Here is a list of all functions with links to the classes they belong to:

- d -

• data() : DiFfRG::AbstractFlowingVariables< NumberType >, DiFfRG::FE::FlowingVariables< Discretization >, DiFfRG::FlowingVariables< NT >, DiFfRG::LinearInterpolator1D< NT, Coordinates >, DiFfRG::LinearInterpolator2D< NT, Coordinates >, DiFfRG::LinearInterpolator3D< NT, Coordinates >, DiFfRG::TexLinearInterpolator1D< NT, Coordinates >, DiFfRG::TexLinearInterpolator1DStack< NT, Coordinates, max_stack_size >, DiFfRG::TexLinearInterpolator2D< NT, Coordinates >, DiFfRG::TexLinearInterpolator3D< NT, Coordinates >
• data_AD() : DiFfRG::TexLinearInterpolator1D< NT, Coordinates >, DiFfRG::TexLinearInterpolator1DStack< NT, Coordinates, max_stack_size >, DiFfRG::TexLinearInterpolator2D< NT, Coordinates >, DiFfRG::TexLinearInterpolator3D< NT, Coordinates >
• DataOutput() : DiFfRG::DataOutput< dim, VectorType >, DiFfRG::DataOutput< 0, Vector< double > >
• derivative() : DiFfRG::ExternalDataInterpolator, DiFfRG::Interpolation::Barycentric, DiFfRG::Interpolation::CubicSpline, DiFfRG::Polynomial
• device_nodes() : DiFfRG::MatsubaraQuadrature< NT >, DiFfRG::Quadrature< NT >
• device_weights() : DiFfRG::MatsubaraQuadrature< NT >, DiFfRG::Quadrature< NT >
• differential_components() : DiFfRG::def::AbstractModel< Model, Components_ >
• Discretization() : DiFfRG::CG::Discretization< Components_, NumberType_, Mesh_ >, DiFfRG::DG::Discretization< Components_, NumberType_, Mesh_ >, DiFfRG::FV::Discretization< Components_, NumberType_, Mesh_ >, DiFfRG::LDG::Discretization< Components_, NumberType_, Mesh_ >
• dq2RB() : DiFfRG::BosonicRegulator< OPTS >, DiFfRG::ExponentialRegulator< OPTS >, DiFfRG::LitimRegulator< Dummy >, DiFfRG::PolynomialExpRegulator< OPTS >, DiFfRG::RationalExpRegulator< OPTS >
• dq2RF() : DiFfRG::BosonicRegulator< OPTS >, DiFfRG::ExponentialRegulator< OPTS >, DiFfRG::PolynomialExpRegulator< OPTS >, DiFfRG::RationalExpRegulator< OPTS >
• dt_variables() : DiFfRG::def::AbstractModel< Model, Components_ >
• dump_to_csv() : DiFfRG::DataOutput< dim, VectorType >, DiFfRG::DataOutput< 0, Vector< double > >