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# File rvsao/Emvel/emrslts.x
# March 27, 2015
# By Jessica Mink, Harvard-Smithsonian Center for Astrophysics
# Copyright(c) 2009-2015 Smithsonian Astrophysical Observatory
# You may do anything you like with this file except remove this copyright.
# The Smithsonian Astrophysical Observatory makes no representations about
# the suitability of this software for any purpose. It is provided "as is"
# without express or implied warranty.
# Log radial velocity from emission line shift
include <imhdr.h>
include "../lib/rvsao.h"
include "../lib/emv.h"
define SZ_MONTH 3
define SZ_YEAR 40
procedure emrslts (specfile, mspec, image, rmode0)
char specfile[ARB] # Name of spectrum file
int mspec # Spectrum number in multispec file (else 0)
pointer image # Header structure for spectrum
int rmode0 # Report format (1=normal,2=one-line...)
int i, j
char wch[8] # Line weight indicator
double emz # z from emission lines
double xcz # z from cross-correlation
double spz # z from cross-correlation and emission
double spexvel # Emission line template cross-correlation velocity
double spexerr # Emission line template cross-correlation error
int iczexvel # Emission line template cross-correlation velocity
int iczexerr # Emission line template cross-correlation error
double spexr # Emission line template cross-correlation R-value
int rmode # Report format (1=normal,2=one-line)
char instrument[10]
char lbr, rbr
int ibr, ibl
bool verbose, clgetb()
double ra, dec, ut, dj, hdj
double twt, wt, exptime, alt, az, ha, lat, sha,cha,slat,clat,sdec,cdec,epoch
double ac,dpi,tpi,rcon, rdec, rha, dindef, dwdp, wl1, pix1, pix2
int mm,dd,yyyy, itemp, lspec
char month[SZ_YEAR]
char nolines[SZ_LINE]
char nodate[SZ_LINE]
char kra[8]
char kha[8]
char kdec[8]
int icz,iczxc,iczem,icze,iczxce,iczeme
int strcmp(), strlen()
char ssvcor[16]
double wcs_p2w(), wcs_w2p()
int imaccf(), stridx()
char spchar[8]
include "../lib/emv.com"
include "../lib/rvsao.com"
include "../lib/results.com"
include "../lib/lineinfo.com"
begin
# Return if no log file, including STDOUT
if (nlogfd < 1)
return
dindef = INDEFD
lbr = char (91)
rbr = char (93)
ibr = 0
ibl = 0
verbose = clgetb ("verbose")
if (!verbose) return
call strcpy ("JanFebMarAprMayJunJulAugSepOctNovDec",month, SZ_YEAR)
call strcpy ("No emission lines found\n", nolines, SZ_LINE)
call strcpy (" (No observation date)", nodate, SZ_LINE)
call strcpy ("RA", kra, 8)
call strcpy ("DEC", kdec, 8)
call strcpy ("HA", kha, 8)
call juldate (image, ut, dj, hdj, debug)
mm = INDEFI
dd = INDEFI
yyyy = INDEFI
if (imaccf (image, "DATE-OBS") == YES)
call imgdate (image, "DATE-OBS", mm, dd, yyyy)
else if (imaccf (image, "DATE") == YES)
call imgdate (image, "DATE", mm, dd, yyyy)
if (spvel != dindef) {
icz = idnint (spvel)
icze = idnint (sperr)
}
else {
icz = 0
icze = 0
}
if (spxvel != dindef) {
iczxc = idnint (spxvel)
iczxce = idnint (spxerr)
}
else {
iczxc = 0
iczxce = 0
}
if (spevel != dindef) {
iczem = idnint (spevel)
iczeme = idnint (speerr)
}
else {
iczem = 0
iczeme = 0
}
# Set emission line template velocity, if there is one
spexvel = 0.0
spexerr = 0.0
spexr = 0.0
iczexvel = 0
iczexerr = 0
if (strlen (cortemp) > 0 && ntemp > 0) {
do itemp = 1, ntemp {
if (strcmp (cortemp,tempid[1,itemp]) == 0) {
spexvel = zvel[itemp]
spexerr = czerr[itemp]
iczexvel = int (zvel[itemp])
iczexerr = int (czerr[itemp])
spexr = czr[itemp]
}
}
}
else {
spexvel = spxvel
spexerr = spxerr
if (spxvel != dindef) {
iczexvel = int (spxvel)
iczexerr = int (spxerr)
}
else {
iczexvel = 0
iczexerr = 0
}
spexr = spxr
}
lspec = strlen (specid)
