symbrim.rider.rider_lean.RiderLeanConnection¶
- class symbrim.rider.rider_lean.RiderLeanConnection(name: str)¶
Bases:
ConnectionBase
Mixin that adds rider lean support to the RearFrameBase.
Attributes
Auxiliary data handler of the model.
Descriptions of the symbols of the rider lean connection.
Lean axis expressed in the rear frame.
Point about which the rider leans defined w.r.t.
Load groups of the connection.
Name of the object.
Rear frame model.
required_models
Leaning rider model.
Submodels of the connection.
System object used to store the information of the model itself.
Methods
Create a new instance of the connection.
Add load groups to the connection.
Define the constraints on the connection.
Define the kinematics of the connection.
Define the loads on the connection.
Define the objects in the connection.
Get all declared symbols of a model.
Get description of a given object.
Get a parameters mapping of a model based on a bicycle parameters object.
Set the symmeplot plot objects.
- __init__(name: str) None ¶
Create a new instance of the connection.
- Parameters:
name (str) – Name of the connection.
- __weakref__¶
list of weak references to the object (if defined)
- add_load_groups(*load_groups: LoadGroupBase) None ¶
Add load groups to the connection.
- property auxiliary_handler: AuxiliaryDataHandler | None¶
Auxiliary data handler of the model.
- get_param_values(bicycle_parameters: Bicycle) dict[Symbol, float] ¶
Get a parameters mapping of a model based on a bicycle parameters object.
- property load_groups: tuple[LoadGroupBase]¶
Load groups of the connection.
- property rear_frame: RearFrameBase¶
Rear frame model.
- set_plot_objects(plot_object: MplPlotBase) None ¶
Set the symmeplot plot objects.
- property system: System | None¶
System object used to store the information of the model itself.
Notes
This system object is used to store the information of the model itself. It does not by definition contain any information about the submodels or connections. Therefore, one cannot use this system object to form the equations of motion. Instead, one should use the
to_system()
method to get the system object representing the entire model.