typo

src/TransientFETools/TransientFEOperators.jl

@@ -1,13 +1,3 @@
-"""
-Trait for TransientFEOperator that tells us whether the operator depends on the solution
-(including its time derivatives), it is an affine operator that depends on time
-or it is a constant operator (affine and time-indepedendent)
-"""
-abstract type OperatorType end
-struct Nonlinear end
-struct Affine end
-struct Constant end
-
 """
 A transient version of the `Gridap` `FEOperator` that depends on time
 """
@@ -72,9 +62,7 @@ get_assembler(feop::TransientFEOperator) = @abstractmethod
 Returns a `ODEOperator` wrapper of the `TransientFEOperator` that can be
 straightforwardly used with the `ODETools` module.
 """
-function get_algebraic_operator(feop::TransientFEOperator)
-  ODEOpFromFEOp(feop)
-end
+get_algebraic_operator(feop::TransientFEOperator) = @abstractmethod
 
 # @fverdugo This function is just in case we need to override it in the future for some specialization.
 # This default implementation is enough for the moment.
@@ -183,13 +171,9 @@ function jacobian_t!(A::AbstractMatrix,op::TransientFEOperatorFromTerms,
 end
 
 function get_algebraic_operator(feop::TransientFEOperatorFromTerms)
-  _ode_operator(feop,feop.type)
+  ODEOpFromFEOp{typeof(feop.type)}(feop)
 end
 
-_ode_operator(feop,::Nonlinear) = ODEOpFromFEOp(feop)
-_ode_operator(feop,::Affine) = AffineODEOpFromFEOp(feop)
-_ode_operator(feop,::Constant) = ConstantODEOpFromFEOp(feop)
-
 # Tester
 
 function test_transient_fe_operator(op::TransientFEOperator,uh)