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Commit 7a48eca3 authored by crosetto's avatar crosetto
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* The communicator becomes a shared_ptr 

* Initialization of DOFInterfaces moved from the constructor to the method setupDof
* Removed some method not used any more
parent 902dd525
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life/lifesolver/FSIOperator.cpp
View file @ 7a48eca3
......@@ -34,15 +34,15 @@ FSIOperator::FSIOperator():
M_solidMesh ( ),
M_fluidMeshPart ( ),
M_solidMeshPart ( ),
M_BCh_u ( new fluid_bchandler_raw_type ),
M_BCh_d ( new solid_bchandler_raw_type ),
M_BCh_mesh ( new fluid_bchandler_raw_type ),
M_BCh_du ( new fluid_bchandler_raw_type ),
M_BCh_du_inv ( new fluid_bchandler_raw_type ),
M_BCh_dz ( new solid_bchandler_raw_type ),
M_BCh_dz_inv ( new solid_bchandler_raw_type ),
M_BCh_dp ( new BCHandler ),
M_BCh_dp_inv ( new BCHandler ),
M_BCh_u ( ),
M_BCh_d ( ),
M_BCh_mesh ( ),
M_BCh_du ( ),
M_BCh_du_inv ( ),
M_BCh_dz ( ),
M_BCh_dz_inv ( ),
M_BCh_dp ( ),
M_BCh_dp_inv ( ),
M_fluid ( ),
M_solid ( ),
M_meshMotion ( ),
......@@ -56,37 +56,27 @@ FSIOperator::FSIOperator():
M_solidInterfaceMap ( ),
M_fluidInterfaceMapOnZero ( ),
M_solidInterfaceMapOnZero ( ),
// M_dofInterfaceFluid ( ),
// M_dofInterfaceSolid ( ),
M_dofFluidToStructure ( new DofInterface3Dto3D ),
// M_dofFluidToSolid ( new DofInterface3Dto3D ),
// M_dofSolidToFluid ( new DofInterface3Dto3D ),
M_dofStructureToFluid ( new DofInterface3Dto3D ),
M_dofStructureToSolid ( new DofInterface3Dto3D ),
M_dofStructureToHarmonicExtension ( new DofInterface3Dto3D ),
M_dofHarmonicExtensionToFluid ( new DofInterface3Dto3D ),
// M_dofStructureToReducedFluid ( new DofInterface3Dto3D ),
// M_dofReducedFluidToStructure ( new DofInterface3Dto3D ),
M_dofFluid ( new DofInterface3Dto2D ),
M_dofSolid ( new DofInterface3Dto2D ),
M_dofFluidInv ( new DofInterface3Dto2D ),
M_dofSolidInv ( new DofInterface3Dto2D ),
M_bcvFluidInterfaceDisp ( new BCVectorInterface ),
M_bcvFluidLoadToStructure ( new BCVectorInterface ),
M_bcvSolidLoadToStructure ( new BCVectorInterface ),
M_bcvStructureToFluid ( new BCVectorInterface ),
M_bcvStructureDispToFluid ( new BCVectorInterface ),
M_bcvStructureDispToSolid ( new BCVectorInterface ),
M_bcvStructureDispToHarmonicExtension( new BCVectorInterface ),
M_bcvHarmonicExtensionVelToFluid ( new BCVectorInterface ),
// M_bcvStructureToReducedFluid ( new BCVectorInterface ),
// M_bcvReducedFluidToStructure ( new BCVectorInterface ),
M_bcvDerHarmonicExtensionVelToFluid ( new BCVectorInterface ),
M_bcvDerFluidLoadToStructure ( new BCVectorInterface ),
M_bcvDerFluidLoadToFluid ( new BCVectorInterface ),
M_bcvDerStructureDispToSolid ( new BCVectorInterface ),
// M_bcvDerReducedFluidLoadToStructure ( new BCVectorInterface ),
