ard.api.interface#
Functions
|
Set up an OpenMDAO model for Ard based on the provided input dictionary or YAML file. |
|
Recursively sets up an OpenMDAO system based on the input dictionary. |
- ard.api.interface.set_up_ard_model(input_dict, root_data_path=None)[source]#
Set up an OpenMDAO model for Ard based on the provided input dictionary or YAML file.
This function initializes and configures an OpenMDAO problem using a system specification, modeling options, and analysis options. It supports default system configurations (e.g., "onshore", "offshore_floating") and allows for recursive setup of subsystems and connections.
- Parameters:
input_dict (Union[str, dict]) --
A dictionary or a path to a YAML file containing the configuration for the Ard model. The dictionary or YAML file must include:
- "system"str or dict
The name of the default system to use (e.g., "onshore") or a custom system specification.
- "modeling_options"dict
A dictionary defining the modeling options for the system (e.g., turbine specs, farm layout).
- "analysis_options"dict
A dictionary defining the analysis options, including driver settings, design variables, constraints, objectives, and recorder configuration.
root_data_path (str, optional) -- The root path for resolving relative paths in the system configuration. Defaults to None.
- Returns:
An OpenMDAO problem instance with the defined system hierarchy, modeling options, and analysis options.
- Return type:
om.Problem
- Raises:
ValueError -- If an invalid default system is specified or if required keys are missing in the input dictionary.
Notes
The function uses set_up_system_recursive to recursively build the system hierarchy.
Latent variables for LandBOSSE, ORBIT, and FinanceSE are automatically set up if their respective components are present in the model.
- ard.api.interface.set_up_system_recursive(input_dict, system_name='top_level', work_dir='ard_prob_out', parent_group=None, modeling_options=None, analysis_options=None, _depth=0)[source]#
Recursively sets up an OpenMDAO system based on the input dictionary.
- Parameters:
input_dict (dict) -- Dictionary defining the system hierarchy.
parent_group (om.Group, optional) -- The parent group to which subsystems are added. Defaults to None, which initializes the top-level problem.
system_name (str)
work_dir (str)
modeling_options (dict)
analysis_options (dict)
_depth (int)
- Returns:
The OpenMDAO problem with the defined system hierarchy.
- Return type:
om.Problem