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GLASS
Global LISA Analysis Software Suite
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Analaysis segment and meta data about size of segment, location in full data stream, and LISA observation parameters. More...
#include <glass_data.h>
Public Attributes | |
Size of Data and Model | |
int | N |
number of frequency bins | |
int | Nchannel |
number of data channels | |
double | logN |
log total number of data points \( \log ( 2 \times N \times N_{\rm channel} \times N_{\rm T} )\) | |
Random Number Generator Seeds | |
long | cseed |
seed for MCMC set by [--chainseed=INT; default=150914] | |
long | nseed |
seed for noise realization set by [--noiseseed=INT; default=151226] | |
long | iseed |
seed for injection parameters set by [--injseed=INT; default=151012] | |
Time of Observations | |
double | T |
observation time | |
double | sqT |
\(\sqrt{T}\) | |
double | t0 |
start times of segments | |
Analysis Frequency Segment | |
int | qmin |
minimum frequency bin of segment | |
int | qmax |
maximum frequency bin of segment | |
int | qpad |
number of frequency bins padding ends of segment | |
double | fmin |
minimum frequency of segment | |
double | fmax |
maximum frequency of segment | |
double | sine_f_on_fstar |
\(sin(f * 2\pi L/c)\) | |
double | sum_log_f |
\(\sum \log(f)\) appears in some normalizations | |
double | logfmin |
\(\log(f_{\rm min})\) appears in some normalizations | |
double | logfmax |
\(\log(f_{\rm max})\) appears spline setup for bayesline | |
TDI Data and Noise | |
struct TDI * | tdi |
TDI data channels as seen by sampler. | |
struct TDI * | raw |
TDI data channels unaltered from input. | |
struct Noise * | noise |
Reference noise model. | |
char | format [16] |
Convention for data format. More... | |
char | dataDir [MAXSTRINGSIZE] |
Directory for storing data files. | |
double * | p |
power spectral density of data | |
double | pmax |
maximum power spectrial density | |
double | SNR2 |
estimated \({\rm SNR}^2\) of data | |
Model Reconstructions | |
int | Nwave |
Number of samples for computing posterior reconstructions. | |
int | downsample |
Downsample factor for getting the desired number of samples. | |
double *** | h_rec |
Store waveform reconstruction samples \( 2N \times N_\rm{channel} \times NMCMC \). | |
double *** | h_res |
Store data residual samples \( 2N \times N_\rm{channel} \times NMCMC \). | |
double *** | r_pow |
Store residual power samples \( N \times N_\rm{channel} \times NMCMC \). | |
double *** | h_pow |
Store waveform power samples \( N \times N_\rm{channel} \times NMCMC \). | |
double *** | S_pow |
Store noise power samples \( N \times N_\rm{channel} \times NMCMC \). | |
char | fileName [MAXSTRINGSIZE] |
place holder for filnames | |
Analaysis segment and meta data about size of segment, location in full data stream, and LISA observation parameters.
The Data structure stores information about the data being analyzed, including size of data, where it is located in the full LISA band, information about gaps, etc.
The structure stores the Fourier-domain TDI data channels, and a fiducial model for the instrument noise. It also has memory allocated for storing the reconstructed waveforms, residuals, and noise models.
char Data::format[16] |
Convention for data format.
format = "phase" for phase difference (distance) format = "frequency" for fractional frequency (velocity) Use for matching LDC Radler format = "sangria" for fractional frequency w/ LDC Sangria-era TDI & phase conventions