Struct bempp :: assembly :: boundary :: BoundaryAssembler Copy item path

impl<T: RlstScalar + MatrixInverse, K: Kernel<T = T>> BoundaryAssembler<T, AdjointDoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, K>>

pub fn new_adjoint_double_layer(kernel: KernelEvaluator<T, K>) -> Self

Create a new adjoint double layer assembler

impl<T: RlstScalar + MatrixInverse> BoundaryAssembler<T, AdjointDoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Laplace3dKernel<T>>>

pub fn new_laplace_adjoint_double_layer() -> Self

Create a new Laplace adjoint double layer assembler

impl<T: RlstScalar<Complex = T> + MatrixInverse> BoundaryAssembler<T, AdjointDoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Helmholtz3dKernel<T>>>

pub fn new_helmholtz_adjoint_double_layer(wavenumber: T::Real) -> Self

Create a new Helmholtz adjoint double layer assembler

impl<T: RlstScalar + MatrixInverse, K: Kernel<T = T>> BoundaryAssembler<T, DoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, K>>

pub fn new_double_layer(kernel: KernelEvaluator<T, K>) -> Self

Create a new double layer assembler

impl<T: RlstScalar + MatrixInverse> BoundaryAssembler<T, DoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Laplace3dKernel<T>>>

pub fn new_laplace_double_layer() -> Self

Create a new Laplace double layer assembler

impl<T: RlstScalar<Complex = T> + MatrixInverse> BoundaryAssembler<T, DoubleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Helmholtz3dKernel<T>>>

pub fn new_helmholtz_double_layer(wavenumber: T::Real) -> Self

Create a new Helmholtz double layer assembler

impl<T: RlstScalar + MatrixInverse, K: Kernel<T = T>, I: BoundaryIntegrand<T = T>> BoundaryAssembler<T, I, KernelEvaluator<T, K>>

pub fn new_hypersingular(integrand: I, kernel: KernelEvaluator<T, K>) -> Self

Create a new adjoint double layer assembler

impl<T: RlstScalar + MatrixInverse> BoundaryAssembler<T, HypersingularCurlCurlBoundaryIntegrand<T>, KernelEvaluator<T, Laplace3dKernel<T>>>

pub fn new_laplace_hypersingular() -> Self

Create a new Laplace adjoint double layer assembler

impl<T: RlstScalar<Complex = T> + MatrixInverse> BoundaryAssembler<T, BoundaryIntegrandSum<T, HypersingularCurlCurlBoundaryIntegrand<T>, BoundaryIntegrandScalarProduct<T, HypersingularNormalNormalBoundaryIntegrand<T>>>, KernelEvaluator<T, Helmholtz3dKernel<T>>>

pub fn new_helmholtz_hypersingular(wavenumber: T::Real) -> Self

Create a new Helmholtz adjoint double layer assembler

impl<T: RlstScalar + MatrixInverse, K: Kernel<T = T>> BoundaryAssembler<T, SingleLayerBoundaryIntegrand<T>, KernelEvaluator<T, K>>

pub fn new_single_layer(kernel: KernelEvaluator<T, K>) -> Self

Create a new single layer assembler

impl<T: RlstScalar + MatrixInverse> BoundaryAssembler<T, SingleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Laplace3dKernel<T>>>

pub fn new_laplace_single_layer() -> Self

Create a new Laplace single layer assembler

impl<T: RlstScalar<Complex = T> + MatrixInverse> BoundaryAssembler<T, SingleLayerBoundaryIntegrand<T>, KernelEvaluator<T, Helmholtz3dKernel<T>>>

pub fn new_helmholtz_single_layer(wavenumber: T::Real) -> Self

Create a new Helmholtz single layer assembler

impl<T: RlstScalar + MatrixInverse, Integrand: BoundaryIntegrand<T = T>, Kernel: KernelEvaluator<T = T>> BoundaryAssembler<T, Integrand, Kernel>

pub fn quadrature_degree(&mut self, cell: ReferenceCellType, degree: usize)

Set (non-singular) quadrature degree for a cell type

pub fn singular_quadrature_degree( &mut self, cells: (ReferenceCellType, ReferenceCellType), degree: usize, )

Set singular quadrature degree for a pair of cell types

pub fn batch_size(&mut self, size: usize)

