29#ifndef LEENEWMARKBASE_H
30#define LEENEWMARKBASE_H
59 shared_ptr<Factory<double>>
factory =
nullptr;
75 int solve(mat&,
const mat&)
final;
76 int solve(mat&,
const sp_mat&)
final;
77 int solve(mat&, mat&&) final;
78 int solve(mat&, sp_mat&&) final;
A LeeNewmarkBase class defines a solver using Newmark algorithm with Lee damping model.
Definition: LeeNewmarkBase.h:36
bool first_iteration
Definition: LeeNewmarkBase.h:49
const uword n_block
Definition: LeeNewmarkBase.h:45
unique_ptr< MetaMat< double > > stiffness
Definition: LeeNewmarkBase.h:57
vec current_internal
Definition: LeeNewmarkBase.h:53
virtual void update_stiffness() const =0
LeeNewmarkBase(unsigned, double, double, StiffnessType=StiffnessType::CURRENT)
Definition: LeeNewmarkBase.cpp:52
vec get_displacement_residual() final
Definition: LeeNewmarkBase.cpp:110
void clear_status() final
Definition: LeeNewmarkBase.cpp:124
StiffnessType
Definition: LeeNewmarkBase.h:38
bool if_iterative
Definition: LeeNewmarkBase.h:51
int update_internal(const mat &) final
Definition: LeeNewmarkBase.cpp:84
vec residual
Definition: LeeNewmarkBase.h:55
int initialize() override
Definition: LeeNewmarkBase.cpp:57
void commit_status() final
Definition: LeeNewmarkBase.cpp:116
int erase_top_left_block() const
Definition: LeeNewmarkBase.cpp:22
const StiffnessType stiffness_type
Definition: LeeNewmarkBase.h:47
virtual uword get_total_size() const =0
int solve(mat &, const mat &) final
Definition: LeeNewmarkBase.cpp:90
shared_ptr< Factory< double > > factory
Definition: LeeNewmarkBase.h:59
vec get_force_residual() final
Definition: LeeNewmarkBase.cpp:104
void reset_status() final
Definition: LeeNewmarkBase.cpp:132
virtual void update_residual() const =0
vec trial_internal
Definition: LeeNewmarkBase.h:53
A Newmark class defines a solver using Newmark algorithm.
Definition: Newmark.h:45