// M_bcvDerStructureAccToReducedFluid ( new BCVectorInterface ),
M_dofFluidToStructure ( ),
M_dofStructureToFluid ( ),
M_dofStructureToSolid ( ),
M_dofStructureToHarmonicExtension ( ),
M_dofHarmonicExtensionToFluid ( ),
M_dofFluid ( ),
M_dofSolid ( ),
M_dofFluidInv ( ),
M_dofSolidInv ( ),
M_bcvFluidInterfaceDisp ( ),
M_bcvFluidLoadToStructure ( ),
M_bcvSolidLoadToStructure ( ),
M_bcvStructureToFluid ( ),
M_bcvStructureDispToFluid ( ),
M_bcvStructureDispToSolid ( ),
M_bcvStructureDispToHarmonicExtension( ),
M_bcvHarmonicExtensionVelToFluid ( ),
M_bcvDerHarmonicExtensionVelToFluid ( ),
M_bcvDerFluidLoadToStructure ( ),
M_bcvDerFluidLoadToFluid ( ),
M_bcvDerStructureDispToSolid ( ),
M_lambdaFluid ( ),
M_lambdaFluidRepeated ( ),
M_lambdaSolid ( ),
......@@ -118,99 +108,6 @@ FSIOperator::FSIOperator():
M_linearSolid ( ),
M_fluidLeader ( ),
M_solidLeader ( )
/*
M_uFESpace ( ),
M_pFESpace ( ),
M_dFESpace ( ),
M_mmFESpace ( ),
M_fluidMeshPart ( ),
M_solidMeshPart ( ),
M_BCh_u ( new fluid_bchandler_raw_type ),
M_BCh_d ( new solid_bchandler_raw_type ),
M_BCh_mesh ( new fluid_bchandler_raw_type ),
M_BCh_du ( new fluid_bchandler_raw_type ),
M_BCh_du_inv ( new fluid_bchandler_raw_type ),
M_BCh_dz ( new solid_bchandler_raw_type ),
M_BCh_dz_inv ( new solid_bchandler_raw_type ),
M_BCh_dp ( new BCHandler ),
M_BCh_dp_inv ( new BCHandler ),
M_fluid ( ),
M_solid ( ),
M_meshMotion ( ),
// M_fluidLin ( ),
// M_solidLin ( ),
M_bdf ( ),
M_dataFile ( ),
M_data ( ),
M_fluidInterfaceMap ( ),
M_solidInterfaceMap ( ),
M_fluidInterfaceMapOnZero ( ),
M_solidInterfaceMapOnZero ( ),
// M_dofInterfaceFluid ( ),
// M_dofInterfaceSolid ( ),
M_dofFluidToStructure ( new DofInterface3Dto3D ),
// M_dofFluidToSolid ( new DofInterface3Dto3D ),
// M_dofSolidToFluid ( new DofInterface3Dto3D ),
M_dofStructureToFluid ( new DofInterface3Dto3D ),
M_dofStructureToSolid ( new DofInterface3Dto3D ),
M_dofStructureToHarmonicExtension ( new DofInterface3Dto3D ),
M_dofHarmonicExtensionToFluid ( new DofInterface3Dto3D ),
// M_dofStructureToReducedFluid ( new DofInterface3Dto3D ),
// M_dofReducedFluidToStructure ( new DofInterface3Dto3D ),
M_dofFluid ( new DofInterface3Dto2D ),
M_dofSolid ( new DofInterface3Dto2D ),
M_dofFluidInv ( new DofInterface3Dto2D ),
M_dofSolidInv ( new DofInterface3Dto2D ),
M_bcvFluidInterfaceDisp ( new BCVectorInterface ),
M_bcvFluidLoadToStructure ( new BCVectorInterface ),
M_bcvSolidLoadToStructure ( new BCVectorInterface ),
M_bcvStructureToFluid ( new BCVectorInterface ),
M_bcvStructureDispToFluid ( new BCVectorInterface ),
M_bcvStructureDispToSolid ( new BCVectorInterface ),
M_bcvStructureDispToHarmonicExtension( new BCVectorInterface ),
M_bcvHarmonicExtensionVelToFluid ( new BCVectorInterface ),
// M_bcvStructureToReducedFluid ( new BCVectorInterface ),
