wildmeshing-toolkit/_triangle_a_m_i_p_s_8hpp_source.html

#pragma once


#include <wmtk/function/PerSimplexAutodiffFunction.hpp>


namespace wmtk::function {


class TriangleAMIPS : public PerSimplexAutodiffFunction

{

public:

    TriangleAMIPS(const TriMesh& mesh, const attribute::MeshAttributeHandle& vertex_attribute_handle);


    ~TriangleAMIPS();


protected:

    DScalar eval(const simplex::Simplex& domain_simplex, const std::vector<DSVec>& coordinates)

        const override;

};


} // namespace wmtk::function

PerSimplexAutodiffFunction.hpp

wmtk::TriMesh
Definition TriMesh.hpp:19

wmtk::attribute::MeshAttributeHandle
Definition MeshAttributeHandle.hpp:28

wmtk::function::PerSimplexAutodiffFunction
This is an extension of the PerSimplexFunction class that uses autodiff encoding for differentiations...
Definition PerSimplexAutodiffFunction.hpp:19

wmtk::function::PerSimplexFunction::mesh
const Mesh & mesh() const
Definition PerSimplexFunction.hpp:41

wmtk::function::TriangleAMIPS
This is the implementation of the AMIPS energy function of a triangle mesh that can be embedded in 2d...
Definition TriangleAMIPS.hpp:12

wmtk::function::TriangleAMIPS::~TriangleAMIPS
~TriangleAMIPS()

wmtk::function::TriangleAMIPS::eval
DScalar eval(const simplex::Simplex &domain_simplex, const std::vector< DSVec > &coordinates) const override
This function defines a function f(x) where f is defined over a simplex domain and the variables for ...
Definition TriangleAMIPS.cpp:21

wmtk::simplex::Simplex
Definition Simplex.hpp:22

wmtk::function
Definition Function.cpp:5

DScalar2
Automatic differentiation scalar with first- and second-order derivatives.
Definition autodiff.h:501