplace=True)
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
week_data.index = pd.DatetimeIndex(week_data.index)
week_data = week_data.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# 月数据处理
month_data = stock_month_data.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
month_data = month_data.rename(
columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close', 'high': 'High',
'low': 'Low', 'vol': 'Volume'}) # 更换列名，为后面函数变量做准备
# 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型。
month_data.set_index('Date', inplace=True)
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
month_data.index = pd.DatetimeIndex(month_data.index)
month_data = month_data.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# 公司信息处理
stock_company_code = stock_name_change.at[0, 'ts_code']
stock_company_name = stock_name_change.at[0, 'name']
stock_introduction = stock_information.at[0, 'introduction']
stock_main_business = stock_information.at[0, 'main_business']
stock_business_scope = stock_information.at[0, 'business_scope']
# K线图图形输出
daily_fig, axlist = mpf.plot(data, type='candle', mav=(5, 10, 20), volume=True,
show_nontrading=False, returnfig=True)
# 基本面指标图形输出
# 注意必须按照选项卡的排列顺序渲染图形输出，假如你把matplotlib的图形放到最后，
# 则会出现图像错位现象，不信你可以把以下的代码放到month_fig后试下
plt_stock_daily_basic = plt.figure(facecolor='white')
plt.suptitle('Daily Basic Indicator', size=10)
# 创建网格子绘图，按行切分成3份，列切分成2分，位置(0,0)，横向占用2列
fig_close = plt.subplot2grid((3, 2), (0, 0), colspan=2)
fig_close.set_title('Close Price')
plt.xticks(stock_daily_basic.index, rotation=45) # 设置x轴时间显示方向，放在这跟放在最后显示效果不一样
fig_close.plot(stock_daily_basic.index, stock_daily_basic['close'])
plt.xlabel('Trade Day')
plt.ylabel('Close')
plt.gca().xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m')) # 设置X轴主刻度显示的格式
plt.gca().xaxis.set_major_locator(mdates.MonthLocator(interval=1)) # 设置X轴主刻度的间距
fig_turnover_rate = plt.subplot2grid((3, 2), (1, 0)) # 创建网格子绘图，按行切分成3份，列切分成2分，位置(1,0)
fig_turnover_rate.set_title('Turnover Rate')
plt.xticks(stock_daily_basic.index, rotation=45) # 设置x轴时间显示方向，放在这跟放在最后显示效果不一样
fig_turnover_rate.bar(stock_daily_basic.index, stock_daily_basic['turnover_rate'], facecolor='red')
plt.xlabel('Trade Day')
plt.ylabel('Turnover Rate')
plt.gca().xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m')) # 设置X轴主刻度显示的格式
plt.gca().xaxis.set_major_locator(mdates.MonthLocator(interval=2)) # 设置X轴主刻度的间距
fig_volume_ratio = plt.subplot2grid((3, 2), (2, 0)) # 创建网格子绘图，按行切分成3份，列切分成2分，位置(1,2)
fig_volume_ratio.set_title('Volume Ratio')
plt.xticks(stock_daily_basic.index, rotation=45) # 设置x轴时间显示方向，放在这跟放在最后显示效果不一样
fig_volume_ratio.bar(stock_daily_basic.index, stock_daily_basic['volume_ratio'])
plt.xlabel('Trade Day')
plt.ylabel('Volume Ratio')
plt.gca().xaxis.set_major_formatter(mdates.DateFormatter('%m')) # 设置X轴主刻度显示的格式
plt.gca().xaxis.set_major_locator(mdates.MonthLocator(interval=2)) # 设置X轴主刻度的间距
fig_pe = plt.subplot2grid((3, 2), (1, 1)) # 创建网格子绘图，按行切分成3份，列切分成2分，位置在第3行，第1列
fig_pe.set_title('PE')
plt.xticks(stock_daily_basic.index, rotation=45) # 设置x轴时间显示方向，放在这跟放在最后显示效果不一样
fig_pe.plot(stock_daily_basic.index, stock_daily_basic['pe'])
plt.xlabel('Trade Day')
plt.ylabel('PE')
plt.gca().xaxis.set_major_formatter(mdates.DateFormatter('%m')) # 设置X轴主刻度显示的格式
plt.gca().xaxis.set_major_locator(mdates.MonthLocator(interval=2)) # 设置X轴主刻度的间距
fig_pb = plt.subplot2grid((3, 2), (2, 1)) # 创建网格子绘图，按行切分成3份，列切分成2分，位置在第3行，第2列
fig_pb.set_title('PB')
plt.xticks(stock_daily_basic.index, rotation=45) # 设置x轴时间显示方向，放在这跟放在最后显示效果不一样
fig_pb.plot(stock_daily_basic.index, stock_daily_basic['pb'])
plt.xlabel('Trade Day')
plt.ylabel('PB')
plt.gca().xaxis.set_major_formatter(mdates.DateFormatter('%m')) # 设置X轴主刻度显示的格式
plt.gca().xaxis.set_major_locator(mdates.MonthLocator(interval=2)) # 设置X轴主刻度的间距
plt_stock_daily_basic.tight_layout(h_pad=-2, w_pad=0) # 解决子图图形重叠问题
# 周K线图形输出
week_fig, axlist = mpf.plot(week_data, type='candle', mav=(5, 10, 20), volume=True,
show_nontrading=False, returnfig=True)
# 月k线图形输出
month_fig, axlist = mpf.plot(month_data, type='candle', mav=(5, 10, 20), volume=True,
show_nontrading=False, returnfig=True)
# 将获得的图形渲染到画布上
# 日K线图形渲染到tkinter画布上
canvas_daily = FigureCanvasTkAgg(daily_fig, master=stock_graphics_daily) # 设置tkinter绘制区
canvas_daily.draw()
toolbar_daily = NavigationToolbar2Tk(canvas_daily, stock_graphics_daily)
toolbar_daily.update() # 显示图形导航工具条
canvas_daily._tkcanvas.pack(side=BOTTOM, fill=BOTH, expand=1)
# 基本面指标图形渲染到tkinter画布上
canvas_stock_daily_basic = FigureCanvasTkAgg(plt_stock_daily_basic, master=stock_graphics_daily_basic)
canvas_stock_daily_basic.draw()
toolbar_stock_daily_basic = NavigationToolbar2Tk(canvas_stock_daily_basic, stock_graphics_daily_basic)
toolbar_stock_daily_basic.update() # 显示图形导航工具条
canvas_stock_daily_basic._tkcanvas.pack(side=BOTTOM, fill=BOTH, expand=1)
plt.close()
# 周K线图形渲染到tkinter画布上
canvas_week = FigureCanvasTkAgg(week_fig, master=stock_graphics_week) # 设置tkinter绘制区
canvas_week.draw()
toolbar_week = NavigationToolbar2Tk(canvas_week, stock_graphics_week)
toolbar_week.update() # 显示图形导航工具条
canvas_week._tkcanvas.pack(side=BOTTOM, fill=BOTH, expand=1)
# 月K线图形渲染到tkinter画布上
canvas_month = FigureCanvasTkAgg(month_fig, master=stock_graphics_month) # 设置tkinter绘制区
canvas_month.draw()
toolbar_month = NavigationToolbar2Tk(canvas_month, stock_graphics_month)
toolbar_month.update() # 显示图形导航工具条
canvas_month._tkcanvas.pack(side=BOTTOM, fill=BOTH, expand=1)
# 在company_information框架下设置文字选项卡功能内容
company_text = tk.Text(company_information, bg='white', undo=True, wrap=tix.CHAR)
# 在文本框第一行添加股票代码，文字红色，居中显示
company_text.insert(tk.INSERT, stock_company_code)
company_text.tag_add('tag1', '1.0', '1.9') # 设置选定的内容，
company_text.tag_config('tag1', foreground='red', justify=CENTER)
company_text.insert(tk.INSERT, '\n')
company_text.insert(tk.INSERT, stock_company_name)
company_text.tag_add('tag2', '2.0', '2.9')
company_text.tag_config('tag2', foreground='red', justify=CENTER)
company_text.insert(tk.INSERT, '\n')
company_text.insert(tk.INSERT, ' ')
company_text.insert(tk.INSERT, '公司简介：')
company_text.tag_add('tag3', '3.3', '3.9')
company_text.tag_config('tag3', foreground='red', font=tf.Font(family='SimHei', size=12))
company_text.insert(tk.INSERT, stock_introduction)
company_text.tag_add('tag4', '3.9', 'end')
company_text.tag_config('tag4', foreground='black', spacing1=20, spacing2=10,
font=tf.Font(family='SimHei', size=12))
company_text.insert(tk.INSERT, '\n')
company_text.insert(tk.INSERT, ' ')
company_text.insert(tk.INSERT, '主要业务及产品：')
company_text.tag_add('tag5', '4.4', '4.12')
company_text.tag_config('tag5', foreground='blue')
company_text.insert(tk.INSERT, stock_main_business)
company_text.tag_add('tag6', '4.12', 'end')
company_text.tag_config('tag6', spacing1=20, spacing2=10,
font=tf.Font(family='SimHei', size=12))
company_text.insert(tk.INSERT, '\n')
company_text.insert(tk.INSERT, ' ')
company_text.insert(tk.INSERT, '经营范围：')
company_text.tag_add('tag7', '5.4', '5.9')
company_text.tag_config('tag7', foreground='#cc6600')
company_text.insert(tk.INSERT, stock_business_scope)
company_text.tag_add('tag8', '5.9', 'end')
company_text.tag_config('tag8', spacing1=20, spacing2=10,
font=tf.Font(family='SimHei', size=12))
company_text.insert(tk.INSERT, '\n')
company_text.pack(fill=BOTH, expand=1)
# 在主框架下创建查询按钮子框架
search_frame = tk.Frame(tk_window.centre_frame, borderwidth=1, bg='#353535', relief=tix.SUNKEN)
search_frame.pack(before=tabControl) # 必须加上before，否则控件则会出现在底部，除非tabControl设置了bottom布局属性
# 创建查询按钮并设置功能
stock_find = tk.Button(search_frame, text='查询', width=5, height=1, command=go)
stock_find.pack()
def show_stocklist_function(self): # 股票功能代码
for widget_graphic_main_frame in tk_window.centre_frame.winfo_children():
widget_graphic_main_frame.destroy()
# 首先获取今天时间
now_time = datetime.datetime.now()
# 转化成tushare的时间格式
strf_time = now_time.strftime('%Y%m%d')
# 获取上交所上一个交易日日期,PS:tushare指数的数据信息好像当天只能获取上一个交易日的数据
pre_trade_date = pro.trade_cal(exchange='SSE', is_open='1', start_date=strf_time, fields='pretrade_date')
pre_trade_d = pre_trade_date.at[0, 'pretrade_date']
# print(pre_trade_d)
df_basic = pro.stock_basic(exchange='', list_status='L') # 再获取所有股票的基本信息
df_daily = pro.daily(trade_date=pre_trade_d) # 先获得所有股票的行情数据，成交额单位是千元，成交量是手
df_daily_basic = pro.daily_basic(ts_code='', trade_date=pre_trade_d,
fields='ts_code, turnover_rate, turnover_rate_f,'
' volume_ratio, pe, pe_ttm, pb, ps, ps_ttm,'
' total_share, float_share,'
' free_share, total_mv, circ_mv ') # 获取每日指标，单位是万股，万元
