{ "cells": [ { "cell_type": "code", "execution_count": 69, "id": "a98e649f-c649-437c-8b43-8f4b17660524", "metadata": {}, "outputs": [], "source": [ "import sqlalchemy as sa\n", "engine = sa.create_engine(\n", " 'mssql+pyodbc://sa:passw0rd!@192.168.1.7/master?driver=ODBC+Driver+18+for+SQL+Server',\n", " connect_args = {\n", " \"TrustServerCertificate\": \"yes\"\n", " }, echo=False)" ] }, { "cell_type": "code", "execution_count": 8, "id": "7d0a8dc0-4a98-4766-b0f7-6b2bf61e8514", "metadata": {}, "outputs": [], "source": [ "with engine.connect() as conn:\n", " rs = conn.execute(\"select SecID from [IndexInfo].[dbo].[Constituents] group by SecID\")\n", " stock_list = [stock_id for (stock_id,) in rs.fetchall()]\n", " \n", " rs = conn.execute(\"select IndexID from [IndexInfo].[dbo].[Constituents] group by IndexID\")\n", " index_list = [index_id for (index_id,) in rs.fetchall()]\n" ] }, { "cell_type": "code", "execution_count": 112, "id": "cb3235f9-7719-4e94-9a8f-65cd535a2a5e", "metadata": {}, "outputs": [], "source": [ "import pandas as pd\n", "\n", "with engine.connect() as conn:\n", " rs = conn.execute(\"\"\"\n", " select \n", " SecID, \n", " CONCAT(SUBSTRING(EnterDate, 1, 4), '-', SUBSTRING(EnterDate, 5, 2), '-', SUBSTRING(EnterDate, 7, 2)) AS EnterDate, \n", " CONCAT(SUBSTRING(ExitDate, 1, 4), '-', SUBSTRING(ExitDate, 5, 2), '-', SUBSTRING(ExitDate, 7, 2)) AS ExitDate\n", " FROM (SELECT\n", " SecID, \n", " CAST(EnterDate AS varchar) AS EnterDate,\n", " CAST(IIF(ExitDate=0, 20220630, ExitDate) AS varchar) AS ExitDate \n", " from [IndexInfo].[dbo].[Constituents] where IndexID='SH000852'\n", " )t\n", " \"\"\")\n", " index_info = rs.fetchall()\n", "\n", "index_info = pd.DataFrame(index_info)\n", "index_info\n", "index_info.to_csv('csi1000.txt', sep='\\t', columns=['SecID', 'EnterDate', 'ExitDate'], index=False, header=False)" ] }, { "cell_type": "code", "execution_count": null, "id": "bc14e8be-a360-4a49-88fb-a9763d8ba655", "metadata": {}, "outputs": [], "source": [ "import numpy as np\n", "\n", "def make_date(series):\n", " # 特别是对于分红表，如果某些关键日期还未公布，则会填充0，导致日期解析失败\n", " series.loc[series == 0] = np.nan\n", " return pd.to_datetime(\n", " series.astype(str), format='%Y%m%d')\n", "\n", "\n", "with engine.connect() as conn:\n", " rs = conn.execute(\"select SecID from [IndexInfo].[dbo].[Constituents] group by SecID\")\n", " stock_list = [stock_id for (stock_id,) in rs.fetchall()]\n", "\n", " rs = conn.execute(\"select IndexID from [IndexInfo].[dbo].[Constituents] group by IndexID\")\n", " concept_list = [index_id for (index_id,) in rs.fetchall()]\n", " \n", " stat = \"select distinct S_INFO_WINDCODE, TRADE_DT from Level2BytesKline.dbo.KLine\"\n", " rs = conn.execute(stat)\n", " stock_date_list = [(stock_name, date) for stock_name, date in rs.fetchall()]\n", " df_calendar = pd.DataFrame(stock_date_list, columns=['code', 'm_nDate'])\n", " df_calendar['m_nDate'] = make_date(df_calendar['m_nDate'])\n", "\n" ] }, { "cell_type": "code", "execution_count": 78, "id": "5bc376b2-1e59-4d4d-a630-37c99884b2d5", "metadata": {}, "outputs": [], "source": [ "import pandas as pd\n", "\n", "\n", "def tscode_to_windcode(series):\n", " return series.apply(lambda x : x[2:] + '.' + x[:2])\n", "\n", "\n", "def _make_stock2concept_onehot():\n", " # 从calendar中截取出与当前stock有关的日期，然后设置成index\n", " # 此处calendar使用的是海通高频数据构建，因此股票代码为WIND-CODE\n", " for wind_code, df_calendar_stock in df_calendar.groupby('code'):\n", " ts_code = wind_code[-2:] + wind_code[:-3]\n", " \n", " df_calendar_stock.set_index(['code', 'm_nDate'], inplace=True)\n", "\n", " # 纵表转横表，`concept_list`作为列名\n", " df_stock2concept = pd.DataFrame(0, index=df_calendar_stock.index, columns=concept_list)\n", "\n", " # 从Sql-Server中读取`stock_id`所对应的概念板块进出日期\n", " # 此数据是从天软指数数据中提取，因此需要使用TSCODE\n", " with engine.connect() as conn:\n", " code = \"\"\"\n", " select \n", " SecId, IndexID, EnterDate, ExitDate \n", " from \n", " [IndexInfo].[dbo].[Constituents] \n", " where \n", " SecID='{stock_id}'\n", " \"\"\".format(\n", " stock_id = ts_code\n", " )\n", " print(code)\n", " rs = conn.execute(code)\n", " row_list = rs.fetchall()\n", "\n", " for (stock_id, concept_id, start_date, end_date) in row_list:\n", " _mark_stock2concept_onehot(df_stock2concept[concept_id], concept_id, start_date, end_date)\n", "\n", " yield df_stock2concept\n", "\n", "\n", "def _mark_stock2concept_onehot(df_stock2concept, concept_id, start_date, end_date):\n", " # 个股成为某个概念（指数）的起始日期是必定会提供的\n", " # 但是截止日期可能缺失，确实一般意味着当前仍然是在此概念板块中\n", " # 因此会通过将日期填充至最后一日来表示当前仍然在此概念板块内\n", " if end_date is None or end_date == 0:\n", " start_date = pd.to_datetime(str(start_date), format='%Y%m%d')\n", " df_stock2concept.loc[df_stock2concept.index.get_level_values('m_nDate') >= start_date] = 1\n", " else:\n", " start_date = pd.to_datetime(str(start_date), format='%Y%m%d')\n", " end_date = pd.to_datetime(str(end_date), format='%Y%m%d')\n", " df_stock2concept.loc[\n", " (df_stock2concept.index.get_level_values('m_nDate') >= start_date) & \n", " (df_stock2concept.index.get_level_values('m_nDate') <= end_date)\n", " ] = 1" ] }, { "cell_type": "code", "execution_count": 79, "id": "a67786e5-4776-4492-8a87-72defe93eda4", "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "\n", " select \n", " SecId, IndexID, EnterDate, ExitDate \n", " from \n", " [IndexInfo].