class PPM (Catalog):
def __init__(self):
Catalog.__init__(self)
self.scat = SCatWrapper()
def getName(self):
return "PPM"
def getMetadata(self):
return [("PPM_NUM", "arbitrary", "PPM number"),
("RA", "h:m:s", "Right Ascension (J2000)"),
("DEC", "d:m:s", "Declination (J2000)"),
("MAG_J", "mag", "J magnitude (1.2 um) from 2MASS"),
("SpTyp", "arbitrary", "Spectral type"),
("R", "arcsec", "Distance from the target")]
def getMagnitudeBands(self):
return ["V"]
def find(self, near, limit=None, **conditions):
scat_options = {"catalog": "ppm",
"near": near or "00:00:00 +00:00:00",
"limit": limit or 100,
"bands": self.getMagnitudeBands(),
"conditions": conditions,
"metadata": self.getMetadata(),
"env": os.environ.update({"PPM_PATH": "/home/henrique/catalogs/"})}
# OK, run it!
data = self.scat.run(scat_options)
return data
class PPM (Catalog):
def __init__ (self):
Catalog.__init__ (self)
self.scat = SCatWrapper()
def getName (self):
return "PPM"
def getMetadata (self):
return [("PPM_NUM", "arbitrary", "PPM number"),
("RA", "h:m:s", "Right Ascension (J2000)"),
("DEC", "d:m:s", "Declination (J2000)"),
("MAG_J", "mag", "J magnitude (1.2 um) from 2MASS"),
("SpTyp", "arbitrary", "Spectral type"),
("R", "arcsec", "Distance from the target")]
def getMagnitudeBands (self):
return ["V"]
def find (self, near, limit=None, **conditions):
scat_options = {"catalog" : "ppm",
"near" : near or "00:00:00 +00:00:00",
"limit" : limit or 100,
"bands" : self.getMagnitudeBands(),
"conditions": conditions,
"metadata" : self.getMetadata(),
"env" : os.environ.update({"PPM_PATH": "/home/henrique/catalogs/"})}
# OK, run it!
data = self.scat.run (scat_options)
return data
class UCAC2(Catalog):
def __init__(self):
Catalog.__init__(self)
self.scat = SCatWrapper()
def getName(self):
return "UCAC2"
def getMetadata(self):
return [("UCAC2_NUM", "arbitrary", "UCAC2 number"),
("RA", "h:m:s", "Right Ascension (J2000)"),
("DEC", "d:m:s", "Declination (J2000)"),
("MAG_J", "mag", "J magnitude (1.2 um) from 2MASS"),
("MAG_H", "mag", "H magnitude (1.6 um) from 2MASS"),
("MAG_K", "mag", "Ks magnitude (2.2 um) from 2MASS"),
("MAG_UCAC", "mag", "Internal UCAC magnitude (red bandpass)"),
("R", "arcsec", "Distance from the target")]
def getMagnitudeBands(self):
return ["J", "H", "K", "UCAC"]
def find(self, near, limit=None, **conditions):
scat_options = {
"catalog":
"ucac2",
"near":
near or "00:00:00 +00:00:00",
"limit":
limit or 100,
"bands":
self.getMagnitudeBands(),
"conditions":
conditions,
"metadata":
self.getMetadata(),
"env":
os.environ.update({"UCAC2_PATH": "/home/henrique/catalogs/ucac2/"})
}
# OK, run it!
data = self.scat.run(scat_options)
return data
class UCAC2 (Catalog):
def __init__(self):
Catalog.__init__(self)
self.scat = SCatWrapper()
def getName(self):
return "UCAC2"
def getMetadata(self):
return [("UCAC2_NUM", "arbitrary", "UCAC2 number"),
("RA", "h:m:s", "Right Ascension (J2000)"),
("DEC", "d:m:s", "Declination (J2000)"),
("MAG_J", "mag", "J magnitude (1.2 um) from 2MASS"),
("MAG_H", "mag", "H magnitude (1.6 um) from 2MASS"),
("MAG_K", "mag", "Ks magnitude (2.2 um) from 2MASS"),
("MAG_UCAC", "mag", "Internal UCAC magnitude (red bandpass)"),
("R", "arcsec", "Distance from the target")]
def getMagnitudeBands(self):
return ["J", "H", "K", "UCAC"]
def find(self, near, limit=None, **conditions):
scat_options = {"catalog": "ucac2",
"near": near or "00:00:00 +00:00:00",
"limit": limit or 100,
"bands": self.getMagnitudeBands(),
"conditions": conditions,
"metadata": self.getMetadata(),
"env": os.environ.update({"UCAC2_PATH": "/home/henrique/catalogs/ucac2/"})}
# OK, run it!
data = self.scat.run(scat_options)
return data
def __init__(self):
Catalog.__init__(self)
self.scat = SCatWrapper()
def __init__(self):
Catalog.__init__(self)
self.scat = SCatWrapper()