gsBiharmonicAssembler.h

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#pragma once
 
#include <gsElasticity/gsBaseAssembler.h>
 
namespace gismo
{
 
template <class T>
class gsBiharmonicAssembler : public gsBaseAssembler<T>
{
public:
    typedef gsBaseAssembler<T> Base;
 
    gsBiharmonicAssembler(const gsMultiPatch<T> & patches,
                          const gsMultiBasis<T> & basis,
                          const gsBoundaryConditions<T> & bconditions,
                          const gsFunction<T> & body_force);
 
    static gsOptionList defaultOptions();
 
    virtual void refresh();
 
    virtual void assemble(bool saveEliminationMatrix);
 
    virtual void assemble() { assemble(false); };
 
    using Base::assemble;
    virtual bool assemble(const gsMatrix<T> & /* solutionVector */,
                          const std::vector<gsMatrix<T> > & /* fixedDDoFs */)
    {assemble(); return true;}
 
    //--------------------- SOLUTION CONSTRUCTION ----------------------------------//
 
    virtual void constructSolution(const gsMatrix<T> & solVector,
                                   const std::vector<gsMatrix<T> > & fixedDoFs,
                                   gsMultiPatch<T> & solution) const;
 
    virtual void constructSolutionAux(const gsMatrix<T> & solVector,
                                      const std::vector<gsMatrix<T> > & fixedDoFs,
                                      gsMultiPatch<T> & solutionAux) const;
 
    virtual void constructSolution(const gsMatrix<T> & solVector,
                                   const std::vector<gsMatrix<T> > & fixedDoFs,
                                   gsMultiPatch<T> & solutionMain, gsMultiPatch<T> & solutionAux) const;
 
    using Base::constructSolution;
 
protected:
    virtual void reserve();
 
protected:
    using Base::m_pde_ptr;
    using Base::m_bases;
    using Base::m_options;
    using Base::m_system;
    using Base::m_ddof;
    using Base::eliminationMatrix;
};
 
} // namespace gismo ends
 
#ifndef GISMO_BUILD_LIB
#include GISMO_HPP_HEADER(gsElMassAssembler.hpp)
#endif