df_first = pd.merge(left=df_basic, right=df_daily, on='ts_code',
how='outer') # on='ts_code'以ts_code为索引，合并数据，how='outer'，取并集
df_all = pd.merge(left=df_first, right=df_daily_basic, on='ts_code', how='outer')
# 数据清洗，删除symbol列数据，跟ts_code数据重复
df_all = df_all.drop('symbol', axis=1)
df_all = df_all[df_all['trade_date'].notna()] # 删除当天不交易的股票
df_all = df_all[df_all['list_date'].notna()] # 删除退市或将要退市的股票
for w in ['name', 'area', 'industry', 'market']: # 在'name', 'area', 'industry', 'market'列内循环填充NaN值
df_all[w].fillna('退市股', inplace=True)
# print(type(df_all.at[1, 'pb']))
# df_all['amount'] = df_all['amount'] / 100000 # 千转亿
# df_all['circ_mv'] = df_all['circ_mv'] / 10000 # 万转亿
# df_all['total_mv'] = df_all['total_mv'] / 10000 # 万转亿
# 对获取的股票数据列名称进行重命名以方便阅读
df_all = df_all.rename(columns={
'ts_code': '股票代码', 'name': '股票名称', 'area': '所在地域', 'industry': '行业',
'market': '市场类型', 'list_date': '上市日期', 'trade_date': '交易日期',
'open': '开盘价', 'high': '最高价', 'low': '最低价', 'close': '收盘价',
'pre_close': '昨日价', 'change': '涨跌额', 'pct_chg': '涨跌幅',
'vol': '成交量（手）', 'amount': '成交额（千元）', 'turnover_rate': '换手率（%）',
'turnover_rate_f': '流通换手率', 'volume_ratio': '量比', 'pe': '市盈率',
'pe_ttm': '滚动市盈率', 'pb': '市净率', 'ps': '市销率', 'ps_ttm': '滚动市销率',
'total_share': '总股本（万股）', 'float_share': '流通股本 （万股）',
'free_share': '自由流通股本（万股）', 'total_mv': '总市值 （万元）',
'circ_mv': '流通市值（万元）'})
print(df_all)
# 亏损的为空值
# 先设置表的列名有哪些
area = ('股票代码', '股票名称', '所在地域', '行业', '市场类型', '上市日期', '交易日期', '开盘价', '最高价', '最低价',
'收盘价', '昨日价', '涨跌额', '涨跌幅', '成交量（手）', '成交额（千元）', '换手率（%）', '流通换手率', '量比',
'市盈率', '滚动市盈率', '市净率', '市销率', '滚动市销率', '总股本（万股）',
'流通股本 （万股）', '自由流通股本（万股）', '总市值 （万元）', '流通市值（万元）')
stock_treeview = ttk.Treeview(tk_window.centre_frame, columns=area, show='headings')
# 在treeview布局钱先布局横竖滚动条，不然会出现布局问题，你可以试着将滚动条代码放在最后试下
VScroll1 = ttk.Scrollbar(tk_window.centre_frame, orient='vertical', command=stock_treeview.yview)
stock_treeview.configure(yscrollcommand=VScroll1.set)
VScroll1.pack(side=RIGHT, fill=Y)
HScroll1 = ttk.Scrollbar(tk_window.centre_frame, orient='horizontal', command=stock_treeview.xview)
stock_treeview.configure(xscrollcommand=HScroll1.set)
HScroll1.pack(side=BOTTOM, fill=X)
for i in range(len(area)): # 命名列表名
stock_treeview.column(area[i], width=70, anchor='center')
stock_treeview.heading(area[i], text=area[i])
stock_treeview.pack(fill=BOTH, expand=1)
j = 0
for i in range(len(df_all.index)): # 导入插入股票数据
# 插入的值数组格式用.tolist()转化成list格式，否则显示会多出‘跟[这种字符串
stock_treeview.insert('', 'end', values=df_all.values[i].tolist())
# print(df_all.values[i].tolist())
j += 1
print('已经插入到第%s个股票了，请耐心等待' % j)
def stock_treeview_sort(tv, col, reverse): # Treeview、列名、排列方式
try:
# tv.set指定item，如果不设定column和value，则返回他们的字典，如果设定了column，则返回该column的value，
# 如果value也设定了，则作相应更改。
# get_children()函数，其返回的是treeview中的记录号
# 参照网上的treeview排序方法函数，由于股票的价格排序数据类型是浮点数字，在排序钱将价格类型由str转换成float,否则排序会不正确
stockdata_list = [(float(tv.set(k, col)), k) for k in tv.get_children('')]
except Exception:
stockdata_list = [(tv.set(k, col), k) for k in tv.get_children('')]
# print(tv.get_children(''))
# print(stockdata_list)
stockdata_list.sort(reverse=reverse) # 排序方式
# rearrange items in sorted positions
# 根据排序后索引移动，enumerate() 函数用于将一个可遍历的数据对象(如列表、元组或字符串)组合为一个索引序列，同时列出数据和数据下标
for index, (val, k) in enumerate(stockdata_list):
tv.move(k, '', index)
# print(k)
# 重写标题，使之成为再点倒序的标题
tv.heading(col, command=lambda col=col: stock_treeview_sort(tv, col, not reverse))
for col in area:
stock_treeview.column(col, width=70, anchor='center')
stock_treeview.heading(col, text=col,
command=lambda col=col: stock_treeview_sort(stock_treeview, col, False))
# 创建选中股票显示K线图形功能函数
def stock_k_show():
for item in stock_treeview.selection():
item_text = stock_treeview.item(item, "values")
print(item_text[0]) # 输出所选行的第一列的值
stock_kline_window = tk.Toplevel()
stock_kline_window.geometry('{}x{}'.format(800, 600))
code_name = item_text[0]
start_date = '20150101'
end_date = pre_trade_d
stock_data = pro.daily(ts_code=code_name, start_date=start_date, end_date=end_date)
print(stock_data)
# ：取所有行数据，后面取date列，open列等数据
data = stock_data.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
data = data.rename(columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close', 'high': 'High',
'low': 'Low', 'vol': 'Volume'}) # 更换列名，为后面函数变量做准备
data.set_index('Date', inplace=True) # 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
data.index = pd.DatetimeIndex(data.index)
data = data.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
fig, axlist = mpf.plot(data, title=item_text[1], type='candle', mav=(5, 10, 20), volume=True,
show_nontrading=False, returnfig=True, style=s)
canvas = FigureCanvasTkAgg(fig, master=stock_kline_window) # 设置tkinter绘制区
canvas.draw()
toolbar = NavigationToolbar2Tk(canvas, stock_kline_window)
toolbar.update() # 显示图形导航工具条
canvas._tkcanvas.pack(side=BOTTOM, fill=BOTH, expand=1)
# 创建弹出菜单，为后面功能开发做准备
stocklist_menu = tk.Menu(tk_window.centre_frame, tearoff=False) # tearoff=True显示分割线
def pop(event):
stocklist_menu.post(event.x_root, event.y_root)
stock_treeview.bind('' , pop)
stocklist_menu.add_command(label='K线图', command=stock_k_show)
stock_backtrader.py
# coding=utf-8
from __future__ import (absolute_import, division, print_function,
unicode_literals)
import datetime
import pandas as pd
import backtrader as bt
import tushare as ts
import tk_window
import tkinter as tk
import tkinter.messagebox
from tkinter import ttk
import matplotlib.pyplot as plt
import mplfinance as mpf
import os
import threading
import inspect
import ctypes
import function
from matplotlib.backends.backend_tkagg import (FigureCanvasTkAgg, NavigationToolbar2Tk) # 使用后端TkAgg
# pd.set_option()就是pycharm输出控制显示的设置
pd.set_option('expand_frame_repr', False) # True就是可以换行显示。设置成False的时候不允许换行
pd.set_option('display.max_columns', None) # 显示所有列
# pd.set_option('display.max_rows', None) # 显示所有行
pd.set_option('colheader_justify', 'centre') # 显示居中
# 保存token到本地,不进行本地保存可能出现ts.pro_bar()通用接口无法使用
ts.set_token('数据用的是tushare,没权限自己去注册个吧')
# 初始化pro接口
pro = ts.pro_api()
# class my_strategy(bt.Strategy):
# # 设置简单均线周期，以备后面调用
# params = (
# ('maperiod21', 21),
# ('maperiod55', 55),)
#
# def log(self, txt, dt=None):
# # 日记记录输出
# dt = dt or self.datas[0].datetime.date(0)
# print('%s, %s' % (dt.isoformat(), txt))
#
# def __init__(self):
# # 初始化数据参数
# # 设置当前收盘价为dataclose
# self.dataclose = self.datas[0].close
#
# self.order = None
# self.buyprice = None
# self.buycomm = None
#
# # 添加简单均线, subplot=False是否单独子图显示
# self.sma21 = bt.indicators.SimpleMovingAverage(self.datas[0], period=self.params.maperiod21, plotname='mysma')
# self.sma55 = bt.indicators.SimpleMovingAverage(self.datas[0], period=self.params.maperiod55, subplot=False)
#
# def next(self):
# # self.log('Close, %.2f' % self.dataclose[0]) # 输出打印收盘价
# # self.log('持仓 %.2f' % self.position.size) # 输出持仓
# # 检查是否有订单发送当中，如果有则不再发送第二个订单
# if self.order:
# return
#
# # 检查是否已经有仓位
# if not self.position:
# # 如果没有则可以执行一下策略了
# if self.sma21[0] > self.sma55[0] and self.sma21[-1] < self.sma55[-1]:
# # 记录输出买入价格
# # self.log('买入信号产生的价格： %.2f' % self.dataclose[0])
# # 跟踪已经创建好的订单避免重复第二次交易
# self.order = self.buy()
#
# else:
# if self.sma21[0] < self.sma55[0] and self.sma21[-1] > self.sma55[-1]:
# # self.log('卖入信号产生的价格： %.2f' % self.dataclose[0])
# self.order = self.sell()
#
# # 记录交易执行情况，输出打印
# def notify_order(self, order):
# if order.status in [order.Submitted, order.Accepted]:
# # 如果有订单提交或者已经接受的订单，返回退出
# return
# # 主要是检查有没有成交的订单，如果有则日志记录输出价格，金额，手续费。注意，如果资金不足是不会成交订单的
# if order.status in [order.Completed]:
# # if order.isbuy():
# # self.log(
# # '实际买入价格: %.2f, 市值: %.2f, 手续费 %.2f' %
# # (order.executed.price,
# # order.executed.value,
# # order.executed.comm))
# #
# # self.buyprice = order.executed.price
# # self.buycomm = order.executed.comm
# # else: # Sell
# # self.log('实际卖出价格: %.2f, 市值: %.2f, 手续费 %.2f' %
# # (order.executed.price,
# # order.executed.value,
# # order.executed.comm))
# # len(self)是指获取截至当前数据一共有多少根bar
# # 以下代码就是指当交易发生时立刻记录下了当天有多少根bar
# # 如果要表示当成交后过了5天卖，则可以这样写 if len(self) >= (self.bar_executed + 5):
# self.bar_executed = len(self)
#
# elif order.status in [order.Canceled, order.Margin, order.Rejected]:
# self.log('Order Canceled/Margin/Rejected')
#
# self.order = None
#
# # 记录交易收益情况
# # def notify_trade(self, trade):
# # if not trade.isclosed: # 如果交易还没有关闭，则退出不输出显示盈利跟手续费
# # return
# # self.log('策略收益 %.2f, 成本 %.2f' %
# # (trade.pnl, trade.pnlcomm))
#
# def stop(self):
# # 策略停止输出结果
# total_funds = self.broker.getvalue()
# # print('MA均线： %2d日，总资金: %.2f' % (self.params.maperiod21, total_funds))
#
def run_cerebro(): # 策略回测
