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MathTL
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00001 // -*- c++ -*- 00002 00003 // +--------------------------------------------------------------------+ 00004 // | This file is part of MathTL - the Mathematical Template Library | 00005 // | | 00006 // | Copyright (c) 2002-2009 | 00007 // | Thorsten Raasch, Manuel Werner | 00008 // +--------------------------------------------------------------------+ 00009 00010 #ifndef _MATHTL_VECTOR_H 00011 #define _MATHTL_VECTOR_H 00012 00013 #include <iostream> 00014 00015 // external functionality, for convenience: 00016 #include <algebra/vector_norms.h> 00017 #include <algebra/vector_arithmetics.h> 00018 00019 namespace MathTL 00020 { 00032 template <class C> 00033 class Vector 00034 { 00035 public: 00039 typedef C value_type; 00040 00044 typedef value_type* pointer; 00045 00049 typedef const value_type* const_pointer; 00050 00054 typedef value_type* iterator; 00055 00059 typedef const value_type* const_iterator; 00060 00064 typedef value_type& reference; 00065 00069 typedef const value_type& const_reference; 00070 00074 typedef size_t size_type; 00075 00079 Vector(); 00080 00088 explicit Vector(const size_type s, const bool initialize = true); 00089 00096 Vector(const size_type s, const char* str); 00097 00101 Vector(const Vector<C>& v); 00102 00106 virtual ~Vector(); 00107 00111 size_type size() const; 00112 00116 size_type memory_consumption() const; 00117 00121 bool empty() const; 00122 00126 void resize(const size_type s, const bool initialize = true); 00127 00131 const C operator [] (const size_type i) const; 00132 00136 const C operator () (const size_type i) const; 00137 00141 C& operator [] (const size_type i); 00142 00146 C& operator () (const size_type i); 00147 00151 const_iterator begin() const; 00152 00156 iterator begin(); 00157 00162 const_iterator end() const; 00163 00168 iterator end(); 00169 00173 Vector<C>& operator = (const C c); 00174 00178 Vector<C>& operator = (const Vector<C>& v); 00179 00183 void swap (Vector<C>& v); 00184 00188 template <class C2> 00189 bool operator == (const Vector<C2>& v) const; 00190 00194 template <class C2> 00195 bool operator != (const Vector<C2>& v) const; 00196 00200 template <class C2> 00201 bool operator < (const Vector<C2>& v) const; 00202 00206 template <class C2> 00207 void add(const Vector<C2>& v); 00208 00212 template <class C2> 00213 void add(const C2 s, const Vector<C2>& v); 00214 00219 template <class C2> 00220 void sadd(const C s, const Vector<C2>& v); 00221 00225 void scale(const C s); 00226 00230 template <class C2> 00231 Vector<C>& operator += (const Vector<C2>& v); 00232 00236 template <class C2> 00237 void subtract(const Vector<C2>& v); 00238 00242 template <class C2> 00243 Vector<C>& operator -= (const Vector<C2>& v); 00244 00248 template <class C2> 00249 const C inner_product (const Vector<C2>& v) const; 00250 00254 Vector<C>& operator *= (const C c); 00255 00259 Vector<C>& operator /= (const C c); 00260 00264 template <class C2> 00265 const C operator * (const Vector<C2>& v) const; 00266 00271 void compress(const double eta = 1e-15); 00272 00280 double wrmsqr_norm(const double atol, const double rtol, 00281 const Vector<C>& v, const Vector<C>& w) const; 00282 00283 protected: 00287 C* values_; 00288 00292 size_type size_; 00293 }; 00294 00298 template <class C> 00299 void swap(Vector<C>& v1, Vector<C>& v2); 00300 00306 template <class C, class C2> 00307 Vector<C> operator + (const Vector<C>& v1, const Vector<C2>& v2); 00308 00314 template <class C, class C2> 00315 Vector<C> operator - (const Vector<C>& v1, const Vector<C2>& v2); 00316 00321 template <class C> 00322 std::ostream& operator << (std::ostream& os, const Vector<C>& v); 00323 } 00324 00325 // include implementation of inline functions 00326 #include <algebra/vector.cpp> 00327 00328 #endif
1.7.6.1