Set the maximum size of a batch of cells to send to an assembly function

Trait Implementations§

impl<T: RlstScalar + MatrixInverse, Integrand: BoundaryIntegrand<T = T>, Kernel: KernelEvaluator<T = T>> BoundaryAssembly for BoundaryAssembler<T, Integrand, Kernel>

type T = T

Scalar type

fn assemble_singular_into_dense<Space: FunctionSpace<T = T> + Sync>( &self, output: &mut Array<T, BaseArray<T, VectorContainer<T>, DIM>, DIM>, trial_space: &Space, test_space: &Space, )

Assemble the singular contributions into a dense matrix

fn assemble_singular_into_csr<Space: FunctionSpace<T = T> + Sync>( &self, trial_space: &Space, test_space: &Space, ) -> CsrMatrix<T>

Assemble the singular contributions into a CSR sparse matrix

fn assemble_singular_correction_into_dense<Space: FunctionSpace<T = T> + Sync>( &self, output: &mut Array<T, BaseArray<T, VectorContainer<T>, DIM>, DIM>, trial_space: &Space, test_space: &Space, )

Assemble the singular correction into a dense matrix Read more

fn assemble_singular_correction_into_csr<Space: FunctionSpace<T = T> + Sync>( &self, trial_space: &Space, test_space: &Space, ) -> CsrMatrix<T>

Assemble the singular correction into a CSR matrix Read more

fn assemble_into_dense<Space: FunctionSpace<T = T> + Sync>( &self, output: &mut Array<T, BaseArray<T, VectorContainer<T>, DIM>, DIM>, trial_space: &Space, test_space: &Space, )

Assemble into a dense matrix

fn assemble_nonsingular_into_dense<Space: FunctionSpace<T = T> + Sync>( &self, output: &mut Array<T, BaseArray<T, VectorContainer<T>, DIM>, DIM>, trial_space: &Space, test_space: &Space, trial_colouring: &HashMap<ReferenceCellType, Vec<Vec<usize>>>, test_colouring: &HashMap<ReferenceCellType, Vec<Vec<usize>>>, )

Assemble the non-singular contributions into a dense matrix

impl<T: RlstScalar + MatrixInverse, Integrand: BoundaryIntegrand<T = T>, Kernel: KernelEvaluator<T = T>> ParallelBoundaryAssembly for BoundaryAssembler<T, Integrand, Kernel>

fn parallel_assemble_singular_into_csr<C: Communicator, Space: ParallelFunctionSpace<C, T = T>>( &self, trial_space: &Space, test_space: &Space, ) -> CsrMatrix<T>

Assemble the singular contributions into a CSR sparse matrix, indexed by global DOF numbers

fn parallel_assemble_singular_correction_into_csr<C: Communicator, Space: ParallelFunctionSpace<C, T = T>>( &self, trial_space: &Space, test_space: &Space, ) -> CsrMatrix<T>

Assemble the singular contributions into a CSR sparse matrix, indexed by global DOF numbers

impl<T: RlstScalar + MatrixInverse, Integrand: BoundaryIntegrand<T = T>, Kernel: KernelEvaluator<T = T>> Sync for BoundaryAssembler<T, Integrand, Kernel>

Auto Trait Implementations§

impl<T, Integrand, Kernel> Freeze for BoundaryAssembler<T, Integrand, Kernel>
where Integrand: Freeze, Kernel: Freeze,

impl<T, Integrand, Kernel> RefUnwindSafe for BoundaryAssembler<T, Integrand, Kernel>
where Integrand: RefUnwindSafe, Kernel: RefUnwindSafe,

impl<T, Integrand, Kernel> Send for BoundaryAssembler<T, Integrand, Kernel>
where Integrand: Send, Kernel: Send,

impl<T, Integrand, Kernel> Unpin for BoundaryAssembler<T, Integrand, Kernel>
where Integrand: Unpin, Kernel: Unpin,

impl<T, Integrand, Kernel> UnwindSafe for BoundaryAssembler<T, Integrand, Kernel>
where Integrand: UnwindSafe, Kernel: UnwindSafe,

Blanket Implementations§

impl<T> Any for T
where T: 'static + ?Sized,

fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

impl<Src, Scheme> ApproxFrom<Src, Scheme> for Src
where Scheme: ApproxScheme,

type Err = NoError

The error type produced by a failed conversion.

fn approx_from(src: Src) -> Result<Src, <Src as ApproxFrom<Src, Scheme>>::Err>

Convert the given value into an approximately equivalent representation.

impl<Dst, Src, Scheme> ApproxInto<Dst, Scheme> for Src
where Dst: ApproxFrom<Src, Scheme>, Scheme: ApproxScheme,

type Err = <Dst as ApproxFrom<Src, Scheme>>::Err

The error type produced by a failed conversion.

fn approx_into(self) -> Result<Dst, <Src as ApproxInto<Dst, Scheme>>::Err>

Convert the subject into an approximately equivalent representation.

