mirror of
https://github.com/microsoft/qlib.git
synced 2026-06-06 05:51:17 +08:00
9a40fd3cdc
* rl init * aux info * Reward config * update * simple * update saoe init * update simulator and seed * minor * minor * update sim * checkpoint * obs * Update interpreter * init qlib simulator * checkpoint * Refine codebase * checkpoint * checkpoint * Add one test * More tests * Simulator checkpoint * checkpoint * First-step tested * Checkpoint * Update data_queue API * Checkpoint * Update test * Move files * Checkpoint * Single-quote -> double-quote * Fix finite env tests * Tested with mypy * pep-574 * No call for env done * Update finite env docs * Fix csv writer * Refine tester * Update logger * Add another logger test * Checkpoint * Add network sanity test * steps per episode is not correct * Cleanup code, ready for PR * Reformat with black * Fix pylint for py37 * Fix lint * Fix lint * Fix flake * update mypy command * mypy * Update exclude pattern * Use pyproject.toml * test * . * . * Refactor pipeline * . * defaults run bash * . * Revert and skip follow_imports * Fix toml issue * fix mypy * . * . * . * Fix install * Minor fix * Fix test * Fix test * Remove requirements * Revert * fix tests * Fix lint * . * . * . * . * . * update install from source command * . * Fix data download * . * . * . * . * . * . * Fix py37 * Ignore tests on non-linux * resolve comments * fix tests * resolve comments * some typo * style updates * More comments * fix dummy * add warning * Align precision in some system * Added some impl notes Co-authored-by: Young <afe.young@gmail.com>
309 lines
12 KiB
Python
309 lines
12 KiB
Python
# Copyright (c) Microsoft Corporation.
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# Licensed under the MIT License.
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import sys
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from functools import partial
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from pathlib import Path
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from typing import NamedTuple
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import numpy as np
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import pandas as pd
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import pytest
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import torch
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from tianshou.data import Batch
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from qlib.backtest import Order
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from qlib.config import C
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from qlib.log import set_log_with_config
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from qlib.rl.data import pickle_styled
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from qlib.rl.entries.test import backtest
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from qlib.rl.order_execution import *
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from qlib.rl.utils import ConsoleWriter, CsvWriter, EnvWrapperStatus
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pytestmark = pytest.mark.skipif(sys.version_info < (3, 8), reason="Pickle styled data only supports Python >= 3.8")
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DATA_ROOT_DIR = Path(__file__).parent.parent / ".data" / "rl" / "intraday_saoe"
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DATA_DIR = DATA_ROOT_DIR / "us"
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BACKTEST_DATA_DIR = DATA_DIR / "backtest"
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FEATURE_DATA_DIR = DATA_DIR / "processed"
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ORDER_DIR = DATA_DIR / "order" / "valid_bidir"
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CN_DATA_DIR = DATA_ROOT_DIR / "cn"
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CN_BACKTEST_DATA_DIR = CN_DATA_DIR / "backtest"
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CN_FEATURE_DATA_DIR = CN_DATA_DIR / "processed"
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CN_ORDER_DIR = CN_DATA_DIR / "order" / "test"
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CN_POLICY_WEIGHTS_DIR = CN_DATA_DIR / "weights"
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def test_pickle_data_inspect():
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data = pickle_styled.load_intraday_backtest_data(BACKTEST_DATA_DIR, "AAL", "2013-12-11", "close", 0)
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assert len(data) == 390
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data = pickle_styled.load_intraday_processed_data(
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DATA_DIR / "processed", "AAL", "2013-12-11", 5, data.get_time_index()
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)
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assert len(data.today) == len(data.yesterday) == 390
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def test_simulator_first_step():
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order = Order("AAL", 30.0, 0, pd.Timestamp("2013-12-11 00:00:00"), pd.Timestamp("2013-12-11 23:59:59"))
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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state = simulator.get_state()
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assert state.cur_time == pd.Timestamp("2013-12-11 09:30:00")
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assert state.position == 30.0
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simulator.step(15.0)
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state = simulator.get_state()
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assert len(state.history_exec) == 30
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assert state.history_exec.index[0] == pd.Timestamp("2013-12-11 09:30:00")
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assert state.history_exec["market_volume"].iloc[0] == 450072.0
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assert abs(state.history_exec["market_price"].iloc[0] - 25.370001) < 1e-4
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assert (state.history_exec["amount"] == 0.5).all()
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assert (state.history_exec["deal_amount"] == 0.5).all()
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assert abs(state.history_exec["trade_price"].iloc[0] - 25.370001) < 1e-4
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assert abs(state.history_exec["trade_value"].iloc[0] - 12.68500) < 1e-4
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assert state.history_exec["position"].iloc[0] == 29.5
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assert state.history_exec["ffr"].iloc[0] == 1 / 60
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assert state.history_steps["market_volume"].iloc[0] == 5041147.0
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assert state.history_steps["amount"].iloc[0] == 15.0
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assert state.history_steps["deal_amount"].iloc[0] == 15.0
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assert state.history_steps["ffr"].iloc[0] == 0.5
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assert (
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state.history_steps["pa"].iloc[0]
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== (state.history_steps["trade_price"].iloc[0] / simulator.twap_price - 1) * 10000
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)
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assert state.position == 15.0
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assert state.cur_time == pd.Timestamp("2013-12-11 10:00:00")
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def test_simulator_stop_twap():
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order = Order("AAL", 13.0, 0, pd.Timestamp("2013-12-11 00:00:00"), pd.Timestamp("2013-12-11 23:59:59"))
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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for _ in range(13):
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simulator.step(1.0)
