ModelFlat

class ModelFlat(level)

Bases: ecpi.simu.lib.sources.ModelSrcInterface

Generic class for flat model

constructor

Parameters:level (float [ph/cm2/s]) – intensity detected

Attributes Summary

name	Get name.
static_attitude
static_duration
static_e_max
static_e_min
static_idx_chan
static_mdl_effect
static_position
static_sim_geom
static_time
static_velocity

Methods Summary

get_model([obs_time])	return the shadowgram model
get_noisy_model([obs_time])	Return the shadowgram model with poisson noise.
set_energy_band(e_min, e_max)	Set the energy lower and upper limit for sources models classes
set_idx_channel(idx_chan)	Set channel index and associated energy band.
set_satellite_context(attitude, position, …)	Set the satellite information: attitude, position, velocity and time
set_sim_dpix(dpix)

Attributes Documentation

name

Get name.

static_attitude = [0, 0, 0]

static_duration = 10

static_e_max = 0

static_e_min = 0

static_idx_chan = 0

static_mdl_effect = None

static_position = [0, 0, 0]

static_sim_geom = None

static_time = None

static_velocity = [0, 0, 0]

Methods Documentation

get_model(obs_time=None)

return the shadowgram model

Parameters:obs_time (float) – observation time in s Returns:noise detector image in ph/pix Return type:array(float)

get_noisy_model(obs_time=None)

Return the shadowgram model with poisson noise.

Parameters:obs_time (float) – observation time in seconds

set_energy_band(e_min, e_max)

Set the energy lower and upper limit for sources models classes

Warning

must be renamed as _set_energy_band

Parameters:

• e_min (float) – energy lower limit in keV
• e_max (float) – energy upper limit in keV

set_idx_channel(idx_chan)

Set channel index and associated energy band.

Parameters:idx_chan (int) – channel index

set_satellite_context(attitude, position, velocity, time)

Set the satellite information: attitude, position, velocity and time

Parameters:

• attitude ([float, float, float]) – [ra, dec, ori] in degrees
• position ([float, float, float]) – [X, Y, Z] in km in J2000
• velocity ([float, float, float]) – [Vx, Vy, Vz] in km/s
• time (float) – PPS time in s from mjdref

set_sim_dpix(dpix)