| NFILEDB | |
| CFFDB_DBT | Forward empty decl |
| CSerializeException | |
| CSerializable | |
| CDBKey | |
| CDBData | |
| NQDP | Yet another random number generator |
| NAllocator | |
| CQDPDefaultAllocator | |
| CPoolMemInfo | |
| CQDPPoolAllocator | |
| NLayout | Layout namespace holding info on problem size and machine info |
| CLocalLayout_t | Local data specific to all architectures |
| NRANNYU | |
| CRNGState_t | Hold state and RNG |
| NQDP | |
| CSSEVec | |
| NPrivate | |
| CLifetimeTracker | |
| CDeleter | |
| CConcreteLifetimeTracker | |
| CAdapter | |
| CNearestNeighborMapFunc | Function object used for constructing the default nearest neighbor map |
| CPackageArrayMapFunc | |
| CPackageBiDirectionalMapFunc | |
| CPackageArrayBiDirectionalMapFunc | |
| CSetAllFunc | Function object used for constructing the all subset |
| CSetRBFunc | Function object used for constructing red-black (2) checkerboard */ |
| CSetRB3Func | Function object used for constructing red-black (2) checkerboard in 3d |
| CSet32CBFunc | Function object used for constructing 32 checkerboard. */ |
| Cordered_ssed_3mat_args | |
| Cunordered_ssed_3mat_args | |
| Cordered_ssed_3mat_const_args | |
| Cunordered_ssed_3mat_const_args | |
| Cordered_ssed_2mat_const_args | |
| Cunordered_ssed_2mat_const_args | |
| Cordered_ssed_2mat_args | |
| Cunordered_ssed_2mat_args | |
| CVDU | |
| CVD | |
| CScalar | |
| CUnaryReturn | |
| CPromote | |
| CPromote< bool, bool > | |
| CPromote< bool, char > | |
| CPromote< bool, short > | |
| CPromote< bool, int > | |
| CPromote< bool, long > | |
| CPromote< bool, float > | |
| CPromote< bool, double > | |
| CPromote< char, bool > | |
| CPromote< char, char > | |
| CPromote< char, short > | |
| CPromote< char, int > | |
| CPromote< char, long > | |
| CPromote< char, float > | |
| CPromote< char, double > | |
| CPromote< short, bool > | |
| CPromote< short, char > | |
| CPromote< short, short > | |
| CPromote< short, int > | |
| CPromote< short, long > | |
| CPromote< short, float > | |
| CPromote< short, double > | |
| CPromote< int, bool > | |
| CPromote< int, char > | |
| CPromote< int, short > | |
| CPromote< int, int > | |
| CPromote< int, long > | |
| CPromote< int, float > | |
| CPromote< int, double > | |
| CPromote< long, bool > | |
| CPromote< long, char > | |
| CPromote< long, short > | |
| CPromote< long, int > | |
| CPromote< long, long > | |
| CPromote< long, float > | |
| CPromote< long, double > | |
| CPromote< float, bool > | |
| CPromote< float, char > | |
| CPromote< float, short > | |
| CPromote< float, int > | |
| CPromote< float, long > | |
| CPromote< float, float > | |
| CPromote< float, double > | |
| CPromote< double, bool > | |
| CPromote< double, char > | |
| CPromote< double, short > | |
| CPromote< double, int > | |
| CPromote< double, long > | |
| CPromote< double, float > | |
| CPromote< double, double > | |
| CBinaryReturn | |
| CTrinaryReturn | |
| CReference | |
| CDeReference | |
| CDeReference< Reference< T > > | |
| CUnaryNode | |
| CBinaryNode | |
| CTrinaryNode | |
| CFnArcCos | |
| CFnArcSin | |
| CFnArcTan | |
| CFnCeil | |
| CFnCos | |
| CFnHypCos | |
| CFnExp | |
| CFnFabs | |
| CFnFloor | |
| CFnLog | |
| CFnLog10 | |
| CFnSin | |
| CFnHypSin | |
| CFnSqrt | |
| CFnTan | |
| CFnHypTan | |
| COpUnaryMinus | |
| COpUnaryPlus | |
| COpBitwiseNot | |
| COpIdentity | |
| COpNot | |
| CUnaryReturn< T, OpNot > | |
| COpCast | |
| CUnaryReturn< T2, OpCast< T1 > > | |
| COpAdd | |
| COpSubtract | |
| COpMultiply | |
| COpDivide | |
| COpMod | |
| COpBitwiseAnd | |
| COpBitwiseOr | |
| COpBitwiseXor | |
| CFnLdexp | |