[dbo].[Constituents] \n", " where \n", " SecID='SZ000001'\n", " \n", "('SZ000001', 'SH000940', 20090925, 0)\n", "('SZ000001', 'SZ399619', 20110615, 0)\n", "('SZ000001', 'SH000980', 20110510, 0)\n", "('SZ000001', 'SZ399387', 20111202, 0)\n", "('SZ000001', 'SZ399920', 20100129, 20180611)\n", "('SZ000001', 'SZ399920', 20200615, 20210615)\n", "('SZ000001', 'SH000918', 20080121, 20180611)\n", "('SZ000001', 'SZ399404', 20150520, 20180102)\n", "('SZ000001', 'SZ399405', 20131205, 20160104)\n", "('SZ000001', 'SZ399405', 20180102, 20200615)\n", "('SZ000001', 'SH000919', 20080121, 20200615)\n", "('SZ000001', 'SZ399405', 20220613, 0)\n", "('SZ000001', 'SH000919', 20210615, 0)\n", "('SZ000001', 'SZ399921', 20100129, 0)\n", "('SZ000001', 'SZ399004', 20030102, 0)\n", "('SZ000001', 'SZ399925', 20120702, 0)\n", "('SZ000001', 'SZ399371', 20100104, 20180702)\n", "('SZ000001', 'SH000803', 20120109, 20130701)\n", "('SZ000001', 'SH000803', 20141215, 20180611)\n", "('SZ000001', 'SH000803', 20190617, 20200615)\n", "('SZ000001', 'SH000803', 20201214, 20211213)\n", "('SZ000001', 'SH000803', 20220613, 0)\n", "('SZ000001', 'SZ399007', 20091104, 0)\n", "('SZ000001', 'SZ399370', 20100701, 20180702)\n", "('SZ000001', 'SW857831', 20211213, 0)\n", "('SZ000001', 'SZ399940', 20090925, 0)\n", "('SZ000001', 'SH000300', 20050408, 0)\n", "('SZ000001', 'SH000906', 20070115, 0)\n", "('SZ000001', 'SH000903', 20060529, 20220613)\n", "('SZ000001', 'SZ399918', 20080121, 20180611)\n", "('SZ000001', 'SZ399919', 20080121, 20200615)\n", "('SZ000001', 'SZ399919', 20210615, 0)\n", "('SZ000001', 'SZ399661', 20121220, 20130701)\n", "('SZ000001', 'SZ399088', 20200218, 0)\n", "('SZ000001', 'SH000971', 20101202, 0)\n", "('SZ000001', 'SZ399701', 20100510, 0)\n", "('SZ000001', 'SZ399661', 20150105, 20180702)\n", "('SZ000001', 'SH000842', 20121221, 0)\n", "('SZ000001', 'SZ399661', 20190102, 0)\n", "('SZ000001', 'SH000843', 20130701, 20160613)\n", "('SZ000001', 'SH000844', 20130107, 20130701)\n", "('SZ000001', 'SZ399314', 20050203, 0)\n", "('SZ000001', 'SH000844', 20160613, 0)\n", "('SZ000001', 'SZ399659', 20121123, 0)\n", "('SZ000001', 'SZ399400', 20130320, 0)\n", "('SZ000001', 'SH000967', 20100602, 0)\n", "('SZ000001', 'SZ399630', 20110901, 20180702)\n", "('SZ000001', 'SW801780', 20140221, 0)\n", "('SZ000001', 'SW801783', 20211213, 0)\n", "('SZ000001', 'SH000965', 20100602, 0)\n", "('SZ000001', 'SZ399980', 20110510, 0)\n", "('SZ000001', 'SZ399981', 20110613, 0)\n", "('SZ000001', 'SH000951', 20091028, 0)\n", "('SZ000001', 'SZ399631', 20110901, 20180702)\n", "('SZ000001', 'SZ399631', 20191216, 20220613)\n", "('SZ000001', 'SZ399632', 20111028, 0)\n", "('SZ000001', 'SZ399633', 20111028, 0)\n", "('SZ000001', 'SH000829', 20120806, 20130701)\n", "('SZ000001', 'SH000829', 20160613, 20180611)\n", "('SZ000001', 'SZ399011', 20110901, 0)\n", "('SZ000001', 'SH000828', 20130701, 20160613)\n", "('SZ000001', 'SH000828', 20180611, 20201214)\n", "('SZ000001', 'SZ399644', 20130201, 0)\n", "('SZ000001', 'SZ399645', 20120612, 20130701)\n", "('SZ000001', 'SZ399645', 20140701, 0)\n", "('SZ000001', 'SZ399656', 20121119, 0)\n", "('SZ000001', 'SZ399703', 20100510, 0)\n", "('SZ000001', 'SZ399657', 20121119, 0)\n", "('SZ000001', 'SH000981', 20110613, 0)\n", "('SZ000001', 'SZ399300', 20050408, 0)\n", "('SZ000001', 'SZ399662', 20130701, 20140701)\n", "('SZ000001', 'SZ399686', 20150831, 0)\n", "('SZ000001', 'SZ399002', 19950123, 0)\n", "('SZ000001', 'SW801190', 19910403, 20140221)\n", "('SZ000001', 'SW801192', 19910403, 20211213)\n", "('SZ000001', 'SZ399001', 19950123, 0)\n", "('SZ000001', 'SZ399984', 20110802, 0)\n", "('SZ000001', 'SZ399431', 20141230, 0)\n", "('SZ000001', 'SH000920', 20100129, 20180611)\n", "('SZ000001', 'SZ399985', 20110802, 0)\n", "('SZ000001', 'SZ399702', 20100510, 0)\n", "('SZ000001', 'SH000920', 20200615, 20210615)\n", "('SZ000001', 'SZ399310', 20050905, 0)\n", "('SZ000001', 'SH000921', 20100129, 0)\n", "('SZ000001', 'SZ399311', 20050203, 0)\n", "('SZ000001', 'SZ399372', 20100701, 20180702)\n", "('SZ000001', 'SZ399373', 20100104, 20180702)\n", "('SZ000001', 'SH000925', 20120702, 0)\n", "('SZ000001', 'SW851911', 19910403, 