update for latest 0.6

Author: dlfivefifty

src/ChebyshevJacobiPlan.jl

@@ -75,8 +75,9 @@ type ChebyshevJacobiPlan{D,T,DCT,DST,SA} <: FastTransformPlan{D,T}
     anαβ::Vector{T}
     c_cheb2::Vector{T}
     pr::Vector{T}
-    function ChebyshevJacobiPlan(CJC::ChebyshevJacobiConstants{D,T},CJI::ChebyshevJacobiIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},cfs::Matrix{T},θ::Vector{T},tempcos::Vector{T},tempsin::Vector{T},tempcosβsinα::Vector{T},tempmindices::Vector{T},cnαβ::Vector{T},cnmαβ::Vector{T})
-        P = new()
+    function (::Type{ChebyshevJacobiPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CJC::ChebyshevJacobiConstants{D,T},CJI::ChebyshevJacobiIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},cfs::Matrix{T},θ::Vector{T},tempcos::Vector{T},tempsin::Vector{T},
+                                                tempcosβsinα::Vector{T},tempmindices::Vector{T},cnαβ::Vector{T},cnmαβ::Vector{T})
+        P = new{D,T,DCT,DST,SA}()
         P.CJC = CJC
         P.CJI = CJI
         P.p₁ = p₁
@@ -96,16 +97,17 @@ type ChebyshevJacobiPlan{D,T,DCT,DST,SA} <: FastTransformPlan{D,T}
         P.cnmαβ = cnmαβ
         P
     end
-    function ChebyshevJacobiPlan(CJC::ChebyshevJacobiConstants{D,T},CJI::ChebyshevJacobiIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},cfs::Matrix{T},θ::Vector{T},tempcos::Vector{T},tempsin::Vector{T},tempcosβsinα::Vector{T},tempmindices::Vector{T},cnαβ::Vector{T},cnmαβ::Vector{T},w::Vector{T},anαβ::Vector{T},c_cheb2::Vector{T},pr::Vector{T})
+    function (::Type{ChebyshevJacobiPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CJC::ChebyshevJacobiConstants{D,T},CJI::ChebyshevJacobiIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},cfs::Matrix{T},θ::Vector{T},tempcos::Vector{T},tempsin::Vector{T},tempcosβsinα::Vector{T},tempmindices::Vector{T},cnαβ::Vector{T},cnmαβ::Vector{T},
+                                                 w::Vector{T},anαβ::Vector{T},c_cheb2::Vector{T},pr::Vector{T})
         P = ChebyshevJacobiPlan{D,T,DCT,DST,SA}(CJC,CJI,p₁,p₂,rp,c₁,c₂,um,vm,cfs,θ,tempcos,tempsin,tempcosβsinα,tempmindices,cnαβ,cnmαβ)
         P.w = w
         P.anαβ = anαβ
         P.c_cheb2 = c_cheb2
         P.pr = pr
         P
     end
-    function ChebyshevJacobiPlan(CJC::ChebyshevJacobiConstants{D,T})
-        P = new()
+    function (::Type{ChebyshevJacobiPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CJC::ChebyshevJacobiConstants{D,T})
+        P = new{D,T,DCT,DST,SA}()
         P.CJC = CJC
         P
     end