# Set up spectrum number in specid
# if (mspec > 0) {
# call sprintf (specid,SZ_PATHNAME,"%s[%d]")
# call pargstr (specfile)
# call pargi (mspec)
# }
# else
# call strcpy (specfile,specid,SZ_PATHNAME)
if (debug) {
call printf ("EMRSLTS: ready to print results\n")
call flush (STDOUT)
}
# Set separating character to tab if report mode is less than 0
if (rmode0 >= 0) {
call strcpy (" ", spchar, 8)
rmode = rmode0
}
else {
call strcpy ("\t", spchar, 8)
rmode = -rmode0
}
# Convert brackets to spaces in all one-line report modes
if (rmode > 0) {
ibr = stridx (rbr, specid)
if (ibr > 0)
specid[ibr] = ' '
ibl = stridx (lbr, specid)
if (ibl > 0)
specid[ibl] = ' '
}
if (rmode < 2 || rmode == 10) {
# Read position of object from spectrum header
ra = dindef
call imgdpar (image,kra,ra)
dec = dindef
call imgdpar (image,kdec,dec)
epoch = 1950.d0
call imgdpar (image,"EPOCH",epoch)
call imgdpar (image,"EQUINOX",epoch)
call printf ("\n")
call flush (STDOUT)
# Set type and source of velocity correction to center of solar system
switch (svcor) {
case NONE:
call strcpy ("BCV",ssvcor,16)
case HCV:
call strcpy ("HCV",ssvcor,16)
case BCV:
call strcpy ("BCV",ssvcor,16)
case FHCV:
call strcpy ("File HCV",ssvcor,16)
case FBCV:
if (specvb)
call strcpy ("File BCV",ssvcor,16)
else
call strcpy ("File HCV",ssvcor,16)
default:
call strcpy ("BCV",ssvcor,16)
}
# Log object information
do j = 1, nlogfd {
if (rmode < 2) {
call fprintf(logfd[j], "File: %s\n")
call pargstr (specid)
if (ra != dindef && dec != dindef) {
call fprintf(logfd[j], "Object: %s RA: %011.2h Dec: %010.1h %.1f\n")
call pargstr (specname)
call pargd (ra)
call pargd (dec)
call pargd (epoch)
}
else {
call fprintf(logfd[j], "Object: %s (No position)\n")
call pargstr (specname)
}
if (debug) {
call flush (STDOUT)
}
if (dd != INDEFI && mm != INDEFI && yyyy != INDEFI) {
call fprintf(logfd[j], "Observed %4d-%3.3s-%02d %011.2h = JD %.4f %s: %6.2f\n")
call pargi (yyyy)
call pargstr (month[(mm - 1) * SZ_MONTH + 1])
call pargi (dd)
call pargd (ut)
call pargd (dj)
call pargstr (ssvcor)
call pargd (spechcv)
}
else {
call fprintf(logfd[j], "%s %s: %6.2f\n")
call pargstr (nodate)
call pargstr (ssvcor)
call pargd (spechcv)
}
call flush (logfd[j])
# Print combined velocity
if (spvel != dindef) {
spz = spvel / c0
call fprintf(logfd[j],
"Combined vel = %8.2f +- %7.2f km/sec, z= %6.4f \n")
call pargd (spvel)
call pargd (sperr)
call pargd (spz)
call flush (logfd[j])
}
# Print cross-correlation velocity
if (spxvel != dindef) {
xcz = spxvel / c0
call fprintf(logfd[j],
"Correlation vel = %8.2f +- %7.2f km/sec, z= %6.4f R= %6.1f \n")
call pargd (spxvel)
call pargd (spxerr)
call pargd (xcz)
call pargd (spxr)
call flush (logfd[j])
}
# Print emission line velocity
if (spevel != dindef) {
emz = spevel / c0
call fprintf(logfd[j],
"Emission vel = %8.2f +- %7.2f km/sec, z= %6.4f for %d/%d lines\n")
call pargd (spevel)
call pargd (speerr)
call pargd (emz)
call pargi (nfit)
call pargi (nfound)
call flush (logfd[j])
}
}
# Print emission line information if any were found
if (nfound > 0) {
twt = 0.d0
do i = 1, nfound {
wt = emparams[10,1,i]
if (wt != 0.d0)
twt = twt + 1.d0 / (wt * wt)
}
call fprintf(logfd[j], "\nLine Rest lam Obs. lam ")
call fprintf(logfd[j], "Pixel z vel dvel")
if (rmode == 1)
call fprintf(logfd[j], " eqw wt\n")
else
call fprintf(logfd[j], " eqw eqe wt\n")
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0) {
if (override[i] < 0)
call strcpy ("-",wch,8)
else if (override[i] > 0)
call strcpy ("+",wch,8)
else
call strcpy (" ",wch,8)
}
else if (linedrop[i] > 0) {
call sprintf(wch,8,"X%d")
call pargi (linedrop[i])
}
else
call strcpy ("X",wch,8)
call fprintf(logfd[j],"%4s %7.2f %7.2f %7.2f")
call pargstr (nmobs[1,i])
call pargd (wlrest[i])
call pargd (wlobs[i])
call pargd (emparams[4,1,i])
