verbose = True
debug = False
#sets constants
FEFU = 10.**-15.
FUVresel = 6.
NUVresel = 3.
# smoothing factor (wave - sm < x < wave + sm) for sensitivity plots
smoothing = 5.
g230lsm = 25. #25
#creates plotting and reading instances
plot = P.Plotting('.pdf')
log = L.Logger('Plotting.output', verbose)
if referenceFiles or Chapter13: read = IO.COSHBIO(COSrefFiles, 'temp.tmp')
if computedPhot: readcom = IO.COSHBIO(COScomFiles, 'tempcom.tmp')
if local: readlocal = IO.COSHBIO(localFolder, 'templocal.tmp')
if PSFs: readPSF = IO.COSHBIO(localFolder, 'tempPSF.tmp')
#Begins plotting...
if referenceFiles:
log.write('Starting to create plots based on reference files...\n')
########################################################################################
#Dispersion solutions for FUV.
#These are needed for effective areas
FUVd = read.FITSTable(FUVdispersionReferenceFile, 1)
G130Mdisp = [
x[5][1] for x in FUVd if x[0] == 'FUVA' and x[1] == 'G130M'
and x[2] == 'PSA' and x[3] == 1309
]
def main():
#constants
FUVdispersionReferenceFile = 't9e1307kl_disp.fits'
NUVdispersionReferenceFile = 't9e1307ll_disp.fits'
COSrefFiles = '/grp/hst/cdbs/lref/'
outputfolder = './Graphics/'
sd = './sensitivities/'
sinp = '/grp/hst/cdbs/comp/cos/'
ota_mirror = '/grp/hst/cdbs/comp/ota/hst_ota_007_syn.fits'
boa = sinp + 'cos_boa_004_syn.fits'
#reading
read = IO.COSHBIO(COSrefFiles, 'temp.tmp')
#reading in some data
#Dispersion solutions for FUV.
#These are needed for effective areas
FUVd = read.FITSTable(FUVdispersionReferenceFile, 1)
FUVtemp = PF.getdata(
'/grp/hst/cos/calibration/synphot_files/new_disp.fits')
G130Mdisp = [
x[5][1] for x in FUVd if x[0] == 'FUVA' and x[1] == 'G130M'
and x[2] == 'PSA' and x[3] == 1309
]
G130MSdisp = [
x[5][1] for x in FUVtemp if x[0] == 'FUVB' and x[1] == 'G130M'
and x[2] == 'PSA' and x[3] == 1055
]
G160Mdisp = [
x[5][1] for x in FUVd if x[0] == 'FUVA' and x[1] == 'G160M'
and x[2] == 'PSA' and x[3] == 1600
]
G140Ldisp = [
x[5][1] for x in FUVd if x[0] == 'FUVA' and x[1] == 'G140L'
and x[2] == 'PSA' and x[3] == 1230
]
#Dispersion solution for NUV
NUVd = read.FITSTable(NUVdispersionReferenceFile, 1)
G185Mdisp = N.mean(
[x[5][1] for x in NUVd if x[1] == 'G185M' and x[2] == 'PSA'])
G225Mdisp = N.mean(
[x[5][1] for x in NUVd if x[1] == 'G225M' and x[2] == 'PSA'])
G285Mdisp = N.mean(
[x[5][1] for x in NUVd if x[1] == 'G285M' and x[2] == 'PSA'])
G230Ldisp = N.mean(
[x[5][1] for x in NUVd if x[1] == 'G230L' and x[2] == 'PSA'])
#read in sensitivities, synphot files have wavelength and throughput
#find the last synphots for each grating
#for g130m new modes must be taken into account
g1 = glob.glob(sinp + 'cos_mcp_g130mc*_008_syn.fits')
g1.append(sinp + 'cos_mcp_g130mc1055_001_syn.fits')
g1.append(sinp + 'cos_mcp_g130mc1096_001_syn.fits')
G130Ms = fixThroughputs(throughputs(g1))
G140Ls = fixThroughputs(
throughputs(glob.glob(sinp + 'cos_mcp_g140lc*_008_syn.fits')))
G160Ms = fixThroughputs(
throughputs(glob.glob(sinp + 'cos_mcp_g160mc*_008_syn.fits')))
G185Ms = fixThroughputs(
throughputs(glob.glob(sinp + 'cosncm3_g185mc*_006_syn.fits')))
G225Ms = fixThroughputs(
throughputs(glob.glob(sinp + 'cosncm3_g225mc*_006_syn.fits')))
G230Ls = fixThroughputs(
throughputs(glob.glob(sinp + 'cosncm3_g230lc*_006_syn.fits')))
G285Ms = fixThroughputs(
throughputs(glob.glob(sinp + 'cosncm3_g285mc*_006_syn.fits')))
#take into acount all mirrors in the lightpath
G130Msens = multiplyThroughputs(G130Ms, ota_mirror)
G140Lsens = multiplyThroughputs(G140Ls, ota_mirror)
G160Msens = multiplyThroughputs(G160Ms, ota_mirror)
G185Msens = multiplyThroughputs(G185Ms, ota_mirror, NUV=True)
G225Msens = multiplyThroughputs(G225Ms, ota_mirror, NUV=True)
G285Msens = multiplyThroughputs(G285Ms, ota_mirror, NUV=True)
G230Lsens = multiplyThroughputs(G230Ls, ota_mirror, NUV=True)
#FUV files
tmp = [(a, b) for a, b in G130Msens if a < 1201]
hdr = ' Wavel Throughput Sensitivity Effective Area'
_tmp = printSensitivity(tmp, G130MSdisp[0], '#G130MS' + hdr,
sd + 'G130MSsensitivity.txt')
G130 = printSensitivity(G130Msens, G130Mdisp[0], '#G130M' + hdr,
sd + 'G130Msensitivity.txt')
G160 = printSensitivity(G160Msens, G160Mdisp[0], '#G160M' + hdr,
sd + 'G160Msensitivity.txt')
G140 = printSensitivity(G140Lsens, G140Ldisp[0], '#G140L' + hdr,
sd + 'G140Lsensitivity.txt')
#FUV plot
FUVsensitivity(G130, G160, G140, outputfolder + 'FUVSensitivity')
#NUV files
G185 = printSensitivity(G185Msens, G185Mdisp, '#G185M' + hdr,
sd + 'G185Msensitivity.txt')
G225 = printSensitivity(G225Msens, G225Mdisp, '#G225M' + hdr,
sd + 'G225Msensitivity.txt')
G285 = printSensitivity(G285Msens, G285Mdisp, '#G285M' + hdr,
sd + 'G285Msensitivity.txt')
G230 = printSensitivity(G230Lsens, G230Ldisp, '#G230L' + hdr,
sd + 'G230Lsensitivity.txt')
#NUV plot
NUVsensitivity(G185, G225, G285, G230, outputfolder + 'NUVSensitivity')
#individual plots
#NUV
Chapeter15Sensitivity(G185, boa, G185Mdisp, 'G185', 'G185M',
outputfolder + 'G185Msensitivity')
Chapeter15Sensitivity(G225, boa, G225Mdisp, 'G225', 'G225M',
outputfolder + 'G225Msensitivity')
Chapeter15Sensitivity(G285, boa, G285Mdisp, 'G285', 'G285M',
outputfolder + 'G285Msensitivity')
Chapeter15Sensitivity(G230, boa, G230Ldisp, 'G230', 'G230L',
outputfolder + 'G230Lsensitivity')
#FUV
Chapeter15Sensitivity(G130, boa, G130Mdisp[0], 'G130', 'G130M',
outputfolder + 'G130Msensitivity')
Chapeter15Sensitivity(G160, boa, G160Mdisp[0], 'G160', 'G160M',
outputfolder + 'G160Msensitivity')
Chapeter15Sensitivity(G140, boa, G140Ldisp[0], 'G140', 'G140L',
outputfolder + 'G140Lsensitivity')
#new G130M modes
Chapeter15SensitivityNewG130M(G130, boa, G130MSdisp[0], 'G130', 'G130MS',
outputfolder + 'G130MSsensitivity')