for widget_backtrader_window in tk_window.centre_frame.winfo_children():
widget_backtrader_window.destroy()
backtrader_window = tk.PanedWindow(tk_window.centre_frame, opaqueresize=False)
backtrader_window.pack(fill=tk.BOTH, expand=1)
# 创建左边frame框架，主要放回测策略文件代码（暂未开发，占位而已）
backtrader_left_frame = tk.Frame(backtrader_window, bg='#353535', bd=5, borderwidth=4)
backtrader_left_frame.pack(fill=tk.BOTH, expand=1)
# ******************************************************************************************************************
# 设置策略文本内容功能
# path = sys.path[0] # 启动的py文件所在的路径
File_Path = os.getcwd() + '\\策略文件' # 获取到当前项目文件的目录，并检查是否有‘策略文件’文件夹，如果不存在则自动新建‘策略文件’文件夹
if not os.path.exists(File_Path):
os.makedirs(File_Path)
pathList = os.path.split(File_Path) # 分别获取得到绝对路径跟文件夹名称，得到的是个列表
pathlist_name = pathList[-1] # 获取文件夹名称，如果是[0]则是获取绝对路径
strategy_list_tree = ttk.Treeview(backtrader_left_frame, show='tree')
father_treeview = strategy_list_tree.insert("", "end", text=pathlist_name, open=True) # 写入父节名称
for filepath in os.listdir(File_Path):
strategy_list_tree.insert(father_treeview, "end", text=filepath) # 写入子节名称
strategy_list_tree.pack(fill=tk.BOTH, expand=1)
def create_newfile():
if not os.path.exists(File_Path + '\\' + '新建策略.txt'):
txt_file = open(File_Path + '\\' + '新建策略.txt', 'ab+')
txt_file.close()
else:
txt_file = open(File_Path + '\\' + '新建策略1.txt', 'ab+')
txt_file.close()
def rename_newfile():
rename_input_frame = tk.Toplevel()
rename_input_frame.title('重命名')
rename_input_frame.geometry('{}x{}+{}+{}'.format(180, 35, int(tk_window.screenWidth / 4),
int(tk_window.screenHeight / 4)))
rename_input_var = tk.StringVar()
rename_input_widget = tk.Entry(rename_input_frame, textvariable=rename_input_var, justify=tk.CENTER)
rename_input_widget.pack(side=tk.LEFT)
def rename_now():
for item in strategy_list_tree.selection():
item_text = strategy_list_tree.item(item, "text") # 获取选中树形条目的名称
os.rename(File_Path + '\\' + item_text, File_Path + '\\' + rename_input_var.get())
rename_button = tk.Button(rename_input_frame, text='rename', height=1, command=rename_now)
rename_button.pack(side=tk.RIGHT)
def edit_file():
for item in strategy_list_tree.selection():
item_text = strategy_list_tree.item(item, "text") # 获取选中树形条目的名称
select_filepath = File_Path + '\\' + item_text # 得到选中项目的绝对路径
os.startfile(select_filepath) # 打开文件，如果不是txt格式的文件会弹出窗口让你选择打开方式
# 设置获取策略文件txt内容的函数，首先通过read获取内容，然后通过exec(use_strategy())将本函数返回的str格式文本内容转换成可执行的代码
# 在每个策略运行前的代码先写class my_strategy(bt.Strategy):，然后再写exec(use_strategy())
# 在运行策略是先选中你建立的txt策略文件，然后右键鼠标在弹出的菜单中选中使用该策略选项，之后再运行回测
def use_strategy():
for item in strategy_list_tree.selection():
item_text = strategy_list_tree.item(item, "text") # 获取选中树形条目的名称
select_filepath = File_Path + '\\' + item_text # 得到选中项目的绝对路径
txt_file = open(select_filepath, 'r', encoding='UTF-8')
txt_data = txt_file.read()
txt_file.close()
return txt_data
def delect_file():
for item in strategy_list_tree.selection():
item_text = strategy_list_tree.item(item, "text") # 获取选中树形条目的名称
select_filepath = File_Path + '\\' + item_text # 得到选中项目的绝对路径
delect_confirm = tk.messagebox.askokcancel('提示', '要执行此操作吗？文件直接删除不放回收站！')
if delect_confirm: # 如果返回True，则执行删除，
os.remove(select_filepath) # 打开文件，如果不是txt格式的文件会弹出窗口让你选择打开方式
# 创建弹出菜单，为后面功能开发做准备
strategy_menu = tk.Menu(backtrader_left_frame, tearoff=False) # tearoff=True显示分割线
strategy_menu.add_command(label='新建策略', command=create_newfile) # 弹出菜单内容
strategy_menu.add_command(label='编辑', command=edit_file) # 弹出菜单内容
strategy_menu.add_command(label='运行该策略', command=use_strategy) # 弹出菜单内容
strategy_menu.add_command(label='重命名', command=rename_newfile) # 弹出菜单内容
strategy_menu.add_command(label='删除', command=delect_file)
strategy_menu.add_separator()
strategy_menu.add_command(label='刷新', command=run_cerebro)
def pop(event):
strategy_menu.post(event.x_root, event.y_root) # #设置弹出的位置
strategy_list_tree.bind('' , pop) # 设置右键弹出菜单
# ******************************************************************************************************************
# 设置多股回测股票筛选条件功能，所有的筛选指标的值是昨日的数据值，当然也可以指定某一日的数据，此功能目前还不是必须，Mark一下
# PE 市盈率（总市值/净利润， 亏损的PE为空）
backtrader_pe_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_pe_frame.pack()
input_pe_leftvar = tk.StringVar()
pe_leftwidget = tk.Entry(backtrader_pe_frame, textvariable=input_pe_leftvar, borderwidth=1, justify=tk.CENTER,
width=6)
pe_leftwidget.pack(side=tk.LEFT, padx=4)
multi_pe_label = tk.Label(backtrader_pe_frame, text='< PE <', height=1, bg='#353535', fg='white')
multi_pe_label.pack(side=tk.LEFT)
input_pe_rightvar = tk.StringVar()
pe_rightwidget = tk.Entry(backtrader_pe_frame, textvariable=input_pe_rightvar, borderwidth=1, justify=tk.CENTER,
width=6)
pe_rightwidget.pack(side=tk.LEFT, padx=4)
# PB 市净率（总市值/净资产）
backtrader_pb_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_pb_frame.pack()
input_pb_leftvar = tk.StringVar()
pb_leftwidget = tk.Entry(backtrader_pb_frame, textvariable=input_pb_leftvar, borderwidth=1, justify=tk.CENTER,
width=6)
pb_leftwidget.pack(side=tk.LEFT, padx=4)
multi_pb_label = tk.Label(backtrader_pb_frame, text='< PB <', height=1, bg='#353535', fg='white')
multi_pb_label.pack(side=tk.LEFT)
input_pb_rightvar = tk.StringVar()
pb_rightwidget = tk.Entry(backtrader_pb_frame, textvariable=input_pb_rightvar, borderwidth=1, justify=tk.CENTER,
width=6)
pb_rightwidget.pack(side=tk.LEFT, padx=4)
# PS 市销率
backtrader_ps_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_ps_frame.pack()
input_ps_leftvar = tk.StringVar()
ps_leftwidget = tk.Entry(backtrader_ps_frame, textvariable=input_ps_leftvar, borderwidth=1, justify=tk.CENTER,
width=6)
ps_leftwidget.pack(side=tk.LEFT, padx=4)
multi_ps_label = tk.Label(backtrader_ps_frame, text='< PS <', height=1, bg='#353535', fg='white')
multi_ps_label.pack(side=tk.LEFT)
input_ps_rightvar = tk.StringVar()
ps_rightwidget = tk.Entry(backtrader_ps_frame, textvariable=input_ps_rightvar, borderwidth=1, justify=tk.CENTER,
width=6)
ps_rightwidget.pack(side=tk.LEFT, padx=4)
# volume_ratio 量比
backtrader_volume_ratio_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_volume_ratio_frame.pack()
input_volume_ratio_leftvar = tk.StringVar()
volume_ratio_leftwidget = tk.Entry(backtrader_volume_ratio_frame, textvariable=input_volume_ratio_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
volume_ratio_leftwidget.pack(side=tk.LEFT, padx=4)
multi_volume_ratio_label = tk.Label(backtrader_volume_ratio_frame, text='< 量比 <', height=1, bg='#353535',
fg='white')
multi_volume_ratio_label.pack(side=tk.LEFT)
input_volume_ratio_rightvar = tk.StringVar()
volume_ratio_rightwidget = tk.Entry(backtrader_volume_ratio_frame, textvariable=input_volume_ratio_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
volume_ratio_rightwidget.pack(side=tk.LEFT, padx=4)
# turnover_rate 换手率（%）
backtrader_turnover_rate_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_turnover_rate_frame.pack()
input_turnover_rate_leftvar = tk.StringVar()
turnover_rate_leftwidget = tk.Entry(backtrader_turnover_rate_frame, textvariable=input_turnover_rate_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
turnover_rate_leftwidget.pack(side=tk.LEFT, padx=4)
multi_turnover_rate_label = tk.Label(backtrader_turnover_rate_frame, text='< 换手率 <', height=1, bg='#353535',
fg='white')
multi_turnover_rate_label.pack(side=tk.LEFT)
input_turnover_rate_rightvar = tk.StringVar()
turnover_rate_rightwidget = tk.Entry(backtrader_turnover_rate_frame, textvariable=input_turnover_rate_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
turnover_rate_rightwidget.pack(side=tk.LEFT, padx=4)
backtrader_window.add(backtrader_left_frame, width=tk_window.screenHeight / 5.2)
# total_share 总股本（万股）
backtrader_total_share_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_total_share_frame.pack()
input_total_share_leftvar = tk.StringVar()
total_share_leftwidget = tk.Entry(backtrader_total_share_frame, textvariable=input_total_share_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
total_share_leftwidget.pack(side=tk.LEFT, padx=4)
multi_total_share_label = tk.Label(backtrader_total_share_frame, text='< 总股本 <', height=1, bg='#353535',
fg='white')
multi_total_share_label.pack(side=tk.LEFT)
input_total_share_rightvar = tk.StringVar()
total_share_rightwidget = tk.Entry(backtrader_total_share_frame, textvariable=input_total_share_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
total_share_rightwidget.pack(side=tk.LEFT, padx=4)
