Profile class

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This class is designed to analyse intensity profiles we extract in bet extension. Most of its features are lazy.
The new points MUST be added by monotonous abscisse
pro_pair is the structure for a basic point of a profile

struct pro_pair
{
double abs; abscisse of the point
double val; value of the point
};

class Profile
{
public:

vector<pro_pair > v; data of the profile

Profile(); constructor - set lroi and rroi to default
~Profile(); destructor

int size() const; number of point in the whole profile
void print() const; display the profile
void add (const double a, const double v&); add a new point with abscisse a and value v to the profile, and update rroi
void init_roi(); set the region of interest to the whole profile
void set_lroi(const double); set lroi to the indicated abscisse
void set_rroi(const double); set rroi to the indicated abscisse
const double value(const double) const; return the value corresponding to the designated abscisse (or to the closest point)
const double min(); return the minimum value within roi (lazy)
const double max(); return the minimum value within roi (lazy)
const double minabs(); return an abscisse where minimum value is reached (lazy)
const double maxabs(); return an abscisse where maximum value is reached (lazy)
const double threshold(const double d); return min() + d * (max() - min())
const double begin(); return abscisse of the first point
const double end(); return abscisse of the last point
const double next_point_over (const double abs, const double thr); return the abscisse of the next point over a thr threshold, starting from abscisse abs (-500 if it does not exist)
const double next_point_under (const double abs, const double thr); return the abscisse of the next point under a thr threshold, starting from abscisse abs (-500 if it does not exist)
const double last_point_over (const double abs, const double thr); return the abscisse of the last point over a thr threshold, starting from abscisse abs (-500 if it does not exist)
const double last_point_under (const double abs, const double thr); return the abscisse of the last point under a thr threshold, starting from abscisse abs (-500 if it does not exist)
};

see an example

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