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where T: ?Sized,

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

impl<T> BorrowMut<T> for T
where T: ?Sized,

fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more

impl<T, Dst> ConvAsUtil<Dst> for T

fn approx(self) -> Result<Dst, Self::Err>
where Self: Sized + ApproxInto<Dst>,

Approximate the subject with the default scheme.

fn approx_by<Scheme>(self) -> Result<Dst, Self::Err>
where Self: Sized + ApproxInto<Dst, Scheme>, Scheme: ApproxScheme,

Approximate the subject with a specific scheme.

impl<T> ConvUtil for T

fn approx_as<Dst>(self) -> Result<Dst, Self::Err>
where Self: Sized + ApproxInto<Dst>,

Approximate the subject to a given type with the default scheme.

fn approx_as_by<Dst, Scheme>(self) -> Result<Dst, Self::Err>
where Self: Sized + ApproxInto<Dst, Scheme>, Scheme: ApproxScheme,

Approximate the subject to a given type with a specific scheme.

fn into_as<Dst>(self) -> Dst
where Self: Sized + Into<Dst>,

Convert the subject to a given type.

fn try_as<Dst>(self) -> Result<Dst, Self::Err>
where Self: Sized + TryInto<Dst>,

Attempt to convert the subject to a given type.

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where Self: Sized + ValueInto<Dst>,

Attempt a value conversion of the subject to a given type.

impl<T> From<T> for T

fn from(t: T) -> T

Returns the argument unchanged.

impl<T> Instrument for T

fn instrument(self, span: Span) -> Instrumented<Self>

Instruments this type with the provided [Span], returning an Instrumented wrapper. Read more

fn in_current_span(self) -> Instrumented<Self>

Instruments this type with the current Span, returning an Instrumented wrapper. Read more

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where U: From<T>,

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

impl<T> IntoEither for T

fn into_either(self, into_left: bool) -> Either<Self, Self>

Converts self into a Left variant of Either<Self, Self> if into_left is true. Converts self into a Right variant of Either<Self, Self> otherwise. Read more

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where F: FnOnce(&Self) -> bool,

Converts self into a Left variant of Either<Self, Self> if into_left(&self) returns true. Converts self into a Right variant of Either<Self, Self> otherwise. Read more

impl<T> Pointable for T

const ALIGN: usize = _

The alignment of pointer.

type Init = T

The type for initializers.

unsafe fn init(init: <T as Pointable>::Init) -> usize

Initializes a with the given initializer. Read more

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Dereferences the given pointer. Read more

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unsafe fn drop(ptr: usize)

Drops the object pointed to by the given pointer. Read more

impl<T> Same for T

type Output = T

Should always be Self

impl<SS, SP> SupersetOf<SS> for SP
where SS: SubsetOf<SP>,

fn to_subset(&self) -> Option<SS>

The inverse inclusion map: attempts to construct self from the equivalent element of its superset. Read more

fn is_in_subset(&self) -> bool

Checks if self is actually part of its subset T (and can be converted to it).

fn to_subset_unchecked(&self) -> SS

Use with care! Same as self.to_subset but without any property checks. Always succeeds.

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The inclusion map: converts self to the equivalent element of its superset.

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type Err = NoError

The error type produced by a failed conversion.

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Convert the given value into the subject type.

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Performs the conversion.

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The error type produced by a failed conversion.

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Convert the subject into the destination type.

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Performs the conversion.

type Err = NoError

The error type produced by a failed conversion.

fn value_from(src: Src) -> Result<Src, <Src as ValueFrom<Src>>::Err>

Convert the given value into an exactly equivalent representation.

impl<Src, Dst> ValueInto<Dst> for Src
where Dst: ValueFrom<Src>,

type Err = <Dst as ValueFrom<Src>>::Err

The error type produced by a failed conversion.

fn value_into(self) -> Result<Dst, <Src as ValueInto<Dst>>::Err>

Convert the subject into an exactly equivalent representation.

impl<T> WithSubscriber for T

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where S: Into<Dispatch>,

Attaches the provided Subscriber to this type, returning a [WithDispatch] wrapper. Read more