wt = emparams[10,1,i]
if (wt != 0.d0)
wt = (1.d0 / (wt * wt)) / twt
if (rmode == 1 || rmode == 10)
call fprintf (logfd[j]," %6.4f %8.2f %7.2f %6.2f %6.3f %s\n")
else
call fprintf (logfd[j]," %6.4f %8.2f %7.2f %6.2f %6.2f %6.3f %s\n")
call pargd (emparams[9,1,i])
call pargd ((c0*emparams[9,1,i]) + spechcv)
call pargd (c0*emparams[9,2,i])
call pargd (emparams[7,1,i])
if (rmode == 0)
call pargd (emparams[7,2,i])
call pargd (wt)
call pargstr (wch)
}
}
else {
call fprintf(logfd[j], nolines)
}
}
}
# Single line report
else if (rmode == 2 || rmode == 5) {
call imgspar (image,"INSTRUME",instrument,8)
if (strlen (instrument) == 0)
call strcpy ("________", instrument, 8)
do j = 1, nlogfd {
if (lspec > 32) {
call fprintf(logfd[j],"%s")
call pargstr (specid)
}
else {
call fprintf(logfd[j],"%-32.32s")
call pargstr (specid)
}
call fprintf(logfd[j],"%s%-8.8s%s%-16.16s%s%13.5f")
call pargstr (spchar)
call pargstr (instrument)
call pargstr (spchar)
call pargstr (IM_TITLE(image))
call pargstr (spchar)
call pargd (dj)
call fprintf(logfd[j],"%s%6d%s%3d")
call pargstr (spchar)
call pargi (iczem)
call pargstr (spchar)
call pargi (iczeme)
call fprintf(logfd[j],"%s%6d%s%3d%s%5.1f")
call pargstr (spchar)
if (rmode == 2) {
call pargi (iczxc)
call pargstr (spchar)
call pargi (iczxce)
call pargstr (spchar)
call pargd (spxr)
}
else {
call pargi (iczexvel)
call pargstr (spchar)
call pargi (iczexerr)
call pargstr (spchar)
call pargd (spexr)
}
call fprintf(logfd[j],"%s%6d%s%3d%sE%s%2d%s%2d")
call pargstr (spchar)
call pargi (icz)
call pargstr (spchar)
call pargi (iczxce)
call pargstr (spchar)
call pargstr (spchar)
call pargi (nfound)
call pargstr (spchar)
call pargi (nfit)
if (nfit > 0) {
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0 && override[i] >= 0) {
call fprintf(logfd[j], "%s%s(%7.2f)")
call pargstr (spchar)
call pargstr (nmobs[1,i])
call pargd (wlrest[i])
}
}
}
call fprintf(logfd[j], "\n")
}
}
# Single line report with one velocity per possible line
else if (rmode == 3 || rmode == 6 || rmode == 9 || rmode == 11) {
call imgspar (image,"INSTRUMEN",instrument, 9)
if (strlen (instrument) == 0)
call strcpy ("_________", instrument, 9)
call aclrd (velline,MAXREF)
# Compute individual line velocities from shift
if (nfound > 0) {
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0 && override[i] >= 0) {
do j = 1, nref {
if (wlref[j] == wlrest[i]) {
if (rmode == 9)
velline[j] = wlobs[i] - wlref[j]
else if (rmode == 11) {
pix1 = wcs_w2p (wlref[j])
pix2 = wcs_w2p (wlobs[i])
velline[j] = pix2 - pix1
}
else
velline[j] = (c0 * emparams[9,1,i]) + spechcv
}
}
}
}
}
# Print one-line report
do j = 1, nlogfd {
if (lspec > 32) {
call fprintf(logfd[j],"%s")
call pargstr (specid)
}
else {
call fprintf(logfd[j],"%-32.32s")
call pargstr (specid)
}
call fprintf(logfd[j],"%s%-9.9s%s%-16.16s%s%13.5f")
call pargstr (spchar)
call pargstr (instrument)
call pargstr (spchar)
call pargstr (IM_TITLE(image))
call pargstr (spchar)
call pargd (dj)
if (rmode < 9) {
call fprintf(logfd[j],"%s%8.2f%s%6.2f")
call pargstr (spchar)
call pargd (spevel)
call pargstr (spchar)
call pargd (speerr)
call fprintf(logfd[j],"%s%8.2f%s%6.2f%s%5.1f")
call pargstr (spchar)
if (rmode == 3) {
call pargd (spxvel)
call pargstr (spchar)
call pargd (spxerr)
call pargstr (spchar)
call pargd (spxr)
}
else {
call pargd (spexvel)
call pargstr (spchar)
call pargd (spexerr)
call pargstr (spchar)
call pargd (spexr)
}
call fprintf(logfd[j],"%s%8.2f%s%6.2f%sE")
call pargstr (spchar)
call pargd (spvel)
call pargstr (spchar)
call pargd (sperr)
call pargstr (spchar)
}
call fprintf(logfd[j],"%s%2d%s%2d")
call pargstr (spchar)
call pargi (spnl)
call pargstr (spchar)
call pargi (spnlf)
