Analyses

The analyses attribute of the Project class corresponds to the Analysis Milestone in the GUI. It contains the collection of analyses that can be performed on the motor design. All analyses are stored in a dictionary format, where the keys are the names of the analyses, and the values are instances of the MS_InputControl class.

Parameters

• collection: dict[str, MS_InputControl] A dictionary containing the analyses data.

Methods

Method	Description
validate()	Returns the validation status in dictionary format.

Attributes

Attribute	Description
collection	dict[str, MS_InputControl] A dictionary containing the analyses data.

Example Usage

1. Print the analyses collection of a project

import eMotorSolution as ems

# load an existing project
project = ems.load_project("path/to/your/project.json")

# Access the analyses collection
print(project.analyses.collection)

2. Add a new analysis to the collection

Warning

Although it is possible to add or remove analyses from the analyses attribute, it is not recommended to do so directly through the API yet. Instead, users should utilize the GUI to manage analyses to ensure data integrity and proper configuration.

In future versions of the API, more robust methods for managing analyses may be introduced.

import eMotorSolution as ems
from eMotorSolution.CheckPoints.Analysis.PMSM.Back_EMF.PMSM_Back_EMF import PMSM_Back_EMF

# load an existing project
project = ems.load_project("path/to/your/project.json")

# Create a new Back EMF analysis
back_emf = PMSM_Back_EMF()
back_emf.project_data = project # Link to the project (important to be added immediately after creation)
back_emf.name = "BackEMF2"
back_emf.init_network()
back_emf.init_time_functions()
back_emf.update() # Update the input control based on the project data (e.g., materials, stator winding, rotor speed, etc.)
back_emf.save_json()


project.analyses.collection[back_emf.name] = back_emf

project.save()