@@ -513,31 +513,31 @@ end
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bandwidths (:: ConcreteConversion{<:NormalizedPolynomialSpace{S},S} ) where {S} = (0 , 0 )
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bandwidths (:: ConcreteConversion{S,<:NormalizedPolynomialSpace{S}} ) where {S} = (0 , 0 )
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- function getindex (C:: ConcreteConversion{NormalizedPolynomialSpace{S,D,R },S,T} ,k:: Integer ,j:: Integer ) where {S,D <: IntervalOrSegment ,R ,T}
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+ function getindex (C:: ConcreteConversion{<: NormalizedPolynomialSpace{S,<:IntervalOrSegment },S,T} ,k:: Integer ,j:: Integer ) where {S,T}
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if j== k
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inv (sqrt (normalization (T, C. rangespace, k- 1 )* arclength (domain (C. rangespace))/ 2 ))
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else
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zero (T)
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end
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end
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- function getindex (C:: ConcreteConversion{S,NormalizedPolynomialSpace{S,D,R },T} ,k:: Integer ,j:: Integer ) where {S,D <: IntervalOrSegment ,R ,T}
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+ function getindex (C:: ConcreteConversion{S,<: NormalizedPolynomialSpace{S,<:IntervalOrSegment },T} ,k:: Integer ,j:: Integer ) where {S,T}
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if j== k
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sqrt (normalization (T, C. domainspace, k- 1 )* arclength (domain (C. domainspace))/ 2 )
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else
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zero (T)
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end
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end
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- function getindex (C:: ConcreteConversion{NormalizedPolynomialSpace{S,D,R },S,T} ,k:: Integer ,j:: Integer ) where {S,D <: Ray ,R ,T}
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+ function getindex (C:: ConcreteConversion{<: NormalizedPolynomialSpace{S,<:Ray },S,T} ,k:: Integer ,j:: Integer ) where {S,T}
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if j== k
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inv (sqrt (normalization (T, C. rangespace, k- 1 )))
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else
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zero (T)
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end
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end
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- function getindex (C:: ConcreteConversion{S,NormalizedPolynomialSpace{S,D,R },T} ,k:: Integer ,j:: Integer ) where {S,D <: Ray ,R ,T}
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+ function getindex (C:: ConcreteConversion{S,<: NormalizedPolynomialSpace{S,<:Ray },T} ,k:: Integer ,j:: Integer ) where {S,T}
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if j== k
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sqrt (normalization (T, C. domainspace, k- 1 ))
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else
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