Functions

class FunctionNamespace

Namespace for functions. Functions are computations using objects created from the types namespace.

Boulder Opal also provides toolkits to simplify the workflow for common computation tasks. Some toolkits host functions that you can access from their namespaces of the Qctrl object. See the reference for details.

Methods

`calculate_closed_loop_optimization_step`	Perform a single step computation for closed-loop optimization.
`calculate_coherent_simulation`	Perform the evolution of a closed quantum system.
`calculate_colored_noise_simulation`	Perform the evolution of a closed quantum system with noisy controls.
`calculate_fake_device_measurements`	Calculates qubit measurement results for a simulated black-box device.
`calculate_filter_function`	Calculate a heuristic for robustness of the controls against noise.
`calculate_gradient_free_optimization`	Perform gradient-free optimization of generic real-valued functions.
`calculate_graph`	Evaluate a graph corresponding to a set of generic functions.
`calculate_ion_chain_properties`	Calculate the properties necessary for the simulation of an ion chain.
`calculate_noise_reconstruction`	Estimate the power spectral density (PSD) of noise processes affecting a quantum system.
`calculate_optimization`	Perform gradient-based deterministic optimization of generic real-valued functions.
`calculate_quasi_static_scan`	Calculate the infidelity for a range of quasi-static noise values.
`calculate_reinforcement_learning_step`	Perform a single step of reinforcement learning.
`calculate_stochastic_optimization`	Perform gradient-based stochastic optimization of generic real-valued functions.