OOPSE/libmdtools/NLOPModel.hpp

#ifndef _NLOPMODEL_H_
#define _NLOPMODEL_H_

class NLOPBase{
public:

  virtual ~NLPBase() {}
  virtual void setX(const vector<double>& x)       = 0;

  virtual void setF(const vector<double>& fx)              = 0;

  virtual int  getDim()                 const = 0;
  virtual int  getFevals()      const = 0;
  virtual double getF()           const = 0;

  bool hasConstraints()              = 0;
  int getConsType() = 0;
   getConstraints()             = 0; 

  virtual void initFcn()  = 0;
  virtual double evalF()  = 0;
  virtual double evalF(const ColumnVector &x)  = 0;
  virtual vector<double> evalG()  = 0;
  virtual vector<double> evalG(const ColumnVector &x)  = 0;
  virtual SymmetricMatrix evalH()  = 0;
  virtual SymmetricMatrix evalH(ColumnVector &x)  = 0;
  virtual void eval()  = 0;

  protected:
    
};

class NLOPNoDerive : public NLOPBase{

};

class NLOPFirstDerive : NLOPNoDerive{
  public:
    vector<double>& grad;
};

class NLOPSecondDerive : NLOPFirstDerive{

};
#endif
Revision:	987
Committed:	Tue Jan 27 19:15:20 2004 UTC (21 years, 10 months ago) by tim
File size:	1033 byte(s)
Log Message:	revision of constraint for Nonlinear Optimization Model
#	User	Rev	Content
1	tim	969	#ifndef _NLOPMODEL_H_
2			#define _NLOPMODEL_H_
3
4			class NLOPBase{
5			public:
6	tim	975
7	tim	987	virtual ~NLPBase() {}
8	tim	975	virtual void setX(const vector<double>& x) = 0;
9	tim	969
10	tim	975	virtual void setF(const vector<double>& fx) = 0;
11	tim	969
12			virtual int getDim() const = 0;
13	tim	975	virtual int getFevals() const = 0;
14	tim	987	virtual double getF() const = 0;
15	tim	969
16	tim	975	bool hasConstraints() = 0;
17	tim	987	int getConsType() = 0;
18	tim	975	getConstraints() = 0;
19	tim	969
20			virtual void initFcn() = 0;
21	tim	987	virtual double evalF() = 0;
22			virtual double evalF(const ColumnVector &x) = 0;
23			virtual vector<double> evalG() = 0;
24			virtual vector<double> evalG(const ColumnVector &x) = 0;
25	tim	969	virtual SymmetricMatrix evalH() = 0;
26			virtual SymmetricMatrix evalH(ColumnVector &x) = 0;
27			virtual void eval() = 0;
28
29	tim	975	protected:
30
31	tim	969	};
32
33			class NLOPNoDerive : public NLOPBase{
34
35			};
36
37			class NLOPFirstDerive : NLOPNoDerive{
38	tim	987	public:
39			vector<double>& grad;
40	tim	969	};
41
42			class NLOPSecondDerive : NLOPFirstDerive{
43
44			};
45			#endif