do i = 1, nref {
call fprintf (logfd[j],"%s%9.3f")
call pargstr (spchar)
call pargd (velline[i])
}
call fprintf(logfd[j], "\n")
}
}
# Single line report with velocity, error, height, width, and equivalent width
# for each emission line
else if (rmode == 4 || rmode == 7) {
call imgspar (image,"INSTRUME",instrument,8)
if (strlen (instrument) == 0)
call strcpy ("________", instrument, 8)
call aclrd (velline,MAXREF)
call aclrd (errline,MAXREF)
call aclrd (htline,MAXREF)
call aclrd (widline,MAXREF)
call aclrd (eqwline,MAXREF)
call aclrd (eqeline,MAXREF)
# Compute individual line velocities from shift
if (nfound > 0) {
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0 && override[i] >= 0) {
do j = 1, nref {
if (wlref[j] == wlrest[i]) {
velline[j] = (c0 * emparams[9,1,i]) + spechcv
errline[j] = c0 * emparams[9,2,i]
htline[j] = emparams[5,1,i]
wl1 = wcs_p2w (emparams[4,1,i] - 1.d0)
dwdp = wlobs[i] - wl1
widline[j] = emparams[6,1,i] * dwdp
eqwline[j] = emparams[7,1,i]
eqeline[j] = emparams[7,2,i]
}
}
}
}
}
# Get sky position
ra = 99.d0
call imgdpar (image,kra,ra)
dec = 99.d0
call imgdpar (image,kdec,dec)
ha = 99.d0
call imgdpar (image,kha,ha)
lat = 99.d0
call imgdpar (image,"SITELAT",lat)
if (debug) {
call printf ("EMRSLTS: RA: %011.2h Dec: %010.1h HA: %011.2h Lat: %010.1h\n")
call pargd (ra)
call pargd (dec)
call pargd (ha)
call pargd (lat)
}
# Compute altitude and azimuth
if (ha < 12.d0 && ha > -12.d0 && dec <= 90.d0 && dec >= -90.d0 &&
lat >= -90.d0 && lat <= 90.d0) {
dpi = 3.1415926535897932d0
tpi = 6.283185307179588d0
rcon = 1.74532925199433d-2
rha = ha * 15.d0 * rcon
if (rha == 0)
rha = 1.d-5
sha = sin (rha)
cha = cos (rha)
rdec = dec * rcon
sdec = sin (rdec)
cdec = cos (rdec)
slat = sin (lat)
clat = cos (lat)
ac = (clat * sdec) - (slat * cdec * cha)
az = atan (-cdec * sha / abs (ac))
if (ac < 0) az = dpi - az
if (az < 0) az = tpi + az
ac = -cdec * sha / sin (az)
alt = atan ((slat * sdec) + (clat * cdec * cha) / abs (ac))
if (ac < 0) alt = dpi - alt
az = az / rcon
alt = alt / rcon
}
else {
alt = 0.d0
az = 0.d0
}
exptime = 0.d0
call imgdpar (image,"EXPTIME",exptime)
# Print one-line report
do j = 1, nlogfd {
if (lspec > 32) {
call fprintf(logfd[j],"%s")
call pargstr (specid)
}
else {
call fprintf(logfd[j],"%-32.32s")
call pargstr (specid)
}
call fprintf(logfd[j],"%s%-8.8s%s%-16.16s")
call pargstr (spchar)
call pargstr (instrument)
call pargstr (spchar)
call pargstr (IM_TITLE(image))
call fprintf(logfd[j],"%s%011.2h%s%010.1h%s%5.1f%s%5.1f")
call pargstr (spchar)
call pargd (ra)
call pargstr (spchar)
call pargd (dec)
call pargstr (spchar)
call pargd (az)
call pargstr (spchar)
call pargd (alt)
call fprintf(logfd[j],"%s%13.5f%s%6.1f")
call pargstr (spchar)
call pargd (dj)
call pargstr (spchar)
call pargd (exptime)
call fprintf(logfd[j],"%s%8.2f%s%6.2f%s%8.2f%s%6.2f%s%5.1f")
call pargstr (spchar)
call pargd (spevel)
call pargstr (spchar)
call pargd (speerr)
call pargstr (spchar)
call pargd (spexvel)
call pargstr (spchar)
call pargd (spexerr)
call pargstr (spchar)
call pargd (spexr)
call fprintf(logfd[j],"%s%8.2f%s%6.2f%s%2d%s%2d")
call pargstr (spchar)
call pargd (spvel)
call pargstr (spchar)
call pargd (sperr)
call pargstr (spchar)
call pargi (spnl)
call pargstr (spchar)
call pargi (spnlf)
do i = 1, nref {
if (rmode == 4)
call fprintf (logfd[j],"%s%8.2f%s%6.2f%s%9.2f%s%5.2f%s%6.2f")
else
call fprintf (logfd[j],"%s%8.2f%s%6.2f%s%9.2f%s%5.2f%s%6.2f%s%6.2f")
call pargstr (spchar)
call pargd (velline[i])
call pargstr (spchar)
call pargd (errline[i])
call pargstr (spchar)
call pargd (htline[i])
call pargstr (spchar)
call pargd (widline[i])
call pargstr (spchar)
call pargd (eqwline[i])
if (rmode == 7)
call pargd (eqeline[i])
