Todo

Improve autoapi module

circadapt.components.wall

Wall objects.

Module Contents

Classes

Wall2022	Wall2022 object.
PreAfterloadExperiment	PreAfterloadExperiment object.

Functions

rebuild_patch2022(model)

Rebuilts patches of the model, e.g. for when n_patch changed.

Objects

circadapt.components.wall.rebuild_patch2022(model)

Rebuilts patches of the model, e.g. for when n_patch changed.

class circadapt.components.wall.Wall2022(model, objects=None)

Bases: circadapt.components.Component

Wall2022 object.

parameters = ['AmDead', 'nPatch']

parameter_on_set

signals = ['A', 'Am', 'Am0', 'Cm', 'DADT', 'p_trans', 'T', 'Vm', 'VWall', 'Z']

build()

add_object(o)

class circadapt.components.wall.PreAfterloadExperiment(model, objects=None)

Bases: circadapt.components.Component

PreAfterloadExperiment object.

Parameters

AmDead: float

Non-conctractile wall area.

AmRefAfterload: float

Wall area at \(T_{m} = Tafterload\).

nPatch: int

Number of patches. On change, the last patch is splitted or last patches are removed.

nIter: int

Number of iterations to calculate mechanical stability.

AmRefAfterload: float

Maximum wall tension. When tension is reached, wall area shortens.

Signals

Signals are arrays. Each point in the array represents a point in time with step-size controlled by the solver.

Am: array

Wall area

Am0: array

Linearized stress-free wall area

Cm: array

Wall curvature

DADT: array

Stress-tension derivative

T: array

Tension

p_trans: array

Transmural pressure

parameters = ['AmDead', 'AmRefAfterload', 'nPatch', 'nIter', 'Tafterload']

parameter_on_set

signals = ['A', 'Am', 'Am0', 'Cm', 'DADT', 'p_trans', 'T', 'Vm', 'VWall', 'Z']

build()

add_object(o)