symbrim.rider.legs.RightLegBase

class symbrim.rider.legs.RightLegBase(name: str)

Bases: LegBase

Base class for the right leg of the rider.

Attributes

auxiliary_handler	Auxiliary data handler of the model.
connections	Submodels out of which this model exists.
convention
descriptions	Descriptions of the attributes of the object.
foot	Foot of the leg.
foot_interframe	Frame to be used as inteframe between the foot and the pedals.
foot_interpoint	Point where the foot is attached to the pedals.
hip	Hip of the leg.
hip_interframe	Frame to be used as inteframe between the hip and the pelvis.
hip_interpoint	Point where the hip is attached to the pelvis.
load_groups	Load groups of the connection.
name	Name of the object.
required_connections
required_models
submodels	Submodels out of which this model exists.
system	System object used to store the information of the model itself.

Methods

__init__	Create a new instance of the model.
add_load_groups	Add load groups to the connection.
define_all	Define all aspects of the model.
define_connections	Define the submodels used by connections in the model.
define_constraints	Define the constraints on the model.
define_kinematics	Establish the kinematics of the objects belonging to the model.
define_loads	Define the loads that are acting upon the model.
define_objects	Initialize the objects belonging to the model.
from_convention	Create a model from a convention.
get_all_symbols	Get all declared symbols of a model.
get_description	Get description of a given object.
get_param_values	Get a parameters mapping of a model based on a bicycle parameters object.
set_plot_objects	Set the symmeplot plot objects.
to_system	Export the model to a single system instance.

__init__(name: str) → None

Create a new instance of the model.

Parameters:

name (str) – Name of the model.

__repr__() → str

Return repr(self).

__str__() → str

Return str(self).

__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.

property connections: tuple[ConnectionBase]

Submodels out of which this model exists.

define_all() → None

Define all aspects of the model.

define_connections() → None

Define the submodels used by connections in the model.

define_constraints() → None

Define the constraints on the model.

define_kinematics() → None

Establish the kinematics of the objects belonging to the model.

define_loads() → None

Define the loads that are acting upon the model.

define_objects() → None

Initialize the objects belonging to the model.

property descriptions: dict[object, str]

Descriptions of the attributes of the object.

abstract property foot: RigidBody

Foot of the leg.

abstract property foot_interframe: ReferenceFrame

Frame to be used as inteframe between the foot and the pedals.

property foot_interpoint: Point

Point where the foot is attached to the pedals.

classmethod from_convention(convention: str, name: str, *args: object, **kwargs: dict[str, object]) → ModelBase

Create a model from a convention.

get_all_symbols() → set[Basic]

Get all declared symbols of a model.

get_description(obj: object) → str | None

Get description of a given object.

get_param_values(bicycle_parameters: Bicycle) → dict[Symbol, float]

Get a parameters mapping of a model based on a bicycle parameters object.

abstract property hip: RigidBody

Hip of the leg.

abstract property hip_interframe: ReferenceFrame

Frame to be used as inteframe between the hip and the pelvis.

property hip_interpoint: Point

Point where the hip is attached to the pelvis.

property load_groups: tuple[LoadGroupBase]

Load groups of the connection.

property name: str

Name of the object.

set_plot_objects(plot_object: PlotModel) → None

Set the symmeplot plot objects.

property submodels: tuple[ModelBase]

Submodels out of which this model exists.

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.

to_system() → System

Export the model to a single system instance.