# total_mv 总市值（万元）
backtrader_total_mv_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_total_mv_frame.pack()
input_total_mv_leftvar = tk.StringVar()
total_mv_leftwidget = tk.Entry(backtrader_total_mv_frame, textvariable=input_total_mv_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
total_mv_leftwidget.pack(side=tk.LEFT, padx=4)
multi_total_mv_label = tk.Label(backtrader_total_mv_frame, text='< 总市值 <', height=1, bg='#353535',
fg='white')
multi_total_mv_label.pack(side=tk.LEFT)
input_total_mv_rightvar = tk.StringVar()
total_mv_rightwidget = tk.Entry(backtrader_total_mv_frame, textvariable=input_total_mv_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
total_mv_rightwidget.pack(side=tk.LEFT, padx=4)
# float_share 流通股本（万股）
backtrader_float_share_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_float_share_frame.pack()
input_float_share_leftvar = tk.StringVar()
float_share_leftwidget = tk.Entry(backtrader_float_share_frame, textvariable=input_float_share_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
float_share_leftwidget.pack(side=tk.LEFT, padx=4)
multi_float_share_label = tk.Label(backtrader_float_share_frame, text='< 流通股本 <', height=1, bg='#353535',
fg='white')
multi_float_share_label.pack(side=tk.LEFT)
input_float_share_rightvar = tk.StringVar()
float_share_rightwidget = tk.Entry(backtrader_float_share_frame, textvariable=input_float_share_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
float_share_rightwidget.pack(side=tk.LEFT, padx=4)
# circ_mv 流通市值（万元）
backtrader_circ_mv_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_circ_mv_frame.pack()
input_circ_mv_leftvar = tk.StringVar()
circ_mv_leftwidget = tk.Entry(backtrader_circ_mv_frame, textvariable=input_circ_mv_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
circ_mv_leftwidget.pack(side=tk.LEFT, padx=4)
multi_circ_mv_label = tk.Label(backtrader_circ_mv_frame, text='< 流通市值 <', height=1, bg='#353535',
fg='white')
multi_circ_mv_label.pack(side=tk.LEFT)
input_circ_mv_rightvar = tk.StringVar()
circ_mv_rightwidget = tk.Entry(backtrader_circ_mv_frame, textvariable=input_circ_mv_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
circ_mv_rightwidget.pack(side=tk.LEFT, padx=4)
# free_share 自由流通股本（万股）
backtrader_free_share_frame = tk.Frame(backtrader_left_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_free_share_frame.pack()
input_free_share_leftvar = tk.StringVar()
free_share_leftwidget = tk.Entry(backtrader_free_share_frame, textvariable=input_free_share_leftvar,
borderwidth=1, justify=tk.CENTER, width=6)
free_share_leftwidget.pack(side=tk.LEFT, padx=4)
multi_free_share_label = tk.Label(backtrader_free_share_frame, text='< 自由流通股本 <', height=1, bg='#353535',
fg='white')
multi_free_share_label.pack(side=tk.LEFT)
input_free_share_rightvar = tk.StringVar()
free_share_rightwidget = tk.Entry(backtrader_free_share_frame, textvariable=input_free_share_rightvar,
borderwidth=1, justify=tk.CENTER, width=6)
free_share_rightwidget.pack(side=tk.LEFT, padx=4)
backtrader_window.add(backtrader_left_frame, width=tk_window.screenHeight / 4)
# ******************************************************************************************************************
# 创建右边图形输出框架，主要放回测分析显示跟用户输入的股票代码跟日期
backtrader_plot_window = tk.PanedWindow(orient='vertical', opaqueresize=False)
backtrader_window.add(backtrader_plot_window)
backtrader_plot_window_top = tk.PanedWindow(opaqueresize=False)
backtrader_plot_window.add(backtrader_plot_window_top)
# ******************************************************************************************************************
backtrader_top_left_frame = tk.Frame(backtrader_plot_window_top, width=tk_window.screenWidth,
height=tk_window.screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5,
borderwidth=4)
backtrader_top_left_frame.pack(fill=tk.BOTH)
# 在主框架下创建股票代码输入子框架
code_frame = tk.Frame(backtrader_top_left_frame, borderwidth=1, bg='#353535')
code_frame.pack()
# 创建标签‘股票代码’
stock_label = tk.Label(code_frame, text='单股回测股票代码', bd=1)
stock_label.pack(side=tk.LEFT)
# 创建股票代码输入框
input_code_var = tk.StringVar()
code_widget = tk.Entry(code_frame, textvariable=input_code_var, borderwidth=1, justify=tk.CENTER)
code_widget.pack(side=tk.LEFT, padx=4)
# 在主框架下创建股票日期输入框子框架
input_date_frame = tk.Frame(backtrader_top_left_frame, borderwidth=1, bg='#353535')
input_date_frame.pack()
# 创建标签‘开始日期’
date_start_label = tk.Label(input_date_frame, text='开始日期', bd=1)
date_start_label.pack(side=tk.LEFT)
# 创建开始日期代码输入框
input_startdate_var = tk.StringVar()
startdate_widget = tk.Entry(input_date_frame, textvariable=input_startdate_var, borderwidth=1, justify=tk.CENTER)
startdate_widget.pack(side=tk.LEFT, padx=4)
# 创建标签‘结束日期’
date_end_label = tk.Label(input_date_frame, text='结束日期', bd=1)
date_end_label.pack(side=tk.LEFT)
# 创建结束日期代码输入框
input_enddate_var = tk.StringVar()
enddate_widget = tk.Entry(input_date_frame, textvariable=input_enddate_var, borderwidth=1, justify=tk.CENTER)
enddate_widget.pack(side=tk.LEFT, padx=4)
# 先把部件布局好了再backtrader_top_frame用.add()添加到backtrader_plot_window
backtrader_plot_window_top.add(backtrader_top_left_frame, height=tk_window.screenHeight / 10,
width=tk_window.screenHeight / 1.4)
# ******************************************************************************************************************
backtrader_top_right_frame = tk.Frame(backtrader_plot_window_top, width=tk_window.screenWidth,
height=tk_window.screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5,
borderwidth=4)
backtrader_top_right_frame.pack(fill=tk.BOTH)
# 在主框架右边创建股票代码输入子框架
multi_code_frame = tk.Frame(backtrader_top_right_frame, borderwidth=1, bg='#353535')
multi_code_frame.pack()
# 创建标签‘股票代码’
multi_stock_label = tk.Label(multi_code_frame, text='多股回测股票代码', bd=1)
multi_stock_label.pack(side=tk.LEFT)
# 创建股票代码输入框
input_multi_code_var = tk.StringVar()
multi_code_widget = tk.Entry(multi_code_frame, textvariable=input_multi_code_var, borderwidth=1, justify=tk.CENTER)
multi_code_widget.pack(side=tk.LEFT, padx=4)
# 在主框架下创建股票日期输入框子框架
multi_input_date_frame = tk.Frame(backtrader_top_right_frame, borderwidth=1, bg='#353535')
multi_input_date_frame.pack()
# 创建标签‘开始日期’
multi_date_start_label = tk.Label(multi_input_date_frame, text='开始日期', bd=1)
multi_date_start_label.pack(side=tk.LEFT)
# 创建开始日期代码输入框
multi_input_startdate_var = tk.StringVar()
multi_startdate_widget = tk.Entry(multi_input_date_frame, textvariable=multi_input_startdate_var, borderwidth=1,
justify=tk.CENTER)
multi_startdate_widget.pack(side=tk.LEFT, padx=4)
# 创建标签‘结束日期’
multi_date_end_label = tk.Label(multi_input_date_frame, text='结束日期', bd=1)
multi_date_end_label.pack(side=tk.LEFT)
# 创建结束日期代码输入框
multi_input_enddate_var = tk.StringVar()
multi_enddate_widget = tk.Entry(multi_input_date_frame, textvariable=multi_input_enddate_var, borderwidth=1,
justify=tk.CENTER)
multi_enddate_widget.pack(side=tk.LEFT, padx=4)
# 先把部件布局好了再backtrader_top_frame用.add()添加到backtrader_plot_window
backtrader_plot_window_top.add(backtrader_top_right_frame, height=tk_window.screenHeight / 10,
width=tk_window.screenWidth / 2)
# ******************************************************************************************************************
backtrader_plot_window_bottom = tk.PanedWindow(opaqueresize=False)
backtrader_plot_window.add(backtrader_plot_window_bottom)
# 创建底部窗口框架,用来放图形输出
backtrader_bottom_frame = tk.Frame(backtrader_plot_window_bottom, width=tk_window.screenWidth,
height=tk_window.screenHeight, relief=tk.SUNKEN, bg='#353535', bd=5,
borderwidth=4)
backtrader_bottom_frame.pack(fill=tk.BOTH)
backtrader_plot_window_bottom.add(backtrader_bottom_frame)
# ******************************************************************************************************************
def mplfinance_go(): # 图形输出渲染
# 在backtrader_bottom_frame的原有基础上再创建一个框架，目的方便在更新股票股票回测时防止图形重叠
for widget_backtrader_bottom_frame in backtrader_bottom_frame.winfo_children():
widget_backtrader_bottom_frame.destroy()
# 创建左右两个frame框架方便管理布局大小跟刷新，framed大小跟控件的长高有关
backtrader_bottomleft_frame = tk.Frame(backtrader_bottom_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_bottomleft_frame.pack(side=tk.LEFT, fill=tk.BOTH, expand=1)
backtrader_bottomright_frame = tk.Frame(backtrader_bottom_frame, bg='#353535', bd=5, borderwidth=4)
backtrader_bottomright_frame.pack(side=tk.RIGHT, fill=tk.BOTH, expand=0)
# 以下函数作用是省略输入代码后缀.sz .sh
def code_name_transform(get_stockcode): # 输入的数字股票代码转换成字符串股票代码
str_stockcode = str(get_stockcode)
str_stockcode = str_stockcode.strip() # 删除前后空格字符
if 6 > len(str_stockcode) > 0:
str_stockcode = str_stockcode.zfill(6) + '.SZ' # zfill()函数返回指定长度的字符串，原字符串右对齐，前面填充0
if len(str_stockcode) == 6:
if str_stockcode[0:1] == '0':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '3':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '6':
str_stockcode = str_stockcode + '.SH'
return str_stockcode
# 交互数据的获取跟处理
stock_name = input_code_var.get()
code_name = code_name_transform(stock_name)
start_date = input_startdate_var.get()
end_date = input_enddate_var.get()
try:
class my_strategy(bt.Strategy):
exec(use_strategy())
except Exception as e_class:
tk.messagebox.showwarning(title='错误', message='请先选择运行策略再进行回测')
print('请先选择运行策略再进行回测')
try:
# adj='qfq'向前复权，freq='D 数据频度：日K线
df = ts.pro_bar(ts_code=code_name, start_date=start_date, end_date=end_date, adj='qfq', freq='D')
df['trade_date'] = pd.to_datetime(df['trade_date'])
# df = df.drop(['change', 'pre_close', 'pct_chg', 'amount'], axis=1)
# 设置用于backtrader的数据
df_back = df.rename(columns={
'vol': 'volume'})
df_back.set_index('trade_date', inplace=True) # 设置索引覆盖原来的数据
df_back = df_back.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
df_back['openinterest'] = 0
# 喂养数据到backtrader当中去
back_start_time = datetime.datetime.strptime(start_date, "%Y%m%d") # str转换成时间格式2015-01-01 00:00:00
back_end_time = datetime.datetime.strptime(end_date, '%Y%m%d')
# print(back_start_time)
data_back = bt.feeds.PandasData(dataname=df_back,
fromdate=back_start_time,
todate=back_end_time)
# 设置用于mpf图形的数据
# ：取所有行数据，后面取date列，open列等数据
data_mpf = df.loc[:, ['trade_date', 'open', 'close', 'high', 'low', 'vol']]
data_mpf = data_mpf.rename(
columns={
'trade_date': 'Date', 'open': 'Open', 'close': 'Close', 'high': 'High', 'low': 'Low',
'vol': 'Volume'}) # 更换列名，为后面函数变量做准备
data_mpf.set_index('Date', inplace=True) # 设置date列为索引，覆盖原来索引,这个时候索引还是 object 类型，就是字符串类型
# 将object类型转化成 DateIndex 类型，pd.DatetimeIndex 是把某一列进行转换，同时把该列的数据设置为索引 index。
data_mpf.index = pd.DatetimeIndex(data_mpf.index)
data_mpf = data_mpf.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
# print(data_mpf)
# 创建策略容器
cerebro = bt.Cerebro()
# 添加自定义的策略my_strategy
cerebro.addstrategy(my_strategy)
# 添加数据
cerebro.adddata(data_back)
# 设置资金
startcash = 100000
cerebro.broker.setcash(startcash)
# 设置每笔交易交易的股票数量
cerebro.addsizer(bt.sizers.FixedSize, stake=100)
# 设置手续费
cerebro.broker.setcommission(commission=0.0005)
# 输出初始资金
d1 = back_start_time.strftime('%Y%m%d')
d2 = back_end_time.strftime('%Y%m%d')
cerebro.addanalyzer(bt.analyzers.SharpeRatio, _name='SharpeRatio')
cerebro.addanalyzer(bt.analyzers.DrawDown, _name='DW')
cerebro.addanalyzer(bt.analyzers.TradeAnalyzer, _name='TradeAnalyzer')
cerebro.addanalyzer(bt.analyzers.Transactions, _name='Transactions')
# 运行策略
# stdstats=False不显示回测的统计结果
result = cerebro.run(stdstats=True, optreturn=False)
backtrader_analysis = result[0]
# print(backtrader_analysis.analyzers.SharpeRatio.get_analysis())
# print(backtrader_analysis.analyzers.DW.get_analysis())
# print(backtrader_analysis.analyzers.TradeAnalyzer.get_analysis())
# 在下面的占位符后面不能有空格，否则空格后面的输入信息是输不进treeview的单元格
startcash_value = '初始资金：%.2f' % startcash
endcash_value = '期末资金：%.2f' % cerebro.broker.getvalue()
try:
completed_net = '已完成盈亏：%.2f' % \
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['pnl']['net']['total']
except Exception as e0:
completed_net = '已完成盈亏：%s' % None
try:
float_profit = '浮动盈亏：%.2f' % \
(cerebro.broker.getvalue() - startcash -
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['pnl']['net']['total'])
except Exception as e1:
float_profit = '浮动盈亏：%s' % None
try:
completed_commission = '手续费用：%.2f' % (
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['pnl']['gross']['total'] -
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['pnl']['net']['total'])
except Exception as e2:
completed_commission = '手续费用：%s' % None
start_backtrade_date = '回测开始时间：%s' % d1
end_backtrade_date = '回测结束时间：%s' % d2
try:
sharpeRatio_value = '夏普比例：%.2f' % \
backtrader_analysis.analyzers.SharpeRatio.get_analysis()['sharperatio']
except Exception as e3:
sharpeRatio_value = '夏普比例：%s' % None
try:
drawdown_value = '最大回撤：%.2f' % backtrader_analysis.analyzers.DW.get_analysis()['max']['drawdown']
except Exception as e4:
drawdown_value = '最大回撤：%s' % None
try:
moneydown_value = '最大资金回撤：%.2f' % \
backtrader_analysis.analyzers.DW.get_analysis()['max']['moneydown']
except Exception as e5:
moneydown_value = '最大资金回撤：%s' % None
try:
max_drawdown_lastday = '最大回撤持续天数：%d' % \
backtrader_analysis.analyzers.DW.get_analysis()['max']['len']
except Exception as e6:
max_drawdown_lastday = '最大回撤持续天数：%s' % None
try:
total_value = '交易次数：%d' % \
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['total']
except Exception as e7:
total_value = '交易次数：%s' % None
try:
uncompleted_trade = '未完成交易数量：%d' % \
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['open']
except Exception as e8:
uncompleted_trade = '未完成交易数量：%s' % None
try:
completed_trade = '已完成交易数量：%d' % \
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['closed']
except Exception as e9:
completed_trade = '已完成交易数量：%s' % None
try:
win_value = '盈利次数：%d' % backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['won']['total']
except Exception as e10:
win_value = '盈利次数：%s' % None
try:
lost_value = '亏损次数：%d' % backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['lost']['total']
except Exception as e11:
lost_value = '亏损次数：%s' % None
try:
win_rate = '胜率：%.2f' % (backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['won']['total'] /
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['total'])
except Exception as e12:
win_rate = '胜率：%s' % None
try:
lost_rate = '败率：%.2f' % (backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['lost']['total'] /
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['total'])
except Exception as e13:
lost_rate = '败率：%s' % None
analysis_log = [] # 设置空列表用来接收回测记录
history_trade_buy_date_list = [] # 设置空列表用来接收买点标记的时间日期，下面的空列表都是为标记做准备
history_trade_sell_date_list = []
history_trade_buy_vol_list = []
history_trade_sell_vol_list = []
history_trade_buy_price_list = []
history_trade_sell_price_list = []
trade_signal_buy = pd.DataFrame(columns=['Date', 'buy_price', 'buy_vol']) # 创建买点dataframe
trade_signal_sell = pd.DataFrame(columns=['Date', 'sell_price', 'sell_vol'])
analysis_log.extend([startcash_value, endcash_value, float_profit, completed_net, completed_commission,
start_backtrade_date, end_backtrade_date, sharpeRatio_value, drawdown_value,
moneydown_value, max_drawdown_lastday, total_value, uncompleted_trade, completed_trade,
win_value, lost_value, win_rate, lost_rate])
for key, value in backtrader_analysis.analyzers.Transactions.get_analysis().items():
trade_log = '日期：%s，价格：%.2f，数量：%d，市值：%.2f' % (key.strftime('%Y-%m-%d'), value[0][1],
value[0][0], value[0][4])
analysis_log.extend([trade_log])
history_trade_date = key.strftime('%Y-%m-%d')
history_trade_price = value[0][1]
history_trade_vol = value[0][0]
if history_trade_vol > 0:
history_trade_buy_date_list.append(history_trade_date)
history_trade_buy_price_list.append(history_trade_price)
history_trade_buy_vol_list.append(history_trade_vol)
elif history_trade_vol < 0:
history_trade_sell_date_list.append(history_trade_date)
history_trade_sell_price_list.append(history_trade_price)
history_trade_sell_vol_list.append(history_trade_vol)
trade_signal_buy['Date'] = history_trade_buy_date_list
trade_signal_buy['buy_price'] = history_trade_buy_price_list
trade_signal_buy['buy_vol'] = history_trade_buy_vol_list
trade_signal_buy.set_index('Date', inplace=True)
trade_signal_buy.index = pd.DatetimeIndex(trade_signal_buy.index)
trade_signal_sell['Date'] = history_trade_sell_date_list
trade_signal_sell['sell_price'] = history_trade_sell_price_list
trade_signal_sell['sell_vol'] = history_trade_sell_vol_list
trade_signal_sell.set_index('Date', inplace=True)
trade_signal_sell.index = pd.DatetimeIndex(trade_signal_sell.index)
backtrader_treeview = ttk.Treeview(backtrader_bottomright_frame, columns=['1'], show='headings')
# 在treeview布局钱先布局横竖滚动条，不然会出现布局问题，你可以试着将滚动条代码放在最后试下
VScroll1 = ttk.Scrollbar(backtrader_bottomright_frame, orient='vertical', command=backtrader_treeview.yview)
backtrader_treeview.configure(yscrollcommand=VScroll1.set)
VScroll1.pack(side=tk.RIGHT, fill=tk.Y)
backtrader_treeview.column('1', width=int(tk_window.screenWidth / 4), anchor='w')
backtrader_treeview.heading('1', text='回测记录')
backtrader_treeview.pack(side=tk.LEFT, fill=tk.BOTH, expand=0)
for i in range(len(analysis_log)): # 写入回测记录
