def make_output_directory(extraction_box_height,
extraction_box_start,
sn_name,
overwrite=False):
'''
Create an output directory for the extracted files to go into with the name
<sn_name>_loc_<extraction_box_start>_hgt_<extraction_box_height>
User will be asked before files are deleted if directory already exists
'''
output_dir = '{}_loc_{}_hgt_{}'.format(sn_name, extraction_box_start,
extraction_box_height)
repo_path = get_repository_path()
new_dir_path = os.path.join(repo_path, output_dir)
if os.path.exists(new_dir_path):
if overwrite == False:
delete_dir = raw_input(
'{} exists, delete contents? y, n '.format(new_dir_path))
if delete_dir == 'n':
sys.exit(
'Output path already exists and you don\'t want to overwrite it'
)
flist = glob.glob(os.path.join(new_dir_path, 'ocdd*'))
for ifile in flist:
os.remove(ifile)
else:
os.makedirs(new_dir_path)
return new_dir_path
def extract_nuv_2006gy():
'''
Defines extraction location for 2006gy. Data taken with the NUV MAMA using 4 along
the slit dithers.
The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds
For the NUV plate scale = 0.0248 arcsec/pix --> 1 arcsecond = 40.32 pixels.
The dither position centers the target at ycenter = 461 (340 + 120.8)
'''
extraction_box_height = 20 #200 pixels
extraction_box_start = 511. #-100.
dither_step = 0.
repo_path = get_repository_path()
output_dir = make_output_directory(extraction_box_height,
extraction_box_start, '2006gy')
extract_for_a_single_dither_position(['10'],
1,
dither_step,
repo_path,
output_dir,
extraction_box_start,
extraction_box_height,
maxsearch=0)
def extract_fuv_2010jl(): ''' Defines extraction location for 2010jl. Data taken with the FUV MAMA using 4 along the slit dithers. The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds For the FUV plate scale = 0.0246 arcsec/pix --> 1 arcsecond = 40.6504065 pixels. The dither position centers the target at ycenter = 340 ''' extraction_box_height = 21 #pixels extraction_box_start = 195.+132. #340 dither_step = 40.65 repo_path = get_repository_path() output_dir = make_output_directory(extraction_box_height, extraction_box_start, '2010jl') extract_for_a_single_dither_position(['10', '50', '90'], 1, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height) extract_for_a_single_dither_position(['20', '60', 'a0'], 2, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height) extract_for_a_single_dither_position(['30', '70', 'b0'], 3, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height) extract_for_a_single_dither_position(['40', '80', 'c0'], 4, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height)
def extract_nuv_2010jl():
'''
Defines extraction location for 2010jl. Data taken with the NUV MAMA using 4 along
the slit dithers.
The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds
For the NUV plate scale = 0.0248 arcsec/pix --> 1 arcsecond = 40.32 pixels.
The dither position centers the target at ycenter = 461 (340 + 120.8)
'''
extraction_box_height = 21 #pixels
extraction_box_start = 262. + 61.
dither_step = 40.32
repo_path = get_repository_path()
output_dir = make_output_directory(extraction_box_height,
extraction_box_start, '2010jl')
extract_for_a_single_dither_position(['d0', 'h0'],
1,
dither_step,
repo_path,
output_dir,
extraction_box_start,
extraction_box_height,
maxsearch=0)
extract_for_a_single_dither_position(['e0', 'i0'],
2,
dither_step,
repo_path,
output_dir,
extraction_box_start,
extraction_box_height,
maxsearch=0)
extract_for_a_single_dither_position(['f0', 'j0'],
3,
dither_step,
repo_path,
output_dir,
extraction_box_start,
extraction_box_height,
maxsearch=0)
extract_for_a_single_dither_position(['g0', 'k0'],
4,
dither_step,
repo_path,
output_dir,
extraction_box_start,
extraction_box_height,
maxsearch=0)
def make_output_directory(extraction_box_height, extraction_box_start, sn_name, overwrite = False):
'''
Create an output directory for the extracted files to go into with the name
<sn_name>_loc_<extraction_box_start>_hgt_<extraction_box_height>
User will be asked before files are deleted if directory already exists
'''
output_dir = '{}_loc_{}_hgt_{}'.format(sn_name, extraction_box_start, extraction_box_height)
repo_path = get_repository_path()
new_dir_path = os.path.join(repo_path, output_dir)
if os.path.exists(new_dir_path):
if overwrite == False:
delete_dir = raw_input('{} exists, delete contents? y, n '.format(new_dir_path))
if delete_dir == 'n':
sys.exit('Output path already exists and you don\'t want to overwrite it')
flist = glob.glob(os.path.join(new_dir_path, 'ocdd*'))
for ifile in flist:
os.remove(ifile)
else:
os.makedirs(new_dir_path)
return new_dir_path
def extract_fuv_2006gy(): ''' Defines extraction location for 2006gy. Data taken with the FUV MAMA using 4 along the slit dithers. The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds For the FUV plate scale = 0.0246 arcsec/pix --> 1 arcsecond = 40.6504065 pixels. The dither position centers the target at ycenter = 340 ''' extraction_box_height = 20 #64 pixels extraction_box_start = 509.#-32. #340 dither_step = 0. repo_path = get_repository_path() output_dir = make_output_directory(extraction_box_height, extraction_box_start, '2006gy') extract_for_a_single_dither_position(['30'], 1, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height)
def extract_fuv_2006gy():
'''
Defines extraction location for 2006gy. Data taken with the FUV MAMA using 4 along
the slit dithers.