// M_bcvReducedFluidToStructure ( new BCVectorInterface ),
M_bcvDerHarmonicExtensionVelToFluid ( new BCVectorInterface ),
M_bcvDerFluidLoadToStructure ( new BCVectorInterface ),
M_bcvDerFluidLoadToFluid ( new BCVectorInterface ),
M_bcvDerStructureDispToSolid ( new BCVectorInterface ),
// M_bcvDerReducedFluidLoadToStructure ( new BCVectorInterface ),
// M_bcvDerStructureAccToReducedFluid ( new BCVectorInterface ),
M_lambdaFluid ( ),
M_lambdaFluidRepeated ( ),
M_lambda ( ),
M_lambdaDot ( ),
M_lambdaSolid ( ),
M_lambdaSolidRepeated ( ),
M_lambdaSolidOld ( ),
M_lambdaDotSolid ( ),
M_lambdaDotSolidRepeated ( ),
M_sigmaFluid ( ),
M_sigmaSolid ( ),
M_sigmaFluidRepeated ( ),
M_sigmaSolidRepeated ( ),
M_minusSigmaFluid ( ), //sigmafluid: auxiliary variable for Robin.
M_minusSigmaFluidRepeated ( ), //sigmafluid: auxiliary variable for Robin.
M_dispFluidMeshOld ( ),
M_veloFluidMesh ( ),
M_derVeloFluidMesh ( ),
M_un ( ),
M_rhs ( ),
M_Alphaf ( ), //vector_type, for alphaf robin
M_AlphafCoef ( 0 ),
M_betamedio ( ),
M_nbEval ( 0 ),
M_epetraComm ( ),
M_epetraWorldComm ( ),
M_mpi ( true ),
M_isFluid ( false ),
M_isSolid ( false ),
M_linearFluid ( ),
M_linearSolid ( ),
M_fluidLeader ( ),
M_solidLeader ( )
*/
{
}
......@@ -244,7 +141,7 @@ FSIOperator::setDataFile( const GetPot& dataFile )
void
FSIOperator::setupFEspace()
{
Displayer disp(M_epetraComm.get());
Displayer disp(M_epetraComm);
disp.leaderPrint("FSI- Setting RefFE and QuadRule ... ");
std::string uOrder = M_data->dataFluid()->uOrder();
......@@ -329,7 +226,7 @@ FSIOperator::setupFEspace()
disp.leaderPrint("FSI- Building fluid FESpace ... \n");
if (this->isFluid())
{
M_fluidMeshPart.reset(new partitionMesh< mesh_type > (*M_fluidMesh, *M_epetraComm));
M_fluidMeshPart.reset(new partitionMesh< mesh_type > (*M_fluidMesh, M_epetraComm));
M_mmFESpace.reset(new FESpace<mesh_type, EpetraMap>(*M_fluidMeshPart,
//dOrder,
......@@ -386,7 +283,7 @@ FSIOperator::setupFEspace()
disp.leaderPrint("FSI- Building solid FESpace ... \n");
if (this->isSolid())
{
M_solidMeshPart.reset( new partitionMesh< mesh_type > ( *M_solidMesh, *M_epetraComm ) );
M_solidMeshPart.reset( new partitionMesh< mesh_type > ( *M_solidMesh, M_epetraComm ) );
M_dFESpace.reset( new FESpace<mesh_type, EpetraMap>( *M_solidMeshPart,
dOrder,
//*refFE_struct,
......@@ -416,9 +313,30 @@ FSIOperator::setupDOF( void )
Displayer disp(M_epetraWorldComm.get());
disp.leaderPrint("FSIOperator: setting DOF ... " );
Dof uDof(*M_fluidMesh, M_uFESpace->refFE());
// Dof pDof(*M_dataFluid->mesh(), M_pFESpace->refFE());
Dof dDof(*M_solidMesh, M_dFESpace->refFE());
M_dofFluidToStructure .reset( new DofInterface3Dto3D );
M_dofStructureToFluid .reset( new DofInterface3Dto3D );
M_dofStructureToSolid .reset( new DofInterface3Dto3D );
