Gridap.Integration

The exported names are

• DuffyQuadrature
• GenericQuadrature
• Quadrature
• TensorProductQuadrature
• get_coordinates
• get_weights
• num_dims
• num_point_dims
• num_points
• test_quadrature

struct DuffyQuadrature{D,T} <: Quadrature{D,T}
  coordinates::Vector{Point{D,T}}
  weights::Vector{T}
end

Duffy quadrature for simplices in [0,1]^D

DuffyQuadrature{D}(degree::Integer) where D

struct GenericQuadrature{D,T} <: Quadrature{D,T}
  coordinates::Vector{Point{D,T}}
  weights::Vector{T}
end

abstract type Quadrature{D,T} <: GridapType end

-get_coordinates(q::Quadrature) -get_weights(q::Quadrature) -test_quadrature

struct TensorProductQuadrature{D,T} <: Quadrature{D,T}
  coordinates::Vector{Point{D,T}}
  weights::Vector{T}
end

Tensor product quadrature rule (nodes and weights) on a hyper cube [0,1]^D

TensorProductQuadrature{D}(degree::Integer) where D
TensorProductQuadrature{D}(degrees) where D

TensorProductQuadrature(degrees::NTuple{D}) where D
TensorProductQuadrature(degrees::Point{D}) where D

get_coordinates(q::Quadrature)

get_weights(q::Quadrature)

num_dims(::Quadrature{D}) where D where D
num_dims(::Type{<:Quadrature{D}}) where D

num_point_dims(::Quadrature{D}) where D
num_point_dims(::Type{<:Quadrature{D}}) where D

num_points(q::Quadrature)

test_quadrature(q::Quadrature{D,T}) where {D,T}