import sys
import datetime
from external_package import tushare_helper as th
from inner_package import standardized as standard
from inner_package import show
# original = th.TushareHelper('000001', datetime.date.today()+ datetime.timedelta(days=-1),datetime.date.today() + datetime.timedelta(days=+1),'1min')
original = th.TushareHelper('000001', '2017-12-04', '2017-12-12', 'D')
original.data_transfer()
sta = standard.StandardHandle(original.data_original)
sta.deal_candle()
sta.get_top_bottom()
date_tickers = original.date_tickers
my_plot = show.PlotShow(date_tickers, '000001')
my_plot.candle_show(original.data_original_ex, [])
date_tickers = sta.date_tickers
my_plot = show.PlotShow(date_tickers, '000001')
# my_plot.candle_show(sta.standardized_list_ex, [])
my_plot.candle_show(sta.standardized_list_ex, sta.top_bottom_list_ex)
my_plot.candle_show(sta.standardized_list_ex,
sta.standardized_top_bottom_list_ex)
# print('cut')
'''
'''
# 画图的部分
date_tickers = original.date_tickers # 获取原始标记的时间
my_plot = show.PlotShow(date_tickers, code [0])
my_plot.candle_show(original.data_original_ex, []) # 原图
'''
date_tickers = sta.date_tickers
my_plot = show.PlotShow(date_tickers, code [0])
# my_plot.candle_show(sta.standardized_list_ex, [])
my_plot.candle_show(sta.standardized_list_ex, sta.top_bottom_list_ex) # 所有顶底分型
#分型的问题,通过后一个分型确定前一个,导致了最后一个分型不会画出来,同样
#在数据库里添加标签,表示未定分型方便后续的修改和添加 形成: 起点分型,未定分型,终点分型 三种分型
# 添加开始和结尾的点坐标,但是划线需要修改(仅是画图的功能修改)
#添加起始分型
# sta.standardized_top_bottom_list_ex.insert(0, sta.standardized_list_ex[0])
#添加最后一个未确定的分型
#修正 应该是最后一个 未识别的反向分型
# sta.standardized_top_bottom_list_ex.append(sta.standardized_top_bottom_list_ex[-1])
#添加结束分型
# sta.standardized_top_bottom_list_ex.append(sta.standardized_list_ex[-1])
# 缺少的是开始和结尾的顶底分型坐标
# 储存data_original_ex筛选数据，data_original全部数据，date_tickers添加时间数据
original.data_transfer()
#######################################################################################################################################################
# K线数据标准化处理,输入的是列表,对输入的数据进行处理
sta = standard.StandardHandle(original.data_original)
# 处理K线deal_candle
sta.deal_candle()
# 思路
# 1、先获取所有的顶和底，标准转向
# 2、连续顶底的处理
# 3、输出
sta.get_top_bottom()
#画图的部分
date_tickers = original.date_tickers #获取原始标记的时间
my_plot = show.PlotShow(date_tickers, stock_list[0])
my_plot.candle_show(original.data_original_ex, []) #原图
date_tickers = sta.date_tickers
my_plot = show.PlotShow(date_tickers, stock_list[0])
# my_plot.candle_show(sta.standardized_list_ex, [])
my_plot.candle_show(sta.standardized_list_ex, sta.top_bottom_list_ex) #所有顶底分型
print('shaixuan')
#添加开始和结尾的点坐标,但是划线需要修改
sta.standardized_top_bottom_list_ex.insert(0, sta.standardized_list_ex[0])
sta.standardized_top_bottom_list_ex.append(sta.standardized_list_ex[-1])
#缺少的是开始和结尾的顶底分型坐标
my_plot.candle_show(sta.standardized_list_ex,
sta.standardized_top_bottom_list_ex) #筛选后的顶底分型
import datetime
sys.path.append(
os.path.abspath(os.path.join(os.path.dirname(__file__), os.path.pardir)))
from external_package import tushare_helper as th
from inner_package import standardized as standard
from inner_package import show
from inner_package import ma_kiss as mk
code = "002500"
original = th.TushareHelper(
code,
datetime.date.today() + datetime.timedelta(days=-30),
datetime.date.today() + datetime.timedelta(days=1), '60min')
original.data_transfer_ma()
makiss = mk.MAKiss(code, original.data_frame_ma_mini)
my_plot = show.PlotShow([], code)
# 交点获取
makiss.get_intersections()
print(len(makiss.intersections))
print(makiss.intersections)
# 吻获取
makiss.get_lip_kiss()
print(makiss.lip_kiss)
# 打印
my_plot.ma_kiss_show(makiss)
import sys
import datetime
from external_package import tushare_helper as th
from inner_package import standardized as standard
from inner_package import show
# original = th.TushareHelper('000001', datetime.date.today()+ datetime.timedelta(days=-1),datetime.date.today() + datetime.timedelta(days=+1),'1min')
# original = th.TushareHelper('000001', '2017-12-04', '2018-12-12', 'D')
# original = th.TushareHelper('600756', '2018-01-01', '2018-12-31', 'D', [5,20],'E')
original = th.TushareHelper('600756', '2018-08-01', '2018-12-31', '60MIN',
[5, 20], 'E')
original.data_transfer()
sta = standard.StandardHandle(original.data_original)
sta.deal_candle()
sta.get_top_bottom()
date_tickers = sta.date_tickers
my_plot = show.PlotShow(date_tickers, '600756')
# my_plot.candle_show(sta.standardized_list_ex, [])
# my_plot.candle_show(sta.standardized_list_ex, sta.top_bottom_list_ex)
my_plot.candle_show(sta.standardized_list_ex,
sta.standardized_top_bottom_list_ex)