Output
Projected Space
Output Dictionary (pcf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dd, counts.rr, counts.wrp, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
rpl,rpm,rpr |
Left, mid, and right-points of projected bins (in Mpc) |
wrp,wrperr |
Projected correlation function and error |
dd |
DD pair count array in projected and radial bins |
rr |
RR pair count array in projected and radial bins |
dr |
DR pair count array in projected and radial bins |
bdd |
Boostrap DD pair count array in proj. and radial bins |
npt,npt1 |
Nr. of points in data (D) and random sample (R), resp. |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (pccf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.cd, counts.cr, counts.wrp, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
rpl,rpm,rpr |
Left, mid, and right-points of projected bins (in Mpc) |
wrp,wrperr |
Projected cross-correlation function and error |
cd |
CD pair count array in projected and radial bins |
cr |
CR pair count array in projected and radial bins |
bcd |
Boostrap CD pair count array in proj. and radial bins |
npt,npt1,npt2 |
Nr. of points in samples D, R, and C, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (rppiA)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dr, counts.bdr, counts.intpi, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
rpl,rpm,rpr |
Left, mid, and right-points of projected bins (in Mpc) |
dd |
DD pair count array in projected and radial bins |
bdd |
Boostrap DD pair count array in proj. and radial bins |
intpi |
DD counts integrated along all radial bins |
intpib |
Boostrap DD counts integrated along all radial bins |
npt |
Nr. of points in the sample (D) |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (rppiC)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dr, counts.bdr, counts.intpi, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
rpl,rpm,rpr |
Left, mid, and right-points of projected bins (in Mpc) |
dr |
DR pair count array in projected and radial bins |
bdr |
Boostrap DR pair count array in proj. and radial bins |
intpi |
DR counts integrated along all radial bins |
intpib |
Boostrap DR counts integrated along all radial bins |
npt,npt1 |
Nr. of points in the samples D and R, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Redshift Space
Output Dictionary (rcf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dd, counts.rr, counts.xis, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
sl,sm,sr |
Left, mid, and right-points of redshift space bins (in Mpc) |
xis,xiserr |
Redshift space correlation function and error |
dd |
DD pair count array in projected and radial bins |
rr |
RR pair count array in projected and radial bins |
dr |
DR pair count array in projected and radial bins |
bdd |
Boostrap DD pair count array in proj. and radial bins |
npt,npt1 |
Nr. of points in data (D) and random sample (R), resp. |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (rccf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.cd, counts.cr, counts.xis, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
sl,sm,sr |
Left, mid, and right-points of redshift space bins (in Mpc) |
xis,xiserr |
Redshift space cross-correlation function and error |
cd |
CD pair count array in redshift space bins |
cr |
CR pair count array in redshift space bins |
bcd |
Boostrap CD pair count array in redshift space bins |
npt,npt1,npt2 |
Nr. of points in samples D, R, and C, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (sA)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dd, counts.bd, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
sl,sm,sr |
Left, mid, and right-points of redshift space bins (in Mpc) |
dd |
DD pair count array in redshift space bins |
bdd |
Boostrap DD pair count array in redshift space bins |
npt |
Nr. of points in the sample (D) |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (sC)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dr, counts.bdr, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
sl,sm,sr |
Left, mid, and right-points of redshift space bins (in Mpc) |
dr |
DR pair count array in redshift space bins |
bdr |
Boostrap DR pair count array in redshift space bins |
npt,npt1 |
Nr. of points in the samples D and R, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Angular Space
Output Dictionary (acf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dd, counts.rr, counts.wth, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
thl,thm,thr |
Left, mid, and right-points of anglar bins (in deg) |
wth,wtherr |
Angular correlation function and error |
dd |
DD pair count array in angular bins |
rr |
RR pair count array in angular bins |
dr |
DR pair count array in angular bins |
bdd |
Boostrap DD pair count array in angular bins |
npt,npt1 |
Nr. of points in data (D) and random sample (R), resp. |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (accf)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.cd, counts.cr, counts.wth, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
thl,thm,thr |
Left, mid, and right-points of angular bins (in Mpc) |
wht,wtherr |
Angular cross-correlation function and error |
cd |
CD pair count array in angular bins |
cr |
CR pair count array in angular bins |
bcd |
Boostrap CD pair count array in angular bins |
npt,npt1,npt2 |
Nr. of points in samples D, R, and C, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (thA)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dd, counts.bdd, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
thl,thm,thr |
Left, mid, and right-points of angular bins (deg) |
dd |
DD pair count array in angular bins |
bdd |
Boostrap DD pair count array in angular bins |
npt |
Nr. of points in the sample (D) |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Dictionary (thC)
Dictionary with attribute-style access, containing all counts and correlations accesible by field keys, e.g. counts.dr, counts.bdr, etc. It also stores the log and all input parameters.
Key(s) |
Description |
|---|---|
thl,thm,thr |
Left, mid, and right-points of angular bins (deg) |
dr |
DR pair count array in angular bins |
bdr |
Boostrap DR pair count array in angular bins |
npt,npt1 |
Nr. of points in the samples D and R, respectively |
log |
Log record of Python routines |
logfortran |
Log record of Fortran routines |
par |
Input parameters + runtime parameters (see xxxx) |
Output Files
If write=True the code saves several files named as outfn plus an
extension. According to the kind of correlation, these files are named as
File extension |
Description |
|---|---|
.wrp,.xis,.wth |
Projected, redshift-space and angular correlation, respectively (ASCII) |
.dd,.rr,.dr |
DD, RR, DR pair count arrays, in the corresponding space bins (ASCII) |
.cd,.cr |
CD and CR pair count arrays, in the corresponding space bins (ASCII) |
.cnt |
Pickled file with the counts dictionary object (binary) |
.par |
Input parameters in JSON style dictionary (ASCII) |
In order to properly capture log information from Python and Fortran code in
different environments, Gundam always generates two log files named as
outfn plus an extension as
File extension |
Description |
|---|---|
.log |
Log record produced by Python routines (ASCII) |
.fortran.log |
Log record produced by Fortran routines (ASCII) |
If plot=True, plots of correlation/counts are shown on screen and also
saved to disk in pdf format with extensions .wrp.pdf., .xis.pdf, etc.
Additional Runtime Information in Ouput
Some useful information is added to the par dictionary returned within the counts dictionary. These are mostly to keep a record of runtime parameters, such as if the run was parallel, if it wrote ouput files, check the boundaries of the survey, etc.
Key(s) |
Description |
|---|---|
para |
Wheter to run in parallel or serial, i.e single core |
write |
Write files was requested or not |
plot |
Plot was requested or not |
sbound |
Survey boundaries as a list (ramin,ramax,decmin,
decmax,dcmin,dcmax), as returned for example by
|