def start(experiment_description, agent, environment, results_descriptor):
"""Kick off the execution of an experiment."""
initialize_results(results_descriptor)
interval_results = islice(interval_results_generator(agent, environment, experiment_description), experiment_description.num_steps)
results_interval_chunks = chunked(interval_results, results_descriptor.interval)
for chunk in results_interval_chunks:
results = [interval_data.results for interval_data in chunk]
write_results(merge_results(results), results_descriptor)
def start(experiment_description, agent, environment, results_descriptor):
"""Kick off the execution of an experiment."""
initialize_results(results_descriptor)
interval_results = islice(
interval_results_generator(agent, environment, experiment_description),
experiment_description.num_steps)
results_interval_chunks = chunked(interval_results,
results_descriptor.interval)
for chunk in results_interval_chunks:
results = [interval_data.results for interval_data in chunk]
write_results(merge_results(results), results_descriptor)
def test_results_writer():
"""Does the results writer output what it should?"""
results = m(episode=v(0, 1, 2), step_count=v(12, 22, 11))
output_path = os.path.join(os.getcwd(), 'results.txt')
results_descriptor = ResultsDescriptor(2, output_path, ['episode', 'step_count'])
initialize_results(results_descriptor)
write_results(results, results_descriptor)
results_check = read_results(output_path)
assert numpy.array_equal(results_check, numpy.array([[0., 12.], [1., 22.], [2., 11.]]))
new_results = m(episode=v(3), step_count=v(12.33))
write_results(new_results, results_descriptor)
new_results_check = read_results(output_path)
assert numpy.array_equal(new_results_check, numpy.array([[0., 12.], [1., 22.], [2., 11.], [3., 12.33]]))
def test_results_writer():
"""Does the results writer output what it should?"""
results = m(episode=v(0, 1, 2), step_count=v(12, 22, 11))
output_path = os.path.join(os.getcwd(), 'results.txt')
results_descriptor = ResultsDescriptor(2, output_path,
['episode', 'step_count'])
initialize_results(results_descriptor)
write_results(results, results_descriptor)
results_check = read_results(output_path)
assert numpy.array_equal(results_check,
numpy.array([[0., 12.], [1., 22.], [2., 11.]]))
new_results = m(episode=v(3), step_count=v(12.33))
write_results(new_results, results_descriptor)
new_results_check = read_results(output_path)
assert numpy.array_equal(
new_results_check,
numpy.array([[0., 12.], [1., 22.], [2., 11.], [3., 12.33]]))