20211213)\n", "('SZ000001', 'SH000984', 20110802, 0)\n", "('SZ000001', 'SZ399903', 20060529, 20220613)\n", "('SZ000001', 'SZ399312', 20050203, 0)\n", "('SZ000001', 'SH000985', 20110802, 0)\n", "('SZ000001', 'SZ399313', 20050104, 0)\n", "('SZ000001', 'SZ399330', 20030102, 0)\n", "('SZ000001', 'SZ399986', 20130715, 0)\n", "('SZ000001', 'SZ399348', 20091104, 20220613)\n", "('SZ000001', 'SZ399344', 20091104, 0)\n", "('SZ000001', 'SZ399906', 20070115, 0)\n", "('SZ000001', 'SZ399345', 20100701, 0)\n", "('SZ000001', 'SZ399346', 20100701, 20170103)\n", "('SZ000001', 'SZ399347', 20091104, 0)\n", " SH000009 SH000010 SH000015 SH000016 SH000020 \\\n", "code m_nDate \n", "000001.SZ 2013-01-04 0 0 0 0 0 \n", " 2013-01-07 0 0 0 0 0 \n", " 2013-01-08 0 0 0 0 0 \n", " 2013-01-09 0 0 0 0 0 \n", " 2013-01-10 0 0 0 0 0 \n", "... ... ... ... ... ... \n", " 2022-07-04 0 0 0 0 0 \n", " 2022-07-05 0 0 0 0 0 \n", " 2022-07-06 0 0 0 0 0 \n", " 2022-07-07 0 0 0 0 0 \n", " 2022-07-08 0 0 0 0 0 \n", "\n", " SH000028 SH000029 SH000030 SH000031 SH000032 ... \\\n", "code m_nDate ... \n", "000001.SZ 2013-01-04 0 0 0 0 0 ... \n", " 2013-01-07 0 0 0 0 0 ... \n", " 2013-01-08 0 0 0 0 0 ... \n", " 2013-01-09 0 0 0 0 0 ... \n", " 2013-01-10 0 0 0 0 0 ... \n", "... ... ... ... ... ... ... \n", " 2022-07-04 0 0 0 0 0 ... \n", " 2022-07-05 0 0 0 0 0 ... \n", " 2022-07-06 0 0 0 0 0 ... \n", " 2022-07-07 0 0 0 0 0 ... \n", " 2022-07-08 0 0 0 0 0 ... \n", "\n", " SZ399980 SZ399981 SZ399982 SZ399983 SZ399984 \\\n", "code m_nDate \n", "000001.SZ 2013-01-04 1 1 0 0 1 \n", " 2013-01-07 1 1 0 0 1 \n", " 2013-01-08 1 1 0 0 1 \n", " 2013-01-09 1 1 0 0 1 \n", " 2013-01-10 1 1 0 0 1 \n", "... ... ... ... ... ... \n", " 2022-07-04 1 1 0 0 1 \n", " 2022-07-05 1 1 0 0 1 \n", " 2022-07-06 1 1 0 0 1 \n", " 2022-07-07 1 1 0 0 1 \n", " 2022-07-08 1 1 0 0 1 \n", "\n", " SZ399985 SZ399986 SZ399990 SZ399995 SZ399998 \n", "code m_nDate \n", "000001.SZ 2013-01-04 1 0 0 0 0 \n", " 2013-01-07 1 0 0 0 0 \n", " 2013-01-08 1 0 0 0 0 \n", " 2013-01-09 1 0 0 0 0 \n", " 2013-01-10 1 0 0 0 0 \n", "... ... ... ... ... ... \n", " 2022-07-04 1 1 0 0 0 \n", " 2022-07-05 1 1 0 0 0 \n", " 2022-07-06 1 1 0 0 0 \n", " 2022-07-07 1 1 0 0 0 \n", " 2022-07-08 1 1 0 0 0 \n", "\n", "[2309 rows x 949 columns]\n" ] } ], "source": [ "for df in _make_stock2concept_onehot():\n", " print(df)\n", " break" ] }, { "cell_type": "code", "execution_count": 69, "id": "0d307d4f-e202-4246-871b-dc5d8e9252a7", "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "000001.SZ SZ000001\n", "\n", " select \n", " SecId, IndexID, EnterDate, ExitDate \n", " from \n", " [IndexInfo].[dbo].[Constituents] \n", " where \n", " SecID='SZ000001'\n", " \n", "('SZ000001', 'SH000940', 20090925, 0)\n", "('SZ000001', 'SZ399619', 20110615, 0)\n", "('SZ000001', 'SH000980', 20110510, 0)\n", "('SZ000001', 'SZ399387', 20111202, 0)\n", "('SZ000001', 'SZ399920', 20100129, 20180611)\n", "('SZ000001', 'SZ399920', 20200615, 20210615)\n", "('SZ000001', 'SH000918', 20080121, 20180611)\n", "('SZ000001', 'SZ399404', 20150520, 20180102)\n", "('SZ000001', 'SZ399405', 20131205, 20160104)\n", "('SZ000001', 'SZ399405', 20180102, 20200615)\n", "('SZ000001', 'SH000919', 20080121, 20200615)\n", "('SZ000001', 'SZ399405', 20220613, 0)\n", "('SZ000001', 'SH000919', 20210615, 0)\n", "('SZ000001', 'SZ399921', 20100129, 0)\n", "('SZ000001', 'SZ399004', 20030102, 0)\n", "('SZ000001', 'SZ399925', 20120702, 0)\n", "('SZ000001', 'SZ399371', 20100104, 20180702)\n", "('SZ000001', 'SH000803', 20120109, 20130701)\n", "('SZ000001', 'SH000803', 20141215, 20180611)\n", "('SZ000001', 'SH000803', 20190617, 20200615)\n", "('SZ000001', 'SH000803', 20201214, 20211213)\n", "('SZ000001', 'SH000803', 20220613, 0)\n", "('SZ000001', 'SZ399007', 20091104, 0)\n", "('SZ000001', 'SZ399370', 20100701, 20180702)\n", "('SZ000001', 'SW857831', 20211213, 0)\n", "('SZ000001', 'SZ399940', 20090925, 0)\n", "('SZ000001', 'SH000300', 20050408, 0)\n", "('SZ000001', 'SH000906', 20070115, 0)\n", "('SZ000001', 'SH000903', 20060529, 20220613)\n", "('SZ000001', 'SZ399918', 20080121, 20180611)\n", "('SZ000001', 'SZ399919', 20080121, 20200615)\n", "('SZ000001', 'SZ399919', 20210615, 0)\n", "('SZ000001', 'SZ399661', 20121220, 20130701)\n", "('SZ000001', 'SZ399088', 20200218, 0)\n", "('SZ000001', 'SH000971', 20101202, 0)\n", "('SZ000001', 'SZ399701', 20100510, 0)\n", "('SZ000001', 'SZ399661', 20150105, 20180702)\n", "('SZ000001', 'SH000842', 20121221, 0)\n", "('SZ000001', 'SZ399661', 20190102, 0)\n", "('SZ000001', 'SH000843', 20130701, 20160613)\n", "('SZ000001', 'SH000844', 20130107, 20130701)\n", "('SZ000001', 'SZ399314', 20050203, 0)\n", "('SZ000001', 'SH000844', 20160613, 0)\n", "('SZ000001', 'SZ399659', 20121123, 0)\n", "('SZ000001', 