Struct AdvancedAMRManager

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pub struct AdvancedAMRManager<F: IntegrateFloat> {
    pub mesh_hierarchy: MeshHierarchy<F>,
    pub refinement_criteria: Vec<Box<dyn RefinementCriterion<F>>>,
    pub load_balancer: Option<Box<dyn LoadBalancer<F>>>,
    pub max_levels: usize,
    pub min_cell_size: F,
    pub coarsening_tolerance: F,
    pub refinement_tolerance: F,
    pub adaptation_frequency: usize,
    /* private fields */
}

Expand description

Advanced AMR manager with multiple refinement strategies

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§mesh_hierarchy: MeshHierarchy<F>

Current mesh hierarchy

§refinement_criteria: Vec<Box<dyn RefinementCriterion<F>>>

Refinement criteria

§load_balancer: Option<Box<dyn LoadBalancer<F>>>

Load balancing strategy

§max_levels: usize

Maximum refinement levels

§min_cell_size: F

Minimum cell size

§coarsening_tolerance: F

Coarsening tolerance

§refinement_tolerance: F

Error tolerance for refinement

§adaptation_frequency: usize

Adaptation frequency

Implementations§

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impl<F: IntegrateFloat> AdvancedAMRManager<F>

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pub fn new( _initial_mesh: AdaptiveMeshLevel<F>, max_levels: usize, min_cellsize: F, ) -> Self

Create new advanced AMR manager

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pub fn add_criterion(&mut self, criterion: Box<dyn RefinementCriterion<F>>)

Add refinement criterion

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pub fn set_load_balancer(&mut self, balancer: Box<dyn LoadBalancer<F>>)

Set load balancer

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pub fn adapt_mesh( &mut self, solution: &Array2<F>, ) -> IntegrateResult<AMRAdaptationResult<F>>

Perform adaptive mesh refinement

Auto Trait Implementations§

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impl<F> !UnwindSafe for AdvancedAMRManager<F>

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