backtrader_treeview.insert('', 'end', values=analysis_log[i])
# 合并前面的买卖数据dataframe，为绘图做准备
trade_all = pd.merge(left=data_mpf, right=trade_signal_buy, left_index=True, right_index=True, how='outer')
trade_all = pd.merge(left=trade_all, right=trade_signal_sell, left_index=True, right_index=True,
how='outer')
# print(trade_all)
# grid = False不显示分割线
# cerebro.plot(style='candlestick', grid=False, iplot=False)
colors_set = mpf.make_marketcolors(up='red', down='green', edge='i', wick='i', volume='in', inherit=True)
# 设置图形风格,gridaxis:设置网格线位置,gridstyle:设置网格线线型,y_on_right:设置y轴位置是否在右
mpf_style = mpf.make_mpf_style(gridaxis='horizontal', gridstyle='-.', y_on_right=False, facecolor='white',
figcolor='white', marketcolors=colors_set)
# 添加买卖点附图
try: # 设置try语句是预防当只有一个买信号没有卖信号发生报错的情况，比如002978 605388
add_plot = [
mpf.make_addplot(trade_all['buy_price'], scatter=True, markersize=130, marker='^', color='r'),
mpf.make_addplot(trade_all['sell_price'], scatter=True, markersize=130, marker='v', color='g')]
daily_fig, axlist = mpf.plot(data_mpf, type='candle', mav=(21, 55), volume=True, show_nontrading=False,
style=mpf_style, addplot=add_plot, returnfig=True)
canvas_stock_daily_basic = FigureCanvasTkAgg(daily_fig, master=backtrader_bottomleft_frame)
canvas_stock_daily_basic.draw()
toolbar_stock_daily_basic = NavigationToolbar2Tk(canvas_stock_daily_basic, backtrader_bottomleft_frame)
toolbar_stock_daily_basic.update() # 显示图形导航工具条
canvas_stock_daily_basic._tkcanvas.pack(side=tk.LEFT, fill=tk.BOTH, expand=1)
plt.cla() # 清除axes，即当前 figure 中的活动的axes，但其他axes保持不变。
except Exception as e_plot1:
try:
add_plot = [
mpf.make_addplot(trade_all['buy_price'], scatter=True, markersize=130, marker='^', color='r')]
daily_fig, axlist = mpf.plot(data_mpf, type='candle', mav=(21, 55), volume=True,
show_nontrading=False,
style=mpf_style, addplot=add_plot, returnfig=True)
canvas_stock_daily_basic = FigureCanvasTkAgg(daily_fig, master=backtrader_bottomleft_frame)
canvas_stock_daily_basic.draw()
toolbar_stock_daily_basic = NavigationToolbar2Tk(canvas_stock_daily_basic,
backtrader_bottomleft_frame)
toolbar_stock_daily_basic.update() # 显示图形导航工具条
canvas_stock_daily_basic._tkcanvas.pack(side=tk.LEFT, fill=tk.BOTH, expand=1)
plt.cla()
except Exception as e_plot2:
daily_fig, axlist = mpf.plot(data_mpf, type='candle', mav=(21, 55), volume=True,
show_nontrading=False,
style=mpf_style, returnfig=True)
canvas_stock_daily_basic = FigureCanvasTkAgg(daily_fig, master=backtrader_bottomleft_frame)
canvas_stock_daily_basic.draw()
toolbar_stock_daily_basic = NavigationToolbar2Tk(canvas_stock_daily_basic,
backtrader_bottomleft_frame)
toolbar_stock_daily_basic.update() # 显示图形导航工具条
canvas_stock_daily_basic._tkcanvas.pack(side=tk.LEFT, fill=tk.BOTH, expand=1)
plt.cla()
except Exception as e_cerebro:
tk.messagebox.showwarning(title='错误',
message='%s 数据不足！请查看股票策略指标的参数跟回测日期的数据是否相符以支持回测' % code_name)
print('%s 数据不足！请查看股票策略指标的参数跟回测日期的数据是否相符以支持回测' % code_name)
# ******************************************************************************************************************
def backtrader_go():
plt.close('all') # 先关闭下plt,不关闭的话会在你点完mpl回测后再点backtrader回测报错，可以试着去掉看下有什么BUG
# 以下函数作用是省略输入代码后缀.sz .sh
def code_name_transform(get_stockcode): # 输入的数字股票代码转换成字符串股票代码
str_stockcode = str(get_stockcode)
str_stockcode = str_stockcode.strip() # 删除前后空格字符
if 6 > len(str_stockcode) > 0:
str_stockcode = str_stockcode.zfill(6) + '.SZ' # zfill()函数返回指定长度的字符串，原字符串右对齐，前面填充0
if len(str_stockcode) == 6:
if str_stockcode[0:1] == '0':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '3':
str_stockcode = str_stockcode + '.SZ'
if str_stockcode[0:1] == '6':
str_stockcode = str_stockcode + '.SH'
return str_stockcode
# 交互数据的获取跟处理
stock_name = input_code_var.get()
code_name = code_name_transform(stock_name)
start_date = input_startdate_var.get()
end_date = input_enddate_var.get()
class my_strategy(bt.Strategy):
exec(use_strategy())
# noinspection PyBroadException
try:
# adj='qfq'向前复权，freq='D 数据频度：日K线
df = ts.pro_bar(ts_code=code_name, start_date=start_date, end_date=end_date, adj='qfq', freq='D')
df['trade_date'] = pd.to_datetime(df['trade_date'])
# df = df.drop(['change', 'pre_close', 'pct_chg', 'amount'], axis=1)
# 设置用于backtrader的数据
df_back = df.rename(columns={
'vol': 'volume'})
df_back.set_index('trade_date', inplace=True) # 设置索引覆盖原来的数据
df_back = df_back.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
df_back['openinterest'] = 0
# 喂养数据到backtrader当中去
back_start_time = datetime.datetime.strptime(start_date, "%Y%m%d") # str转换成时间格式2015-01-01 00:00:00
back_end_time = datetime.datetime.strptime(end_date, '%Y%m%d')
# print(back_start_time)
data_back = bt.feeds.PandasData(dataname=df_back,
fromdate=back_start_time,
todate=back_end_time)
# 创建策略容器
cerebro_single = bt.Cerebro()
# 添加自定义的策略my_strategy
cerebro_single.addstrategy(my_strategy)
# 添加数据
cerebro_single.adddata(data_back)
# 设置资金
startcash_single = 100000
cerebro_single.broker.setcash(startcash_single)
# 设置每笔交易交易的股票数量
cerebro_single.addsizer(bt.sizers.FixedSize, stake=100)
# 设置手续费
cerebro_single.broker.setcommission(commission=0.0005)
# 运行策略,stdstats=False不显示回测的统计结果
cerebro_single.run(stdstats=True, optreturn=False)
# grid = False不显示分割线
cerebro_single.plot(style='candlestick', grid=False, iplot=False)
except Exception as e:
tk.messagebox.showwarning(title='错误',
message='%s 数据不足！请查看股票策略指标的参数跟回测日期的数据是否相符以支持回测' % code_name)
print('%s 数据不足！请查看股票策略指标的参数跟回测日期的数据是否相符以支持回测' % code_name)
# ******************************************************************************************************************
def multibacktrader_go():
# 在backtrader_bottom_frame的原有基础上再创建一个框架，目的方便在更新股票股票回测时防止图形重叠
for widget_backtrader_bottom_frame in backtrader_bottom_frame.winfo_children():
widget_backtrader_bottom_frame.destroy()
for widget_state_label in tk_window.bottom_frame.winfo_children():
widget_state_label.destroy()
function.time_clock()
# ******************************************************************************************************************
multi_df = pd.DataFrame(columns=['股票代码', '股票名称', '初始资金', '期末资金', '浮动盈亏', '已完成盈亏', '手续费',
'夏普', '最大回撤', '资金回撤', '已回撤天数', '交易次数', '未完成交易', '已完成交易',
'盈亏次数', '亏损次数', '胜率', '败率'])
# 先设置表的列名有哪些
multi_area = ('股票代码', '股票名称', '初始资金', '期末资金', '浮动盈亏', '已完成盈亏', '手续费', '夏普', '最大回撤',
'资金回撤', '已回撤天数', '交易次数', '未完成交易', '已完成交易', '盈亏次数', '亏损次数', '胜率', '败率')
multi_stock_treeview = ttk.Treeview(backtrader_bottom_frame, columns=multi_area, show='headings')
# 在treeview布局钱先布局横竖滚动条，不然会出现布局问题，你可以试着将滚动条代码放在最后试下
VScroll1 = ttk.Scrollbar(backtrader_bottom_frame, orient='vertical', command=multi_stock_treeview.yview)
multi_stock_treeview.configure(yscrollcommand=VScroll1.set)
VScroll1.pack(side=tk.RIGHT, fill=tk.Y)
HScroll1 = ttk.Scrollbar(backtrader_bottom_frame, orient='horizontal', command=multi_stock_treeview.xview)
multi_stock_treeview.configure(xscrollcommand=HScroll1.set)
HScroll1.pack(side=tk.BOTTOM, fill=tk.X)
for i in range(len(multi_area)): # 命名列表名
multi_stock_treeview.column(multi_area[i], width=8, anchor='center')
multi_stock_treeview.heading(multi_area[i], text=multi_area[i])
multi_stock_treeview.pack(fill=tk.BOTH, expand=1)
# ******************************************************************************************************************
# 将获取的txt文字转换成pycharm可执行代码
class my_strategy(bt.Strategy):
exec(use_strategy())
# 先设置一个用来接收回测股票代码的列表
multi_stock_list = []
# 以下函数作用是省略输入代码后缀.sz .sh
def multi_code_name_transform(get_stockcode): # 输入的数字股票代码转换成字符串股票代码
str_stockcode = str(get_stockcode).split(',') # 分隔符是小写,不是大写，逗号
for s in str_stockcode:
s = s.strip() # 删除前后空格字符
if 6 > len(s) > 0:
s = s.zfill(6) + '.SZ' # zfill()函数返回指定长度的字符串，原字符串右对齐，前面填充0
if len(s) == 6:
if s[0:1] == '0':
s = s + '.SZ'
if s[0:1] == '3':
s = s + '.SZ'
if s[0:1] == '6':
s = s + '.SH'
multi_stock_list.append(s)
return multi_stock_list
# 交互数据的获取跟处理
stock_name = input_multi_code_var.get()
df_basic_all = pro.stock_basic(exchange='', list_status='L') # 获取所有上市公司的信息为全部上市公司回测做准备
if not stock_name: # 如果输入的股票代码为空值
# 全市场回测股票筛选功能代码，不适用于自己输入的多个股票筛选
# 首先获取今天时间
now_time = datetime.datetime.now()
# 转化成tushare的时间格式
strf_time = now_time.strftime('%Y%m%d')
# 获取上交所上一个交易日日期,PS:tushare指数的数据信息好像当天只能获取上一个交易日的数据
pre_trade_date = pro.trade_cal(exchange='SSE', is_open='1', start_date=strf_time, fields='pretrade_date')
pre_trade_d = pre_trade_date.at[0, 'pretrade_date']
# 获取每日指标数据，单位是万股，万元
df_screen = pro.daily_basic(ts_code='', trade_date=pre_trade_d,
fields='ts_code, turnover_rate, volume_ratio, pe, pb, ps, total_share, '