The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds
For the FUV plate scale = 0.0246 arcsec/pix --> 1 arcsecond = 40.6504065 pixels.
The dither position centers the target at ycenter = 340
'''
extraction_box_height = 20 #64 pixels
extraction_box_start = 509. #-32. #340
dither_step = 0.
repo_path = get_repository_path()
output_dir = make_output_directory(extraction_box_height,
extraction_box_start, '2006gy')
extract_for_a_single_dither_position(['30'], 1, dither_step, repo_path,
output_dir, extraction_box_start,
extraction_box_height)
def extract_nuv_2006gy(): ''' Defines extraction location for 2006gy. Data taken with the NUV MAMA using 4 along the slit dithers. The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds For the NUV plate scale = 0.0248 arcsec/pix --> 1 arcsecond = 40.32 pixels. The dither position centers the target at ycenter = 461 (340 + 120.8) ''' extraction_box_height = 20 #200 pixels extraction_box_start = 511.#-100. dither_step = 0. repo_path = get_repository_path() output_dir = make_output_directory(extraction_box_height, extraction_box_start, '2006gy') extract_for_a_single_dither_position(['10'], 1, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height, maxsearch = 0)
def copy_files_for_2010jl(): ''' Check if files for 2010jl need to be copied to Dropbox. Copy if they do. ''' copy_to_directory = '/Users/abostroem/Dropbox/13287/2010jl' copy_from_directory = get_repository_path() #Copy plots to dropbox plot_filenames = [ '2010jl_combined_labeled.pdf', '2010jl_finder_image_fuv.pdf', '2010jl_nuv_fuv_xd_profile_compare_man_shift.pdf', '2010jl_nuv_fuv_xd_profile_compare.pdf', '2010jl_xd_profile_for_each_dither_fuv.pdf', '2010jl_xd_profile_for_each_dither_nuv.pdf', 'xd_profile_match.pdf', ] #Copy combined fits files fits_filenames = [ '2010jl_all_x1dsum.fits', '2010jl_loc_340_hgt_21/2010jl_fuv_x1dsum.fits', '2010jl_loc_461_hgt_21/2010jl_nuv_x1dsum.fits' ] copy_if_new_version_exists(plot_filenames, copy_to_directory, copy_from_directory) #Copy FUV x1d files and confirmation plots xtrac_directory = '2010jl_loc_340_hgt_21' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) + \ glob.glob(os.path.join(xtrac_directory, '*x1d.fits')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory) #Copy NUV x1d files and confirmation plots xtrac_directory = '2010jl_loc_461_hgt_21' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) + \ glob.glob(os.path.join(xtrac_directory, '*x1d.fits')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory)
def copy_files_for_2010jl(): ''' Check if files for 2010jl need to be copied to Dropbox. Copy if they do. ''' copy_to_directory = '/Users/abostroem/Dropbox/13287/2010jl' copy_from_directory = get_repository_path() #Copy plots to dropbox plot_filenames = [ '2010jl_combined_labeled.pdf', '2010jl_finder_image_fuv.pdf', '2010jl_nuv_fuv_xd_profile_compare_man_shift.pdf', '2010jl_nuv_fuv_xd_profile_compare.pdf', '2010jl_xd_profile_for_each_dither_fuv.pdf', '2010jl_xd_profile_for_each_dither_nuv.pdf', 'xd_profile_match.pdf', ] #Copy combined fits files fits_filenames = [ '2010jl_all_x1dsum.fits', '2010jl_loc_340_hgt_21/2010jl_fuv_x1dsum.fits', '2010jl_loc_461_hgt_21/2010jl_nuv_x1dsum.fits' ] copy_if_new_version_exists(plot_filenames, copy_to_directory, copy_from_directory) #Copy FUV x1d files and confirmation plots xtrac_directory = '2010jl_loc_340_hgt_21' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) + \ glob.glob(os.path.join(xtrac_directory, '*x1d.fits')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory) #Copy NUV x1d files and confirmation plots xtrac_directory = '2010jl_loc_461_hgt_21' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) + \ glob.glob(os.path.join(xtrac_directory, '*x1d.fits')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory)
