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base_alloc.hpp.xml @upstream/2015.00.00.7 — raw · history · blame
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xmlns='http://www.w3.org/1999/xhtml' xmlns:math='http://www.w3.org/1998/Math/MathML' > <head> <title>Example AD<Base> Where Base Constructor Allocates Memory</title> <meta http-equiv='Content-Type' content='text/html' charset='utf-8'/> <meta name="description" id="description" content="Example AD<Base> Where Base Constructor Allocates Memory"/> <meta name="keywords" id="keywords" content=" example ad<base> where base constructor allocates memory purpose include file computed assignment macro binary operator boolean class definition condexpop condexprel equalopseq identical output integer ordered unary standard math erf sign pow limits "/> <style type='text/css'> body { color : black } body { background-color : white } A:link { color : blue } A:visited { color : purple } A:active { color : purple } </style> <script type='text/javascript' language='JavaScript' src='_base_alloc.hpp_xml.js'> </script> </head> <body> <table><tr> <td> <a href="http://www.coin-or.org/CppAD/" target="_top"><img border="0" src="_image.gif"/></a> </td> <td><a href="base_example.xml" target="_top">Prev</a> </td><td><a href="base_require.cpp.xml" target="_top">Next</a> </td><td> <select onchange='choose_across0(this)'> <option>Index-></option> <option>contents</option> <option>reference</option> <option>index</option> <option>search</option> <option>external</option> </select> </td> <td> <select onchange='choose_up0(this)'> <option>Up-></option> <option>CppAD</option> <option>AD</option> <option>base_require</option> <option>base_example</option> <option>base_alloc.hpp</option> </select> </td> <td> <select onchange='choose_down3(this)'> <option>AD-></option> <option>ad_ctor</option> <option>ad_assign</option> <option>Convert</option> <option>ADValued</option> <option>BoolValued</option> <option>VecAD</option> <option>base_require</option> </select> </td> <td> <select onchange='choose_down2(this)'> <option>base_require-></option> <option>base_member</option> <option>base_cond_exp</option> <option>base_identical</option> <option>base_ordered</option> <option>base_std_math</option> <option>base_example</option> </select> </td> <td> <select onchange='choose_down1(this)'> <option>base_example-></option> <option>base_alloc.hpp</option> <option>base_require.cpp</option> <option>base_adolc.hpp</option> <option>base_float.hpp</option> <option>base_double.hpp</option> <option>base_complex.hpp</option> </select> </td> <td>base_alloc.hpp</td> <td> <select onchange='choose_current0(this)'> <option>Headings-></option> <option>Purpose</option> <option>Include File</option> <option>Computed Assignment Macro</option> <option>Binary Operator Macro</option> <option>Boolean Operator Macro</option> <option>Class Definition</option> <option>CondExpOp</option> <option>CondExpRel</option> <option>EqualOpSeq</option> <option>Identical</option> <option>Output Operator</option> <option>Integer</option> <option>Ordered</option> <option>Unary Standard Math</option> <option>erf</option> <option>sign</option> <option>pow</option> <option>limits</option> </select> </td> </tr></table><br/> <center><b><big><big>Example AD<Base> Where Base Constructor Allocates Memory</big></big></b></center> <br/> <b><big><a name="Purpose" id="Purpose">Purpose</a></big></b> <br/> Demonstrate use of <code><font color="blue"><span style='white-space: nowrap'>AD<</span></font><i><font color="black"><span style='white-space: nowrap'>Base</span></font></i><font color="blue"><span style='white-space: nowrap'>></span></font></code> where memory is allocated for each element of the type <code><i><font color="black"><span style='white-space: nowrap'>Base</span></font></i></code> . In addition, this is a complete example where all the <a href="base_require.xml" target="_top"><span style='white-space: nowrap'>required Base</span></a> type operations are defined (as apposed to other examples where some of the operations for the Base type are already defined). <br/> <br/> <b><big><a name="Include File" id="Include File">Include File</a></big></b> <br/> This file uses some of the definitions in <a href="base_require.xml" target="_top"><span style='white-space: nowrap'>base_require</span></a> and <a href="thread_alloc.xml" target="_top"><span style='white-space: nowrap'>thread_alloc</span></a> . <code><font color='blue'><pre style='display:inline'> # include <cppad/base_require.hpp> # include <cppad/thread_alloc.hpp> </pre></font></code> <br/> <br/> <b><big><a name="Computed Assignment Macro" id="Computed Assignment Macro">Computed Assignment Macro</a></big></b> <br/> This macro is used for the <code><font color="blue">base_alloc</font></code> computed assignment operators; to be specific, used with <code><i><font color="black"><span style='white-space: nowrap'>op </span></font></i></code> equal to <code><font color="blue">+=</font></code>, <code><font color="blue">-=</font></code>, <code><font color="blue">*=</font></code>, <code><font color="blue">/=</font></code>. <code><font color='blue'><pre style='display:inline'> # define BASE_ALLOC_ASSIGN_OPERATOR(op) \ void operator op (const base_alloc& x) \ { *ptrdbl_ op *x.ptrdbl_; } </pre></font></code> <br/> <br/> <b><big><a name="Binary Operator Macro" id="Binary Operator Macro">Binary Operator Macro</a></big></b> <br/> This macro is used for the <code><font color="blue">base_alloc</font></code> binary operators (as member functions); to be specific, used with <code><i><font color="black"><span style='white-space: nowrap'>op </span></font></i></code> equal to <code><font color="blue">+</font></code>, <code><font color="blue">-</font></code>, <code><font color="blue">*</font></code>, <code><font color="blue">/</font></code>. <code><font color='blue'><pre style='display:inline'> # define BASE_ALLOC_BINARY_OPERATOR(op) const \ base_alloc operator op (const base_alloc& x) const \ { base_alloc result; \ double dbl = *ptrdbl_; \ double x_dbl = *x.ptrdbl_; \ *result.ptrdbl_ = dbl op x_dbl; \ return result; \ } </pre></font></code> <br/> <br/> <b><big><a name="Boolean Operator Macro" id="Boolean Operator Macro">Boolean Operator Macro</a></big></b> <br/> This macro can be used for the <code><font color="blue">base_alloc</font></code> binary operators that have a <code><font color="blue">bool</font></code> result; to be specific, used with <code><i><font color="black"><span style='white-space: nowrap'>op </span></font></i></code> equal to <code><font color="blue">==</font></code>, <code><font color="blue">!=</font></code>, <code><font color="blue"><</font></code>, <code><font color="blue"><=</font></code>, <code><font color="blue">>=</font></code>, and <code><font color="blue">></font></code>, <code><font color='blue'><pre style='display:inline'> # define BASE_ALLOC_BOOL_OPERATOR(op) const \ bool operator op (const base_alloc& x) const \ { double dbl = *ptrdbl_; \ double x_dbl = *x.ptrdbl_; \ return dbl op x_dbl; \ } </pre></font></code> <br/> <br/> <b><big><a name="Class Definition" id="Class Definition">Class Definition</a></big></b> <br/> The following example class defines the necessary <a href="base_member.xml" target="_top"><span style='white-space: nowrap'>base_member</span></a> functions. It is made more complicated by storing a pointer to a <code><font color="blue">double</font></code> instead of the <code><font color="blue">double</font></code> value itself. <code><font color='blue'><pre style='display:inline'> class base_alloc { public: double* ptrdbl_; base_alloc(void) { size_t cap; void* v = CppAD::thread_alloc::get_memory(sizeof(double), cap); ptrdbl_ = static_cast<double*>(v); } base_alloc(double dbl) { size_t cap; void *v = CppAD::thread_alloc::get_memory(sizeof(double), cap); ptrdbl_ = static_cast<double*>(v); *ptrdbl_ = dbl; } base_alloc(const base_alloc& x) { size_t cap; void *v = CppAD::thread_alloc::get_memory(sizeof(double), cap); ptrdbl_ = static_cast<double*>(v); *ptrdbl_ = *x.ptrdbl_; } ~base_alloc(void) { void* v = static_cast<void*>(ptrdbl_); CppAD::thread_alloc::return_memory(v); } base_alloc operator-(void) const { base_alloc result; *result.ptrdbl_ = - *ptrdbl_; return result; } base_alloc operator+(void) const { return *this; } void operator=(const base_alloc& x) { *ptrdbl_ = *x.ptrdbl_; } BASE_ALLOC_ASSIGN_OPERATOR(+=) BASE_ALLOC_ASSIGN_OPERATOR(-=) BASE_ALLOC_ASSIGN_OPERATOR(*=) BASE_ALLOC_ASSIGN_OPERATOR(/=) BASE_ALLOC_BINARY_OPERATOR(+) BASE_ALLOC_BINARY_OPERATOR(-) BASE_ALLOC_BINARY_OPERATOR(*) BASE_ALLOC_BINARY_OPERATOR(/) BASE_ALLOC_BOOL_OPERATOR(==) BASE_ALLOC_BOOL_OPERATOR(!=) // The <= operator is not necessary for the base type requirements // (needed so we can use NearEqual with base_alloc arguments). BASE_ALLOC_BOOL_OPERATOR(<=) }; </pre></font></code> <br/> <br/> <b><big><a name="CondExpOp" id="CondExpOp">CondExpOp</a></big></b> <br/> The type <code><font color="blue">base_alloc</font></code> does not use <a href="condexp.xml" target="_top"><span style='white-space: nowrap'>CondExp</span></a> operations. Hence its <code><font color="blue">CondExpOp</font></code> function is defined by <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline base_alloc CondExpOp( enum CompareOp cop , const base_alloc& left , const base_alloc& right , const base_alloc& exp_if_true , const base_alloc& exp_if_false ) { // not used assert(false); // to void compiler error return base_alloc(); } } </pre></font></code> <br/> <br/> <b><big><a name="CondExpRel" id="CondExpRel">CondExpRel</a></big></b> <br/> The <a href="base_cond_exp.xml#CondExpRel" target="_top"><span style='white-space: nowrap'>CPPAD_COND_EXP_REL</span></a> macro invocation <code><font color='blue'><pre style='display:inline'> namespace CppAD { CPPAD_COND_EXP_REL(base_alloc) } </pre></font></code> uses <code><font color="blue">CondExpOp</font></code> above to define <code><font color="blue"><span style='white-space: nowrap'>CondExp</span></font><i><font color="black"><span style='white-space: nowrap'>Rel</span></font></i></code> for <code><font color="blue">base_alloc</font></code> arguments and <code><i><font color="black"><span style='white-space: nowrap'>Rel</span></font></i></code> equal to <code><font color="blue">Lt</font></code>, <code><font color="blue">Le</font></code>, <code><font color="blue">Eq</font></code>, <code><font color="blue">Ge</font></code>, and <code><font color="blue">Gt</font></code>. <br/> <br/> <b><big><a name="EqualOpSeq" id="EqualOpSeq">EqualOpSeq</a></big></b> <br/> The type <code><font color="blue">base_alloc</font></code> is simple (in this respect) and so we define <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline bool EqualOpSeq(const base_alloc& x, const base_alloc& y) { return *x.ptrdbl_ == *y.ptrdbl_; } } </pre></font></code> <br/> <br/> <b><big><a name="Identical" id="Identical">Identical</a></big></b> <br/> The type <code><font color="blue">base_alloc</font></code> is simple (in this respect) and so we define <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline bool IdenticalPar(const base_alloc& x) { return true; } inline bool IdenticalZero(const base_alloc& x) { return (*x.ptrdbl_ == 0.0); } inline bool IdenticalOne(const base_alloc& x) { return (*x.ptrdbl_ == 1.0); } inline bool IdenticalEqualPar(const base_alloc& x, const base_alloc& y) { return (*x.ptrdbl_ == *y.ptrdbl_); } } </pre></font></code> <br/> <br/> <b><big><a name="Output Operator" id="Output Operator">Output Operator</a></big></b> <code><font color='blue'><pre style='display:inline'> namespace CppAD { std::ostream& operator << (std::ostream &os, const base_alloc& x) { os << *x.ptrdbl_; return os; } } </pre></font></code> <br/> <br/> <b><big><a name="Integer" id="Integer">Integer</a></big></b> <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline int Integer(const base_alloc& x) { return static_cast<int>(*x.ptrdbl_); } } </pre></font></code> <br/> <br/> <b><big><a name="Ordered" id="Ordered">Ordered</a></big></b> <br/> The <code><font color="blue">base_alloc</font></code> type supports ordered comparisons <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline