# Copyright (c) Meta Platforms, Inc. and affiliates.
#
# This source code is licensed under the MIT license found in the
# LICENSE file in the root directory of this source tree.
# pyre-strict
from __future__ import annotations
from dataclasses import dataclass
from math import inf
from typing import Dict, List, Optional, Tuple
from ax.core.base_trial import TrialStatus
from ax.core.experiment import Experiment
from ax.core.map_metric import MapMetric
from ax.core.parameter import (
ChoiceParameter,
FixedParameter,
ParameterType,
RangeParameter,
)
from ax.core.search_space import HierarchicalSearchSpace, SearchSpace
from ax.core.utils import get_model_times
from ax.telemetry.common import INITIALIZATION_MODELS, OTHER_MODELS
INITIALIZATION_MODEL_STRS: List[str] = [enum.value for enum in INITIALIZATION_MODELS]
OTHER_MODEL_STRS: List[str] = [enum.value for enum in OTHER_MODELS] + [None]
[docs]@dataclass(frozen=True)
class ExperimentCreatedRecord:
"""
Record of the Experiment creation event. This can be used for telemetry in settings
where many Experiments are being created either manually or programatically. In
order to facilitate easy serialization only include simple types: numbers, strings,
bools, and None.
"""
experiment_name: Optional[str]
experiment_type: Optional[str]
# SearchSpace info
num_continuous_range_parameters: int
# Note: ordered ChoiceParameters and int RangeParameters should both utilize the
# following fields
num_int_range_parameters_small: int # 2 - 3 elements
num_int_range_parameters_medium: int # 4 - 7 elements
num_int_range_parameters_large: int # 8 or more elements
# Any RangeParameter can specify log space sampling
num_log_scale_range_parameters: int
num_unordered_choice_parameters_small: int # 2 - 3 elements
num_unordered_choice_parameters_medium: int # 4 - 7 elements
num_unordered_choice_parameters_large: int # 8 or more elements
num_fixed_parameters: int
dimensionality: int
hierarchical_tree_height: int # Height of tree for HSS, 1 for base SearchSpace
num_parameter_constraints: int
# OptimizationConfig info
num_objectives: int
num_tracking_metrics: int
num_outcome_constraints: int # Includes ObjectiveThresholds in MOO
# General Metrics info
num_map_metrics: int
metric_cls_to_quantity: Dict[str, int]
# Runner info
runner_cls: str
[docs] @classmethod
def from_experiment(cls, experiment: Experiment) -> ExperimentCreatedRecord:
(
num_continuous_range_parameters,
num_int_range_parameters_small,
num_int_range_parameters_medium,
num_int_range_parameters_large,
num_log_scale_range_parameters,
num_unordered_choice_parameters_small,
num_unordered_choice_parameters_medium,
num_unordered_choice_parameters_large,
num_fixed_parameters,
) = cls._get_param_counts_from_search_space(
search_space=experiment.search_space
)
return cls(
experiment_name=experiment._name,
experiment_type=experiment._experiment_type,
num_continuous_range_parameters=num_continuous_range_parameters,
num_int_range_parameters_small=num_int_range_parameters_small,
num_int_range_parameters_medium=num_int_range_parameters_medium,
num_int_range_parameters_large=num_int_range_parameters_large,
num_log_scale_range_parameters=num_log_scale_range_parameters,
num_unordered_choice_parameters_small=num_unordered_choice_parameters_small,
num_unordered_choice_parameters_medium=(
num_unordered_choice_parameters_medium
),
num_unordered_choice_parameters_large=num_unordered_choice_parameters_large,
num_fixed_parameters=num_fixed_parameters,
dimensionality=sum(
1 for param in experiment.parameters.values() if param.cardinality() > 1
),
hierarchical_tree_height=(
experiment.search_space.height
if isinstance(experiment.search_space, HierarchicalSearchSpace)
else 1
),
num_parameter_constraints=len(
experiment.search_space.parameter_constraints
),
num_objectives=(
len(experiment.optimization_config.objective.metrics)
if experiment.optimization_config is not None
else 0
),
num_tracking_metrics=len(experiment.tracking_metrics),
num_outcome_constraints=(
len(experiment.optimization_config.outcome_constraints)
if experiment.optimization_config is not None
else 0
),
num_map_metrics=sum(
1
for metric in experiment.metrics.values()
if isinstance(metric, MapMetric)
),
metric_cls_to_quantity={
cls_name: sum(
1
for metric in experiment.metrics.values()
if metric.__class__.__name__ == cls_name
)
for cls_name in {
metric.__class__.__name__ for metric in experiment.metrics.values()
}
},
runner_cls=experiment.runner.__class__.__name__,
)
@staticmethod
def _get_param_counts_from_search_space(
search_space: SearchSpace,
) -> Tuple[int, int, int, int, int, int, int, int, int]:
"""
Return counts of different types of parameters.