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state = simulator.get_state()
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assert len(state.history_exec) == 390
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assert (state.history_exec["deal_amount"] == 13 / 390).all()
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assert state.history_steps["position"].iloc[0] == 12 and state.history_steps["position"].iloc[-1] == 0
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assert (state.metrics["ffr"] - 1) < 1e-3
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assert abs(state.metrics["market_price"] - state.backtest_data.get_deal_price().mean()) < 1e-4
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assert np.isclose(state.metrics["market_volume"], state.backtest_data.get_volume().sum())
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assert state.position == 0.0
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assert abs(state.metrics["trade_price"] - state.metrics["market_price"]) < 1e-4
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assert abs(state.metrics["pa"]) < 1e-2
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assert simulator.done()
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def test_simulator_stop_early():
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order = Order("AAL", 1.0, 1, pd.Timestamp("2013-12-11 00:00:00"), pd.Timestamp("2013-12-11 23:59:59"))
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with pytest.raises(ValueError):
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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simulator.step(2.0)
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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simulator.step(1.0)
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with pytest.raises(AssertionError):
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simulator.step(1.0)
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def test_simulator_start_middle():
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order = Order("AAL", 15.0, 1, pd.Timestamp("2013-12-11 10:15:00"), pd.Timestamp("2013-12-11 15:44:59"))
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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assert len(simulator.ticks_for_order) == 330
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assert simulator.cur_time == pd.Timestamp("2013-12-11 10:15:00")
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simulator.step(2.0)
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assert simulator.cur_time == pd.Timestamp("2013-12-11 10:30:00")
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for _ in range(10):
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simulator.step(1.0)
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simulator.step(2.0)
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assert len(simulator.history_exec) == 330
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assert simulator.done()
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assert abs(simulator.history_exec["amount"].iloc[-1] - (1 + 2 / 15)) < 1e-4
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assert abs(simulator.metrics["ffr"] - 1) < 1e-4
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def test_interpreter():
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order = Order("AAL", 15.0, 1, pd.Timestamp("2013-12-11 10:15:00"), pd.Timestamp("2013-12-11 15:44:59"))
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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assert len(simulator.ticks_for_order) == 330
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assert simulator.cur_time == pd.Timestamp("2013-12-11 10:15:00")
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# emulate a env status
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class EmulateEnvWrapper(NamedTuple):
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status: EnvWrapperStatus
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interpreter = FullHistoryStateInterpreter(FEATURE_DATA_DIR, 13, 390, 5)
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interpreter_step = CurrentStepStateInterpreter(13)
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interpreter_action = CategoricalActionInterpreter(20)
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interpreter_action_twap = TwapRelativeActionInterpreter()
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wrapper_status_kwargs = dict(initial_state=order, obs_history=[], action_history=[], reward_history=[])
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# first step
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interpreter.env = EmulateEnvWrapper(status=EnvWrapperStatus(cur_step=0, done=False, **wrapper_status_kwargs))
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obs = interpreter(simulator.get_state())
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assert obs["cur_tick"] == 45
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assert obs["cur_step"] == 0
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assert obs["position"] == 15.0
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assert obs["position_history"][0] == 15.0
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assert all(np.sum(obs["data_processed"][i]) != 0 for i in range(45))
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assert np.sum(obs["data_processed"][45:]) == 0
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assert obs["data_processed_prev"].shape == (390, 5)
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# first step: second interpreter
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interpreter_step.env = EmulateEnvWrapper(status=EnvWrapperStatus(cur_step=0, done=False, **wrapper_status_kwargs))
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obs = interpreter_step(simulator.get_state())
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assert obs["acquiring"] == 1
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assert obs["position"] == 15.0
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# second step
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simulator.step(5.0)
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interpreter.env = EmulateEnvWrapper(status=EnvWrapperStatus(cur_step=1, done=False, **wrapper_status_kwargs))
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obs = interpreter(simulator.get_state())
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assert obs["cur_tick"] == 60
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assert obs["cur_step"] == 1
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assert obs["position"] == 10.0
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assert obs["position_history"][:2].tolist() == [15.0, 10.0]
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assert all(np.sum(obs["data_processed"][i]) != 0 for i in range(60))
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assert np.sum(obs["data_processed"][60:]) == 0
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# second step: action
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action = interpreter_action(simulator.get_state(), 1)
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assert action == 15 / 20
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interpreter_action_twap.env = EmulateEnvWrapper(
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status=EnvWrapperStatus(cur_step=1, done=False, **wrapper_status_kwargs)
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)
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action = interpreter_action_twap(simulator.get_state(), 1.5)
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assert action == 1.5
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# fast-forward
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for _ in range(10):
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simulator.step(0.0)
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# last step
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simulator.step(5.0)
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interpreter.env = EmulateEnvWrapper(
