Remove old matfaust asLazyLinearOp function and document new aslazylinearoperator function.

wrapper/matlab/+matfaust/+lazylinop/asLazyLinearOp.m

-%=============================================================
-%> @brief Creates a LazyLinearOp based on the object obj which must be of a linear operator compatible type.
-%>
-%> @note obj must support operations and attributes defined in the LazyLinearOp class.
-%> Any operation not supported would raise an exception at the evaluation time.
-%> @param obj: the root object on which the LazyLinearOp is based (it could
-%> be a dense matrix, a sparse matrix, a Faust object or almost any
-%> object that supports the same kind of functions).
-%>
-%> @retval L: a LazyLinearOp instance based on obj.
-%>
-%> @b Example
-%>
-%> @code
-%> >> import matfaust.lazylinop.asLazyLinearOp
-%> >> M = rand(10, 12);
-%> >> lM = asLazyLinearOp(M);
-%> >> twolM = lM + lM
-%>
-%> twolM =
-%>
-%>   10x12 LazyLinearOp array with no properties.
-%>
-%> >> F = matfaust.rand(10, 12);
-%> >> lF = asLazyLinearOp(F);
-%> >> twolF = lF + lF
-%> twolF =
-%>
-%>   10x12 LazyLinearOp array with no properties.
-%> @endcode
-%>
-%> @b See @b also: matfaust.rand.
-%=============================================================
-function L = asLazyLinearOp(obj)
-	import matfaust.lazylinop.LazyLinearOp
-	L = LazyLinearOp.create(obj);
-end

wrapper/matlab/+matfaust/+lazylinop/aslazylinearoperator.m

+%=============================================================
+%> @brief Creates a LazyLinearOp based on the object obj which must be of a linear operator compatible type.
+%>
+%> @note obj must support operations and attributes defined in the LazyLinearOp class.
+%> Any operation not supported would raise an exception at the evaluation time.
+%> @param obj: the root object on which the LazyLinearOp is based (it could
+%> be a dense matrix, a sparse matrix, a Faust object or almost any
+%> object that supports the same kind of functions).
+%>
+%> @retval L: a LazyLinearOp instance based on obj.
+%>
+%> @b Example
+%>
+%> @code
+%> >> import matfaust.lazylinop.aslazylinearoperator
+%> >> M = rand(10, 12);
+%> >> lM = aslazylinearoperator(M);
+%> >> twolM = lM + lM
+%>
+%> twolM =
+%>
+%>   10x12 LazyLinearOp array with no properties.
+%>
+%> >> F = matfaust.rand(10, 12);
+%> >> lF = aslazylinearoperator(F);
+%> >> twolF = lF + lF
+%> twolF =
+%>
+%>   10x12 LazyLinearOp array with no properties.
+%> @endcode
+%>
+%> @b See @b also: matfaust.rand.
+%=============================================================
 function L = aslazylinearoperator(obj)
 	import matfaust.lazylinop.LazyLinearOp
 	L = LazyLinearOp.create_from_op(obj);