}
call fprintf(logfd[j], "\n")
}
}
# Single line report with line offset, error, height, width, and
# equivalent width for each emission line
else if (rmode == 8) {
call imgspar (image,"INSTRUME",instrument,8)
if (strlen (instrument) == 0)
call strcpy ("________", instrument, 8)
call aclrd (velline,MAXREF)
call aclrd (errline,MAXREF)
call aclrd (htline,MAXREF)
call aclrd (widline,MAXREF)
call aclrd (eqwline,MAXREF)
call aclrd (eqeline,MAXREF)
# Compute individual line velocities from shift
if (nfound > 0) {
do j = 1, nref {
velline[j] = 0.0
htline[j] = 0.0
widline[j] = 0.0
errline[j] = 0.0
eqwline[j] = 0.0
eqeline[j] = 0.0
}
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0 && override[i] >= 0) {
do j = 1, nref {
if (wlref[j] == wlrest[i]) {
velline[j] = wlobs[i] - wlrest[i]
htline[j] = emparams[5,1,i]
wl1 = wcs_p2w (emparams[4,1,i] - 1.d0)
dwdp = wlobs[i] - wl1
widline[j] = emparams[6,1,i] * dwdp
errline[j] = emparams[4,2,i] * dwdp
eqwline[j] = emparams[7,1,i]
eqeline[j] = emparams[7,2,i]
}
}
}
}
}
# Get sky position
ra = 99.d0
call imgdpar (image,kra,ra)
dec = 99.d0
call imgdpar (image,kdec,dec)
ha = 99.d0
call imgdpar (image,kha,ha)
lat = 99.d0
call imgdpar (image,"SITELAT",lat)
if (debug) {
call printf ("EMRSLTS: RA: %011.2h Dec: %010.1h HA: %011.2h Lat: %010.1h\n")
call pargd (ra)
call pargd (dec)
call pargd (ha)
call pargd (lat)
}
# Compute altitude and azimuth
if (ha < 12.d0 && ha > -12.d0 && dec <= 90.d0 && dec >= -90.d0 &&
lat >= -90.d0 && lat <= 90.d0) {
dpi = 3.1415926535897932d0
tpi = 6.283185307179588d0
rcon = 1.74532925199433d-2
rha = ha * 15.d0 * rcon
if (rha == 0)
rha = 1.d-5
sha = sin (rha)
cha = cos (rha)
rdec = dec * rcon
sdec = sin (rdec)
cdec = cos (rdec)
slat = sin (lat)
clat = cos (lat)
ac = (clat * sdec) - (slat * cdec * cha)
az = atan (-cdec * sha / abs (ac))
if (ac < 0) az = dpi - az
if (az < 0) az = tpi + az
ac = -cdec * sha / sin (az)
alt = atan ((slat * sdec) + (clat * cdec * cha) / abs (ac))
if (ac < 0) alt = dpi - alt
az = az / rcon
alt = alt / rcon
}
else {
alt = 0.d0
az = 0.d0
}
exptime = 0.d0
call imgdpar (image,"EXPTIME",exptime)
# Print one-line report
do j = 1, nlogfd {
if (lspec > 32) {
call fprintf(logfd[j],"%s")
call pargstr (specid)
}
else {
call fprintf(logfd[j],"%-32.32s")
call pargstr (specid)
}
call fprintf(logfd[j],"%s%-8.8s%s%-16.16s")
call pargstr (spchar)
call pargstr (instrument)
call pargstr (spchar)
call pargstr (IM_TITLE(image))
call fprintf(logfd[j],"%s%011.2h%s%010.1h%s%5.1f%s%5.1f")
call pargstr (spchar)
call pargd (ra)
call pargstr (spchar)
call pargd (dec)
call pargstr (spchar)
call pargd (az)
call pargstr (spchar)
call pargd (alt)
call fprintf(logfd[j],"%s%13.5f%s%6.1f")
call pargstr (spchar)
call pargd (dj)
call pargstr (spchar)
call pargd (exptime)
call fprintf(logfd[j],"%s%2d%s%2d")
call pargstr (spchar)
call pargi (spnl)
call pargstr (spchar)
call pargi (spnlf)
do i = 1, nref {
call fprintf (logfd[j],"%s%8.3f%s%8.4f%s%6.4f%s%9.2f%s%6.3f%s%6.2f%s%6.2f")
call pargstr (spchar)
call pargd (wlref[i])
call pargstr (spchar)
call pargd (velline[i])
call pargstr (spchar)
call pargd (errline[i])
call pargstr (spchar)
call pargd (htline[i])
call pargstr (spchar)
call pargd (widline[i])
call pargstr (spchar)
call pargd (eqwline[i])
call pargstr (spchar)
call pargd (eqeline[i])
}
call fprintf(logfd[j], "\n")
}
}
# For echelle with more precision, fewer lines
else if (rmode == 12) {
do j = 1, nlogfd {
call fprintf(logfd[j], "# %s")
call pargstr (specid)
if (dd != INDEFI && mm != INDEFI && yyyy != INDEFI) {
call fprintf(logfd[j], "%4d-%3.3s-%02d %011.2h %.4f")
call pargi (yyyy)
call pargstr (month[(mm - 1) * SZ_MONTH + 1])
call pargi (dd)
call pargd (ut)
