Heart and pulmonary circulation model. More...

#include <ClosedLoopHeartPulmonary.h>

Inheritance diagram for ClosedLoopHeartPulmonary:

Public Types
enum	ParamId { TSA = 0 , TPWAVE = 1 , ERV_S = 2 , ELV_S = 3 , IML = 4 , IMR = 5 , LRA_V = 6 , RRA_V = 7 , LRV_A = 8 , RRV_A = 9 , LLA_V = 10 , RLA_V = 11 , LLV_A = 12 , RLV_AO = 13 , VRV_U = 14 , VLV_U = 15 , RPD = 16 , CP = 17 , CPA = 18 , KXP_RA = 19 , KXV_RA = 20 , KXP_LA = 21 , KXV_LA = 22 , EMAX_RA = 23 , EMAX_LA = 24 , VASO_RA = 25 , VASO_LA = 26 }
	Local IDs of the parameters. More...

Public Member Functions
	ClosedLoopHeartPulmonary (int id, Model *model)
	Construct a new ClosedLoopHeartPulmonary object.

void	setup_dofs (DOFHandler &dofhandler)
	Set up the degrees of freedom (DOF) of the block.

void	update_constant (SparseSystem &system, std::vector< double > &parameters)
	Update the constant contributions of the element in a sparse system.

void	update_time (SparseSystem &system, std::vector< double > &parameters)
	Update the time-dependent contributions of the element in a sparse system.

void	update_solution (SparseSystem &system, std::vector< double > &parameters, const Eigen::Matrix< double, Eigen::Dynamic, 1 > &y, const Eigen::Matrix< double, Eigen::Dynamic, 1 > &dy)
	Update the solution-dependent contributions of the element in a sparse system.

void	post_solve (Eigen::Matrix< double, Eigen::Dynamic, 1 > &y)
	Modify the solution after solving it.

Public Member Functions inherited from Block
	Block (int id, Model *model, BlockType block_type, BlockClass block_class, std::vector< std::pair< std::string, InputParameter > > input_params)
	Construct a new Block object.

	~Block ()
	Destroy the Block object.

	Block (const Block &)=delete
	Copy the Block object.

std::string	get_name ()
	Get the name of the block.

void	update_vessel_type (VesselType type)
	Update vessel type of the block.

void	setup_params_ (const std::vector< int > &param_ids)
	Setup parameter IDs for the block.

void	setup_dofs_ (DOFHandler &dofhandler, int num_equations, const std::list< std::string > &internal_var_names)
	Set up the degrees of freedom (DOF) of the block.

virtual void	setup_model_dependent_params ()
	Setup parameters that depend on the model.

virtual void	setup_initial_state_dependent_params (State initial_state, std::vector< double > &parameters)
	Setup parameters that depend on the initial state.

virtual void	update_gradient (Eigen::SparseMatrix< double > &jacobian, Eigen::Matrix< double, Eigen::Dynamic, 1 > &residual, Eigen::Matrix< double, Eigen::Dynamic, 1 > &alpha, std::vector< double > &y, std::vector< double > &dy)
	Set the gradient of the block contributions with respect to the parameters.

virtual TripletsContributions	get_num_triplets ()
	Get number of triplets of element.

Public Attributes
TripletsContributions	num_triplets {33, 10, 2}
	Number of triplets of element.

Public Attributes inherited from Block
const int	id
	Global ID of the block.

const Model *	model
	The model to which the block belongs.

const BlockType	block_type
	Type of this block.

const BlockClass	block_class
	Class of this block.

VesselType	vessel_type = VesselType::neither
	Vessel type of this block.

const std::vector< std::pair< std::string, InputParameter > >	input_params
	Map from name to input parameter.

std::vector< Node * >	inlet_nodes
	Inlet nodes.

std::vector< Node * >	outlet_nodes
	Outlet nodes.

bool	steady = false
	Toggle steady behavior.

bool	input_params_list = false
	Are input parameters given as a list?

std::vector< int >	global_param_ids
	Global IDs for the block parameters.

std::vector< int >	global_var_ids
	Global variable indices of the local element contributions.

std::vector< int >	global_eqn_ids
	Global equation indices of the local element contributions.

TripletsContributions	num_triplets
	Number of triplets of element.

Detailed Description

Heart and pulmonary circulation model.

Models the mechanics of the 4 heart chambers and pulmonary circulation

References: [7] and [4]

TODO: Equations and circuit diagram

Parameters

Parameter sequence for constructing this block

0 Atrial systole time fraction
1 Time for P-wave
2 Scaling for right ventricle elastance
3 Scaling for left ventricle elastance
4 Scaling for intramyocardial pressure (left coronaries)
5 Scaling for intramyocardial pressure (right coronaries)
6 Right atrium inductance
7 Right atrium outflow resistance
8 Right ventricle inductance
9 Right ventricle outflow resistance
10 Left atrium inductance
11 Left atrium outflow resistance
12 Left ventricle inductance
13 Left ventricle outflow resistance
14 Right ventricle unstressed volume
15 Left ventricle unstressed volume
16 Pulmonary resistance
17 Pulmonary capacitance
18 Aortic capacitance
19 Right atrium pressure scaling
20 Right atrium volume scaling
21 Left atrium pressure scaling
22 Left atrium volume scaling
23 Right atrium elastance
24 Left atrium elastance
25 Right atrium resting volume
26 Left atrium resting volume

