def test4(band, lname='ohlines'):
if band == 'H':
ap_num = 23
else:
ap_num = 20
cwv, cflx = ip.read_lines(lname + '.dat')
for k in range(ap_num):
strdesc = 'IGRINS_%s_%s.%03d' % (band, lname, k)
strip, hdr = ip.readfits(MANUAL_PATH + strdesc + '.fits')
z1, z2 = ip.zscale(strip)
f2 = plt.figure(2, figsize=(12, 5), dpi=200)
a1 = f2.add_subplot(211, aspect='auto')
ny, nx = strip.shape
a1.imshow(strip, cmap='hot', aspect=nx / 1000.0, vmin=z1, vmax=z2)
a1.set_xlim((0, nx))
a1.set_ylim((0, ny))
a1.set_title('%s' % (strdesc, ))
f2.savefig(PNG_PATH + strdesc + '.png')
strdesc = 'tIGRINS_%s_%s.%03d' % (band, lname, k)
strip, hdr = ip.readfits(MANUAL_PATH + strdesc + '.fits')
wave = np.loadtxt(MANUAL_PATH + strdesc + '.wave')
draw_strips(strip, wave, desc=strdesc, linedata=[cwv, cflx])
def test4(band, lname='ohlines'):
if band == 'H':
ap_num = 23
else:
ap_num = 20
cwv, cflx = ip.read_lines(lname+'.dat')
for k in range(ap_num):
strdesc = 'IGRINS_%s_%s.%03d' % (band, lname, k)
strip, hdr = ip.readfits(MANUAL_PATH+strdesc+'.fits')
z1, z2 = ip.zscale(strip)
f2 = plt.figure(2,figsize=(12,5),dpi=200)
a1 = f2.add_subplot(211, aspect='auto')
ny, nx = strip.shape
a1.imshow(strip, cmap='hot', aspect=nx/1000.0, vmin=z1, vmax=z2)
a1.set_xlim((0,nx))
a1.set_ylim((0,ny))
a1.set_title('%s' % (strdesc,))
f2.savefig(PNG_PATH+strdesc+'.png')
strdesc = 'tIGRINS_%s_%s.%03d' % (band, lname, k)
strip, hdr = ip.readfits(MANUAL_PATH+strdesc+'.fits')
wave = np.loadtxt(MANUAL_PATH+strdesc+'.wave')
draw_strips(strip, wave, desc=strdesc, linedata=[cwv, cflx])
def test3(band, lname='ohlines'):
'''
Draw the extracted strip images with wavelength
'''
onum, odesc, owv1, owv2 = ip.read_orderinfo(band)
cwv, cflx = ip.read_lines(lname+'.dat')
wticks = np.arange(1.5, 2.5, 0.005)
for desc in odesc:
strdesc = 'IGRINS_%s_%s_%s' % (band, lname, desc)
strip, shdr = ip.readfits(ONESTEP_PATH+'IGRINS_%s_%s.fits' % (desc,lname))
wave = np.loadtxt(ONESTEP_PATH+'IGRINS_%s_%s.wave' % (desc,lname))
draw_strips(strip, wave, desc=strdesc, linedata=[cwv, cflx])
def test3(band, lname='ohlines'):
'''
Draw the extracted strip images with wavelength
'''
onum, odesc, owv1, owv2 = ip.read_orderinfo(band)
cwv, cflx = ip.read_lines(lname + '.dat')
wticks = np.arange(1.5, 2.5, 0.005)
for desc in odesc:
strdesc = 'IGRINS_%s_%s_%s' % (band, lname, desc)
strip, shdr = ip.readfits(ONESTEP_PATH + 'IGRINS_%s_%s.fits' %
(desc, lname))
wave = np.loadtxt(ONESTEP_PATH + 'IGRINS_%s_%s.wave' % (desc, lname))
draw_strips(strip, wave, desc=strdesc, linedata=[cwv, cflx])
def draw_strips_file(stripfile, wavefile, linefile='ohlines.dat', \
desc='', target_path=PNG_PATH):
'''
Draw the strips with wavelength
- INPUTS:
1. strip file name (.fits)
2. wavelength file name (.wave)
3. line data file
- OUTPUTS:
PNG files
'''
strip, hdr = ip.readfits(stripfile)
wave = np.loadtxt(wavefile)
cwv, cflx = ip.read_lines(linefile)
linedata = (cwv, cflx)
draw_strips(strip, wave, linedata=linedata, \
desc=desc, lampname=linefile[:-9], target_path=target_path)
def draw_strips_file(stripfile, wavefile, linefile='ohlines.dat', \
desc='', target_path=PNG_PATH):
'''
Draw the strips with wavelength
- INPUTS:
1. strip file name (.fits)
2. wavelength file name (.wave)
3. line data file
- OUTPUTS:
PNG files
'''
strip, hdr = ip.readfits(stripfile)
wave = np.loadtxt(wavefile)
cwv, cflx = ip.read_lines(linefile)
linedata = (cwv, cflx)
draw_strips(strip, wave, linedata=linedata, \
desc=desc, lampname=linefile[:-9], target_path=target_path)
def test5():
stripfile=MANUAL_PATH+'IGRINS_H_ohlines.000.fits'
cwv, cflx = ip.read_lines('ohlines.dat')
line_identify(stripfile, linedata=(cwv, cflx), thres=12000)
def test5():
stripfile = MANUAL_PATH + 'IGRINS_H_ohlines.000.fits'
cwv, cflx = ip.read_lines('ohlines.dat')
line_identify(stripfile, linedata=(cwv, cflx), thres=12000)