| CFnPow | |
| CFnFmod | |
| CFnArcTan2 | |
| COpLT | |
| CBinaryReturn< T1, T2, OpLT > | |
| COpLE | |
| CBinaryReturn< T1, T2, OpLE > | |
| COpGT | |
| CBinaryReturn< T1, T2, OpGT > | |
| COpGE | |
| CBinaryReturn< T1, T2, OpGE > | |
| COpEQ | |
| CBinaryReturn< T1, T2, OpEQ > | |
| COpNE | |
| CBinaryReturn< T1, T2, OpNE > | |
| COpAnd | |
| CBinaryReturn< T1, T2, OpAnd > | |
| COpOr | |
| CBinaryReturn< T1, T2, OpOr > | |
| COpLeftShift | |
| CBinaryReturn< T1, T2, OpLeftShift > | |
| COpRightShift | |
| CBinaryReturn< T1, T2, OpRightShift > | |
| COpAddAssign | |
| CBinaryReturn< T1, T2, OpAddAssign > | |
| COpSubtractAssign | |
| CBinaryReturn< T1, T2, OpSubtractAssign > | |
| COpMultiplyAssign | |
| CBinaryReturn< T1, T2, OpMultiplyAssign > | |
| COpDivideAssign | |
| CBinaryReturn< T1, T2, OpDivideAssign > | |
| COpModAssign | |
| CBinaryReturn< T1, T2, OpModAssign > | |
| COpBitwiseOrAssign | |
| CBinaryReturn< T1, T2, OpBitwiseOrAssign > | |
| COpBitwiseAndAssign | |
| CBinaryReturn< T1, T2, OpBitwiseAndAssign > | |
| COpBitwiseXorAssign | |
| CBinaryReturn< T1, T2, OpBitwiseXorAssign > | |
| COpLeftShiftAssign | |
| CBinaryReturn< T1, T2, OpLeftShiftAssign > | |
| COpRightShiftAssign | |
| CBinaryReturn< T1, T2, OpRightShiftAssign > | |
| COpAssign | |
| CBinaryReturn< T1, T2, OpAssign > | |
| CFnWhere | |
| CLeafFunctor | |
| CEvalLeaf1 | |
| CLeafFunctor< Scalar< T >, EvalLeaf1 > | |
| CEvalLeaf2 | |
| CLeafFunctor< Scalar< T >, EvalLeaf2 > | |
| CEvalLeaf3 | |
| CLeafFunctor< Scalar< T >, EvalLeaf3 > | |
| CEvalLeaf4 | |
| CLeafFunctor< Scalar< T >, EvalLeaf4 > | |
| CEvalLeaf5 | |
| CLeafFunctor< Scalar< T >, EvalLeaf5 > | |
| CEvalLeaf6 | |
| CLeafFunctor< Scalar< T >, EvalLeaf6 > | |
| CEvalLeaf7 | |
| CLeafFunctor< Scalar< T >, EvalLeaf7 > | |
| CIncrementLeaf | |
| CLeafFunctor< T, IncrementLeaf > | |
| CLeafFunctor< Scalar< T >, IncrementLeaf > | |
| CDecrementLeaf | |
| CLeafFunctor< T, DecrementLeaf > | |
| CLeafFunctor< Scalar< T >, DecrementLeaf > | |
| CDereferenceLeaf | |
| CLeafFunctor< Scalar< T >, DereferenceLeaf > | |
| CCombine1 | |
| CCombine2 | |
| CCombine3 | |
| CTreeCombine | |
| CCombine1< A, Op, TreeCombine > | |
| CCombine2< A, B, Op, TreeCombine > | |
| CCombine3< A, B, C, Op, TreeCombine > | |
| COpCombine | |
| CCombine1< A, Op, OpCombine > | |
| CCombine2< A, B, Op, OpCombine > | |
| CCombine3< A, B, C, Op, OpCombine > | |
| CAndCombine | |
| CCombine2< bool, bool, Op, AndCombine > | |
| COrCombine | |
| CCombine2< bool, bool, Op, OrCombine > | |
| CNullCombine | |
| CCombine2< int, int, Op, NullCombine > | |
| CSumCombine | |
| CCombine2< int, int, Op, SumCombine > | |
| CForEach | |
| CForEach< UnaryNode< Op, A >, FTag, CTag > | |
| CForEach< BinaryNode< Op, A, B >, FTag, CTag > | |
| CForEach< TrinaryNode< Op, A, B, C >, FTag, CTag > | |
| CForEach< Reference< T >, FTag, CTag > | |
| CExpression | |
| CCreateLeaf | |
| CFnAdjoint | |
| CFnConjugate | |
| CFnTranspose | |
| CFnTransposeColor | |
| CFnTransposeSpin | |
| CFnTrace | |
| CFnRealTrace | |
| CFnImagTrace | |
| CFnTraceColor | |
| CFnTraceSpin | |
| CFnReal | |
| CFnImag | |
| CFnLocalNorm2 | |
| CFnTimesI | |
| CFnTimesMinusI | |
| CFnSeedToFloat | |
| CFnSpinProjectDir0Plus | |
| CFnSpinProjectDir1Plus | |
| CFnSpinProjectDir2Plus | |
| CFnSpinProjectDir3Plus | |
| CFnSpinProjectDir0Minus | |
| CFnSpinProjectDir1Minus | |
| CFnSpinProjectDir2Minus | |
| CFnSpinProjectDir3Minus | |
| CFnSpinReconstructDir0Plus | |
| CFnSpinReconstructDir1Plus | |
| CFnSpinReconstructDir2Plus | |
| CFnSpinReconstructDir3Plus | |
| CFnSpinReconstructDir0Minus | |