M_dofStructureToHarmonicExtension .reset( new DofInterface3Dto3D );
M_dofHarmonicExtensionToFluid .reset( new DofInterface3Dto3D );
M_dofFluid .reset( new DofInterface3Dto2D );
M_dofSolid .reset( new DofInterface3Dto2D );
M_dofFluidInv .reset( new DofInterface3Dto2D );
M_dofSolidInv .reset( new DofInterface3Dto2D );
M_bcvFluidInterfaceDisp .reset( new BCVectorInterface );
M_bcvFluidLoadToStructure .reset( new BCVectorInterface );
M_bcvSolidLoadToStructure .reset( new BCVectorInterface );
M_bcvStructureToFluid .reset( new BCVectorInterface );
M_bcvStructureDispToFluid .reset( new BCVectorInterface );
M_bcvStructureDispToSolid .reset( new BCVectorInterface );
M_bcvStructureDispToHarmonicExtension.reset( new BCVectorInterface );
M_bcvHarmonicExtensionVelToFluid .reset( new BCVectorInterface );
M_bcvDerHarmonicExtensionVelToFluid .reset( new BCVectorInterface );
M_bcvDerFluidLoadToStructure .reset( new BCVectorInterface );
M_bcvDerFluidLoadToFluid .reset( new BCVectorInterface );
M_bcvDerStructureDispToSolid .reset( new BCVectorInterface );
M_dofFluidToStructure->setup( M_dFESpace->refFE(), dDof, //M_dFESpace->dof(),
M_uFESpace->refFE(), M_uFESpace->dof() );
M_dofFluidToStructure->update( *M_solidMesh, M_data->fluidInterfaceFlag(),
......@@ -471,7 +389,7 @@ void FSIOperator::createInterfaceMaps(dof_interface_type3D dofStructureToHarmoni
std::map<ID, ID> const& locDofMap = dofStructureToHarmonicExtension->locDofMap();
std::vector<int> dofInterfaceFluid;
dofInterfaceFluid.reserve( M_dofHarmonicExtensionToFluid->locDofMap().size() );
dofInterfaceFluid.reserve( locDofMap.size() );
//is the interface map between HE (first) and solid (second)
if( this->isFluid() )
......@@ -498,7 +416,7 @@ void FSIOperator::createInterfaceMaps(dof_interface_type3D dofStructureToHarmoni
disp.leaderPrint("FSI- Building solid variables ... ");
std::vector<int> dofInterfaceSolid;
dofInterfaceSolid.reserve(M_dofStructureToSolid->locDofMap().size());
dofInterfaceSolid.reserve(locDofMap.size());
if (this->isSolid())
{
......@@ -556,9 +474,9 @@ FSIOperator::setupFluidSolid( void )
{
UInt numLM = imposeFlux();
M_meshMotion.reset( new meshmotion_raw_type( *M_mmFESpace, *M_epetraComm ) );
M_fluid.reset( new fluid_raw_type( *M_data->dataFluid(), *M_uFESpace, *M_pFESpace, *M_epetraComm, numLM ) );
M_solid.reset( new solid_raw_type( *M_data->dataSolid(), *M_dFESpace, *M_epetraComm ) );
M_meshMotion.reset( new meshmotion_raw_type( *M_mmFESpace, M_epetraComm ) );
M_fluid.reset( new fluid_raw_type( *M_data->dataFluid(), *M_uFESpace, *M_pFESpace, M_epetraComm, numLM ) );
M_solid.reset( new solid_raw_type( *M_data->dataSolid(), *M_dFESpace, M_epetraComm ) );
// if ( M_linearFluid )
// M_fluidLin.reset( new FSIOperator::fluidlin_raw_type( *M_data->dataFluid(), *M_uFESpace, *M_pFESpace, *M_epetraComm ) );
