| add_value_to_function_table(const unsigned int x_index, const unsigned int y_index, const unsigned int z_index, const double input_value) | aspect::Particle::ParticlePDF< dim > | |
| add_value_to_function_table(const std::array< unsigned int, dim > &index_point, const double input_value) | aspect::Particle::ParticlePDF< dim > | |
| add_value_to_function_table(const double input_value, const types::particle_index reference_particle_id) | aspect::Particle::ParticlePDF< dim > | |
| apply_selected_kernel_function(const double distance) const | aspect::Particle::ParticlePDF< dim > | private |
| bandwidth | aspect::Particle::ParticlePDF< dim > | private |
| compute_statistical_values() | aspect::Particle::ParticlePDF< dim > | |
| evaluate_function_at_index(const unsigned int x_index, const unsigned int y_index, const unsigned int z_index) const | aspect::Particle::ParticlePDF< dim > | |
| fill_from_particle_range(const typename Particles::ParticleHandler< dim >::particle_iterator_range &particle_range, const std::vector< typename Particles::ParticleHandler< dim >::particle_iterator_range > &particle_ranges_to_sum_over, const unsigned int n_particles_in_cell, const typename ::Mapping< dim > &mapping) | aspect::Particle::ParticlePDF< dim > | |
| function_output_table | aspect::Particle::ParticlePDF< dim > | private |
| function_output_vector | aspect::Particle::ParticlePDF< dim > | private |
| get_max() const | aspect::Particle::ParticlePDF< dim > | |
| get_max_particle() const | aspect::Particle::ParticlePDF< dim > | |
| get_max_position() const | aspect::Particle::ParticlePDF< dim > | |
| get_min() const | aspect::Particle::ParticlePDF< dim > | |
| get_min_particle() const | aspect::Particle::ParticlePDF< dim > | |
| get_min_positions() const | aspect::Particle::ParticlePDF< dim > | |
| get_standard_deviation() const | aspect::Particle::ParticlePDF< dim > | |
| granularity | aspect::Particle::ParticlePDF< dim > | private |
| insert_kernel_sum_from_particle_range(const Point< dim > &reference_point, const std::array< unsigned int, dim > &table_index, const typename Triangulation< dim >::cell_iterator &cell, const std::vector< typename Particles::ParticleHandler< dim >::particle_iterator_range > &particle_ranges_to_sum_over, const typename ::Mapping< dim > &mapping) | aspect::Particle::ParticlePDF< dim > | |
| is_defined_per_particle | aspect::Particle::ParticlePDF< dim > | private |
| kernel_function | aspect::Particle::ParticlePDF< dim > | private |
| KernelFunction enum name | aspect::Particle::ParticlePDF< dim > | |
| kernelfunction_gaussian(const double distance) const | aspect::Particle::ParticlePDF< dim > | private |
| kernelfunction_triangular(const double distance) const | aspect::Particle::ParticlePDF< dim > | private |
| kernelfunction_uniform(const double distance) const | aspect::Particle::ParticlePDF< dim > | private |
| max | aspect::Particle::ParticlePDF< dim > | private |
| max_particle_index | aspect::Particle::ParticlePDF< dim > | private |
| max_position | aspect::Particle::ParticlePDF< dim > | private |
| mean | aspect::Particle::ParticlePDF< dim > | private |
| min | aspect::Particle::ParticlePDF< dim > | private |
| min_particle_index | aspect::Particle::ParticlePDF< dim > | private |
| min_positions | aspect::Particle::ParticlePDF< dim > | private |
| ParticlePDF(const unsigned int granularity, const double bandwidth, const KernelFunction kernel_function) | aspect::Particle::ParticlePDF< dim > | |
| ParticlePDF(const double bandwidth, const KernelFunction kernel_function) | aspect::Particle::ParticlePDF< dim > | |
| standard_deviation | aspect::Particle::ParticlePDF< dim > | private |
