Index

A

angle() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method)

Atmosphere (class in cosi_atmosphere.response)

B

bin_sim() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method)

C

calc_tp() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.TPCalculator method) combine_sims() (cosi_atmosphere.response.Simulate method)

cosi_atmosphere.response module cosima_tp_file() (cosi_atmosphere.response.TPCalculator method) coslaw() (cosi_atmosphere.response.TPCalculator method)

D

dot_product() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method)

F

ff_correction() (cosi_atmosphere.response.Process method)

find_projection() (cosi_atmosphere.response.ProcessSpherical method)

G

get_atm_profile() (cosi_atmosphere.response.Atmosphere method) get_binning_info() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method) get_cart_vectors() (cosi_atmosphere.response.MakeMassModels method) get_dtheta_bin() (cosi_atmosphere.response.ProcessSphericalRep2 method)

get_energy_bin() (cosi_atmosphere.response.ProcessSpherical method) get_theta_bin() (cosi_atmosphere.response.ProcessSpherical method) get_total_edisp_matrix() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method) get_tp_from_file() (cosi_atmosphere.response.Process method)

L

length() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) line_point() (cosi_atmosphere.response.ProcessSpherical method)

load_response() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method) los_integral() (cosi_atmosphere.response.TPCalculator method)

M

make_edisp_matrix() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method) make_scattering_plots() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method)

MakeMassModels (class in cosi_atmosphere.response) module cosi_atmosphere.response

N

normalize_response() (cosi_atmosphere.response.ProcessSpherical method) (cosi_atmosphere.response.ProcessSphericalRep2 method)

P

parse_sim_file() (cosi_atmosphere.response.Simulate method) parse_sim_file_all_info() (cosi_atmosphere.response.Simulate method) PL() (cosi_atmosphere.response.Process method) PL_interp() (cosi_atmosphere.response.Process method) plot_atmosphere() (cosi_atmosphere.response.MakeMassModels method) plot_attenuation() (cosi_atmosphere.response.TPCalculator method) plot_edisp_matrix() (cosi_atmosphere.response.Process method)

plot_sequence() (cosi_atmosphere.response.Simulate method) plot_tp() (cosi_atmosphere.response.Process method) (cosi_atmosphere.response.TPCalculator method) plot_tp_from_edisp() (cosi_atmosphere.response.Process method) Process (class in cosi_atmosphere.response) ProcessSpherical (class in cosi_atmosphere.response) ProcessSphericalRep2 (class in cosi_atmosphere.response)

R

read_atm_model() (cosi_atmosphere.response.TPCalculator method) read_mass_attenuation() (cosi_atmosphere.response.TPCalculator method)

rectangular_model() (cosi_atmosphere.response.MakeMassModels method) relative_abundance() (cosi_atmosphere.response.TPCalculator method) run_sim() (cosi_atmosphere.response.Simulate method)

S

Simulate (class in cosi_atmosphere.response)

spherical_model() (cosi_atmosphere.response.MakeMassModels method)

T

TPCalculator (class in cosi_atmosphere.response)