'float_share, free_share, total_mv, circ_mv ')
# noinspection PyBroadException
try: # PE
if input_pe_leftvar.get() and input_pe_rightvar.get():
df_screen = df_screen[(df_screen['pe'] > float(input_pe_leftvar.get())) &
(df_screen['pe'] < float(input_pe_rightvar.get()))]
print(df_screen)
elif input_pe_leftvar.get() and not input_pe_rightvar.get():
df_screen = df_screen[df_screen['pe'] > float(input_pe_leftvar.get())]
print(df_screen)
elif input_pe_rightvar.get() and not input_pe_leftvar.get():
# 这里将PE的空值设置为0是因为tushare将PE为负的数值设置成NaN,只有设置成0，我们才好对输入的小于数值进行筛选
df_screen['pe'].fillna(0, inplace=True)
df_screen = df_screen[df_screen['pe'] < float(input_pe_rightvar.get())]
print(df_screen)
elif not input_pe_rightvar.get() and not input_pe_leftvar.get():
df_screen = df_screen
except Exception as pe_error:
tk.messagebox.showwarning(title='pe_error', message='PE数据输入错误，该筛选功能不运行')
try: # PB
if input_pb_leftvar.get() and input_pb_rightvar.get():
df_screen = df_screen[(df_screen['pb'] > float(input_pb_leftvar.get())) &
(df_screen['pb'] < float(input_pb_rightvar.get()))]
print(df_screen)
elif input_pb_leftvar.get() and not input_pb_rightvar.get():
df_screen = df_screen[df_screen['pb'] > float(input_pb_leftvar.get())]
print(df_screen)
elif input_pb_rightvar.get() and not input_pb_leftvar.get():
# 这里将PE的空值设置为0是因为tushare将PE为负的数值设置成NaN,只有设置成0，我们才好对输入的小于数值进行筛选
df_screen['pb'].fillna(0, inplace=True)
df_screen = df_screen[df_screen['pb'] < float(input_pb_rightvar.get())]
print(df_screen)
elif not input_pb_rightvar.get() and not input_pb_leftvar.get():
df_screen = df_screen
except Exception as pb_error:
tk.messagebox.showwarning(title='pb_error', message='PB数据输入错误，该筛选功能不运行')
try: # PS
if input_ps_leftvar.get() and input_ps_rightvar.get():
df_screen = df_screen[(df_screen['ps'] > float(input_ps_leftvar.get())) &
(df_screen['ps'] < float(input_ps_rightvar.get()))]
print(df_screen)
elif input_ps_leftvar.get() and not input_ps_rightvar.get():
df_screen = df_screen[df_screen['ps'] > float(input_ps_leftvar.get())]
print(df_screen)
elif input_ps_rightvar.get() and not input_ps_leftvar.get():
# 这里将PE的空值设置为0是因为tushare将PE为负的数值设置成NaN,只有设置成0，我们才好对输入的小于数值进行筛选
df_screen['ps'].fillna(0, inplace=True)
df_screen = df_screen[df_screen['ps'] < float(input_ps_rightvar.get())]
print(df_screen)
elif not input_ps_rightvar.get() and not input_ps_leftvar.get():
df_screen = df_screen
except Exception as ps_error:
tk.messagebox.showwarning(title='ps_error', message='PS数据输入错误，该筛选功能不运行')
try: # 量比
if input_volume_ratio_leftvar.get() and input_volume_ratio_rightvar.get():
df_screen = df_screen[(df_screen['volume_ratio'] > float(input_volume_ratio_leftvar.get())) &
(df_screen['volume_ratio'] < float(input_volume_ratio_rightvar.get()))]
print(df_screen)
elif input_volume_ratio_leftvar.get() and not input_volume_ratio_rightvar.get():
df_screen = df_screen[df_screen['volume_ratio'] > float(input_volume_ratio_leftvar.get())]
print(df_screen)
elif input_volume_ratio_rightvar.get() and not input_volume_ratio_leftvar.get():
df_screen = df_screen[df_screen['volume_ratio'] < float(input_volume_ratio_rightvar.get())]
print(df_screen)
elif not input_volume_ratio_rightvar.get() and not input_volume_ratio_leftvar.get():
df_screen = df_screen
except Exception as volume_ratio_error:
tk.messagebox.showwarning(title='volume_ratio_error', message='量比数据输入错误，该筛选功能不运行')
try: # 换手率%
if input_turnover_rate_leftvar.get() and input_turnover_rate_rightvar.get():
df_screen = df_screen[(df_screen['turnover_rate'] > float(input_turnover_rate_leftvar.get())) &
(df_screen['turnover_rate'] < float(input_turnover_rate_rightvar.get()))]
print(df_screen)
elif input_turnover_rate_leftvar.get() and not input_turnover_rate_rightvar.get():
df_screen = df_screen[df_screen['turnover_rate'] > float(input_turnover_rate_leftvar.get())]
print(df_screen)
elif input_turnover_rate_rightvar.get() and not input_turnover_rate_leftvar.get():
df_screen = df_screen[df_screen['volume_ratio'] < float(input_volume_ratio_rightvar.get())]
print(df_screen)
elif not input_turnover_rate_rightvar.get() and not input_turnover_rate_leftvar.get():
df_screen = df_screen
except Exception as turnove_error:
tk.messagebox.showwarning(title='ERROR', message='换手率数据输入错误，该筛选功能不运行')
try: # 总股本（万股）
if input_total_share_leftvar.get() and input_total_share_rightvar.get():
df_screen = df_screen[(df_screen['total_share'] > float(input_total_share_leftvar.get())) &
(df_screen['total_share'] < float(input_total_share_rightvar.get()))]
print(df_screen)
elif input_total_share_leftvar.get() and not input_total_share_rightvar.get():
df_screen = df_screen[df_screen['total_share'] > float(input_total_share_leftvar.get())]
print(df_screen)
elif input_total_share_rightvar.get() and not input_total_share_leftvar.get():
df_screen = df_screen[df_screen['total_share'] < float(input_total_share_rightvar.get())]
print(df_screen)
elif not input_total_share_rightvar.get() and not input_total_share_leftvar.get():
df_screen = df_screen
except Exception as total_share_error:
tk.messagebox.showwarning(title='total_share_error', message='总股本数据输入错误，该筛选功能不运行')
try: # total_mv 总市值（万元）
if input_total_mv_leftvar.get() and input_total_mv_rightvar.get():
df_screen = df_screen[(df_screen['total_mv'] > float(input_total_mv_leftvar.get())) &
(df_screen['total_mv'] < float(input_total_mv_rightvar.get()))]
print(df_screen)
elif input_total_mv_leftvar.get() and not input_total_mv_rightvar.get():
df_screen = df_screen[df_screen['total_mv'] > float(input_total_mv_leftvar.get())]
print(df_screen)
elif input_total_mv_rightvar.get() and not input_total_mv_leftvar.get():
df_screen = df_screen[df_screen['total_mv'] < float(input_total_mv_rightvar.get())]
print(df_screen)
elif not input_total_mv_rightvar.get() and not input_total_mv_leftvar.get():
df_screen = df_screen
except Exception as total_mv_error:
tk.messagebox.showwarning(title='total_mv_error', message='总市值数据输入错误，该筛选功能不运行')
try: # float_share 流通股本（万股）
if input_float_share_leftvar.get() and input_float_share_rightvar.get():
df_screen = df_screen[(df_screen['float_share'] > float(input_float_share_leftvar.get())) &
(df_screen['float_share'] < float(input_float_share_rightvar.get()))]
print(df_screen)
elif input_float_share_leftvar.get() and not input_float_share_rightvar.get():
df_screen = df_screen[df_screen['float_share'] > float(input_float_share_leftvar.get())]
print(df_screen)
elif input_float_share_rightvar.get() and not input_float_share_leftvar.get():
df_screen = df_screen[df_screen['float_share'] < float(input_float_share_rightvar.get())]
print(df_screen)
elif not input_float_share_rightvar.get() and not input_float_share_leftvar.get():
df_screen = df_screen
except Exception as float_share_error:
tk.messagebox.showwarning(title='float_share_error', message='流通股本数据输入错误，该筛选功能不运行')
try: # circ_mv 流通市值（万元）
if input_circ_mv_leftvar.get() and input_circ_mv_rightvar.get():
df_screen = df_screen[(df_screen['circ_mv'] > float(input_circ_mv_leftvar.get())) &
(df_screen['circ_mv'] < float(input_circ_mv_rightvar.get()))]
print(df_screen)
elif input_circ_mv_leftvar.get() and not input_circ_mv_rightvar.get():
df_screen = df_screen[df_screen['circ_mv'] > float(input_circ_mv_leftvar.get())]
print(df_screen)
elif input_circ_mv_rightvar.get() and not input_circ_mv_leftvar.get():
df_screen = df_screen[df_screen['circ_mv'] < float(input_circ_mv_rightvar.get())]
print(df_screen)
elif not input_circ_mv_rightvar.get() and not input_circ_mv_leftvar.get():
df_screen = df_screen
except Exception as circ_mv_error:
tk.messagebox.showwarning(title='circ_mv_error', message='流通市值数据输入错误，该筛选功能不运行')
try: # free_share 自由流通股本（万股）
if input_free_share_leftvar.get() and input_free_share_rightvar.get():
df_screen = df_screen[(df_screen['free_share'] > float(input_free_share_leftvar.get())) &
(df_screen['free_share'] < float(input_free_share_rightvar.get()))]
print(df_screen)
elif input_free_share_leftvar.get() and not input_free_share_rightvar.get():
df_screen = df_screen[df_screen['free_share'] > float(input_free_share_leftvar.get())]
print(df_screen)
elif input_free_share_rightvar.get() and not input_free_share_leftvar.get():
df_screen = df_screen[df_screen['free_share'] < float(input_free_share_rightvar.get())]
print(df_screen)
elif not input_free_share_rightvar.get() and not input_free_share_leftvar.get():
df_screen = df_screen
except Exception as free_share_mv_error:
tk.messagebox.showwarning(title='free_share_mv_error', message='自由流通股本数据输入错误，该筛选功能不运行')
