28 #ifndef __SISCONE_AREA_H__
29 #define __SISCONE_AREA_H__
100 int compute_areas(std::vector<Cmomentum> &_particles,
double _radius,
double _f,
101 int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde,
102 bool _hard_only=
false);
113 int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde,
114 bool _hard_only=
false);
124 int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde);
int compute_passive_areas(std::vector< Cmomentum > &_particles, double _radius, double _f, int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde)
compute the jet passive areas from a given particle set.
double active_area
active area
int grid_size
size of the grid we add soft particles on (N_soft=(grid_size^2))
double pt_soft_min
pt_min used in SM to compute passive areas
double grid_eta_max
maximal value of eta we add soft particles on
double pt_soft
pt of the soft particles added
double passive_area
passive area
int compute_areas(std::vector< Cmomentum > &_particles, double _radius, double _f, int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde, bool _hard_only=false)
compute the jet areas from a given particle set.
std::vector< Cjet_area > jet_areas
jets with their areas
double pt_shift
amplitude of the pt random shift
double grid_shift
fractional (random) displacement of the points om the grid
int compute_active_areas(std::vector< Cmomentum > &_particles, double _radius, double _f, int _n_pass_max=0, Esplit_merge_scale _split_merge_scale=SM_pttilde, bool _hard_only=false)
compute the jet active areas from a given particle set.
The
SISCone project has been developed by
Gavin Salam and
Gregory Soyez
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