Material.h

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/*******************************************************************************
 * Copyright (C) 2017-2022 Theodore Chang
 *
 * This program is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * This program 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 General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program.  If not, see <http://www.gnu.org/licenses/>.
 ******************************************************************************/
#ifndef MATERIAL_H
#define MATERIAL_H
 
#include <Domain/Tag.h>
#include <Section/ParameterType.h>
 
enum class MaterialType : unsigned {
    D0 = 0,
    D1 = 1,
    D2 = 3,
    D3 = 6,
    DS = 10
};
 
class DomainBase;
enum class OutputType;
 
struct DataCoupleMaterial {
    double characteristic_length = -1.;
 
    vec current_curvature;
    vec current_couple_stress;
 
    vec trial_curvature;
    vec trial_couple_stress;
 
    vec incre_curvature;
    vec incre_couple_stress;
 
    mat initial_couple_stiffness; // stiffness matrix
    mat current_couple_stiffness; // stiffness matrix
    mat trial_couple_stiffness;   // stiffness matrix
};
 
struct DataMaterial {
    const double tolerance = 1E-14;
    const double density = 0.;
    const MaterialType material_type = MaterialType::D0;
 
    vec current_strain;      // current status
    vec current_strain_rate; // current status
    vec current_strain_acc;  // current status
    vec current_stress;      // current status
    // vec current_stress_rate; // current status
 
    vec trial_strain;      // trial status
    vec trial_strain_rate; // trial status
    vec trial_strain_acc;  // trial status
    vec trial_stress;      // trial status
    // vec trial_stress_rate; // trial status
 
    vec incre_strain;      // incremental status
    vec incre_strain_rate; // incremental status
    vec incre_strain_acc;  // incremental status
    vec incre_stress;      // incremental status
    // vec incre_stress_rate; // incremental status
 
    vec initial_history; // initial status
    vec current_history; // current status
    vec trial_history;   // trial status
 
    mat initial_stiffness; // stiffness matrix
    mat current_stiffness; // stiffness matrix
    mat trial_stiffness;   // stiffness matrix
 
    mat initial_damping; // damping matrix
    mat current_damping; // damping matrix
    mat trial_damping;   // damping matrix
 
    mat initial_inertial; // inertial matrix
    mat current_inertial; // inertial matrix
    mat trial_inertial;   // inertial matrix
};
 
class Material : protected DataMaterial, protected DataCoupleMaterial, public Tag {
    const bool initialized = false;
    const bool symmetric = false;
    const bool support_couple = false;
 
    friend void ConstantStiffness(DataMaterial*);
    friend void ConstantDamping(DataMaterial*);
    friend void ConstantInertial(DataMaterial*);
    friend void ConstantCoupleStiffness(DataCoupleMaterial*);
    friend void PureWrapper(Material*);
 
public:
    explicit Material(unsigned = 0,                    // tag
                      MaterialType = MaterialType::D0, // material type
                      double = 0.                      // density
    );
    Material(const Material&) = default;
    Material(Material&&) = delete;                 // move forbidden
    Material& operator=(const Material&) = delete; // assign forbidden
    Material& operator=(Material&&) = delete;      // assign forbidden
 
    ~Material() override;
 
    int initialize_base(const shared_ptr<DomainBase>&);
 
    virtual int initialize(const shared_ptr<DomainBase>&) = 0;
    virtual void initialize_couple(const shared_ptr<DomainBase>&);
 
    virtual void initialize_history(unsigned);
    virtual void set_initial_history(const vec&);
 
    void set_initialized(bool) const;
    void set_symmetric(bool) const;
    void set_support_couple(bool) const;
    [[nodiscard]] bool is_initialized() const;
    [[nodiscard]] bool is_symmetric() const;
    [[nodiscard]] bool is_support_couple() const;
 
    void set_characteristic_length(double);
    [[nodiscard]] double get_characteristic_length() const;
 
    [[nodiscard]] MaterialType get_material_type() const;
 
    [[nodiscard]] virtual double get_parameter(ParameterType) const;
 
    virtual const vec& get_trial_strain();
    virtual const vec& get_trial_strain_rate();
    virtual const vec& get_trial_strain_acc();
    virtual const vec& get_trial_stress();
    virtual const mat& get_trial_stiffness();
    virtual const mat& get_trial_secant();
    virtual const mat& get_trial_damping();
    virtual const mat& get_trial_inertial();
 
    virtual const vec& get_current_strain();
    virtual const vec& get_current_strain_rate();
    virtual const vec& get_current_strain_acc();
    virtual const vec& get_current_stress();
    virtual const mat& get_current_stiffness();
    virtual const mat& get_current_secant();
    virtual const mat& get_current_damping();
    virtual const mat& get_current_inertial();
 
    [[nodiscard]] virtual const vec& get_initial_history() const;
    [[nodiscard]] virtual const mat& get_initial_stiffness() const;
    [[nodiscard]] virtual const mat& get_initial_damping() const;
    [[nodiscard]] virtual const mat& get_initial_inertial() const;
 
    virtual const vec& get_trial_curvature();
    virtual const vec& get_trial_couple_stress();
    virtual const mat& get_trial_couple_stiffness();
 
    virtual const vec& get_current_curvature();
    virtual const vec& get_current_couple_stress();
    virtual const mat& get_current_couple_stiffness();
 
    [[nodiscard]] virtual const mat& get_initial_couple_stiffness() const;
 
    virtual unique_ptr<Material> get_copy() = 0;
 
    int update_incre_status(double);
    int update_incre_status(double, double);
    int update_incre_status(double, double, double);
    int update_trial_status(double);
    int update_trial_status(double, double);
    int update_trial_status(double, double, double);
 
    virtual int update_incre_status(const vec&);
    virtual int update_incre_status(const vec&, const vec&);
    virtual int update_incre_status(const vec&, const vec&, const vec&);
    virtual int update_trial_status(const vec&);
    virtual int update_trial_status(const vec&, const vec&);
    virtual int update_trial_status(const vec&, const vec&, const vec&);
 
    int update_couple_incre_status(double);
    int update_couple_incre_status(double, double);
    int update_couple_incre_status(double, double, double);
    int update_couple_trial_status(double);
    int update_couple_trial_status(double, double);
    int update_couple_trial_status(double, double, double);
 
    virtual int update_couple_incre_status(const vec&);
    virtual int update_couple_incre_status(const vec&, const vec&);
    virtual int update_couple_incre_status(const vec&, const vec&, const vec&);
    virtual int update_couple_trial_status(const vec&);
    virtual int update_couple_trial_status(const vec&, const vec&);
    virtual int update_couple_trial_status(const vec&, const vec&, const vec&);
 
    virtual int clear_status() = 0;
    virtual int commit_status() = 0;
    virtual int reset_status() = 0;
 
    virtual int clear_couple_status();
    virtual int commit_couple_status();
    virtual int reset_couple_status();
 
    virtual std::vector<vec> record(OutputType);
};
 
namespace suanpan {
    unique_ptr<Material> make_copy(const shared_ptr<Material>&);
    unique_ptr<Material> make_copy(const unique_ptr<Material>&);
    unique_ptr<Material> initialized_material_copy(const shared_ptr<DomainBase>&, uword);
} // namespace suanpan
 
#endif