def extract_nuv_2010jl(): ''' Defines extraction location for 2010jl. Data taken with the NUV MAMA using 4 along the slit dithers. The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds For the NUV plate scale = 0.0248 arcsec/pix --> 1 arcsecond = 40.32 pixels. The dither position centers the target at ycenter = 461 (340 + 120.8) ''' extraction_box_height = 21 #pixels extraction_box_start = 262.+61. dither_step = 40.32 repo_path = get_repository_path() output_dir = make_output_directory(extraction_box_height, extraction_box_start, '2010jl') extract_for_a_single_dither_position(['d0', 'h0'], 1, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height, maxsearch = 0) extract_for_a_single_dither_position(['e0', 'i0'], 2, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height, maxsearch = 0) extract_for_a_single_dither_position(['f0', 'j0'], 3, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height, maxsearch = 0) extract_for_a_single_dither_position(['g0', 'k0'], 4, dither_step, repo_path, output_dir, extraction_box_start, extraction_box_height, maxsearch = 0)
def extract_fuv_2010jl():
'''
Defines extraction location for 2010jl. Data taken with the FUV MAMA using 4 along
the slit dithers.
The MAMA along-the-slit dither pattern is specified with point spacing = 1 arcseconds
For the FUV plate scale = 0.0246 arcsec/pix --> 1 arcsecond = 40.6504065 pixels.
The dither position centers the target at ycenter = 340
'''
extraction_box_height = 21 #pixels
extraction_box_start = 195. + 132. #340
dither_step = 40.65
repo_path = get_repository_path()
output_dir = make_output_directory(extraction_box_height,
extraction_box_start, '2010jl')
extract_for_a_single_dither_position(['10', '50', '90'], 1, dither_step,
repo_path, output_dir,
extraction_box_start,
extraction_box_height)
extract_for_a_single_dither_position(['20', '60', 'a0'], 2, dither_step,
repo_path, output_dir,
extraction_box_start,
extraction_box_height)
extract_for_a_single_dither_position(['30', '70', 'b0'], 3, dither_step,
repo_path, output_dir,
extraction_box_start,
extraction_box_height)
extract_for_a_single_dither_position(['40', '80', 'c0'], 4, dither_step,
repo_path, output_dir,
extraction_box_start,
extraction_box_height)
def copy_files_for_2005ip(): ''' Check if files for 2005ip need to be copied to Dropbox. Copy if they do. ''' copy_to_directory = '/Users/abostroem/Dropbox/13287/2005ip' copy_from_directory = get_repository_path() #Copy plots plot_filenames = [ '2005ip_combined_labeled.pdf', '2005ip_otfr_quicklook.pdf' ] #Copy combined fits files fits_filenames = [ '2005ip_all_x1dsum.fits', '2005ip_otfr/2005ip_fuv_x1dsum.fits', '2005ip_otfr/2005ip_nuv_x1dsum.fits' ] #Copy confirmation plots xtrac_directory = '2005ip_otfr' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory)
def copy_files_for_2005ip(): ''' Check if files for 2005ip need to be copied to Dropbox. Copy if they do. ''' copy_to_directory = '/Users/abostroem/Dropbox/13287/2005ip' copy_from_directory = get_repository_path() #Copy plots plot_filenames = [ '2005ip_combined_labeled.pdf', '2005ip_otfr_quicklook.pdf' ] #Copy combined fits files fits_filenames = [ '2005ip_all_x1dsum.fits', '2005ip_otfr/2005ip_fuv_x1dsum.fits', '2005ip_otfr/2005ip_nuv_x1dsum.fits' ] #Copy confirmation plots xtrac_directory = '2005ip_otfr' xtrac_flist = glob.glob(os.path.join(xtrac_directory, '*.pdf')) copy_if_new_version_exists(xtrac_flist, copy_to_directory, copy_from_directory)
