# Format (1 = H4RG, WFIRST-like)
FORMAT: 1

# Number of reads
NREADS: 20
# Intermediate steps in integration from read n to n+1
SUBSTEPS: 3
# time step (s)
DT: 2.75

# gain in e/DN
GAIN: 1.5

# Quantum yield
# Format is QY_omega sig and then ftsolve.p2kernel takes as first arg cov
# list or np array, length 3: xx, xy, yy
QY: 0.08 0.04 0.008 0.04

# Illumination & QE
ILLUMINATION: 3.0e1
QE: 8e-1

RNGSEED: 512

RESET_E: 1.0e2

# Noise command has two arguments:
#  first is the noise mode
#  second is the input file
#
# Possible modes (must be all lower case):
#  'none' = do not include the noise (no need for file name)
#  'last' = add noise file to the last frame
#  'full' = add noise file to all frames
#  any other option here will add a small amount of Gaussian noise
# 
NOISE: Gauss
#NOISE: last ex_2.2.1.fits
WAVEMODE: ir
BFE: true
# Linear IPC mode L_IPC can be 'false'
# or 'true' followed by single value for symmetric alpha
# or two values corresponding to horiz and vert alpha
L_IPC: true 0.01

# Non-linearity mode NL can be 'false'
# or 'quadratic' followed by a floating point value for beta,
# in units of ppm/e-;  or 'quartic' followed by coeffs 
# separated by single spaces in the order
# c2 c3 c4 in units of ppm e-^(1-j), j=2,3,4;  default is false
#NL: quartic -1.6 1.9E-5 -1.4E-10
NL: quadratic 1.4

OUTPUT: test1.fits
