Fix typos in code docs highlighted by spelling check build

Author: sadielbartholomew

cf/data/array/umarray.py

@@ -635,7 +635,7 @@ def get_byte_ordering(self):
 
             `str` or `None`
                 ``'little_endian'`` or ``'big_endian'``. If the byte
-                ordereing has not been set then `None` is returned, in
+                ordering has not been set then `None` is returned, in
                 which case byte ordering will be detected
                 automatically (if possible) when the file is opened
                 with `open`.

cf/dimensioncoordinate.py

@@ -279,7 +279,7 @@ def anchor(self, value, cell=False, parameters=None, inplace=False):
                 units as the coordinates.
 
                 The coordinate values are transformed so the first
-                corodinate is the closest to *value* from above (for
+                coordinate is the closest to *value* from above (for
                 increasing coordinates), or the closest to *value* from
                 above (for decreasing coordinates)
 
@@ -328,7 +328,7 @@ def anchor(self, value, cell=False, parameters=None, inplace=False):
 
             parameters: `dict`, optional
                 If a `dict` is provided then it will be updated
-                in-place with parameters which describe thethe
+                in-place with parameters which describe the
                 anchoring process.
 
             {{inplace: `bool`, optional}}

cf/domaintopology.py

@@ -85,7 +85,7 @@ class DomainTopology(mixin.PropertiesData, cfdm.DomainTopology):
     cells define each face cell). The CF data model has no mechanism
     for explicitly recording such relationships between multiple
     domain constructs, however whether or not two domains have the
-    same mesh may be reliably deternined by inspection, thereby
+    same mesh may be reliably determined by inspection, thereby
     allowing the creation of netCDF datasets containing UGRID mesh
     topology variables.
 

cf/field.py

@@ -4781,7 +4781,7 @@ def bin(
             names.append(dim.identity())
 
         # ------------------------------------------------------------
-        # Initialise the ouput data as a totally masked array
+        # Initialise the output data as a totally masked array
         # ------------------------------------------------------------
         if method == "sample_size":
             dtype = int

cf/mixin/fielddomain.py

@@ -510,7 +510,7 @@ def _indices(self, config, data_axes, ancillary_mask, kwargs):
                     # Performance: Convert the 1-d 'index' to a numpy
                     #              array of bool.
                     #
-                    # This is beacuse Dask can be *very* slow at
+                    # This is because Dask can be *very* slow at
                     # instantiation time when the 'index' is a Dask
                     # array, in which case contents of 'index' are
                     # unknown.

cf/test/test_formula_terms.py

@@ -37,7 +37,7 @@ def _formula_terms(standard_name):
     if standard_name == "atmosphere_ln_pressure_coordinate":
         computed_standard_name = "air_pressure"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([700, 500, 300], "hPa", dtype="f8")
         aux.set_data(data)
@@ -80,7 +80,7 @@ def _formula_terms(standard_name):
     elif standard_name == "atmosphere_sigma_coordinate":
         computed_standard_name = "air_pressure"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([700, 500, 300], "hPa", dtype="f8")
         aux.set_data(data)
@@ -134,7 +134,7 @@ def _formula_terms(standard_name):
     elif standard_name == "atmosphere_hybrid_sigma_pressure_coordinate":
         computed_standard_name = "air_pressure"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([700, 500, 300], "hPa", dtype="f8")
         aux.set_data(data)
@@ -203,7 +203,7 @@ def _formula_terms(standard_name):
     elif standard_name == "atmosphere_sleve_coordinate":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([100, 200, 300], "m", dtype="f8")
         aux.set_data(data)
@@ -279,7 +279,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_sigma_coordinate":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([10, 20, 30], "m", dtype="f8")
         aux.set_data(data)
@@ -333,7 +333,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_s_coordinate":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([15.01701191, 31.86034296, 40.31150319], units="m")
         aux.set_data(data)
@@ -413,7 +413,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_s_coordinate_g1":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([555.4, 464.32, 373.33], units="m")
         aux.set_data(data)
@@ -485,7 +485,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_s_coordinate_g2":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([555.45454545, 464.36363636, 373.36363636], units="m")
         aux.set_data(data)
@@ -563,7 +563,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_sigma_z_coordinate":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data([10.0, 30.0, 40.0], "m", dtype="f8")
         aux.set_data(data)
@@ -643,7 +643,7 @@ def _formula_terms(standard_name):
     elif standard_name == "ocean_double_sigma_coordinate":
         computed_standard_name = "altitude"
 
-        # Computed vertical corodinates
+        # Computed vertical coordinates
         aux.standard_name = computed_standard_name
         data = cf.Data(
             [0.15000000000000002, 0.12, 932.895], units="m", dtype="f8"