src/ChebyshevUltrasphericalPlan.jl

@@ -75,8 +75,8 @@ type ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA} <: FastTransformPlan{D,T}
     anλ::Vector{T}
     c_cheb2::Vector{T}
     pr::Vector{T}
-    function ChebyshevUltrasphericalPlan(CUC::ChebyshevUltrasphericalConstants{D,T},CUI::ChebyshevUltrasphericalIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},θ::Vector{T},tempsin::Vector{T},tempsin2::Vector{T},tempsinλ::Vector{T},tempsinλm::Vector{T},tempmindices::Vector{T},cnλ::Vector{T},cnmλ::Vector{T})
-        P = new()
+    function (::Type{ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CUC::ChebyshevUltrasphericalConstants{D,T},CUI::ChebyshevUltrasphericalIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},θ::Vector{T},tempsin::Vector{T},tempsin2::Vector{T},tempsinλ::Vector{T},tempsinλm::Vector{T},tempmindices::Vector{T},cnλ::Vector{T},cnmλ::Vector{T})
+        P = new{D,T,DCT,DST,SA}()
         P.CUC = CUC
         P.CUI = CUI
         P.p₁ = p₁
@@ -96,16 +96,16 @@ type ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA} <: FastTransformPlan{D,T}
         P.cnmλ = cnmλ
         P
     end
-    function ChebyshevUltrasphericalPlan(CUC::ChebyshevUltrasphericalConstants{D,T},CUI::ChebyshevUltrasphericalIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},θ::Vector{T},tempsin::Vector{T},tempsin2::Vector{T},tempsinλ::Vector{T},tempsinλm::Vector{T},tempmindices::Vector{T},cnλ::Vector{T},cnmλ::Vector{T},w::Vector{T},anλ::Vector{T},c_cheb2::Vector{T},pr::Vector{T})
+    function (::Type{ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CUC::ChebyshevUltrasphericalConstants{D,T},CUI::ChebyshevUltrasphericalIndices,p₁::DCT,p₂::DST,rp::RecurrencePlan{T},c₁::Vector{T},c₂::SA,um::Vector{T},vm::Vector{T},θ::Vector{T},tempsin::Vector{T},tempsin2::Vector{T},tempsinλ::Vector{T},tempsinλm::Vector{T},tempmindices::Vector{T},cnλ::Vector{T},cnmλ::Vector{T},w::Vector{T},anλ::Vector{T},c_cheb2::Vector{T},pr::Vector{T})
         P = ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA}(CUC,CUI,p₁,p₂,rp,c₁,c₂,um,vm,θ,tempsin,tempsin2,tempsinλ,tempsinλm,tempmindices,cnλ,cnmλ)
         P.w = w
         P.anλ = anλ
         P.c_cheb2 = c_cheb2
         P.pr = pr
         P
     end
-    function ChebyshevUltrasphericalPlan(CUC::ChebyshevUltrasphericalConstants{D,T})
-        P = new()
+    function (::Type{ChebyshevUltrasphericalPlan{D,T,DCT,DST,SA}}){D,T,DCT,DST,SA}(CUC::ChebyshevUltrasphericalConstants{D,T})
+        P = new{D,T,DCT,DST,SA}()
         P.CUC = CUC
         P
     end

src/FastTransforms.jl

@@ -1,7 +1,7 @@
 __precompile__()
 module FastTransforms
 
-using Base, ToeplitzMatrices
+using Base, ToeplitzMatrices, Compat
 
 import Base: *
 import Base: view
@@ -28,7 +28,7 @@ include("fejer.jl")
 include("recurrence.jl")
 include("PaduaTransform.jl")
 
-abstract FastTransformPlan{D,T}
+@compat abstract type FastTransformPlan{D,T} end
 
 include("ChebyshevJacobiPlan.jl")
 include("jac2cheb.jl")

src/fftBigFloat.jl

@@ -1,4 +1,4 @@
-typealias BigFloats Union{BigFloat,Complex{BigFloat}}
+const BigFloats = Union{BigFloat,Complex{BigFloat}}
 
 real(x...)=Base.real(x...)
 real{T<:Real}(::Type{T})=T

src/toeplitzhankel.jl

@@ -10,7 +10,7 @@ immutable ToeplitzHankelPlan{S}
     C::Vector{Vector{S}}
     DL::Vector{S}
     DR::Vector{S}
-    ToeplitzHankelPlan(T,C,DL,DR)=new(T,C,DL,DR)
+    (::Type{ToeplitzHankelPlan{S}}){S}(T,C,DL,DR) = new{S}(T,C,DL,DR)
 end
 
 function ToeplitzHankelPlan(T::TriangularToeplitz,C::Vector,DL::AbstractVector,DR::AbstractVector)