Coverage for python/lsst/sims/survey/fields/field.py : 41%
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"""Gather survey field information.
Attributes ---------- fid : int An identifier for the field. ra : float The right-ascension (degrees) of the field. dec : float The declination (degrees) of the field. gl : float The galactic longitude (degrees) of the field. gb : float The galactic latitude (degrees) of the field. el : float The ecliptic longitude (degrees) of the field. eb : float The ecliptic latitude (degrees) of the field. fov : float The field-of-view (degrees) of the field. """
"""Initialize class.
Parameters ---------- fid : int An indentifier for the field. ra : float The right-ascension (degrees) for the field. dec : float The declination (degrees) for the field. gl : float The galactic longitude (degrees) for the field. gb : float The galactic latitude (degrees) for the field. el : float The ecliptic longitude (degrees) for the field. eb : float The ecliptic latitude (degrees) for the field. fov : float The field-of-view (degrees) for the field. """ self.fid = fid self.ra = ra self.dec = dec self.gl = gl self.gb = gb self.el = el self.eb = eb self.fov = fov
"""The instance string representation.
Returns ------- str """ return "Id: {}, RA: {}, Dec:{}, GL: {}, "\ "GB: {}, EL: {}, EB: {}, FOV: {}".format(self.fid, self.ra, self.dec, self.gl, self.gb, self.el, self.eb, self.fov)
def ra_rad(self): """float : The right-ascension (radians) of the field. """ return math.radians(self.ra)
def dec_rad(self): """float : The declination (radians) of the field. """ return math.radians(self.dec)
def gl_rad(self): """float : The galactic longitude (radians) of the field. """ return math.radians(self.gl)
def gb_rad(self): """float : The galactic latitude (radians) of the field. """ return math.radians(self.gb)
def el_rad(self): """float : The ecliptic longitude (radians) of the field. """ return math.radians(self.el)
def eb_rad(self): """float : The ecliptic latitude (radians) of the field. """ return math.radians(self.eb)
def fov_rad(self): """float : The field-of-view (radians) of the field. """ return math.radians(self.fov)
def from_db_row(cls, row): """Create instance from a database table row.
Parameters ---------- row : list The database row information to create the instance from.
Returns ------- :class:`.Field` The instance containing the database row information. """ return cls(row[0], row[2], row[3], row[4], row[5], row[6], row[7], row[1]) |