call pargd (dj)
}
else {
call fprintf(logfd[j], nodate)
}
call fprintf(logfd[j], " %8.4f %7.4f %d/%d\n")
call pargd (spevel)
call pargd (speerr)
call pargi (nfit)
call pargi (nfound)
# Print emission line information if any were found
if (nfound > 0) {
twt = 0.d0
do i = 1, nfound {
wt = emparams[10,1,i]
if (wt != 0.d0)
twt = twt + 1.d0 / (wt * wt)
}
call fprintf(logfd[j], "#Rest wl Obs. wl Line Order Pixel Vel Dvel Eqw Wt\n")
do i = 1, nfound {
wtobs[i] = emparams[10,1,i]
if (wtobs[i] > 0) {
if (override[i] < 0)
call strcpy ("-",wch,8)
else if (override[i] > 0)
call strcpy ("+",wch,8)
else
call strcpy (" ",wch,8)
}
else if (linedrop[i] > 0) {
call sprintf(wch,8,"X%d")
call pargi (linedrop[i])
}
else
call strcpy ("X",wch,8)
call fprintf(logfd[j],"%9.4f%s%9.4f%s%4s%s%3d%s%9.4f")
call pargd (wlrest[i])
call pargstr (spchar)
call pargd (wlobs[i])
call pargstr (spchar)
call pargstr (nmobs[1,i])
call pargstr (spchar)
call pargi (mspec)
call pargstr (spchar)
call pargd (emparams[4,1,i])
wt = emparams[10,1,i]
if (wt != 0.d0)
wt = (1.d0 / (wt * wt)) / twt
call fprintf (logfd[j],"%s%8.4f%s%6.4f%s%8.2f%s%5.3f%s%s\n")
call pargstr (spchar)
call pargd ((c0*emparams[9,1,i]) + spechcv)
call pargstr (spchar)
call pargd (c0*emparams[9,2,i])
call pargstr (spchar)
call pargd (emparams[7,1,i])
call pargstr (spchar)
call pargd (wt)
call pargstr (spchar)
call pargstr (wch)
}
}
else {
call fprintf(logfd[j], nolines)
}
}
}
if (ibr > 0)
specid[ibr] = ']'
if (ibl > 0)
specid[ibl] = '['
end
procedure emrshead (rmode0)
int rmode0 # Report format (1=normal,2=one-line...)
int i, j
int rmode
char spchar[8]
char uscore[40]
char tstring[16]
include "../lib/emv.com"
include "../lib/rvsao.com"
include "../lib/results.com"
begin
if (rmode0 >= 0) {
call strcpy (" ", spchar, 8)
rmode = rmode0
}
else {
call strcpy ("\t", spchar, 8)
rmode = -rmode0
}
call strcpy ("--------------------------------", uscore, 40)
# Print one-line report
if (rmode == 2 || rmode == 5) {
do j = 1, nlogfd {
call fprintf(logfd[j],"%-32.32s%s%-8.8s%s%-16.16s")
call pargstr ("specid")
call pargstr (spchar)
call pargstr ("instrument")
call pargstr (spchar)
call pargstr ("title")
call fprintf(logfd[j],"%s%-13.13s%s%-5.5s%s%3.3s")
call pargstr (spchar)
call pargstr ("Julian Date")
call pargstr (spchar)
call pargstr ("emvel")
call pargstr (spchar)
call pargstr ("emerr")
if (rmode == 3) {
call fprintf(logfd[j],"%s%-6.6s%s%3.3s%s%-5.5s")
call pargstr (spchar)
call pargstr ("xcvel")
call pargstr (spchar)
call pargstr ("xcerr")
call pargstr (spchar)
call pargstr ("xcr")
}
else {
call fprintf(logfd[j],"%s%-6.6s%s%3.3s%s%-5.5s")
call pargstr (spchar)
call pargstr ("xcevel")
call pargstr (spchar)
call pargstr ("xcever")
call pargstr (spchar)
call pargstr ("xcer")
}
call fprintf(logfd[j],"%s%6.6s%s%3.3s%s%1.1s%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr ("velocity")
call pargstr (spchar)
call pargstr ("verr")
call pargstr (spchar)
call pargstr ("E")
call pargstr (spchar)
call pargstr ("nl")
call pargstr (spchar)
call pargstr ("nf")
do i = 1, nref {
call sprintf (tstring,16,"line%02d(rest)")
call pargi (i)
call fprintf (logfd[j],"%s%12s")
call pargstr (spchar)
call pargstr (tstring)
}
call fprintf(logfd[j], "\n")
call fprintf(logfd[j],"%32.32s%s%8.8s%s%16.16s")
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%13.13s%s%6.6s%s%3.3s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%6.6s%s%3.3s%s%5.5s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%6.6s%s%3.3s%s%1.1s%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
do i = 1, nref {
call fprintf (logfd[j],"%s%12.12s")
call pargstr (spchar)
call pargstr (uscore)
}
call fprintf(logfd[j], "\n")
}
}
else if (rmode == 3 || rmode == 6) {
