updated gemini doc

Author: tinuademargaret

docs/gemini/gemini.rst

@@ -19,11 +19,11 @@ Positional queries can be based on a sky position.  Radius is an optional parame
 
 .. code-block:: python
 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
                 >>> from astropy import coordinates, units
 
                 >>> coord = coordinates.SkyCoord(210.80242917, 54.34875, unit="deg")
-                >>> data = Observations.query_region(coordinates=coord, radius=0.3*units.deg)
+                >>> data = GeminiObservations.query_region(coordinates=coord, radius=0.3*units.deg)
                 >>> print(data[0:5])
                 
                 exposure_time detector_roi_setting detector_welldepth_setting  telescope   ...
@@ -42,9 +42,9 @@ You may also do a query by the name of the object you are interested in.
 
 .. code-block:: python
 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> data = Observations.query_object(objectname='m101')
+                >>> data = GeminiObservations.query_object(objectname='m101')
                 >>> print(data[0:5])
 
                 exposure_time detector_roi_setting detector_welldepth_setting  telescope   ...
@@ -59,18 +59,18 @@ You may also do a query by the name of the object you are interested in.
 Observation Criteria Queries
 ----------------------------
 
-Additional search terms are available as optional arguments to the `~astroquery.gemini.ObservationsClass.query_criteria`
+Additional search terms are available as optional arguments to the `~astroquery.gemini.GeminiObservationsClass.query_criteria`
 call.  These all have default values of None, in which case they will not be considered during the search.
 
 Some examples of available search fields are the instrument used, such as GMOS-N, the observation_type, such as BIAS,
 and the program ID.  For a complete list of available search fields, see
-`~astroquery.gemini.ObservationsClass.query_criteria`
+`~astroquery.gemini.GeminiObservationsClass.query_criteria`
 
 .. code-block:: python
                 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> data = Observations.query_criteria(instrument='GMOS-N',
+                >>> data = GeminiObservations.query_criteria(instrument='GMOS-N',
                 ...                                    program_id='GN-CAL20191122',
                 ...                                    observation_type='BIAS')
                 >>> print(data[0:5])
@@ -90,9 +90,9 @@ The ``orderby`` parameter can be used to pass the desired sort order.
 
 .. code-block:: python
 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> data = Observations.query_criteria('centralspectrum',
+                >>> data = GeminiObservations.query_criteria('centralspectrum',
                 ...                                    instrument='GMOS-N',
                 ...                                    program_id='GN-CAL20191122',
                 ...                                    observation_type='BIAS',
@@ -118,9 +118,9 @@ terms need be passed into the method.
 
 .. code-block:: python
                 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> data = Observations.query_raw('GMOS-N', 'BIAS', progid='GN-CAL20191122')
+                >>> data = GeminiObservations.query_raw('GMOS-N', 'BIAS', progid='GN-CAL20191122')
                 >>> print(data[0:5])
 
                 exposure_time detector_roi_setting detector_welldepth_setting  telescope   mdready ...
@@ -136,14 +136,14 @@ Authenticated Sessions
 ----------------------
 
 The Gemini module allows for authenticated sessions using your GOA account.  This is the same account you login
-with on the GOA homepage at `<https://archive.gemini.edu/>`__.  The `astroquery.gemini.ObservationsClass.login` 
+with on the GOA homepage at `<https://archive.gemini.edu/>`__.  The `astroquery.gemini.GeminiObservationsClass.login` 
 method returns `True` if successful.
 
 .. code-block:: python
 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> Observations.login(username, password)
+                >>> GeminiObservations.login(username, password)
                 >>> # do something with your elevated access
 
 
@@ -156,9 +156,9 @@ proprietary data you may be permissioned for.
 
 .. code-block:: python
 
-                >>> from astroquery.gemini import Observations
+                >>> from astroquery.gemini import GeminiObservations
 
-                >>> Observations.get_file("GS2020AQ319-10.fits", download_dir="/tmp")
+                >>> GeminiObservations.get_file("GS2020AQ319-10.fits", download_dir="/tmp")
 
 
 Reference/API