'SZ399400', 20130320, 0)\n", "('SZ000001', 'SH000967', 20100602, 0)\n", "('SZ000001', 'SZ399630', 20110901, 20180702)\n", "('SZ000001', 'SW801780', 20140221, 0)\n", "('SZ000001', 'SW801783', 20211213, 0)\n", "('SZ000001', 'SH000965', 20100602, 0)\n", "('SZ000001', 'SZ399980', 20110510, 0)\n", "('SZ000001', 'SZ399981', 20110613, 0)\n", "('SZ000001', 'SH000951', 20091028, 0)\n", "('SZ000001', 'SZ399631', 20110901, 20180702)\n", "('SZ000001', 'SZ399631', 20191216, 20220613)\n", "('SZ000001', 'SZ399632', 20111028, 0)\n", "('SZ000001', 'SZ399633', 20111028, 0)\n", "('SZ000001', 'SH000829', 20120806, 20130701)\n", "('SZ000001', 'SH000829', 20160613, 20180611)\n", "('SZ000001', 'SZ399011', 20110901, 0)\n", "('SZ000001', 'SH000828', 20130701, 20160613)\n", "('SZ000001', 'SH000828', 20180611, 20201214)\n", "('SZ000001', 'SZ399644', 20130201, 0)\n", "('SZ000001', 'SZ399645', 20120612, 20130701)\n", "('SZ000001', 'SZ399645', 20140701, 0)\n", "('SZ000001', 'SZ399656', 20121119, 0)\n", "('SZ000001', 'SZ399703', 20100510, 0)\n", "('SZ000001', 'SZ399657', 20121119, 0)\n", "('SZ000001', 'SH000981', 20110613, 0)\n", "('SZ000001', 'SZ399300', 20050408, 0)\n", "('SZ000001', 'SZ399662', 20130701, 20140701)\n", "('SZ000001', 'SZ399686', 20150831, 0)\n", "('SZ000001', 'SZ399002', 19950123, 0)\n", "('SZ000001', 'SW801190', 19910403, 20140221)\n", "('SZ000001', 'SW801192', 19910403, 20211213)\n", "('SZ000001', 'SZ399001', 19950123, 0)\n", "('SZ000001', 'SZ399984', 20110802, 0)\n", "('SZ000001', 'SZ399431', 20141230, 0)\n", "('SZ000001', 'SH000920', 20100129, 20180611)\n", "('SZ000001', 'SZ399985', 20110802, 0)\n", "('SZ000001', 'SZ399702', 20100510, 0)\n", "('SZ000001', 'SH000920', 20200615, 20210615)\n", "('SZ000001', 'SZ399310', 20050905, 0)\n", "('SZ000001', 'SH000921', 20100129, 0)\n", "('SZ000001', 'SZ399311', 20050203, 0)\n", "('SZ000001', 'SZ399372', 20100701, 20180702)\n", "('SZ000001', 'SZ399373', 20100104, 20180702)\n", "('SZ000001', 'SH000925', 20120702, 0)\n", "('SZ000001', 'SW851911', 19910403, 20211213)\n", "('SZ000001', 'SH000984', 20110802, 0)\n", "('SZ000001', 'SZ399903', 20060529, 20220613)\n", "('SZ000001', 'SZ399312', 20050203, 0)\n", "('SZ000001', 'SH000985', 20110802, 0)\n", "('SZ000001', 'SZ399313', 20050104, 0)\n", "('SZ000001', 'SZ399330', 20030102, 0)\n", "('SZ000001', 'SZ399986', 20130715, 0)\n", "('SZ000001', 'SZ399348', 20091104, 20220613)\n", "('SZ000001', 'SZ399344', 20091104, 0)\n", "('SZ000001', 'SZ399906', 20070115, 0)\n", "('SZ000001', 'SZ399345', 20100701, 0)\n", "('SZ000001', 'SZ399346', 20100701, 20170103)\n", "('SZ000001', 'SZ399347', 20091104, 0)\n" ] } ], "source": [ "stock2concept = _make_stock2concept_onehot('000001.SZ')" ] }, { "cell_type": "code", "execution_count": 73, "id": "dbc2211d-75ec-4642-a686-ef5cd569afd6", "metadata": {}, "outputs": [ { "data": { "text/plain": [ "code m_nDate \n", "000001.SZ 2013-01-04 1\n", " 2013-01-07 1\n", " 2013-01-08 1\n", " 2013-01-09 1\n", " 2013-01-10 1\n", " ..\n", " 2022-07-04 0\n", " 2022-07-05 0\n", " 2022-07-06 0\n", " 2022-07-07 0\n", " 2022-07-08 0\n", "Name: SZ399920, Length: 2309, dtype: int64" ] }, "execution_count": 73, "metadata": {}, "output_type": "execute_result" } ], "source": [ "stock2concept['SZ399920']" ] }, { "cell_type": "code", "execution_count": 5, "id": "51dd0b40-ad19-4e82-80ac-1af35042e8b2", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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codem_nDateSH000009SH000010SH000015SH000016SH000020SH000028SH000029SH000030...SZ399980SZ399981SZ399982SZ399983SZ399984SZ399985SZ399986SZ399990SZ399995SZ399998
0600000.SH2006-01-04FalseTrueFalseTrueFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
1600000.SH2006-01-05FalseTrueFalseTrueFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
2600000.SH2006-01-06FalseTrueFalseTrueFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
3600000.SH2006-01-09FalseTrueFalseTrueFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
4600000.SH2006-01-10FalseTrueFalseTrueFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
..................................................................
3932600000.SH2022-08-04FalseTrueFalseFalseFalseFalseTrueFalse...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
3933600000.SH2022-08-05FalseTrueFalseFalseFalseFalseTrueFalse...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
3934600000.SH2022-08-08FalseTrueFalseFalseFalseFalseTrueFalse...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
3935600000.SH2022-08-09FalseTrueFalseFalseFalseFalseTrueFalse...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
3936600000.SH2022-08-10FalseTrueFalseFalseFalseFalseTrueFalse...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
\n", "

