#include <radial_basis_functions_sampler.h>
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using | this_type = radial_basis_functions_sampler< Real, NumDimensions, T, Kernel > |
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using | parent_type = field< this_type, Real, NumDimensions, T > |
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using | pointset_type = tatooine::pointset< Real, NumDimensions > |
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using | vertex_handle = typename pointset_type::vertex_handle |
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using | vertex_property_type = typename pointset_type::template typed_vertex_property_type< T > |
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using | this_type = field< radial_basis_functions_sampler< Real, NumDimensions, T, Kernel >, Real, NumDimensions, T > |
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using | parent_type = polymorphic::field< Real, NumDimensions, T > |
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using | pos_type = vec< real_type, NumDimensions > |
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using | real_type = Real |
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using | tensor_type = T |
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using | real_type = Real |
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using | tensor_type = Tensor |
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using | this_type = field< real_type, NumDimensions, Tensor > |
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using | pos_type = vec< real_type, NumDimensions > |
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◆ parent_type
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ pointset_type
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ this_type
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ vertex_handle
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ vertex_property_type
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ radial_basis_functions_sampler() [1/3]
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ radial_basis_functions_sampler() [2/3]
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ radial_basis_functions_sampler() [3/3]
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ ~radial_basis_functions_sampler()
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ evaluate()
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ for_loop()
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ num_dimensions()
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ operator=() [1/2]
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ operator=() [2/2]
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ m_kernel
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ m_pointset
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ m_property
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
◆ m_radial_and_monomial_coefficients
template<floating_point Real, std::size_t NumDimensions, typename T , invocable< Real > Kernel>
The documentation for this struct was generated from the following file: