julian/a00282_source.html

 #ifndef JULIAN_TIMEGRID_HPP
 #define JULIAN_TIMEGRID_HPP

 #include <dates/date.hpp>
 #include <vector>

 namespace julian {

   class TimeGrid {
   public:
     TimeGrid(){};
     TimeGrid(Date start_date, Date end_date, std::vector<double> time);
     double get(int i) const;
     double getDiff(int i) const;
     unsigned int getSize() const;
     std::vector<double> getGrid() const;

   private:
     Date start_date_;
     Date end_date_;
     std::vector<double> time_;
   };
 } // julian

 #endif
julian::TimeGrid
Class implements a TimeGrid object.
Definition: timeGrid.hpp:21

julian::TimeGrid::end_date_
Date end_date_
Date determining ending of the interval.
Definition: timeGrid.hpp:32

julian
Definition: cadHoliday.cpp:3

julian::TimeGrid::getDiff
double getDiff(int i) const
returns difference between i-th and (i-1)-th time
Definition: timeGrid.cpp:29

date.hpp
File contains definition of date class.

julian::TimeGrid::start_date_
Date start_date_
Date determining beginning of the interval.
Definition: timeGrid.hpp:31

julian::TimeGrid::getSize
unsigned int getSize() const
returns number of nodes
Definition: timeGrid.cpp:36

julian::TimeGrid::time_
std::vector< double > time_
Real numbers representing nodes of time greed.
Definition: timeGrid.hpp:33

julian::Date
Class implements a date object.
Definition: date.hpp:27

julian::TimeGrid::getGrid
std::vector< double > getGrid() const
returns time grid
Definition: timeGrid.cpp:17