ApproxFun. => ApproxFunBase.

Author: MikaelSlevinsky

test/EigTest.jl

@@ -111,10 +111,10 @@ Base._range(a::T, step::T, ::Nothing, len::Integer) where {T <: AbstractFloat} =
         V = Fun(identity, S)
         L = -Derivative(S, 2) + V
         C = Conversion(domainspace(L), rangespace(L))
-        B4 = zeros(Operator{ApproxFun.prectype(S)}, 1, 2)
+        B4 = zeros(Operator{ApproxFunBase.prectype(S)}, 1, 2)
         B4[1, 1] = -Evaluation(component(S, 1), rightendpoint, 1) - 100*0.5*Evaluation(component(S, 1), rightendpoint)
         B4[1, 2] = Evaluation(component(S, 2), leftendpoint, 1)  - 100*0.5*Evaluation(component(S, 2), leftendpoint)
-        B4 = ApproxFun.InterlaceOperator(B4, PiecewiseSpace, ApproxFun.ArraySpace)
+        B4 = ApproxFunBase.InterlaceOperator(B4, PiecewiseSpace, ApproxFunBase.ArraySpace)
         B = [Evaluation(S, -1); Evaluation(S, 1) + Evaluation(S, 1, 1); continuity(S, 0); B4]
         QS = QuotientSpace(B)
         Q = Conversion(QS, S)