3937 rows × 951 columns

\n", "
" ], "text/plain": [ " code m_nDate SH000009 SH000010 SH000015 SH000016 SH000020 \\\n", "0 600000.SH 2006-01-04 False True False True False \n", "1 600000.SH 2006-01-05 False True False True False \n", "2 600000.SH 2006-01-06 False True False True False \n", "3 600000.SH 2006-01-09 False True False True False \n", "4 600000.SH 2006-01-10 False True False True False \n", "... ... ... ... ... ... ... ... \n", "3932 600000.SH 2022-08-04 False True False False False \n", "3933 600000.SH 2022-08-05 False True False False False \n", "3934 600000.SH 2022-08-08 False True False False False \n", "3935 600000.SH 2022-08-09 False True False False False \n", "3936 600000.SH 2022-08-10 False True False False False \n", "\n", " SH000028 SH000029 SH000030 ... SZ399980 SZ399981 SZ399982 \\\n", "0 False False False ... False False False \n", "1 False False False ... False False False \n", "2 False False False ... False False False \n", "3 False False False ... False False False \n", "4 False False False ... False False False \n", "... ... ... ... ... ... ... ... \n", "3932 False True False ... True True False \n", "3933 False True False ... True True False \n", "3934 False True False ... True True False \n", "3935 False True False ... True True False \n", "3936 False True False ... True True False \n", "\n", " SZ399983 SZ399984 SZ399985 SZ399986 SZ399990 SZ399995 SZ399998 \n", "0 False False False False False False False \n", "1 False False False False False False False \n", "2 False False False False False False False \n", "3 False False False False False False False \n", "4 False False False False False False False \n", "... ... ... ... ... ... ... ... \n", "3932 False True True True False False False \n", "3933 False True True True False False False \n", "3934 False True True True False False False \n", "3935 False True True True False False False \n", "3936 False True True True False False False \n", "\n", "[3937 rows x 951 columns]" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "import dolphindb as ddb\n", "\n", "sess = ddb.session('192.168.1.7', 8848)\n", "sess.login('admin', '123456')\n", "\n", "sess.run(\"\"\"\n", " select * from loadTable(\"dfs://daily_stock_ts\", \"idx_daily_concept\") where code='600000.SH' order by m_nDate asc\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 3, "id": "b1fe53e6-ad7f-42fb-a7ce-5c304d88ec1b", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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codem_nDateIsZtIsDtIsSTIsGoDelistFloatSharesMarketValues
0000400.SZ2006-01-0400002.566080e+081.224020e+09
1000400.SZ2006-01-0500002.566080e+081.241983e+09
2000400.SZ2006-01-0600002.566080e+081.234284e+09
3000400.SZ2006-01-0900002.566080e+081.277908e+09
4000400.SZ2006-01-1000002.566080e+081.285606e+09
...........................
7718600000.SH2022-08-0400002.935217e+102.081069e+11
7719600000.SH2022-08-0500002.935217e+102.098680e+11
7720600000.SH2022-08-0800002.935217e+102.089875e+11
7721600000.SH2022-08-0900002.935217e+102.089875e+11
7722600000.SH2022-08-1000002.935217e+102.081069e+11
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7723 rows × 8 columns

\n", "
" ], "text/plain": [ " code m_nDate IsZt IsDt IsST IsGoDelist FloatShares \\\n", "0 000400.SZ 2006-01-04 0 0 0 0 2.566080e+08 \n", "1 000400.SZ 2006-01-05 0 0 0 0 2.566080e+08 \n", "2 000400.SZ 2006-01-06 0 0 0 0 2.566080e+08 \n", "3 000400.SZ 2006-01-09 0 0 0 0 2.566080e+08 \n", "4 000400.SZ 2006-01-10 0 0 0 0 2.566080e+08 \n", "... ... ... ... ... ... ... ... \n", "7718 600000.SH 2022-08-04 0 0 0 0 2.935217e+10 \n", "7719 600000.SH 2022-08-05 0 0 0 0 2.935217e+10 \n", "7720 600000.SH 2022-08-08 0 0 0 0 2.935217e+10 \n", "7721 600000.SH 2022-08-09 0 0 0 0 2.935217e+10 \n", "7722 600000.SH 2022-08-10 0 0 0 0 2.935217e+10 \n", "\n", " MarketValues \n", "0 1.224020e+09 \n", "1 1.241983e+09 \n", "2 1.234284e+09 \n", "3 1.277908e+09 \n", "4 1.285606e+09 \n", "... ... \n", "7718 2.081069e+11 \n", "7719 2.098680e+11 \n", "7720 2.089875e+11 \n", "7721 2.089875e+11 \n", "7722 2.081069e+11 \n", "\n", "[7723 rows x 8 columns]" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "import dolphindb as ddb\n", "\n", "sess = ddb.session('localhost', 8848)\n", "sess.login('admin', '123456')\n", "\n", "sess.run(\"\"\"\n", " select code, m_nDate, IsZt, IsDt, IsST, IsGoDelist, FloatShares, MarketValues \n", " from loadTable('dfs://daily_stock_ts', 'daily_kline')\n", " where code in (\"600000.SH\", \"000400.SZ\")\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 145, "id": "d6831dd2-75b7-41db-9f87-3e9df85a8699", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
codem_nDate
0600000.SH2013-01-04
1600000.SH2013-01-05
2600000.SH2013-01-06
3600000.SH2013-01-07
4600000.SH2013-01-08
.........
719600004.SH2013-12-27
720600004.SH2013-12-28
721600004.SH2013-12-29
722600004.SH2013-12-30
723600004.SH2013-12-31
\n", "