multi_code_name = df_screen['ts_code']
else:
multi_code_name = multi_code_name_transform(stock_name)
start_date = multi_input_startdate_var.get()
end_date = multi_input_enddate_var.get()
# *************************************************************************************************************
j = 0
multi_state_label = tk.Label(tk_window.bottom_frame,
text='此次回测一共有%d个股票，目前已经回测到第%d个股票' % (len(multi_code_name), j),
height=1, bg='#353535', fg='white')
multi_state_label.pack()
for multi_c in multi_code_name: # 循环获取输入的股票代码
try:
# adj='qfq'向前复权，freq='D 数据频度：日K线
df = ts.pro_bar(ts_code=multi_c, start_date=start_date, end_date=end_date, adj='qfq', freq='D')
multi_stock_basic = pro.stock_basic(ts_code=multi_c, list_status='L')
df['trade_date'] = pd.to_datetime(df['trade_date'])
# df = df.drop(['change', 'pre_close', 'pct_chg', 'amount'], axis=1)
# 设置用于backtrader的数据
df_back = df.rename(columns={
'vol': 'volume'})
df_back.set_index('trade_date', inplace=True) # 设置索引覆盖原来的数据
df_back = df_back.sort_index(ascending=True) # 将时间顺序升序，符合时间序列
df_back['openinterest'] = 0
# 喂养数据到backtrader当中去
back_start_time = datetime.datetime.strptime(start_date, "%Y%m%d") # str转换成时间格式2015-01-01 00:00:00
back_end_time = datetime.datetime.strptime(end_date, '%Y%m%d')
# print(back_start_time)
data_back = bt.feeds.PandasData(dataname=df_back,
fromdate=back_start_time,
todate=back_end_time)
# 创建策略容器
cerebro = bt.Cerebro()
# 添加自定义的策略my_strategy
cerebro.addstrategy(my_strategy)
# 添加数据
cerebro.adddata(data_back)
# 设置资金
startcash = 100000
cerebro.broker.setcash(startcash)
# 设置每笔交易交易的股票数量
cerebro.addsizer(bt.sizers.FixedSize, stake=100)
# 设置手续费
cerebro.broker.setcommission(commission=0.0005)
# 输出初始资金
d1 = back_start_time.strftime('%Y%m%d')
d2 = back_end_time.strftime('%Y%m%d')
cerebro.addanalyzer(bt.analyzers.SharpeRatio, _name='SharpeRatio')
cerebro.addanalyzer(bt.analyzers.DrawDown, _name='DW')
cerebro.addanalyzer(bt.analyzers.TradeAnalyzer, _name='TradeAnalyzer')
cerebro.addanalyzer(bt.analyzers.Transactions, _name='Transactions')
# 运行策略
# stdstats=False不显示回测的统计结果
result = cerebro.run(stdstats=True, optreturn=False)
backtrader_analysis = result[0]
multi_df['股票代码'] = multi_stock_basic['symbol']
multi_df['股票名称'] = multi_stock_basic['name']
multi_df['初始资金'] = startcash
# 回测得不到的数据统一设置成-9999，方便回测结束后排序功能正常运行，后面设置的排序函数没有针对含有空值的处理代码
try:
multi_df['期末资金'] = round(cerebro.broker.getvalue(), 2)
except Exception as e1:
multi_df['期末资金'] = -9999
try:
multi_df['浮动盈亏'] = round((cerebro.broker.getvalue() - startcash -
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['pnl']['net']
['total']), 2)
except Exception as e2:
multi_df['浮动盈亏'] = -9999
try:
multi_df['已完成盈亏'] = round(backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()
['pnl']['net']['total'], 2)
except Exception as e3:
multi_df['已完成盈亏'] = -9999
try:
multi_df['手续费'] = round((backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()
['pnl']['gross']['total'] -
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()
['pnl']['net']['total']), 2)
except Exception as e4:
multi_df['手续费'] = -9999
try:
multi_df['夏普'] = round(backtrader_analysis.analyzers.SharpeRatio.get_analysis()['sharperatio'], 2)
except Exception as e5:
multi_df['夏普'] = -9999
try:
multi_df['最大回撤'] = round(backtrader_analysis.analyzers.DW.get_analysis()['max']['drawdown'], 2)
except Exception as e6:
multi_df['最大回撤'] = -9999
try:
multi_df['资金回撤'] = round(backtrader_analysis.analyzers.DW.get_analysis()['max']['moneydown'], 2)
except Exception as e7:
multi_df['资金回撤'] = -9999
try:
multi_df['已回撤天数'] = backtrader_analysis.analyzers.DW.get_analysis()['max']['len']
except Exception as e8:
multi_df['已回撤天数'] = -9999
try:
multi_df['交易次数'] = backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['total']
except Exception as e9:
multi_df['交易次数'] = -9999
try:
multi_df['未完成交易'] = backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['open']
except Exception as e10:
multi_df['未完成交易'] = -9999
try:
multi_df['已完成交易'] = backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['closed']
except Exception as e11:
multi_df['已完成交易'] = -9999
try:
multi_df['盈亏次数'] = backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['won']['total']
except Exception as e12:
multi_df['盈亏次数'] = -9999
try:
multi_df['亏损次数'] = backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['lost']['total']
except Exception as e13:
multi_df['亏损次数'] = -9999
try:
multi_df['胜率'] = round((backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['won']['total']
/ backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()
['total']['total']), 2)
except Exception as e14:
multi_df['胜率'] = -9999
try:
multi_df['败率'] = round(
(backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['lost']['total'] /
backtrader_analysis.analyzers.TradeAnalyzer.get_analysis()['total']['total']), 2)
except Exception as e15:
multi_df['败率'] = -9999
for i in range(len(multi_df.index)): # 导入插入股票数据
# 插入的值数组格式用.tolist()转化成list格式，否则显示会多出‘跟[这种字符串
multi_stock_treeview.insert('', 'end', values=multi_df.values[i].tolist())
print(multi_df)
except Exception as e_cerebro:
print('%s 数据不足！请查看股票策略指标的参数跟回测日期的数据是否相符以支持回测' % multi_c)
continue
j += 1
multi_state_label.config(text='此次回测一共有%d个股票，目前已经回测到第%d个股票' % (len(multi_code_name), j))
print('此次回测一共有%d个股票，目前已经回测到第%d个股票了，请耐心等待' % (len(multi_code_name), j))
def stock_treeview_sort(tv, col, reverse): # Treeview、列名、排列方式
# tv.set指定item，如果不设定column和value，则返回他们的字典，如果设定了column，则返回该column的value，
# 如果value也设定了，则作相应更改。
# get_children()函数，其返回的是treeview中的记录号
# 参照网上的treeview排序方法函数，由于股票的价格排序数据类型是浮点数字，在排序钱将价格类型由str转换成float,否则排序会不正确
try:
stockdata_list = [(float(tv.set(k, col)), k) for k in tv.get_children('')]
except Exception:
stockdata_list = [(tv.set(k, col), k) for k in tv.get_children('')]
stockdata_list.sort(reverse=reverse) # 排序方式
# rearrange items in sorted positions
# 根据排序后索引移动，enumerate() 函数用于将一个可遍历的数据对象(如列表、元组或字符串)组合为一个索引序列，同时列出数据和数据下标
for index, (val, k) in enumerate(stockdata_list):
tv.move(k, '', index)
# print(k)
# 重写标题，使之成为再点倒序的标题
tv.heading(col, command=lambda col=col: stock_treeview_sort(tv, col, not reverse))
for col in multi_area:
multi_stock_treeview.column(col, anchor='center')
multi_stock_treeview.heading(col, text=col,
command=lambda col=col: stock_treeview_sort(multi_stock_treeview, col, False))
# ******************************************************************************************************************
# 线程管理，对运行中的策略进行结束功能
def thread_start(func, *args):
global t
t = threading.Thread(target=func, args=args)
t.setDaemon(True)
t.start()
def _async_raise(tid, exctype):
tid = ctypes.c_long(tid)
if not inspect.isclass(exctype):
exctype = type(exctype)
res = ctypes.pythonapi.PyThreadState_SetAsyncExc(tid, ctypes.py_object(exctype))
if res == 0:
raise ValueError("invalid thread id")
elif res != 1:
ctypes.pythonapi.PyThreadState_SetAsyncExc(tid, None)
raise SystemError("PyThreadState_SetAsyncExc failed")
def stop_thread(thread):
_async_raise(thread.ident, SystemExit)
# ******************************************************************************************************************
# 在主框架下创建回测按钮子框架
backtrade_left_button_frame = tk.Frame(backtrader_top_left_frame, borderwidth=1, bg='#353535')
backtrade_left_button_frame.pack()
backtrade_right_button_frame = tk.Frame(backtrader_top_right_frame, borderwidth=1, bg='#353535')
backtrade_right_button_frame.pack()
# 创建查询按钮并设置功能
mplfinance_button = tk.Button(backtrade_left_button_frame, text='Mplfinance', height=1,
command=mplfinance_go)
mplfinance_button.pack(side=tk.LEFT, padx=4)
backtrader_button = tk.Button(backtrade_left_button_frame, text='BackTrader', height=1,
command=backtrader_go)
backtrader_button.pack(side=tk.RIGHT)
multi_backtrader_button = tk.Button(backtrade_right_button_frame, text='MultiBackTrade', height=1,
command=lambda: thread_start(multibacktrader_go))
multi_backtrader_button.pack(side=tk.LEFT, padx=4)
multi_pause_button = tk.Button(backtrade_right_button_frame, text='Stop', height=1,
command=lambda: stop_thread(t))
multi_pause_button.pack(side=tk.LEFT, padx=4)
function.py
import tkinter as tk
import time
import tk_window
def time_clock():
tk_clock_var = tk.StringVar()
tk_clock = tk.Label(tk_window.bottom_frame, textvariable=tk_clock_var, bg='#353535', fg='white')
tk_clock.pack(side=tk.RIGHT)
def tk_clock_trickit():
tk_clock_var.set(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())))
tk_window.bottom_frame.update()
tk_clock.after(0, tk_clock_trickit)
tk_clock.after(0, tk_clock_trickit)
