# Reference page for AFmodel

## Contents

- Summary
- only types given?
- AFmodel/this.compute_torque(
*arguments*) is a function. - AFmodel/this.evaluate_reluctivity(
*arguments*) is an undocumented builtin AFmodel method. - AFmodel/this.get_AGmatrix(
*arguments*) is a function. - AFmodel/this.get_rotated_nodes(
*arguments*) is a function. - AFmodel/this.init_band(
*arguments*) is a function. - AFmodel/this.rotel(
*arguments*) is a function. - AFmodel/this.visualize(
*arguments*) is a function.

## Summary

only types given? Documentation for AFmodel doc AFmodel

# PROPERTIES

- AFmodel/airgap is a property.

- AFmodel/circuits is a property.

- AFmodel/periodicityCoeff is a property.

- AFmodel/rotor is a property.

- AFmodel/stator is a property.

- AFmodel/symmetrySectors is a property.

# METHODS

Class methods are listed below. Inherited methods are not included.

## only types given?

## AFmodel/this.compute_torque(*arguments*) is a function.

[T, T1, T2] = **compute_torque**(*this*, solution)

## AFmodel/this.evaluate_reluctivity(*arguments*) is an undocumented builtin AFmodel method.

## AFmodel/this.get_AGmatrix(*arguments*) is a function.

S = **get_AGmatrix**(*this*, rotorAngle, varargin)

## AFmodel/this.get_rotated_nodes(*arguments*) is a function.

p = **get_rotated_nodes**(*this*, rotorAngle)

## AFmodel/this.init_band(*arguments*) is a function.

*this* = **init_band**(*this*, varargin)

## AFmodel/this.rotel(*arguments*) is a function.

el = **rotel**(*this*)

## AFmodel/this.visualize(*arguments*) is a function.

**visualize**(*this*, varargin)