| CFnSpinReconstructDir1Minus | |
| CFnSpinReconstructDir2Minus | |
| CFnSpinReconstructDir3Minus | |
| CFnChiralProjectPlus | |
| CFnChiralProjectMinus | |
| CFnCmplx | |
| CFnOuterProduct | |
| CFnColorVectorContract | |
| CFnColorCrossProduct | |
| CFnLocalInnerProduct | |
| CFnLocalInnerProductReal | |
| CFnLocalColorInnerProduct | |
| CFnQuarkContract13 | |
| CFnQuarkContract14 | |
| CFnQuarkContract23 | |
| CFnQuarkContract24 | |
| CFnQuarkContract12 | |
| CFnQuarkContract34 | |
| CFnColorContract | |
| CArray1dO | 1d array, with 1-based indices |
| CArray2dO | 2d array, with 1-based indices |
| CArray3dO | 3d array, with 1-based indices |
| CArray4dO | 4d array, with 1-based indices |
| CArray5dO | 5d array, with 1-based indices |
| CBinaryStoreDB | DB Base class |
| CTimeSliceIO | Time-slice wrapper |
| CFlopCounter | Basic Flop Counter Clas |
| CIScalar | Scalar inner lattice |
| CILattice | |
| CRScalar | Scalar reality (not complex) |
| CRComplex | Reality complex |
| CPScalar | Primitive Scalar |
| CPMatrix | Primitive Matrix class |
| CPVector | Primitive Vector class |
| CPColorVector | Primitive color Vector class |
| CPSpinVector | Primitive spin Vector class |
| CPColorMatrix | Primitive color Matrix class |
| CPSpinMatrix | Primitive Spin Matrix class |
| CPSeed | Primitive Seed class |
| CGammaType | |
| CGammaConst | |
| CGammaTypeDP | |
| CGammaConstDP | |
| COScalar | Outer grid Scalar class */ |
| COLattice | Outer grid Lattice type |
| COSubScalar | OScalar class narrowed to a subset |
| COSubLattice | OLattice class narrowed to a subset |
| CQDPType | QDPType - major type class/container for all QDP objects |
| CQDPExpr | Expression class for QDP |
| CQDPSubType | QDPSubType - type representing a field living on a subset |
| CSimpleScalar | Construct simple word type. Default behavior is empty |
| CInternalScalar | Construct simple word type used at some level within primitives |
| CLatticeScalar | Makes a lattice scalar leaving primitive indices alone |
| CPrimitiveScalar | Makes a primitive scalar leaving grid alone |
| CRealScalar | Construct simple word type used at some level within primitives |
| CWordType | Find the underlying word type of a field |
| CSinglePrecType | |
| CDoublePrecType | |
| CElemLeaf | |
| CHDF5 | HDF5 reader class |
| CHDF5Reader | HDF5 reader class |
| CHDF5Writer | HDF5 writer class |
| CWordType< IScalar< T > > | |
| CWordType< ILattice< T, N > > | |
| CSinglePrecType< IScalar< T > > | |
| CSinglePrecType< ILattice< T, N > > | |
| CDoublePrecType< IScalar< T > > | |
| CDoublePrecType< ILattice< T, N > > | |
| CInternalScalar< IScalar< T > > | |
| CInternalScalar< ILattice< T, N > > | |
| CPrimitiveScalar< IScalar< T > > | |
| CPrimitiveScalar< ILattice< T, N > > | |
| CLatticeScalar< IScalar< T > > | |
| CLatticeScalar< ILattice< T, N > > | |
| CRealScalar< IScalar< T > > | |
| CRealScalar< ILattice< T, N > > | |
| CUnaryReturn< IScalar< T1 >, Op > | |
| CUnaryReturn< ILattice< T1, N >, Op > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, Op > | |
| CTrinaryReturn< IScalar< T1 >, IScalar< T2 >, IScalar< T3 >, Op > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, Op > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, Op > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, Op > | |
| CTrinaryReturn< ILattice< T1, N >, ILattice< T2, N >, ILattice< T3, N >, Op > | |
| CTrinaryReturn< ILattice< T1, N >, IScalar< T2 >, ILattice< T3, N >, Op > | |
| CTrinaryReturn< ILattice< T1, N >, ILattice< T2, N >, IScalar< T3 >, Op > | |
| CTrinaryReturn< IScalar< T1 >, ILattice< T2, N >, ILattice< T3, N >, Op > | |
