A_underlying_ (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | private |
B_underlying_ (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | private |
binaryOperator_ (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | private |
innerLoopSize_ (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | private |
InPlaceCombinationFunctor(ThisUnderlyingViewType this_underlying, AUnderlyingViewType A_underlying, BUnderlyingViewType B_underlying, BinaryOperator binaryOperator) (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | inline |
InPlaceCombinationFunctor(ThisUnderlyingViewType this_underlying, AUnderlyingViewType A_underlying, BUnderlyingViewType B_underlying, BinaryOperator binaryOperator, int innerLoopSize) (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | inline |
operator()(const IntArgs &...args) const (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | inline |
operator()(const IntArgs &...args) const (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | inline |
this_underlying_ (defined in Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop >) | Intrepid2::InPlaceCombinationFunctor< BinaryOperator, ThisUnderlyingViewType, AUnderlyingViewType, BUnderlyingViewType, ArgExtractorThis, ArgExtractorA, ArgExtractorB, includeInnerLoop > | private |