ax.metrics

Branin

class ax.metrics.branin.AugmentedBraninMetric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.noisy_function.NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

class ax.metrics.branin.BraninMetric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.noisy_function.NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

class ax.metrics.branin.NegativeBraninMetric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.branin.BraninMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

Factorial

class ax.metrics.factorial.FactorialMetric(name, coefficients, batch_size=10000, noise_var=0.0)[source]

Bases: ax.core.metric.Metric

Metric for testing factorial designs assuming a main effects only logit model.

clone()[source]

Create a copy of this Metric.

Return type

FactorialMetric

fetch_trial_data(trial, **kwargs)[source]

Fetch data for one trial.

Return type

Data

ax.metrics.factorial.evaluation_function(parameterization, coefficients, weight=1.0, batch_size=10000, noise_var=0.0)[source]
Return type

Tuple[float, float]

Hartmann6

class ax.metrics.hartmann6.AugmentedHartmann6Metric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.noisy_function.NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

class ax.metrics.hartmann6.Hartmann6Metric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.noisy_function.NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

L2 Norm

class ax.metrics.l2norm.L2NormMetric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.metrics.noisy_function.NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

Noisy Functions

class ax.metrics.noisy_function.NoisyFunctionMetric(name, param_names, noise_sd=0.0, lower_is_better=None)[source]

Bases: ax.core.metric.Metric

A metric defined by a generic deterministic function, with normal noise with mean 0 and mean_sd scale added to the result.

clone()[source]

Create a copy of this Metric.

Return type

NoisyFunctionMetric

f(x)[source]

The deterministic function that produces the metric outcomes.

Return type

float

fetch_trial_data(trial, noisy=True, **kwargs)[source]

Fetch data for one trial.

Return type

Data