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Newton.h
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28 #ifndef NEWTON_H
29 #define NEWTON_H
30 
31 #include <Solver/Solver.h>
32 
33 class Newton : public Solver {
34  const bool initial_stiffness;
35 
36  [[nodiscard]] virtual double amplification(const vec&, const vec&) const { return 0.; }
37 
38 public:
39  explicit Newton(unsigned = 0, bool = false);
40 
41  int analyze() override;
42 
43  void print() override;
44 };
45 
46 class AICN : public Newton {
47  const double l_est;
48 
49  [[nodiscard]] double amplification(const vec&, const vec&) const override;
50 
51 public:
52  explicit AICN(unsigned = 0, double = 1.);
53 
54  void print() override;
55 };
56 
57 #endif
58 
Definition: Newton.h:46
void print() override
Definition: Newton.cpp:172
AICN(unsigned=0, double=1.)
Definition: Newton.cpp:168
A Newton class defines a solver using Newton–Raphson iteration.
Definition: Newton.h:33
int analyze() override
Definition: Newton.cpp:28
void print() override
Definition: Newton.cpp:156
Newton(unsigned=0, bool=false)
Definition: Newton.cpp:24
A Solver class defines solvers used in analysis.
Definition: Solver.h:38