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tamaas/src/model/boussinesq.cpp
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boussinesq.cpp
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/**
* @file
*
* @author Lucas Frérot <lucas.frerot@epfl.ch>
*
* @section LICENSE
*
* Copyright (©) 2017 EPFL (Ecole Polytechnique Fédérale de
* Lausanne) Laboratory (LSMS - Laboratoire de Simulation en Mécanique des
* Solides)
*
* Tamaas is free software: you can redistribute it and/or modify it under the
* terms of the GNU Lesser General Public License as published by the Free
* Software Foundation, either version 3 of the License, or (at your option) any
* later version.
*
* Tamaas is distributed in the hope that it will be useful, but WITHOUT ANY
* WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR
* A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more
* details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with Tamaas. If not, see <http://www.gnu.org/licenses/>.
*
*/
/* -------------------------------------------------------------------------- */
#include "boussinesq.hh"
#include "influence.hh"
#include "kelvin_helper.hh"
#include "model.hh"
/* -------------------------------------------------------------------------- */
__BEGIN_TAMAAS__
/* -------------------------------------------------------------------------- */
namespace detail {
template <model_type type, typename T>
class BoussinesqHelper {
using boussinesq_t = T;
using trait = model_type_traits<type>;
static constexpr UInt dim = trait::dimension;
static constexpr UInt bdim = trait::boundary_dimension;
public:
BoussinesqHelper(const T& boussinesq, Real y_3, Real cutoff)
: boussinesq(boussinesq), y_3(y_3), cutoff(cutoff) {}
inline void applyIntegral(GridHermitian<Real, bdim>& out,
GridHermitian<Real, bdim>& source,
const Grid<Real, bdim>& wavevectors) const {
Loop::loop(
[&](typename KelvinTrait<T>::out_t out_local,
VectorProxy<Complex, dim> traction,
VectorProxy<const Real, bdim> q) {
// No Cutoff
// if (-q.l2norm() * std::abs(y_3) < std::log(cutoff))
// return;
// out_local +=
// boussinesq.applyU0(traction, q) *
// influence::KelvinIntegrator<0>::g0<true>(q.l2norm() * y_3);
// out_local +=
// (boussinesq.applyU1(traction, q) *
// influence::KelvinIntegrator<0>::g1<true>(q.l2norm() * y_3));
},
range<typename KelvinTrait<T>::out_t>(out),
range<VectorProxy<Complex, dim>>(source),
range<VectorProxy<const Real, bdim>>(wavevectors));
}
inline void applyConstantTerm(typename KelvinTrait<T>::out_t& out,
typename KelvinTrait<T>::source_t& /*source*/,
const influence::ElasticHelper<dim>& /*el*/) const {
out = 0;
}
protected:
const T& boussinesq;
const Real y_3, cutoff;
};
template <>
inline void
BoussinesqHelper<model_type::volume_2d, influence::Boussinesq<3, 1>>::
applyConstantTerm(
typename KelvinTrait<influence::Boussinesq<3, 1>>::out_t& out,
typename KelvinTrait<influence::Boussinesq<3, 1>>::source_t& source,
const influence::ElasticHelper<dim>& el) const {
out = 0;
out(0, 2) = -source(0) / el.mu;
out(1, 2) = -source(1) / el.mu;
out(2, 2) = -source(2) / (el.lambda + 2 * el.mu);
}
} // namespace detail
template <>
Boussinesq<model_type::volume_2d, 0>::Boussinesq(Model* model) : parent(model) {
this->initialize(trait::dimension, trait::dimension);
}
template <>
Boussinesq<model_type::volume_2d, 1>::Boussinesq(Model* model) : parent(model) {
this->initialize(trait::dimension, trait::dimension * trait::dimension);
}
/* -------------------------------------------------------------------------- */
/* Operator implementation */
/* -------------------------------------------------------------------------- */
template <model_type type, UInt derivative>
void Boussinesq<type, derivative>::apply(GridBase<Real>& source,
GridBase<Real>& out) const {
// Real nu = this->model->getPoissonRatio(), mu = this->model->getShearModulus();
// influence::Boussinesq<trait::dimension, derivative> boussinesq(mu, nu);
// auto apply = [&](UInt i, decltype(this->source_buffers)& source_buffers,
// decltype(this->disp_buffer)& out_buffer) {
// const Real L = this->model->getSystemSize().front();
// const UInt N = this->model->getDiscretization().front();
// const Real dl = L / (N - 1);
// out_buffer = 0;
// const Real xi = i * dl;
// detail::BoussinesqHelper<type, decltype(boussinesq)> helper(boussinesq, xi,
// 1e-2);
// helper.applyIntegral(out_buffer, source_buffers.front(), this->wavevectors);
// typename detail::KelvinTrait<decltype(boussinesq)>::out_t out_fundamental(
// out_buffer(0));
// typename detail::KelvinTrait<decltype(boussinesq)>::source_t in_fundamental(
// source_buffers.front()(0));
// // Uniform shift in case of gradient computation
// helper.applyConstantTerm(out_fundamental, in_fundamental,
// influence::ElasticHelper<trait::dimension>(mu, nu));
// };
// // the source is a Grid<Real, bdim> grid normally, so we gotta make sure we
// // can cast it into a Grid<Real, dim>
// GridView<Grid, Real, trait::boundary_dimension, trait::dimension> view(
// source, {}, -1);
// this->fourierApply(apply, view, out);
}
/* -------------------------------------------------------------------------- */
template <model_type type, UInt derivative>
void Boussinesq<type, derivative>::initialize(UInt source_components,
UInt out_components) {
// // Copy horizontal sizes
// std::array<UInt, trait::boundary_dimension> sizes;
// std::copy(this->model->getDiscretization().begin() + 1,
// this->model->getDiscretization().end(), sizes.begin());
// auto hermitian_sizes =
// GridHermitian<Real, trait::boundary_dimension>::hermitianDimensions(
// sizes);
// this->disp_buffer.setNbComponents(out_components);
// this->disp_buffer.resize(hermitian_sizes);
// this->source_buffers.resize(1);
// auto& source = this->source_buffers.front();
// source.setNbComponents(source_components);
// source.resize(hermitian_sizes);
}
__END_TAMAAS__
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