bool GreaterThanZero(const base_alloc& x) { return *x.ptrdbl_ > 0.0; } inline bool GreaterThanOrZero(const base_alloc& x) { return *x.ptrdbl_ >= 0.0; } inline bool LessThanZero(const base_alloc& x) { return *x.ptrdbl_ < 0.0; } inline bool LessThanOrZero(const base_alloc& x) { return *x.ptrdbl_ <= 0.f; } inline bool abs_geq(const base_alloc& x, const base_alloc& y) { return std::fabs(*x.ptrdbl_) >= std::fabs(*y.ptrdbl_); } } </pre></font></code> <br/> <br/> <b><big><a name="Unary Standard Math" id="Unary Standard Math">Unary Standard Math</a></big></b> <br/> The macro <a href="base_std_math.xml#CPPAD_STANDARD_MATH_UNARY" target="_top"><span style='white-space: nowrap'>CPPAD_STANDARD_MATH_UNARY</span></a> would not work with the type <code><font color="blue">base_alloc</font></code> so we define a special macro for this type: <code><font color='blue'><pre style='display:inline'> # define BASE_ALLOC_STD_MATH(fun) \ inline base_alloc fun (const base_alloc& x) \ { return std::fun(*x.ptrdbl_); } </pre></font></code> The following invocations of the macro above define the <a href="base_std_math.xml#Unary Standard Math" target="_top"><span style='white-space: nowrap'>unary standard math</span></a> functions (except for <code><font color="blue">abs</font></code>): <code><font color='blue'><pre style='display:inline'> namespace CppAD { BASE_ALLOC_STD_MATH(acos) BASE_ALLOC_STD_MATH(asin) BASE_ALLOC_STD_MATH(atan) BASE_ALLOC_STD_MATH(cos) BASE_ALLOC_STD_MATH(cosh) BASE_ALLOC_STD_MATH(exp) BASE_ALLOC_STD_MATH(log) BASE_ALLOC_STD_MATH(log10) BASE_ALLOC_STD_MATH(sin) BASE_ALLOC_STD_MATH(sinh) BASE_ALLOC_STD_MATH(sqrt) BASE_ALLOC_STD_MATH(tan) BASE_ALLOC_STD_MATH(tanh) } </pre></font></code> The absolute value function is special because its <code><font color="blue">std</font></code> name is <code><font color="blue">fabs</font></code> <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline base_alloc abs(const base_alloc& x) { return std::fabs(*x.ptrdbl_); } } </pre></font></code> <br/> <br/> <b><big><a name="erf" id="erf">erf</a></big></b> <br/> The following defines the <code><font color="blue">CppAD::erf</font></code> function that is required th use <code><font color="blue">AD<Base_alloc></font></code>: <code><font color='blue'><pre style='display:inline'> # if CPPAD_COMPILER_HAS_ERF inline base_alloc erf(const base_alloc& x) { return std::erf(*x.ptrdbl_); } # endif </pre></font></code> <br/> <br/> <b><big><a name="sign" id="sign">sign</a></big></b> <br/> The following defines the <code><font color="blue">CppAD::sign</font></code> function that is required to use <code><font color="blue">AD<base_alloc></font></code>: <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline base_alloc sign(const base_alloc& x) { if( *x.ptrdbl_ > 0.0 ) return 1.0; if( *x.ptrdbl_ == 0.0 ) return 0.0; return -1.0; } } </pre></font></code> <br/> <br/> <b><big><a name="pow" id="pow">pow</a></big></b> <br/> The following defines a <code><font color="blue">CppAD::pow</font></code> function that is required to use <code><font color="blue">AD<base_alloc></font></code>: <code><font color='blue'><pre style='display:inline'> namespace CppAD { inline base_alloc pow(const base_alloc& x, const base_alloc& y) { return std::pow(*x.ptrdbl_, *y.ptrdbl_); } } </pre></font></code> <br/> <br/> <b><big><a name="limits" id="limits">limits</a></big></b> <code><font color='blue'><pre style='display:inline'> namespace CppAD { template <> class numeric_limits<base_alloc> { public: // machine epsilon static base_alloc epsilon(void) { return std::numeric_limits<base_alloc>::epsilon(); } // minimum positive normalized value static base_alloc min(void) { return std::numeric_limits<base_alloc>::min(); } // maximum finite value static base_alloc max(void) { return std::numeric_limits<base_alloc>::max(); } }; // deprecated machine epsilon template <> inline base_alloc epsilon<base_alloc>(void) { return numeric_limits<base_alloc>::epsilon(); } } </pre></font></code> <hr/>Input File: example/base_alloc.hpp </body> </html> |