returns:
num_continuous_range_parameters
num_int_range_parameters_small
num_int_range_parameters_medium
num_int_range_parameters_large
num_log_scale_range_parameters
num_unordered_choice_parameters_small
num_unordered_choice_parameters_medium
num_unordered_choice_parameters_large
num_fixed_parameters
"""
num_continuous_range_parameters = sum(
1
for param in search_space.parameters.values()
if isinstance(param, RangeParameter)
and param.parameter_type == ParameterType.FLOAT
)
num_int_range_parameters_small = sum(
1
for param in search_space.parameters.values()
if (
isinstance(param, RangeParameter)
or (isinstance(param, ChoiceParameter) and param.is_ordered)
)
and (1.0 < param.cardinality() <= 3.0)
)
num_int_range_parameters_medium = sum(
1
for param in search_space.parameters.values()
if (
isinstance(param, RangeParameter)
or (isinstance(param, ChoiceParameter) and param.is_ordered)
)
and (3.0 < param.cardinality() <= 7.0)
)
num_int_range_parameters_large = sum(
1
for param in search_space.parameters.values()
if (
isinstance(param, RangeParameter)
or (isinstance(param, ChoiceParameter) and param.is_ordered)
)
and (7.0 < param.cardinality() < inf)
)
num_log_scale_range_parameters = sum(
1
for param in search_space.parameters.values()
if isinstance(param, RangeParameter) and param.log_scale
)
num_unordered_choice_parameters_small = sum(
1
for param in search_space.parameters.values()
if (isinstance(param, ChoiceParameter) and not param.is_ordered)
and (1 < param.cardinality() <= 3)
)
num_unordered_choice_parameters_medium = sum(
1
for param in search_space.parameters.values()
if (isinstance(param, ChoiceParameter) and not param.is_ordered)
and (3 < param.cardinality() <= 7)
)
num_unordered_choice_parameters_large = sum(
1
for param in search_space.parameters.values()
if (isinstance(param, ChoiceParameter) and not param.is_ordered)
and param.cardinality() > 7
)
num_fixed_parameters = sum(
1
for param in search_space.parameters.values()
if isinstance(param, FixedParameter)
)
return (
num_continuous_range_parameters,
num_int_range_parameters_small,
num_int_range_parameters_medium,
num_int_range_parameters_large,
num_log_scale_range_parameters,
num_unordered_choice_parameters_small,
num_unordered_choice_parameters_medium,
num_unordered_choice_parameters_large,
num_fixed_parameters,
)
[docs]@dataclass(frozen=True)
class ExperimentCompletedRecord:
"""
Record of the Experiment completion event. This can be used for telemetry in
settings where many Experiments are being created either manually or
programatically. In order to facilitate easy serialization only include simple
types: numbers, strings, bools, and None.
"""
num_initialization_trials: int
num_bayesopt_trials: int
num_other_trials: int
num_completed_trials: int
num_failed_trials: int
num_abandoned_trials: int
num_early_stopped_trials: int
total_fit_time: int
total_gen_time: int
[docs] @classmethod
def from_experiment(cls, experiment: Experiment) -> ExperimentCompletedRecord:
trial_count_by_status = {
status: len(trials)
for status, trials in experiment.trials_by_status.items()
}
model_keys = [
[gr._model_key for gr in trial.generator_runs]
for trial in experiment.trials.values()
]
fit_time, gen_time = get_model_times(experiment=experiment)
return cls(
num_initialization_trials=sum(
1
for model_key_list in model_keys
if all(
model_key in INITIALIZATION_MODEL_STRS
for model_key in model_key_list
)
),
num_bayesopt_trials=sum(
1
for model_key_list in model_keys
if any(
model_key not in INITIALIZATION_MODEL_STRS
and model_key not in OTHER_MODEL_STRS
for model_key in model_key_list
)
),
num_other_trials=sum(
1
for model_key_list in model_keys
if all(model_key in OTHER_MODEL_STRS for model_key in model_key_list)
),
num_completed_trials=trial_count_by_status[TrialStatus.COMPLETED],
num_failed_trials=trial_count_by_status[TrialStatus.FAILED],
num_abandoned_trials=trial_count_by_status[TrialStatus.ABANDONED],
num_early_stopped_trials=trial_count_by_status[TrialStatus.EARLY_STOPPED],
total_fit_time=int(fit_time),
total_gen_time=int(gen_time),
)
