Reading config file: config.ini
With sections ['input', 'Sampler settings', 'Priors', 'Injection', 'Plot']

----Input parameters----
I'll be running with the following values:

data-H1                    : 
data-L1                    : 
data-V1                    : 
ignore-data-filename       : 0
download-data              : 1
datalen-download           : 4096.0
gw-data-find               : 0
gw-data-type-H1            : 
gw-data-type-L1            : 
gw-data-type-V1            : 
tag                        : CLN
channel-H1                 : GWOSC
channel-L1                 : GWOSC
channel-V1                 : GWOSC
config-file                : config.ini
run-type                   : full
output                     : result
run-tag                    : PROD1
screen-output              : 0
pesummary                  : 1
trigtime                   : 1126259462.422828
detectors                  : H1,L1
ref-det                    : H1
sky-frame                  : equatorial
acf-H1                     : 
acf-L1                     : 
acf-V1                     : 
psd-H1                     : 
psd-L1                     : 
psd-V1                     : 
signal-chunksize           : 2.0
noise-chunksize            : 2.0
window-onsource            : 0
window                     : 1
alpha-window               : 0.1
sampling-rate              : 16384.0
f-min-bp                   : 20.0
f-max-bp                   : 8182.0
bandpassing                : 1
fft-acf                    : 1
acf-simple-norm            : 1
no-lognorm                 : 0
truncate                   : 1
analysis-duration          : 0.1
analysis-duration-n        : 410
zero-noise                 : 0
gaussian-noise             : 
gaussian-noise-seed        : -1
gaussian-noise-white-sigma : 1e-21
chisquare-computation      : 0
non-stationarity-check     : 0
onsource-ACF               : 0
noise-averaging-method     : mean
Dirac-comb                 : 0
Zeroing-data               : 0
maxent-psd                 : 
PSD-investigation          : 0
injection-parameters       : None
injection-approximant      : 
inject-n-ds-modes          : {'s': 0, 'v': 0, 't': 1}
inject-area-quantization   : 0
inject-charge              : 0
injection-scaling          : 1.0
injection-T                : 64.0
template                   : Kerr
single-mode                : None
n-ds-modes                 : {'s': 0, 'v': 0, 't': 1}
ds-ordering                : freq
kerr-modes                 : [(2, 2, 2, 0), (2, 2, 2, 1)]
reference-amplitude        : 1e-21
spheroidal                 : 0
qnm-fit                    : 1
coherent-n                 : 0
amp-non-prec-sym           : 1
max-Kerr-amp-ratio         : 0.0
TGR-overtones-ordering     : Unordered
domega-tgr-modes           : None
dtau-tgr-modes             : None
area-quantization          : 0
tau-AQ                     : 0
prior-reweight             : 0
ParSpec                    : 0
ParSpec_Dmax_TGR           : 2
ParSpec_Dmax_charge        : 0
EsGB                       : 0
charge                     : 0
gr-time-prior              : 1
dist-flat-prior            : 0
ds-amp-flat-prior          : 0
mf-time-prior              : 0.0
analysis-duration-n        : 1638
inject-n-ds-modes          : {'t': 1}
n-ds-modes                 : {'t': 1}
gr-time-prior              : 1
dist-flat-prior            : 0
ds-amp-flat-prior          : 0
mf-time-prior              : 67.92493161247017

Trigtime in H1: 1126259462.422828


Reading data...

Using GWPY to download data.
Fetched 1 URLs from www.gw-openscience.org for [1126257414 .. 1126261510))
Reading data... [Done]

Loaded channel GWOSC starting at 1126257414.0 length 4096.0s.
Bandpassing the raw strain between [20.0, 8182.0] Hz.
Computing the one-sided PSD with the Welch method and the standard ACF for comparison.
No ACF was passed. Estimating ACF.
Plancherel theorem E(f)/E(t) (expected value: 1) = 1.0662876755044988

Reading data...

Using GWPY to download data.
Fetched 1 URLs from www.gw-openscience.org for [1126257414 .. 1126261510))
Reading data... [Done]

Loaded channel GWOSC starting at 1126257414.0 length 4096.0s.
Bandpassing the raw strain between [20.0, 8182.0] Hz.
Computing the one-sided PSD with the Welch method and the standard ACF for comparison.
No ACF was passed. Estimating ACF.
Plancherel theorem E(f)/E(t) (expected value: 1) = 1.065782590786464

Using equatorial sky coordinates.


----Prior section - General----
I'll be running with the following prior bounds:


Noise evidence: 148773.30313782708
Running the Kerr model with modes: [(2, 2, 2, 0), (2, 2, 2, 1)]

----Prior section - Kerr model----
I'll be running with the following prior bounds:

Mf           : [20.0, 200.0]
af           : [0.0, 0.99]

----Prior section - Kerr Model - Testing-GR parameters----
I'll be running with the following prior bounds:

No TGR parameter was considered.

----Prior section - Kerr Model - Amplitudes and phases----
I'll be running with the following prior bounds:

A2220        : [0.0, 50.0]
A2221        : [0.0, 50.0]
phi2220      : [0.0, 6.283185307179586]
phi2221      : [0.0, 6.283185307179586]

----Prior section - Kerr Model - Fixed parameters----
I'll be running with the following fixed parameters:

ra           : 1.95
dec          : -1.27
psi          : 0.82
t            : 0.0
cosiota      : -1.0
phi          : 0.0

----Setting up the sampler----
I'll be running with the following sampler parameters:

verbose  : 2
poolsize : 1
nthreads : 1
nlive    : 4096
maxmcmc  : 4096
seed     : 1000
resume   : 0


Noise evidence  : 148773.30313782708

Starting sampling using CPNest 0.11.3 version.