Internal variables

Names of internal variables in this block's output:

V_RA: Right atrium volume
Q_RA: Right atrium outflow
P_RV: Right ventricle pressure
V_RV: Right ventricle volume
Q_RV: Right ventricle outflow
P_pul: Pulmonary pressure
P_LA: Left atrium pressure
V_LA: Left atrium volume
Q_LA: Left atrium outflow
P_LV: Left ventricle pressure
V_LV: Left ventricle volume
Q_LV: Left ventricle outflow

Member Enumeration Documentation

◆ ParamId

enum ClosedLoopHeartPulmonary::ParamId

Local IDs of the parameters.

Enumerator
TSA	Fractions of cardiac cycle (not sure)
TPWAVE	Fraction of cardiac cycle (P-wave)
ERV_S	Scaling for right ventricle elastance.
ELV_S	Scaling for left ventricle elastance.
IML	Scaling for intramyocardial pressure (left coronaries)
IMR	Scaling for intramyocardial pressure (right coronaries)
LRA_V	Right atrium inductance.
RRA_V	Right atrium outflow resistance.
LRV_A	Right ventricle inductance.
RRV_A	Right ventricle outflow resistance.
LLA_V	Left atrium inductance.
RLA_V	Left atrium outflow resistance.
LLV_A	Left ventricle inductance.
RLV_AO	Left ventricle outflow resistance.
VRV_U	Right ventricle unstressed volume.
VLV_U	Left ventricle unstressed volume.
RPD	Pulmonary resistance.
CP	Pulmonary capacitance.
CPA	Aortic capacitance.
KXP_RA	Right atrium pressure-volume relationship (?)
KXV_RA	Right atrium pressure-volume relationship (?)
KXP_LA	Left atrium pressure-volume relationship (?)
KXV_LA	Left atrium pressure-volume relationship (?)
EMAX_RA	Right atrium elastance (?)
EMAX_LA	Left atrium elastance (?)
VASO_RA	Right atrium rest volume (?)
VASO_LA	Left atrium rest volume (?)

Constructor & Destructor Documentation

◆ ClosedLoopHeartPulmonary()

ClosedLoopHeartPulmonary::ClosedLoopHeartPulmonary	(	int	id,
		Model *	model )

inline

Construct a new ClosedLoopHeartPulmonary object.

Parameters

id	Global ID of the block
model	The model to which the block belongs

Member Function Documentation

◆ post_solve()

void ClosedLoopHeartPulmonary::post_solve ( Eigen::Matrix< double, Eigen::Dynamic, 1 > & y )

virtual

Modify the solution after solving it.

Parameters

y	Current solution

Reimplemented from Block.

◆ setup_dofs()

void ClosedLoopHeartPulmonary::setup_dofs ( DOFHandler & dofhandler )

virtual

Set up the degrees of freedom (DOF) of the block.

Set global_var_ids and global_eqn_ids of the element based on the number of equations and the number of internal variables of the element.

Parameters

dofhandler Degree-of-freedom handler to register variables and equations at

Reimplemented from Block.

◆ update_constant()

void ClosedLoopHeartPulmonary::update_constant	(	SparseSystem &	system,
		std::vector< double > &	parameters )

virtual

Update the constant contributions of the element in a sparse system.

Parameters

system	System to update contributions at
parameters	Parameters of the model

Reimplemented from Block.

◆ update_solution()

void ClosedLoopHeartPulmonary::update_solution	(	SparseSystem &	system,
		std::vector< double > &	parameters,
		const Eigen::Matrix< double, Eigen::Dynamic, 1 > &	y,
		const Eigen::Matrix< double, Eigen::Dynamic, 1 > &	dy )

virtual

Update the solution-dependent contributions of the element in a sparse system.

Parameters

system	System to update contributions at
parameters	Parameters of the model
y	Current solution
dy	Current derivate of the solution

Reimplemented from Block.

◆ update_time()

void ClosedLoopHeartPulmonary::update_time	(	SparseSystem &	system,
		std::vector< double > &	parameters )

virtual

Update the time-dependent contributions of the element in a sparse system.

Parameters

system	System to update contributions at
parameters	Parameters of the model

Reimplemented from Block.

Member Data Documentation

◆ num_triplets

TripletsContributions ClosedLoopHeartPulmonary::num_triplets {33, 10, 2}

Number of triplets of element.

Number of triplets that the element contributes to the global system (relevant for sparse memory reservation)

The documentation for this class was generated from the following files:

model/ClosedLoopHeartPulmonary.h
model/ClosedLoopHeartPulmonary.cpp

Public Types

Public Member Functions

Public Attributes

Detailed Description

Parameters

Internal variables

Member Enumeration Documentation

◆ ParamId

Constructor & Destructor Documentation

◆ ClosedLoopHeartPulmonary()

Member Function Documentation

◆ post_solve()

◆ setup_dofs()

◆ update_constant()

◆ update_solution()

◆ update_time()

Member Data Documentation

◆ num_triplets