do j = 1, nlogfd {
call fprintf(logfd[j],"%-32.32s%s%-8.8s%s%-16.16s")
call pargstr ("specid")
call pargstr (spchar)
call pargstr ("instrument")
call pargstr (spchar)
call pargstr ("title")
call fprintf(logfd[j],"%s%-13.13s%s%-8.8s%s%6.6s")
call pargstr (spchar)
call pargstr ("Julian Date")
call pargstr (spchar)
call pargstr ("emvel")
call pargstr (spchar)
call pargstr ("emverr")
if (rmode == 3) {
call fprintf(logfd[j],"%s%-8.8s%s%6.6s%s%-5.5s")
call pargstr (spchar)
call pargstr ("xcvel")
call pargstr (spchar)
call pargstr ("xcverr")
call pargstr (spchar)
call pargstr ("xcr")
}
else {
call fprintf(logfd[j],"%s%-8.8s%s%6.6s%s%-5.5s")
call pargstr (spchar)
call pargstr ("xcevel")
call pargstr (spchar)
call pargstr ("xcever")
call pargstr (spchar)
call pargstr ("xcer")
}
call fprintf(logfd[j],"%s%8.8s%s%6.6s%s%1.1s%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr ("velocity")
call pargstr (spchar)
call pargstr ("velerr")
call pargstr (spchar)
call pargstr ("E")
call pargstr (spchar)
call pargstr ("nl")
call pargstr (spchar)
call pargstr ("nf")
do i = 1, nref {
call sprintf (tstring,16,"lin%02dvel")
call pargi (i)
call fprintf (logfd[j],"%s%8s")
call pargstr (spchar)
call pargstr (tstring)
}
call fprintf(logfd[j], "\n")
call fprintf(logfd[j],"%32.32s%s%8.8s%s%16.16s")
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%13.13s%s%8.8s%s%6.6s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%8.8s%s%6.6s%s%5.5s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%8.8s%s%6.6s%s%1.1s%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
do i = 1, nref {
call fprintf (logfd[j],"%s%8.8s")
call pargstr (spchar)
call pargstr (uscore)
}
call fprintf(logfd[j], "\n")
}
}
else if (rmode == 4 || rmode == 8) {
do j = 1, nlogfd {
call fprintf(logfd[j],"%-32.32s%s%8s%s%-16.16s")
call pargstr ("specid")
call pargstr (spchar)
call pargstr ("instrume")
call pargstr (spchar)
call pargstr ("title")
call fprintf(logfd[j],"%s%-11.11s%s%-10.10s%s%-5.5s%s%-5.5s")
call pargstr (spchar)
call pargstr ("ra")
call pargstr (spchar)
call pargstr ("dec")
call pargstr (spchar)
call pargstr ("az")
call pargstr (spchar)
call pargstr ("alt")
call fprintf(logfd[j],"%s%-13.13s%s%6.6s")
call pargstr (spchar)
call pargstr ("Julian Date")
call pargstr (spchar)
call pargstr ("exposure")
if (rmode == 4) {
call fprintf(logfd[j],"%s%-8.8s%s%-6.6s%s%-8.8s%s%-6.6s%s%-5.5s")
call pargstr (spchar)
call pargstr ("emvel")
call pargstr (spchar)
call pargstr ("emerr")
call pargstr (spchar)
call pargstr ("xcvel")
call pargstr (spchar)
call pargstr ("xcerr")
call pargstr (spchar)
call pargstr ("xcr")
call fprintf(logfd[j],"%s%8.8s%s%6.6s")
call pargstr (spchar)
call pargstr ("velocity")
call pargstr (spchar)
call pargstr ("velerr")
}
call fprintf(logfd[j],"%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr ("nl")
call pargstr (spchar)
call pargstr ("nf")
do i = 1, nref {
if (rmode == 8) {
call fprintf (logfd[j],"%swlrest%02d%swlshft%02d")
call pargstr (spchar)
call pargi (i)
call pargstr (spchar)
call pargi (i)
}
else if (rmode == 9) {
call fprintf (logfd[j],"%swlshft%02d ")
call pargstr (spchar)
call pargi (i)
}
else if (rmode == 11) {
call fprintf (logfd[j],"%spxshft%02d")
call pargstr (spchar)
call pargi (i)
}
else {
call fprintf (logfd[j],"%slinvel%02d")
call pargstr (spchar)
call pargi (i)
}
call fprintf (logfd[j],"%slerr%02d%slht%02d %slwd%02d%sleqw%02d")
call pargstr (spchar)
call pargi (i)
call pargstr (spchar)
call pargi (i)
call pargstr (spchar)
call pargi (i)
call pargstr (spchar)
call pargi (i)
}
call fprintf(logfd[j], "\n")
}
do j = 1, nlogfd {
call fprintf(logfd[j],"%32.32s%s%8.8s%s%16.16s")