724 rows × 2 columns

\n", "
" ], "text/plain": [ " code m_nDate\n", "0 600000.SH 2013-01-04\n", "1 600000.SH 2013-01-05\n", "2 600000.SH 2013-01-06\n", "3 600000.SH 2013-01-07\n", "4 600000.SH 2013-01-08\n", ".. ... ...\n", "719 600004.SH 2013-12-27\n", "720 600004.SH 2013-12-28\n", "721 600004.SH 2013-12-29\n", "722 600004.SH 2013-12-30\n", "723 600004.SH 2013-12-31\n", "\n", "[724 rows x 2 columns]" ] }, "execution_count": 145, "metadata": {}, "output_type": "execute_result" } ], "source": [ "import dolphindb as ddb\n", "\n", "sess = ddb.session('localhost', 8848)\n", "sess.login('admin', '123456')\n", "\n", "sess.run(\"\"\"\n", " tbl = table(100:0, `code`m_nDate, [SYMBOL, DATE])\n", " \n", " m_nDate = 2013.01.04..2013.12.31;\n", " code = take('600000.SH', size(m_nDate));\n", " tbl.append!(table(code, m_nDate));\n", " \n", " m_nDate = 2013.01.04..2013.12.31;\n", " code = take('600004.SH', size(m_nDate));\n", " tbl.append!(table(code, m_nDate));\n", " \n", " tbl;\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 1, "id": "616c7cd3-7871-43c6-b619-f7137fc6556e", "metadata": {}, "outputs": [], "source": [ "import dolphindb as ddb\n", "\n", "sess = ddb.session('localhost', 8848)\n", "sess.login('admin', '123456')" ] }, { "cell_type": "code", "execution_count": 3, "id": "a98da4c3-cf3c-4429-b51f-dba8a1f4d2d3", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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code
0000400.SZ
1000515.SZ
2000558.SZ
3000602.SZ
4000677.SZ
......
5010688272.SH
5011688320.SH
5012688739.SH
5013688777.SH
5014830964.NE
\n", "

5015 rows × 1 columns

\n", "
" ], "text/plain": [ " code\n", "0 000400.SZ\n", "1 000515.SZ\n", "2 000558.SZ\n", "3 000602.SZ\n", "4 000677.SZ\n", "... ...\n", "5010 688272.SH\n", "5011 688320.SH\n", "5012 688739.SH\n", "5013 688777.SH\n", "5014 830964.NE\n", "\n", "[5015 rows x 1 columns]" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "df = sess.run(\"\"\"\n", " select code from loadTable('dfs://daily_stock_ts', 'idx_daily_concept') group by code\n", "\"\"\")\n", "df" ] }, { "cell_type": "code", "execution_count": 8, "id": "1743a25d-c627-42b4-b6da-b250884a2252", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
codestock_id
0000400.SZ0
1000515.SZ1
2000558.SZ2
3000602.SZ3
4000677.SZ4
.........
5010688272.SH5010
5011688320.SH5011
5012688739.SH5012
5013688777.SH5013
5014830964.NE5014
\n", "

5015 rows × 2 columns

\n", "
" ], "text/plain": [ " code stock_id\n", "0 000400.SZ 0\n", "1 000515.SZ 1\n", "2 000558.SZ 2\n", "3 000602.SZ 3\n", "4 000677.SZ 4\n", "... ... ...\n", "5010 688272.SH 5010\n", "5011 688320.SH 5011\n", "5012 688739.SH 5012\n", "5013 688777.SH 5013\n", "5014 830964.NE 5014\n", "\n", "[5015 rows x 2 columns]" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "df[\"stock_id\"] = df.index\n", "df" ] }, { "cell_type": "code", "execution_count": 7, "id": "31f2b644-e4b8-4c96-be54-edc7367370de", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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codestock_id
0000400.SZ0
1000515.SZ1
2000558.SZ2
3000602.SZ3
4000677.SZ4
.........
5010688272.SH5010
5011688320.SH5011
5012688739.SH5012
5013688777.SH5013
5014830964.NE5014
\n", "

5015 rows × 2 columns

\n", "
" ], "text/plain": [ " code stock_id\n", "0 000400.SZ 0\n", "1 000515.SZ 1\n", "2 000558.SZ 2\n", "3 000602.SZ 3\n", "4 000677.SZ 4\n", "... ... ...\n", "5010 688272.SH 5010\n", "5011 688320.SH 5011\n", "5012 688739.SH 5012\n", "5013 688777.SH 5013\n", "5014 830964.NE 5014\n", "\n", "[5015 rows x 2 columns]" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "df" ] }, { "cell_type": "code", "execution_count": null, "id": "a3a249c9-879d-4387-9045-27fe72a38cf3", "metadata": {}, "outputs": [], "source": [ "sess.run(\"\"\"\n", " cumsum(select * from loadTable('dfs://daily_stock_ts', 'idx_daily_concept') where code in (\"600000.SH\", \"000400.SZ\", \"600001.SH\") context by code)\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 65, "id": "1c606584-6765-41cd-9487-984e1f2c4bff", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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cumsum_SH000016codem_nDateSH000009SH000010SH000015SH000016SH000020SH000028SH000029...SZ399980SZ399981SZ399982SZ399983SZ399984SZ399985SZ399986SZ399990SZ399995SZ399998
00000400.SZ2006-01-04FalseFalseFalseFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
10000400.SZ2006-01-05FalseFalseFalseFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
20000400.SZ2006-01-06FalseFalseFalseFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
30000400.SZ2006-01-09FalseFalseFalseFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
40000400.SZ2006-01-10FalseFalseFalseFalseFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
..................................................................
8569645600001.SH2009-12-09FalseTrueTrueFalseFalseFalseTrue...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
8570645600001.SH2009-12-10FalseTrueTrueFalseFalseFalseTrue...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
8571645600001.SH2009-12-11FalseTrueTrueFalseFalseFalseTrue...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
8572645600001.SH2009-12-14FalseTrueTrueFalseFalseFalseTrue...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
8573645600001.SH2009-12-15FalseTrueTrueFalseFalseFalseTrue...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
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8574 rows × 952 columns

