Reference page for RFmodel2
Contents
- Summary
- this = RFmodel2(arguments) /this = RFmodel2(arguments) is a constructor.
- this.add_component(arguments) Add component to RFmodel2
- RFmodel2/this.add_gap(arguments) is a function.
- RFmodel2/this.compute_torque(arguments) is a function.
- finalizing mesh part
- RFmodel2/this.get_AGmatrix(arguments) is a function.
- RFmodel2/this.global_element_indices(arguments) is a function.
- RFmodel2/this.global_node_indices(arguments) is a function.
- RFmodel2/this.mass(arguments) is a function.
- RFmodel2/this.plot_flux(arguments) is a function.
- RFmodel2/this.rotel(arguments) is a function.
- RFmodel2/this.set_outer_boundary(arguments) is a function.
- VISUALIZE Visualize geometry.
Summary
RFmodel2 methods: RFmodel2 - is a class. add_component - Add component to RFmodel2 finalize - finalizing mesh part get_AGmatrix - RFmodel2/get_AGmatrix is a function. mass - RFmodel2/mass is a function. visualize - Visualize geometry. Documentation for RFmodel2 doc RFmodel2
PROPERTIES
- RFmodel2/Ne_component is a property.
- RFmodel2/Np_component is a property.
- RFmodel2/airgap is a property.
- RFmodel2/circuits is a property.
- RFmodel2/components is a property.
- RFmodel2/periodicityCoeff is a property.
- RFmodel2/ri_component is a property.
- RFmodel2/rotor is a property.
- RFmodel2/stator is a property.
- RFmodel2/symmetrySectors is a property.
METHODS
Class methods are listed below. Inherited methods are not included.
this = RFmodel2(arguments) /this = RFmodel2(arguments) is a constructor.
this = RFmodel2(dim)
this.add_component(arguments) Add component to RFmodel2
RFmodel2/this.add_gap(arguments) is a function.
add_gap(this, static_part, moving_part)
RFmodel2/this.compute_torque(arguments) is a function.
T = compute_torque(this, solution)
finalizing mesh part
RFmodel2/this.get_AGmatrix(arguments) is a function.
S = get_AGmatrix(this, rotorAngle, varargin)
RFmodel2/this.global_element_indices(arguments) is a function.
is = global_element_indices(this, is, component)
RFmodel2/this.global_node_indices(arguments) is a function.
ns = global_node_indices(this, ns, component)
RFmodel2/this.mass(arguments) is a function.
[m, m_domain, m_mat] = mass(this)
RFmodel2/this.plot_flux(arguments) is a function.
plot_flux(~, solution, step)
RFmodel2/this.rotel(arguments) is a function.
els = rotel(this)
RFmodel2/this.set_outer_boundary(arguments) is a function.
set_outer_boundary(this, varargin)