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%11.11s%s%10.10s%s%5.5s%s%5.5s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%13.13s%s%6.6s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
if (rmode == 4) {
call fprintf(logfd[j],"%s%8.8s%s%6.6s%s%8.8s%s%6.6s%s%5.5s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call fprintf(logfd[j],"%s%8.8s%s%6.6s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
}
call fprintf(logfd[j],"%s%2.2s%s%2.2s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
do i = 1, nref {
if (rmode == 9 || rmode == 11) {
call fprintf (logfd[j],"%s%8.8s")
call pargstr (spchar)
call pargstr (uscore)
}
else {
call fprintf (logfd[j],"%s%8.8s%s%6.6s%s%9.9s%s%5.5s%s%6.6s")
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
call pargstr (spchar)
call pargstr (uscore)
}
}
call fprintf(logfd[j], "\n")
}
}
end
# Aug 12 1992 Correctly print z, not 1+z for fit velocities
# Dec 2 1993 Print spectrum number if multispec file
# Apr 8 1993 Set speed of light locally
# Apr 13 1994 Remove unused variables k0, k1 and rlim
# Apr 22 1994 Remove unused variable gwidth
# Apr 25 1994 Declare month as char
# May 17 1994 Add second option for single-line output format
# Jun 15 1994 Add third output option for per-line velocities
# Aug 3 1994 Change common and header from fquot to rvsao
# Aug 10 1994 Fix ut time
# Aug 17 1994 Add weight per line for mode 1 report
# Aug 22 1994 Don't add weight if zero
# Feb 9 1995 Give 2 decimal places for all velocities
# Feb 15 1995 Add heliocentric vel. correction to individual line velocities
# Apr 3 1995 Add fourth output option for single-line per-line velocities
# Apr 5 1995 Add sky coordinates, alt/az and exposure time to 4th option
# Apr 10 1995 Fix alt/az
# May 15 1995 Change all sz_fname to sz_pathname, which is longer
# Jul 13 1995 Get Julian Date from JULDATE instead of JULDAY
# Jul 13 1995 Get UT from JULDATE
# Jul 19 1995 Handle INDEF values for SPVEL and SPXVEL
# Sep 21 1995 Handle INDEF value for SPEVEL
# Jan 15 1997 Add HDJ to JULDATE arguments
# Feb 12 1997 Add modes 5 and 6 to plot emission line template velocity
# May 2 1997 Always test against dindef, not INDEFD
# May 6 1997 Print messages if no position or no observation date
# May 19 1997 Add height and width to mode 4 report
# May 19 1997 Use CORTEMP parameter instead of inline template name
# May 21 1997 Reinitialize all line parameter arrays for each spectrum
# May 22 1997 If CORTEMP is null string, use best template
# Sep 25 1997 Add null print line so this works in Digital Unix
# Sep 25 1997 In mode 1, put file name on separate line
# Oct 1 1997 Print rejection code in mode 1 if line is dropped from fit
# Oct 6 1997 Fix bug in mode 1 BCV flag code
# Dec 17 1997 Change order of date from dd-mmm-yyyy to yyyy-mmm-dd
# Dec 17 1997 Use EQUINOX if it is present instead of EPOCH
# May 21 1999 Read DATE if DATE-OBS is no found
# Jul 22 1999 Put _ in null strings
# Jul 23 1999 Add report mode 5, same as 4, but with tabs
# Jul 23 1999 Add emrshead() to print report heading
# Jun 8 2000 Add equivalent width error to new report modes 0 and 7
# Oct 3 2000 Add Mode 8 to print wavelength shifts
# Jan 30 2001 Fix bug in Mode 8 printed wavelength
# Aug 7 2001 Add Mode 10 to print only line information
# May 11 2005 Print 3 decimal places in output mode 9 shifts
# May 19 2005 Add mode 11 to print line shifts in pixels
# Jul 14 2005 Initialize ibr and ibl
# Mar 18 2008 Add mode 12 for high precision echelle velocities
# May 30 2008 Use strings more efficiently for IRAF Solaris limits
# May 20 2009 Return immediately if not logging results
# Mar 27 2015 Link to header and common files in lib/
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