\n", "
" ], "text/plain": [ " cumsum_SH000016 code m_nDate SH000009 SH000010 SH000015 \\\n", "0 0 000400.SZ 2006-01-04 False False False \n", "1 0 000400.SZ 2006-01-05 False False False \n", "2 0 000400.SZ 2006-01-06 False False False \n", "3 0 000400.SZ 2006-01-09 False False False \n", "4 0 000400.SZ 2006-01-10 False False False \n", "... ... ... ... ... ... ... \n", "8569 645 600001.SH 2009-12-09 False True True \n", "8570 645 600001.SH 2009-12-10 False True True \n", "8571 645 600001.SH 2009-12-11 False True True \n", "8572 645 600001.SH 2009-12-14 False True True \n", "8573 645 600001.SH 2009-12-15 False True True \n", "\n", " SH000016 SH000020 SH000028 SH000029 ... SZ399980 SZ399981 \\\n", "0 False False False False ... False False \n", "1 False False False False ... False False \n", "2 False False False False ... False False \n", "3 False False False False ... False False \n", "4 False False False False ... False False \n", "... ... ... ... ... ... ... ... \n", "8569 False False False True ... False False \n", "8570 False False False True ... False False \n", "8571 False False False True ... False False \n", "8572 False False False True ... False False \n", "8573 False False False True ... False False \n", "\n", " SZ399982 SZ399983 SZ399984 SZ399985 SZ399986 SZ399990 SZ399995 \\\n", "0 False False False False False False False \n", "1 False False False False False False False \n", "2 False False False False False False False \n", "3 False False False False False False False \n", "4 False False False False False False False \n", "... ... ... ... ... ... ... ... \n", "8569 False False False False False False False \n", "8570 False False False False False False False \n", "8571 False False False False False False False \n", "8572 False False False False False False False \n", "8573 False False False False False False False \n", "\n", " SZ399998 \n", "0 False \n", "1 False \n", "2 False \n", "3 False \n", "4 False \n", "... ... \n", "8569 False \n", "8570 False \n", "8571 False \n", "8572 False \n", "8573 False \n", "\n", "[8574 rows x 952 columns]" ] }, "execution_count": 65, "metadata": {}, "output_type": "execute_result" } ], "source": [ "\n", "sess.run(\"\"\"\n", " tbl = select cumsum(SH000016), * from loadTable('dfs://daily_stock_ts', 'idx_daily_concept') where code in (\"600000.SH\", \"000400.SZ\", \"600001.SH\",) context by code;\n", " tbl;\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 67, "id": "5d51ac5d-b17f-4105-85b8-63e3a0c4e962", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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cumsum_SH000016codem_nDateSH000009SH000010SH000015SH000016SH000020SH000028SH000029...SZ399980SZ399981SZ399982SZ399983SZ399984SZ399985SZ399986SZ399990SZ399995SZ399998
01600000.SH2006-01-04FalseTrueFalseTrueFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
12600000.SH2006-01-05FalseTrueFalseTrueFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
23600000.SH2006-01-06FalseTrueFalseTrueFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
34600000.SH2006-01-09FalseTrueFalseTrueFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
45600000.SH2006-01-10FalseTrueFalseTrueFalseFalseFalse...FalseFalseFalseFalseFalseFalseFalseFalseFalseFalse
..................................................................
39323895600000.SH2022-08-04FalseTrueFalseFalseFalseFalseTrue...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
39333895600000.SH2022-08-05FalseTrueFalseFalseFalseFalseTrue...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
39343895600000.SH2022-08-08FalseTrueFalseFalseFalseFalseTrue...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
39353895600000.SH2022-08-09FalseTrueFalseFalseFalseFalseTrue...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
39363895600000.SH2022-08-10FalseTrueFalseFalseFalseFalseTrue...TrueTrueFalseFalseTrueTrueTrueFalseFalseFalse
\n", "

3937 rows × 952 columns

\n", "
" ], "text/plain": [ " cumsum_SH000016 code m_nDate SH000009 SH000010 SH000015 \\\n", "0 1 600000.SH 2006-01-04 False True False \n", "1 2 600000.SH 2006-01-05 False True False \n", "2 3 600000.SH 2006-01-06 False True False \n", "3 4 600000.SH 2006-01-09 False True False \n", "4 5 600000.SH 2006-01-10 False True False \n", "... ... ... ... ... ... ... \n", "3932 3895 600000.SH 2022-08-04 False True False \n", "3933 3895 600000.SH 2022-08-05 False True False \n", "3934 3895 600000.SH 2022-08-08 False True False \n", "3935 3895 600000.SH 2022-08-09 False True False \n", "3936 3895 600000.SH 2022-08-10 False True False \n", "\n", " SH000016 SH000020 SH000028 SH000029 ... SZ399980 SZ399981 \\\n", "0 True False False False ... False False \n", "1 True False False False ... False False \n", "2 True False False False ... False False \n", "3 True False False False ... False False \n", "4 True False False False ... False False \n", "... ... ... ... ... ... ... ... \n", "3932 False False False True ... True True \n", "3933 False False False True ... True True \n", "3934 False False False True ... True True \n", "3935 False False False True ... True True \n", "3936 False False False True ... True True \n", "\n", " SZ399982 SZ399983 SZ399984 SZ399985 SZ399986 SZ399990 SZ399995 \\\n", "0 False False False False False False False \n", "1 False False False False False False False \n", "2 False False False False False False False \n", "3 False False False False False False False \n", "4 False False False False False False False \n", "... ... ... ... ... ... ... ... \n", "3932 False False True True True False False \n", "3933 False False True True True False False \n", "3934 False False True True True False False \n", "3935 False False True True True False False \n", "3936 False False True True True False False \n", "\n", " SZ399998 \n", "0 False \n", "1 False \n", "2 False \n", "3 False \n", "4 False \n", "... ... \n", "3932 False \n", "3933 False \n", "3934 False \n", "3935 False \n", "3936 False \n", "\n", "[3937 rows x 952 columns]" ] }, "execution_count": 67, "metadata": {}, "output_type": "execute_result" } ], "source": [ "sess.run(\"\"\"\n", " select * from tbl where code='600000.SH'\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 59, "id": "6ef3d70e-b8a3-4a17-91bd-2dc4a37a993f", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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codem_nDateSH000009SH000010SH000015SH000016SH000020SH000028SH000029SH000030...SZ399980SZ399981SZ399982SZ399983SZ399984SZ399985SZ399986SZ399990SZ399995SZ399998
0600000.SH2006-01-0401010000...0000000000
1600000.SH2006-01-0502020000...0000000000
2600000.SH2006-01-0603030000...0000000000
3600000.SH2006-01-0904040000...0000000000
4600000.SH2006-01-1005050000...0000000000
..................................................................
3932600000.SH2022-08-040393394238950297331282973...2701267800264226422174000
3933600000.SH2022-08-050393494238950297331292973...2702267900264326432175000
3934600000.SH2022-08-080393594238950297331302973...2703268000264426442176000
3935600000.SH2022-08-090393694238950297331312973...2704268100264526452177000
3936600000.SH2022-08-100393794238950297331322973...2705268200264626462178000
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3937 rows × 951 columns

