CEPS  24.01
Cardiac ElectroPhysiology Simulator
MonodomainSolver.cpp
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2  This file is part of CEPS.
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19  Copyright 2019-2024 Inria, Universite de Bordeaux
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21  Authors, in alphabetical order:
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23  Pierre-Elliott BECUE, Florian CARO, Yves COUDIERE(*), Andjela DAVIDOVIC,
24  Charlie DOUANLA-LONTSI, Marc FUENTES, Mehdi JUHOOR, Michael LEGUEBE(*),
25  Pauline MIGERDITICHAN, Valentin PANNETIER(*), Nejib ZEMZEMI.
26  * : currently active authors
27 
28 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/
35 
37  CardiacSolver(p)
38 {
39 }
40 
41 void
43 {
44  auto mpb = getMonodomainProblem();
45 
46  m_opAsb = ceps::getNew<FEMonodomainAssembler>(mpb,m_fe);
47  m_bcAsb = ceps::getNew<FECardiacBCAssembler>(mpb,m_fe,CepsVector<Unknown*>({mpb->getTMVUnknown()}));
48  m_bcAsb->setMatrix(m_lhs.get());
49  m_lapSrcAsb = ceps::getNew<FEMonodomainIntraAssembler>(mpb,m_fe);
50 }
51 
54 {
55  return ceps::runtimeCast<MonodomainProblem*>(m_problem);
56 }
std::vector< _Type, _Alloc > CepsVector
C++ vector.
Definition: CepsTypes.hpp:155
void setMatrix(DistributedMatrix *mat)
The matrix to assemble.
DMatPtr m_lhs
Left hand side of the system.
AbstractAssembler * m_lapSrcAsb
Assembler for laplace source terms.
AbstractAssembler * m_bcAsb
Assembler for Robin and Neumann BCs.
AbstractAssembler * m_opAsb
Assembler for the operator matrix.
AbstractPdeProblem * m_problem
Link to PDE to solve.
Solves cardiac problems, that all share the same structure.
FiniteElements * m_fe
Geometry and reference FE.
Defines and solve the monodomain problem, see models page of user doc.
MonodomainSolver(MonodomainProblem *p)
Constructor.
MonodomainProblem * getMonodomainProblem() const
Converts own pointer to abstract pde problem to cardiac problem.
void initializeAssemblers() override
Sets the assemblers.