t1 = time.clock()
logger.info("Creating bulge spectra (tau proportional to distance).")
bulge_image_pad, disk_image_pad = create_model_images(norm_model, imshape_pad, PSF=None)
bulge_r = get_bulge_distance(imshape_pad, norm_model)
bulge_ifs_pad = np.empty(ifsshape_pad)
tau_image_pad = np.empty(imshape_pad)
for i in xrange(imshape_pad[0]):
for j in xrange(imshape_pad[1]):
r = bulge_r[i, j]
tau = tau_r(args.tau0, args.dtau_dr, r)
if tau <= 1e-20:
tau = 1e-20
tau_image_pad[i, j] = tau
bulge_sfh = SyntheticSFH(base.ageBase)
bulge_sfh.addExp(base.ageBase.max(), tau, 1.0)
bulge_spec = (f_ssp * bulge_sfh.massVector()[:, np.newaxis]).sum(axis=1).sum(axis=0)
bulge_spec /= np.median(bulge_spec[wl_norm_window])
bulge_ifs_pad[:, i, j] = bulge_spec * (args.fluxUnit * bulge_image_pad[np.newaxis, i, j])
logger.info("Creating disk spectra.")
disk_sfh = SyntheticSFH(base.ageBase)
disk_sfh.addSquare(0.0, 14e9, 1.0)
disk_spec = (f_ssp * disk_sfh.massVector()[:, np.newaxis]).sum(axis=1).sum(axis=0)
disk_spec /= np.median(disk_spec[wl_norm_window])
logger.info("Creating IFS.")
disk_ifs_pad = disk_spec[..., np.newaxis, np.newaxis] * (args.fluxUnit * disk_image_pad)
full_ifs_pad = bulge_ifs_pad + disk_ifs_pad
##########
################################################################################
logger.setLevel(-1)
args = parse_args()
pdf = plot_setup(args.plotFile)
logger.info('Loading base %s', path.basename(args.baseFile))
t1 = time.clock()
base = StarlightBase(args.baseFile, args.baseDir)
l_ssp = np.arange(base.l_ssp.min(), base.l_ssp.max(), 2.0)
logger.info('Took %.2f seconds to read the base (%d files)' % (time.clock() - t1, base.sspfile.size))
wl_norm_window = (base.l_ssp < 5680.0) & (base.l_ssp > 5590.0)
logger.info('Computing synthetic SFH and their spectra.')
bulge_sfh = SyntheticSFH(base.ageBase)
bulge_sfh.addExp(14e9, 2.0e9, 1.0)
bulge_flux = (base.f_ssp * bulge_sfh.massVector()[:, np.newaxis]).sum(axis=1).sum(axis=0)
bulge_flux /= np.median(bulge_flux[wl_norm_window])
bulge_flux = spec_resample(base.l_ssp, l_ssp, bulge_flux)
disk_sfh = SyntheticSFH(base.ageBase)
#disk_sfh.addExp(10e9, 2.0e9, 1.0)
disk_sfh.addSquare(0.0, 14e9, 1.0)
disk_flux = (base.f_ssp * disk_sfh.massVector()[:, np.newaxis]).sum(axis=1).sum(axis=0)
disk_flux /= np.median(disk_flux[wl_norm_window])
disk_flux = spec_resample(base.l_ssp, l_ssp, disk_flux)
logger.debug('Plotting SFH.')
fig = plt.figure(figsize=(8,6))
gs = plt.GridSpec(2, 1, height_ratios=[1.0, 1.0])
def get_synth_sfh(t0, tau, ages, dt=0.5e9):
sfh = SyntheticSFH(ages)
sfh.addExp(t0, tau, 1.0)
return sfh.massVector()