\n", "
" ], "text/plain": [ " code m_nDate SH000009 SH000010 SH000015 SH000016 SH000020 \\\n", "0 600000.SH 2006-01-04 0 1 0 1 0 \n", "1 600000.SH 2006-01-05 0 2 0 2 0 \n", "2 600000.SH 2006-01-06 0 3 0 3 0 \n", "3 600000.SH 2006-01-09 0 4 0 4 0 \n", "4 600000.SH 2006-01-10 0 5 0 5 0 \n", "... ... ... ... ... ... ... ... \n", "3932 600000.SH 2022-08-04 0 3933 942 3895 0 \n", "3933 600000.SH 2022-08-05 0 3934 942 3895 0 \n", "3934 600000.SH 2022-08-08 0 3935 942 3895 0 \n", "3935 600000.SH 2022-08-09 0 3936 942 3895 0 \n", "3936 600000.SH 2022-08-10 0 3937 942 3895 0 \n", "\n", " SH000028 SH000029 SH000030 ... SZ399980 SZ399981 SZ399982 \\\n", "0 0 0 0 ... 0 0 0 \n", "1 0 0 0 ... 0 0 0 \n", "2 0 0 0 ... 0 0 0 \n", "3 0 0 0 ... 0 0 0 \n", "4 0 0 0 ... 0 0 0 \n", "... ... ... ... ... ... ... ... \n", "3932 2973 3128 2973 ... 2701 2678 0 \n", "3933 2973 3129 2973 ... 2702 2679 0 \n", "3934 2973 3130 2973 ... 2703 2680 0 \n", "3935 2973 3131 2973 ... 2704 2681 0 \n", "3936 2973 3132 2973 ... 2705 2682 0 \n", "\n", " SZ399983 SZ399984 SZ399985 SZ399986 SZ399990 SZ399995 SZ399998 \n", "0 0 0 0 0 0 0 0 \n", "1 0 0 0 0 0 0 0 \n", "2 0 0 0 0 0 0 0 \n", "3 0 0 0 0 0 0 0 \n", "4 0 0 0 0 0 0 0 \n", "... ... ... ... ... ... ... ... \n", "3932 0 2642 2642 2174 0 0 0 \n", "3933 0 2643 2643 2175 0 0 0 \n", "3934 0 2644 2644 2176 0 0 0 \n", "3935 0 2645 2645 2177 0 0 0 \n", "3936 0 2646 2646 2178 0 0 0 \n", "\n", "[3937 rows x 951 columns]" ] }, "execution_count": 59, "metadata": {}, "output_type": "execute_result" } ], "source": [ "sess.run(\"\"\"\n", " cumsum(select * from loadTable('dfs://daily_stock_ts', 'idx_daily_concept') where code in (\"600000.SH\"))\n", "\"\"\")" ] }, { "cell_type": "code", "execution_count": 3, "id": "e5c75dfd-b9e8-4ab1-b0a0-684d96852d32", "metadata": {}, "outputs": [], "source": [ "df = df[['code', 'm_nDate', 'SH000009', 'SH000010', 'SH000015']]" ] }, { "cell_type": "code", "execution_count": 4, "id": "1242241b-c0dc-4ff8-a84b-ed3877db1acb", "metadata": {}, "outputs": [ { "data": { "text/html": [ "
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SH000009SH000010SH000015
m_nDatecode
2006-01-04000400.SZFalseFalseFalse
2006-01-05000400.SZFalseFalseFalse
2006-01-06000400.SZFalseFalseFalse
2006-01-09000400.SZFalseFalseFalse
2006-01-10000400.SZFalseFalseFalse
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476 rows × 951 columns

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" ], "text/plain": [ " code m_nDate SH000009 SH000010 SH000015 SH000016 SH000020 \\\n", "0 600004.SH 2013-01-04 True False True False False \n", "1 600004.SH 2013-01-07 True False False False False \n", "2 600004.SH 2013-01-08 True False False False False \n", "3 600004.SH 2013-01-09 True False False False False \n", "4 600004.SH 2013-01-10 True False False False False \n", ".. ... ... ... ... ... ... ... \n", "471 600000.SH 2013-12-25 False True True True False \n", "472 600000.SH 2013-12-26 False True True True False \n", "473 600000.SH 2013-12-27 False True True True False \n", "474 600000.SH 2013-12-30 False True True True False \n", "475 600000.SH 2013-12-31 False True True True False \n", "\n", " SH000028 SH000029 SH000030 ... SZ399980 SZ399981 SZ399982 \\\n", "0 False False False ... False False True \n", "1 False False False ... False False True \n", "2 False False False ... False False True \n", "3 False False False ... False False True \n", "4 False False False ... False False True \n", ".. ... ... ... ... ... ... ... \n", "471 True True True ... True True False \n", "472 True True True ... True True False \n", "473 True True True ... True True False \n", "474 True True True ... True True False \n", "475 True True True ... True True False \n", "\n", " SZ399983 SZ399984 SZ399985 SZ399986 SZ399990 SZ399995 SZ399998 \n", "0 False False True False False False False \n", "1 False False True False False False False \n", "2 False False True False False False False \n", "3 False False True False False False False \n", "4 False False True False False False False \n", ".. ... ... ... ... ... ... ... \n", "471 False True True True False False False \n", "472 False True True True False False False \n", "473 False True True True False False False \n", "474 False True True True False False False \n", "475 False True True True False False False \n", "\n", "[476 rows x 951 columns]" ] }, "execution_count": 147, "metadata": {}, "output_type": "execute_result" } ], "source": [ "sess.run(\"select top 1000 * from ej(tbl, loadTable('dfs://daily_stock_ts', 'idx_daily_concept'), `code`m_nDate) map\")" ] }, { "cell_type": "code", "execution_count": 120, "id": "a4cd1087-f2e0-491f-92c3-6359c7a5135d", "metadata": {}, "outputs": [], "source": [ "df = df.set_index(['code', 'm_nDate']).astype('int')" ] }, { "cell_type": "code", "execution_count": 121, "id": "7397b95c-a451-4b3a-a8d8-9c99c01180dc", "metadata": {}, "outputs": [ { "data": { "image/png": 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\n", 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" ] }, "metadata": { "needs_background": "light" }, "output_type": "display_data" } ], "source": [ "plt.figure(figsize=(32, 32))\n", "ax = sns.heatmap(df.to_numpy()[:,:], cmap='hot')" ] }, { "cell_type": "code", "execution_count": 102, "id": "d2d5e7d0-c84a-49fc-ab22-5c07d28699b8", "metadata": {}, "outputs": [], "source": [ "plt.show()" ] }, { "cell_type": "code", "execution_count": null, "id": "112c1ea9-fa76-418a-ad75-e2191aac85fa", "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "Python 3 (ipykernel)", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.8.13" } }, "nbformat": 4, "nbformat_minor": 5 }