global_linear_Check Class Reference

#include <global_linear.h>

Inheritance diagram for global_linear_Check:

Public Member Functions
	global_linear_Check ()
	~global_linear_Check ()
Public Member Functions inherited from AlgoCheck
	AlgoCheck ()
	the ctor of the derived class has to fill the members constraintsE_,S_ More...
bool	check (parS_type &ps, parE_type &pe, std::string &err)
	returns true if the check was successfull (parameters conform to XML specification) More...
virtual	~AlgoCheck ()

Additional Inherited Members
Public Types inherited from AlgoCheck
typedef std::map< std::string, ConstraintE >	constraintsE_type
typedef std::map< std::string, ConstraintS >	constraintsS_type
Protected Member Functions inherited from AlgoCheck
bool	checkBounds (parE_type::iterator pit, constraintsE_type::iterator cit, std::string &err)
bool	checkStrings (parS_type::iterator sit, constraintsS_type::iterator cit, std::string &err)
Static Protected Member Functions inherited from AlgoCheck
static std::string	d2s (double x)
	ahh, converts a double into a std::string ... yet another one of this kind! More...
Protected Attributes inherited from AlgoCheck
constraintsE_type	constraintsE_
	format: "ParameterName" -> ConstraintE More...
constraintsS_type	constraintsS_
	format: "ParameterName" -> ConstraintS More...

Detailed Description

Definition at line 99 of file global_linear.h.

Constructor & Destructor Documentation

global_linear_Check::global_linear_Check

(

)

Definition at line 189 of file global_linear.cc.

References AlgoCheck::constraintsE_, and MAX_DOUBLE.

{
  // for the time being only expression-valued parameters can be automatically checked
  // against their specified constraints
  
  // schema default values will be shown if necessary in the following XML comments 
  // on the second line. The fist shows the values as given in the instance document

  // expressions have to be converted into doubles. No variables [bla] shall be allowed
  // inside the expressions; SystemOfUnits-symbols are the only supported ones.
  

  constraintsE_["theta"] = ConstraintE( 1,      // minOccurs
                                        1,      // maxOccurs
                    0*deg,  // min
                    180*deg,  // max 
                    true,    // use, true=required, false=optional
                    false,    // use, true=use default, false=no default
                    0.
                                       );

  constraintsE_["phi"] = ConstraintE( 1,      // minOccurs
                                        1,      // maxOccurs
                    0*deg,  // min
                    360*deg,  // max 
                    true,    // use, true=required, false=optional
                    false,    // use, true=use default, false=no default
                    0.
                                       );

  constraintsE_["delta"] = ConstraintE( 1,      // minOccurs
                                        1,      // maxOccurs
                    -MAX_DOUBLE,  // min
                    +MAX_DOUBLE,  // max 
                    true,    // use, true=required, false=optional
                    false,    // use, true=use default, false=no default
                    0.
                                       );

  constraintsE_["offset"] = ConstraintE( 1,      // minOccurs
                                        1,      // maxOccurs
                    -MAX_DOUBLE,  // min
                    +MAX_DOUBLE,  // max 
                    false,    // use, true=required, false=optional
                    true,    // use, true=use default, false=no default
                    0
                                       );

  constraintsE_["base"] = ConstraintE( 3,      // minOccurs
                                        3,      // maxOccurs
                    -MAX_DOUBLE,  // min
                    +MAX_DOUBLE,  // max 
                    false,    // use, true=required, false=optional
                    false,    // use, true=use default, false=no default
                    0.
                                       );

}

global_linear_Check::~global_linear_Check ( )

inline

Definition at line 104 of file global_linear.h.

{ }