bspline.hpp File Reference

Multivariate B-splines. More...

#include <algorithm>
#include <exception>
#include <filesystem>
#include <functional>
#include <regex>
#include <core.hpp>
#include <options.hpp>
#include <patch.hpp>
#include <utils/blocktensor.hpp>
#include <utils/container.hpp>
#include <utils/fqn.hpp>
#include <utils/index_sequence.hpp>
#include <utils/integer_pow.hpp>
#include <utils/linalg.hpp>
#include <utils/serialize.hpp>
#include <utils/tensorarray.hpp>
#include <utils/vslice.hpp>

Go to the source code of this file.

Classes
class	iganet::BSplineCommon< BSplineCore >
	B-spline (common high-level functionality) More...
class	iganet::detail::SplineType
	Spline type. More...
class	iganet::NonUniformBSplineCore< real_t, GeoDim, Degrees >
	Tensor-product non-uniform B-spline (core functionality) More...
class	iganet::UniformBSplineCore< real_t, GeoDim, Degrees >
	Tensor-product uniform B-spline (core functionality) More...

Namespaces
namespace	iganet
namespace	iganet::detail

Macros
#define	GENERATE_EXPR_SEQ   (curl)(div)(grad)(hess)(jac)(lapl)
	Sequence of expression (parametric coordinates)
#define	GENERATE_IEXPR_SEQ   (icurl)(idiv)(igrad)(ihess)(ijac)(ilapl)
	Sequence of expression (physical coordinates)

Typedefs
template<typename... T>
using	iganet::is_SplineType = std::conjunction< std::is_base_of< detail::SplineType, T >... >
	Type trait to check if T is a valid Spline type.
template<typename real_t , short_t GeoDim, short_t... Degrees>
using	iganet::NonUniformBSpline = BSplineCommon< NonUniformBSplineCore< real_t, GeoDim, Degrees... > >
	Tensor-product non-uniform B-spline.
template<typename real_t , short_t GeoDim, short_t... Degrees>
using	iganet::UniformBSpline = BSplineCommon< UniformBSplineCore< real_t, GeoDim, Degrees... > >
	Tensor-product uniform B-spline.

Enumerations
enum class	iganet::deriv : short_t {   iganet::func = 0 , iganet::dx = 1 , iganet::dy = 10 , iganet::dz = 100 ,   iganet::dt = 1000 }
	Enumerator for specifying the derivative of B-spline evaluation. More...
enum class	iganet::init : short_t {   iganet::none = 0 , iganet::zeros = 1 , iganet::ones = 2 , iganet::linear ,   iganet::random = 4 , iganet::greville = 5 , iganet::linspace = 6 }
	Enumerator for specifying the initialization of B-spline coefficients. More...

Functions
constexpr auto	iganet::operator+ (deriv lhs, deriv rhs)
	Adds two enumerators for specifying the derivative of B-spline evaluation.
template<typename real_t , short_t GeoDim, short_t... Degrees>
std::ostream &	iganet::operator<< (std::ostream &os, const NonUniformBSpline< real_t, GeoDim, Degrees... > &obj)
	Print (as string) a UniformBSpline object.
template<typename real_t , short_t GeoDim, short_t... Degrees>
std::ostream &	iganet::operator<< (std::ostream &os, const UniformBSpline< real_t, GeoDim, Degrees... > &obj)
	Print (as string) a UniformBSpline object.
template<typename real_t , short_t GeoDim, short_t... Degrees>
torch::serialize::OutputArchive &	iganet::operator<< (torch::serialize::OutputArchive &archive, const UniformBSplineCore< real_t, GeoDim, Degrees... > &obj)
	Serializes a B-spline object.
template<typename real_t , short_t GeoDim, short_t... Degrees>
torch::serialize::InputArchive &	iganet::operator>> (torch::serialize::InputArchive &archive, UniformBSplineCore< real_t, GeoDim, Degrees... > &obj)
	De-serializes a B-spline object.
constexpr auto	iganet::operator^ (deriv lhs, short_t rhs)
	Raises an enumerator for specifying the derivative of B-spline evaluation to a higher exponent.

Variables
template<typename... T>
constexpr bool	iganet::is_SplineType_v = is_SplineType<T...>::value
	Alias to the value of is_SplineType.

Detailed Description

Multivariate B-splines.

Abstract patch function base class.

Author

Matthias Moller

Copyright

This file is part of the IgANet project

This Source Code Form is subject to the terms of the Mozilla Public License, v. 2.0. If a copy of the MPL was not distributed with this file, You can obtain one at http://mozilla.org/MPL/2.0/.

Macro Definition Documentation

GENERATE_EXPR_SEQ

#define GENERATE_EXPR_SEQ   (curl)(div)(grad)(hess)(jac)(lapl)

Sequence of expression (parametric coordinates)

For each item in this sequence corresponding expressions will be generated for function spaces, boundary spaces, etc.

GENERATE_IEXPR_SEQ

#define GENERATE_IEXPR_SEQ   (icurl)(idiv)(igrad)(ihess)(ijac)(ilapl)

Sequence of expression (physical coordinates)

For each item in this sequence corresponding expressions will be generated for function spaces, boundary spaces, etc.