global_discretization_gamma_h_n.h

vs.lib is a math library in C++ with a set of linear algebra and integrable / differentiable objects

#ifndef __GLOBAL_DISCRETIZATION_GAMMA_H_N_H
#define __GLOBAL_DISCRETIZATION_GAMMA_H_N_H

class Gamma_h_i : public Omega_h {
	int the_index;
	Dynamic_Array<Omega_eh> the_omega_eh_array;
public:
	Gamma_h_i(int i, Omega_h &oh); // client program suplied constructor
	Dynamic_Array<Omega_eh>& omega_eh_array() { return the_omega_eh_array; }
	Omega_eh& operator()(int en); // element selector
	int element_order(int en) const;
	int total_element_no() const { return the_omega_eh_array.length(); } // total number of distinct nodes
	int index() const { return the_index; }
};

class Global_Discretization_Gamma_h_i : public Global_Discretization {
	int the_index;
	Global_Discretization *type_id;
   //Omega_h &the_omega_h; // dimension is n-1 of the global discretization
   Gamma_h_i &the_gamma_h_i;
public:
	Global_Discretization_Gamma_h_i(int idx, Global_Discretization &gd,
   	Global_Discretization *id, Gamma_h_i &ghi) :
      Global_Discretization(gd), the_index(idx), type_id(id), the_gamma_h_i(ghi) {}
	//Omega_h& omega_h() { return the_omega_h; }
   //Omega_h omega_h() const { return the_omega_h; }
	Omega_h& omega_h() { return the_gamma_h_i; }
   Omega_h omega_h() const { return the_gamma_h_i; }
   Gamma_h_i &gamma_h_i() { return the_gamma_h_i; }
   Gamma_h_i gamma_h_i() const { return the_gamma_h_i; }
   Global_Discretization* type() { return type_id; }
   Global_Discretization* type() const { return type_id; }
   // virtual member functions; integrated-information services to Element_Formulation
	C0 element_coordinate(int en);
	C0 element_fixed_variable(int en);
	C0 element_free_variable(int en);
   C0 element_nodal_force(int en);
	int index() const { return the_index; }
};
#endif