General description: Nightly report of imaging camera observations. Values of -9999 represent undefined values (the only undefined values should be "muEnd" and "lastFrame" in "START" entries, and "muStart" in "END" entries).
Naming convention: idReport-ddddd.par, where ddddd is the int(MJD).
Approximate size: 100 kbytes.
File type: FTCL parameter file
Read by products: ssc, astrom, fcalib
Written by products: iop
parameters 'XXX' # Tunable parameters file (if any)
parametersDir 'XXX' # Directory containing the 'parameters'
# file (optional --- defaults to '.')
version 'XXX' # Version of software used.
mjd XXX # MJD day number of night when
# data was obtained.
cameraVersion 'XXX' # Camera software version
mcpVersion 'XXX' # MCP software version
observers 'XXX XXX XXX' # Observers
# CCD configuration files
configDir 'XXX' # directory for ccd calibration files
ccdConfig 'XXX' # amplifier configuration
ccdECalib 'XXX' # electronic calibrations
ccdBC 'XXX' # bad pixels
ccdCamera 'XXX' # camera geometry
ccdVoltages 'opCCDLog-%d-51259.par' #
# Format to convert CCD number (camRow,
# camCol, e.g., 45 for row 4, column
# 5) to name of voltages file
# Entry written at start or end of run
typedef enum {
START,
END
} RUNMARK;
#
# An imaging report contains three tables:
# IMAGINGRUN lists all imaging runs (drift scans) which were executed
# QUALITY assigns mountain estimates of the data quality to runs
# IDCOMMENT appends comments onto runs
#
typedef struct {
char program[20]; # Identifying name for CCD program.
int stripe; # The stripe targetted (100 if doesn't
# target a stripe).
char strip[20]; # Strip in the stripe being tracked (N, S,
# O).
int run; # Imaging run number.
char flavor[20]; # Flavor of this run (science, calibration,
# bias, engineering, ignore).
char sys_scn[20]; # Coordinate system of the scan great
# circle.
double eqnx_scn; # Equinox of the scan great circle. (years)
double node; # Ra of the great circle's ascending node.
# (deg)
double incl; # Great circle's inclination wrt cel eq.
# (deg)
double muStart; # Boresight mu for start of run (frame 0,
# deg).
double muEnd; # Boresight mu for end of run (last frame,
# deg).
int lastFrame; # Last frame in scan.
double xBore; # Boresight x offset from the array center.
# (mm)
double yBore; # Boresight y offset from the array center.
# (mm)
char system[20]; # System of the TCC coordinates (mean,
# apparent). These are the coordinates
# attached to each associated frame.
double equinox; # Equinox of the TCC coordinates. These
# are the coordinates stored in each
# associated frame. (years)
double c_obs; # CCD clock rate. (usec/unbinned-row)
double tracking; # Tracking rate. (arcsec/TAI-sec)
char quality[20]; # Mountain estimate of the overall data
# quality (undetermined, bad, acceptable,
# good).
double mjd; # MJD at beginning of the scan (TAI /
# 86400). (MJD)
RUNMARK mark; # Entry written at start or end of run.
} IMAGINGRUN;
typedef struct {int run; char quality[20];} QUALITY;
typedef struct {int run; int frame; char comment[240];} IDCOMMENT;
IMAGINGRUN full 23 N 17 SCIENCE MEAN 2000.0 95.0 32.5 178.87 -9999 -9999 \
22.75 0.0 MEAN 2000.0 26666.667 1. UNDETERMINED 51259.566 START
IMAGINGRUN full 23 N 17 SCIENCE MEAN 2000.0 95.0 32.5 178.87 232.45 52 \
22.75 0.0 MEAN 2000.0 26666.667 1. UNDETERMINED 51259.566 END
QUALITY 17 GOOD
IDCOMMENT 19 "Moth_ate_secondary."
QUALITY 18 ACCEPTABLE