Struct InterpSpec encapsulates data needed to specify the manner in which Eulerian-to-Lagrangian interpolation is performed when using an FE structural discretization.
#include <ibtk/FEDataManager.h>
◆ InterpSpec() [1/2]
| IBTK::FEDataManager::InterpSpec::InterpSpec |
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default |
◆ InterpSpec() [2/2]
| IBTK::FEDataManager::InterpSpec::InterpSpec |
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const std::string & |
kernel_fcn, |
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const libMesh::QuadratureType & |
quad_type, |
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const libMesh::Order & |
quad_order, |
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bool |
use_adaptive_quadrature, |
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double |
point_density, |
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bool |
use_consistent_mass_matrix, |
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bool |
use_nodal_quadrature, |
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bool |
allow_rules_with_negative_weights = true |
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inline |
◆ kernel_fcn
| std::string IBTK::FEDataManager::InterpSpec::kernel_fcn |
◆ quad_type
| libMesh::QuadratureType IBTK::FEDataManager::InterpSpec::quad_type |
◆ quad_order
| libMesh::Order IBTK::FEDataManager::InterpSpec::quad_order |
◆ use_adaptive_quadrature
| bool IBTK::FEDataManager::InterpSpec::use_adaptive_quadrature |
◆ point_density
| double IBTK::FEDataManager::InterpSpec::point_density |
◆ use_consistent_mass_matrix
| bool IBTK::FEDataManager::InterpSpec::use_consistent_mass_matrix |
◆ use_nodal_quadrature
| bool IBTK::FEDataManager::InterpSpec::use_nodal_quadrature |
◆ allow_rules_with_negative_weights
| bool IBTK::FEDataManager::InterpSpec::allow_rules_with_negative_weights |
The documentation for this struct was generated from the following file: