_weight | two_d_list< one_d_Madland > | [protected] |
check_interp(two_d_iterator left_list) | two_d_list< one_d_Madland > | [inline] |
chop_highE(double Max_energy) | two_d_list< one_d_Madland > | [inline] |
close_file(fstream &endl_file) | two_d_list< one_d_Madland > | [inline] |
collect_Ein(list< double > &E_incident) | two_d_list< one_d_Madland > | [inline] |
copy_data(two_d_list< One_d > ©_from) | two_d_list< one_d_Madland > | [inline] |
duplicate_Ein | two_d_Madland | |
E_gamma() | two_d_list< one_d_Madland > | [inline] |
E_in() | two_d_list< one_d_Madland > | [inline] |
EFH_ | two_d_Madland | [private] |
EFL_ | two_d_Madland | [private] |
fill_in_list(list< double > &fill_from) | two_d_list< one_d_Madland > | [inline] |
insert(two_d_iterator where, double e_in, double TM) | two_d_Madland | |
INT | two_d_list< one_d_Madland > | |
Madland_TM | two_d_Madland | [private] |
make_list() | two_d_Madland | |
Max_energy | two_d_Madland | [private] |
mirror() | two_d_list< one_d_Madland > | [inline] |
NBT | two_d_list< one_d_Madland > | |
out_data(int i_number, fstream &endl_file, double L_order) | two_d_list< one_d_Madland > | [inline] |
print() | two_d_list< one_d_Madland > | [inline] |
read_data(mf5_file &inFile, int NR, int NP) | two_d_Madland | |
renorm() | two_d_list< one_d_Madland > | [inline] |
rescale() | two_d_list< one_d_Madland > | [inline] |
set_EF(double EFL, double EFH) | two_d_Madland | [inline] |
set_interp() | two_d_list< one_d_Madland > | [inline] |
set_U(double U) | two_d_Madland | [inline] |
set_up_endl(int i_number, fstream &endl_file) | two_d_list< one_d_Madland > | [inline] |
thicken() | two_d_list< one_d_Madland > | [inline] |
thinit() | two_d_list< one_d_Madland > | [inline] |
two_d_iterator typedef | two_d_list< one_d_Madland > | |
two_d_list() | two_d_list< one_d_Madland > | [inline] |
two_d_Madland() | two_d_Madland | |
use_weight() | two_d_list< one_d_Madland > | [inline] |
weight_jumps() | two_d_list< one_d_Madland > | [inline] |
widen_cluster(two_d_iterator cluster_start, two_d_iterator cluster_end, int cluster_size, double jump_width, double cluster_min) | two_d_list< one_d_Madland > | [inline] |
widen_jumps(double cluster_min=0.0) | two_d_list< one_d_Madland > | [inline] |
write_endl(int i_number) | two_d_list< one_d_Madland > | [inline] |
~two_d_Madland() | two_d_Madland | |