......@@ -573,8 +491,8 @@ FSIOperator::setupFluidSolid( void )
if ( this->isSolid() )
{
// M_fluid.reset( new fluid_raw_type( *M_data->dataFluid(), *M_uFESpace, *M_pFESpace, *M_epetraComm ) );
M_meshMotion.reset( new meshmotion_raw_type( *M_mmFESpace, *M_epetraComm ) );
M_solid.reset( new solid_raw_type( *M_data->dataSolid(), *M_dFESpace, *M_epetraComm ) );
M_meshMotion.reset( new meshmotion_raw_type( *M_mmFESpace, M_epetraComm ) );
M_solid.reset( new solid_raw_type( *M_data->dataSolid(), *M_dFESpace, M_epetraComm ) );
// if ( M_linearFluid )
// M_fluidLin.reset( new FSIOperator::fluidlin_raw_type( *M_data->dataFluid(), *M_uFESpace, *M_pFESpace, *M_epetraComm ) );
......
life/lifesolver/FSIOperator.hpp
View file @ 7a48eca3
......@@ -210,7 +210,6 @@ public:
// virtual boost::shared_ptr<EpetraMap>& monolithicMap() { assert(false); };
virtual void iterateMesh( const vector_type& /*disp*/ ) { assert(false); }
virtual const vector_ptrtype& un(){ return M_un; }
virtual void initialize( vector_ptrtype /*u0*/){ assert(false); }
virtual void setupBDF( const vector_type& /*u0*/ ){ }
//@}
......@@ -259,7 +258,7 @@ public:
vector_type& Alphaf() const { return *M_Alphaf;}
const UInt& nbEval() const { return M_nbEval; }
Epetra_Comm & worldComm() const { return *M_epetraWorldComm; }
boost::shared_ptr<Epetra_Comm> worldComm() const { return M_epetraWorldComm; }
bool isFluid() const { return M_isFluid; }
bool isSolid() const { return M_isSolid; }
......@@ -341,14 +340,6 @@ public:
const solid_bchandler_type& BCh_solid() const { return M_BCh_d; }
const solid_bchandler_type& BCh_dz() const { return M_BCh_dz; }
const solid_bchandler_type& BCh_dz_inv() const { return M_BCh_dz_inv; }
virtual const fluid_bchandler_type& BCh_flux() const
{
assert(false);
// Return fluid BCHandler to avoid warning
fluid_bchandler_type bch ( new fluid_bchandler_raw_type() );
return bch;
}
//! gets the solution vector by reference
virtual void getSolution( vector_ptrtype& lambda ) { lambda = M_lambda; }
......@@ -440,10 +431,12 @@ public:
void setMixteOuterWall ( const function_type& dload, const function_type& E);
//! sets the solution vector by reference
void setSolutionPtr ( const vector_ptrtype& sol ) { M_lambda = sol; }
virtual void setSolutionPtr ( vector_ptrtype sol ) { M_lambda = sol; }
//! sets the solution vector by copy
void setSolution ( const vector_type& sol ) { M_lambda.reset( new vector_type( sol ) ); }
virtual void setSolution ( const vector_type& sol ) { M_lambda.reset( new vector_type( sol ) ); }
virtual void initialize ( vector_ptrtype u0) { setSolution(*u0); }
//! sets the solution time derivative vector by copy
virtual void setSolutionDerivative ( const vector_ptrtype& lambdaDot ){ M_lambdaDot=lambdaDot; }
......
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