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Goldberg Simulator 20000
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Vect.h
00001 #ifndef PRJ_VECT_H
00002 #define PRJ_VECT_H
00003 
00004 
00005 #include <vector>
00006 #include <iostream>
00007 #include <string>
00008 #include <cmath>
00009 #include <initializer_list>
00010 #include <algorithm>
00011 
00012 using namespace std;
00013 
00014 //--provisoire
00015 double const PI=3.14159265358979323846;
00016 //--
00017 
00018 class Vect{
00019 private:
00020         vector<double> comp;
00021         Vect prodVect(Vect const& v) const;//test
00022         double prodScal(Vect const& v) const;//test
00023         Vect oppose() const;//test
00024         Vect mult(double const& d) const;//test
00025         bool compareFast(Vect const& v) const;
00026 public:
00027         Vect project(Vect const& v);
00028         Vect reject(Vect const&);
00029         //constructeurs
00030         Vect();//test
00031         Vect(size_t const& dim);//test
00032         Vect(initializer_list<double> const& v);//test
00033         Vect(vector<double> v);//test
00034         //Vect(double const& a,double const&b,double const&c);
00035 
00036         //methodes
00037         Vect add(Vect const& v,bool const& bigDim=true) const;
00038         Vect sub(Vect const& v,bool const& bigDim=true) const;
00039         double get(size_t const& i) const;
00040         void set(size_t const& i, double const& nb);//test
00041         void set(vector<double> const& comp);//test
00042         void set0();
00043         unsigned int getDim() const;//OK
00044         void addDim(double const& d=0);//test
00045         void setDim(size_t const& dim);//test
00046         void subDim();//test
00048         Vect cut(size_t const& first,size_t nb_comp=0);
00050 
00051         bool compare(Vect const& v,double const& tol=0.,bool const& dimInegal=false) const;
00052         bool compare2(Vect const& v,double const& tolNorme=0.) const;
00053         Vect normalize() const;
00054         double norme() const;//test
00055         double normeCarree() const;//test
00056         Vect operator+(Vect const& v) const;//test
00057         Vect operator-(Vect const& v) const;//test
00058         Vect& operator+=(Vect const& v);//test
00059         Vect& operator-=(Vect const& v);//test
00060         Vect operator-() const;//test
00061         Vect operator^(Vect const& v)const ;//test
00062         Vect operator*(double const& nb)const ;//test
00063         Vect operator/(double const& nb)const ;
00064         bool operator==(Vect const& v)const ;//test
00065         bool operator!=(Vect const& v)const;//test
00066         double operator*(Vect const& v)const;//test
00067         double operator||(bool const& sqrt)const;//test
00068         Vect& operator*=(double const& nb);//test
00069         Vect& operator/=(double const& nb);
00070         double operator[](size_t const& i);
00071 };
00072 
00073 Vect operator*(double const& a, Vect const& v);//test
00074 //void operator*=(Vect const& a, Vect const& b);
00075 //bool operator
00076 
00077 ostream& operator<<(ostream&,Vect const& v);//test
00078 
00079 
00080 
00081 #endif // PRJ_VECT_H