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status=EnvWrapperStatus(cur_step=12, done=simulator.done(), **wrapper_status_kwargs)
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)
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assert interpreter.env.status["done"]
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obs = interpreter(simulator.get_state())
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assert obs["cur_tick"] == 375
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assert obs["cur_step"] == 12
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assert obs["position"] == 0.0
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assert obs["position_history"][1:11].tolist() == [10.0] * 10
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assert all(np.sum(obs["data_processed"][i]) != 0 for i in range(375))
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assert np.sum(obs["data_processed"][375:]) == 0
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def test_network_sanity():
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# we won't check the correctness of networks here
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order = Order("AAL", 15.0, 1, pd.Timestamp("2013-12-11 9:30:00"), pd.Timestamp("2013-12-11 15:59:59"))
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simulator = SingleAssetOrderExecution(order, BACKTEST_DATA_DIR)
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assert len(simulator.ticks_for_order) == 390
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class EmulateEnvWrapper(NamedTuple):
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status: EnvWrapperStatus
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interpreter = FullHistoryStateInterpreter(FEATURE_DATA_DIR, 13, 390, 5)
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action_interp = CategoricalActionInterpreter(13)
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wrapper_status_kwargs = dict(initial_state=order, obs_history=[], action_history=[], reward_history=[])
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network = Recurrent(interpreter.observation_space)
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policy = PPO(network, interpreter.observation_space, action_interp.action_space, 1e-3)
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for i in range(14):
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interpreter.env = EmulateEnvWrapper(status=EnvWrapperStatus(cur_step=i, done=False, **wrapper_status_kwargs))
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obs = interpreter(simulator.get_state())
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batch = Batch(obs=[obs])
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output = policy(batch)
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assert 0 <= output["act"].item() <= 13
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if i < 13:
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simulator.step(1.0)
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else:
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assert obs["cur_tick"] == 389
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assert obs["cur_step"] == 12
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assert obs["position_history"][-1] == 3
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@pytest.mark.parametrize("finite_env_type", ["dummy", "subproc", "shmem"])
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def test_twap_strategy(finite_env_type):
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set_log_with_config(C.logging_config)
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orders = pickle_styled.load_orders(ORDER_DIR)
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assert len(orders) == 248
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state_interp = FullHistoryStateInterpreter(FEATURE_DATA_DIR, 13, 390, 5)
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action_interp = TwapRelativeActionInterpreter()
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policy = AllOne(state_interp.observation_space, action_interp.action_space)
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csv_writer = CsvWriter(Path(__file__).parent / ".output")
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backtest(
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partial(SingleAssetOrderExecution, data_dir=BACKTEST_DATA_DIR, ticks_per_step=30),
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state_interp,
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action_interp,
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orders,
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policy,
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[ConsoleWriter(total_episodes=len(orders)), csv_writer],
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concurrency=4,
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finite_env_type=finite_env_type,
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)
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metrics = pd.read_csv(Path(__file__).parent / ".output" / "result.csv")
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assert len(metrics) == 248
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assert np.isclose(metrics["ffr"].mean(), 1.0)
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assert np.isclose(metrics["pa"].mean(), 0.0)
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assert np.allclose(metrics["pa"], 0.0, atol=2e-3)
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def test_cn_ppo_strategy():
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set_log_with_config(C.logging_config)
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# The data starts with 9:31 and ends with 15:00
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orders = pickle_styled.load_orders(CN_ORDER_DIR, start_time=pd.Timestamp("9:31"), end_time=pd.Timestamp("14:58"))
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assert len(orders) == 40
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state_interp = FullHistoryStateInterpreter(CN_FEATURE_DATA_DIR, 8, 240, 6)
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action_interp = CategoricalActionInterpreter(4)
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network = Recurrent(state_interp.observation_space)
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policy = PPO(network, state_interp.observation_space, action_interp.action_space, 1e-4)
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policy.load_state_dict(torch.load(CN_POLICY_WEIGHTS_DIR / "ppo_recurrent_30min.pth", map_location="cpu"))
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csv_writer = CsvWriter(Path(__file__).parent / ".output")
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backtest(
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partial(SingleAssetOrderExecution, data_dir=CN_BACKTEST_DATA_DIR, ticks_per_step=30),
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state_interp,
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action_interp,
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orders,
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policy,
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[ConsoleWriter(total_episodes=len(orders)), csv_writer],
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concurrency=4,
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)
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metrics = pd.read_csv(Path(__file__).parent / ".output" / "result.csv")
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assert len(metrics) == len(orders)
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assert np.isclose(metrics["ffr"].mean(), 1.0)
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assert np.isclose(metrics["pa"].mean(), -16.21578303474833)
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assert np.isclose(metrics["market_price"].mean(), 58.68277690875527)
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assert np.isclose(metrics["trade_price"].mean(), 58.76063985000002)
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