def perform_conesearch(ra, dec, search_radius, catalog=None, verbose=True):
"""
Perform a conesearch using astropy's VO capabilities
--- INPUT ---
ra richt ascension [deg]
dec declination [deg]
search_radius radius around ra and dec to search [deg]
catalo name of catalog to search; set to None to get option printed
--- EXAMPLE OF USE ---
import MUSE_AOsetup as mao
catalog = 'guide*star'
catalog = 'Guide Star Catalog v2 1'
search_result = mao.perform_conesearch(177.3992,22.39885,0.05,catalog=catalog)
"""
if catalog == None:
print ' - No catalog selected, please choose from the following list (wildcards ok, e.g., "guide*star":'
for cat in conesearch.list_catalogs():
print ' ', cat
return None
else:
if verbose: print ' - Performing cone search in radius ',search_radius,\
' deg around (ra,dec) = (',ra,',',dec,')'
cat_list = conesearch.list_catalogs(pattern=catalog)
obj_coord = ICRS(ra=ra * units.deg, dec=dec * units.deg)
search_result = conesearch.search_all(obj_coord,
search_radius * units.deg,
catalog_db=cat_list)
if verbose:
print ' - Searched ', len(
search_result
), ' catalogs. Each catalog contains the following number of entries:'
print ' '
for url, tab in search_result.items():
print ' CatUrl: ', url
print ' TabCol: ', tab.nrows
print ' Nrows : ', tab.array.data.dtype.names
print ' '
return search_result
def perform_conesearch(ra,dec,search_radius,catalog=None,verbose=True):
"""
Perform a conesearch using astropy's VO capabilities
--- INPUT ---
ra richt ascension [deg]
dec declination [deg]
search_radius radius around ra and dec to search [deg]
catalo name of catalog to search; set to None to get option printed
--- EXAMPLE OF USE ---
import MUSE_AOsetup as mao
catalog = 'guide*star'
catalog = 'Guide Star Catalog v2 1'
search_result = mao.perform_conesearch(177.3992,22.39885,0.05,catalog=catalog)
"""
if catalog == None:
print ' - No catalog selected, please choose from the following list (wildcards ok, e.g., "guide*star":'
for cat in conesearch.list_catalogs(): print ' ',cat
return None
else:
if verbose: print ' - Performing cone search in radius ',search_radius,\
' deg around (ra,dec) = (',ra,',',dec,')'
cat_list = conesearch.list_catalogs(pattern=catalog)
obj_coord = ICRS(ra=ra*units.deg, dec=dec*units.deg)
search_result = conesearch.search_all(obj_coord, search_radius*units.deg, catalog_db=cat_list)
if verbose:
print ' - Searched ',len(search_result),' catalogs. Each catalog contains the following number of entries:'
print ' '
for url, tab in search_result.items():
print ' CatUrl: ',url
print ' TabCol: ',tab.nrows
print ' Nrows : ',tab.array.data.dtype.names
print ' '
return search_result
def get_catalogs(self):
return conesearch.list_catalogs()
def get_catalogs(self):
return conesearch.list_catalogs()