>>> r=4*f3-f4/1000
>>> ...
-In theses examples, the variable ``r`` corresponds to a work field containing
+In these examples, the variable ``r`` corresponds to a work field containing
the operation result. By default the field is nor referenced in workspace
tree. If user wants to add it, for example to make it considered when saving,
then the following command is used::
# -------------------------------------------------
# In these functions, (x,y) are the indexes of the element in the
-# numpy array. Note that theses indexes maps the indexes of the
+# numpy array. Note that these indexes maps the indexes of the
# cartesian mesh.
# A function can be a simple python function ...
meshNames = MEDLoader.GetMeshNames(filepath)
# Set to True if the meshes and fields data must be loaded. Otherwise,
-# only theire descriptions will be loaded.
+# only their descriptions will be loaded.
READ_PHYSICAL_DATA=False
for meshName in meshNames:
interface MEDCouplingMeshCorbaInterface : MEDCouplingRefCountCorbaInterface
{
string getName();
- //!CORBA inplementation of MEDCouplingPointSet::getTinySerializationInformation
+ //!CORBA implementation of MEDCouplingPointSet::getTinySerializationInformation
void getTinyInfo(out SALOME_TYPES::ListOfDouble da, out SALOME_TYPES::ListOfLong la, out SALOME_TYPES::ListOfString sa);
void getSerialisationData(out SALOME_TYPES::ListOfLong la, out SALOME_TYPES::ListOfDouble da);
};
/*!
* This creates a new field by applying a function on the specified
* field. The function is defined by a string of characters
- * (function), that specifies the litteral equation to apply, and an
+ * (function), that specifies the literal equation to apply, and an
* integer (nbcomponents), that specifies the number of components to
* consider in the resulting field. This is to mimic the interface of
* MEDCouplingFieldDouble::applyFunc.
handler.
"""
# WRN: Note that the modification of this function can lead to
- # coercion problem. Modify this function with extrem care.
+ # coercion problem. Modify this function with extreme care.
return getattr( self.__fieldHandler, name )
#
def __setattr__(self, name, value):
# choose to not raise the possible exceptions to the console
# by a clear message. Keep this in mind for unit test. You
# have to test the return value, which should not be
- # null. This principle is applyed for all operations.
+ # null. This principle is applied for all operations.
try:
if isinstance(operande, FieldProxy):
# The operande is an other field
