📄 vnl_adaptsimpson_integral.h
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#ifndef VNL_ADAPTSIMPSON_INTEGRAL_H_
#define VNL_ADAPTSIMPSON_INTEGRAL_H_
//:
// \file
// \author Kongbin Kang at Brown
// \date Jan. 17th, 2005
//
#include <vnl/vnl_definite_integral.h>
class vnl_adaptsimpson_integral : public vnl_definite_integral
{
private:
//: used to wrap the function class to an ordinary function.
static double int_fnct_(double* x);
protected:
//: maximum recursion deepth
int deepth_;
//: real computation
double adaptivesimpson(double(*f)(double*), double a, double b, double eps, int level, int level_max);
public:
vnl_adaptsimpson_integral(int deepth = 32) : deepth_(deepth) {}
//: a and b are integral limits respectively.
// n is the number of intervals used in integral.
// accuracy is the accuracy you want to achieve. Norally accuracy > 1e-11)
double integral(vnl_integrant_fnct *f, double a, double b, double accuracy);
};
#endif
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