again

Author: chmerdon

src/common_restrictions/linear_functional_restriction.jl

@@ -16,7 +16,7 @@ Construct a linear functional restriction for a finite element unknown from a gi
 
 """
 function LinearFunctionalRestriction(u::Unknown, O::LinearOperator{Tv}; value::T = 0) where {Tv, T}
-    return LinearFunctionalRestriction{T, Tv}(value, O, Dict{Symbol, Any}(:name => "LinearFunctionalRestriction", unknown => u))
+    return LinearFunctionalRestriction{T, Tv}(value, O, Dict{Symbol, Any}(:name => "LinearFunctionalRestriction", :unknown => u))
 end
 
 
@@ -37,7 +37,7 @@ Internally, it creates a `LinearOperator` using the provided kernel and operator
 """
 function ZeroMeanValueRestriction(u::Unknown; kernel = ExtendableFEMBase.constant_one_kernel, operator = Identity, Tv = Float64)
     linear_operator = LinearOperator(kernel, [(u, operator)]; store = true, Tv)
-    return LinearFunctionalRestriction{Int64, Tv}(0, linear_operator, Dict{Symbol, Any}(:name => "MeanValueRestriction", unknown => u))
+    return LinearFunctionalRestriction{Int64, Tv}(0, linear_operator, Dict{Symbol, Any}(:name => "MeanValueRestriction", :unknown => u))
 end
 
 
@@ -59,7 +59,7 @@ Internally, it creates a `LinearOperator` using the provided kernel and operator
 """
 function MassRestriction(u::Unknown; kernel = ExtendableFEMBase.constant_one_kernel, value::T = 0, operator = Identity, Tv = Float64) where {T}
     linear_operator = LinearOperator(kernel, [(u, operator)]; store = true, Tv)
-    return LinearFunctionalRestriction{T, Tv}(value, linear_operator, Dict{Symbol, Any}(:name => "MeanValueRestriction", unknown => u))
+    return LinearFunctionalRestriction{T, Tv}(value, linear_operator, Dict{Symbol, Any}(:name => "MeanValueRestriction", :unknown => u))
 end