| CTrinaryReturn< IScalar< T1 >, IScalar< T2 >, ILattice< T3, N >, Op > | |
| CTrinaryReturn< IScalar< T1 >, ILattice< T2, N >, IScalar< T3 >, Op > | |
| CTrinaryReturn< ILattice< T1, N >, IScalar< T2 >, IScalar< T3 >, Op > | |
| CUnaryReturn< IScalar< T >, FnPeekSite > | |
| CBinaryReturn< GammaConst< N, m >, IScalar< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< IScalar< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, IScalar< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< IScalar< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, IScalar< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< IScalar< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, IScalar< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< IScalar< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpModAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpRightShiftAssign > | |
| CTrinaryReturn< IScalar< T1 >, IScalar< T2 >, IScalar< T3 >, FnColorContract > | |
| CUnaryReturn< ILattice< T, N >, FnSumMulti > | |
| CBinaryReturn< GammaConst< M, m >, ILattice< T2, N >, OpGammaConstMultiply > | |
| CBinaryReturn< ILattice< T2, N >, GammaConst< M, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< M >, ILattice< T2, N >, OpGammaTypeMultiply > | |
| CBinaryReturn< ILattice< T2, N >, GammaType< M >, OpMultiplyGammaType > | |
| CUnaryReturn< ILattice< T, N >, OpNot > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpAddAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpSubtractAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpMultiplyAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpDivideAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpModAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseOrAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseAndAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseXorAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpLeftShiftAssign > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpRightShiftAssign > | |
| CTrinaryReturn< ILattice< T1, N >, ILattice< T2, N >, ILattice< T3, N >, FnColorContract > | |
| CUnaryReturn< ILattice< T, N >, FnPeekSite > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpModAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpRightShiftAssign > | |
| CUnaryReturn< IScalar< T >, OpNot > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpLeftShift > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpRightShift > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpLT > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpLE > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpGT > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpGE > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpEQ > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpNE > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpAnd > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, OpOr > | |
| CUnaryReturn< IScalar< T >, FnGetSite > | Dest [some type] = source [some type] |
| CUnaryReturn< IScalar< T >, FnSum > | |
| CUnaryReturn< IScalar< T >, FnGlobalMax > | |
| CUnaryReturn< IScalar< T >, FnGlobalMin > | |
| CUnaryReturn< IScalar< T >, FnSumMulti > | |
| CUnaryReturn< IScalar< T >, FnNorm2 > | |
| CUnaryReturn< IScalar< T >, FnLocalNorm2 > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, FnInnerProduct > | IScalar = InnerProduct(adj(IScalar)*IScalar) |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< IScalar< T1 >, IScalar< T2 >, FnLocalColorInnerProduct > | IScalar = localColorInnerProduct(adj(IScalar)*IScalar) |
| CTrinaryReturn< IScalar< T1 >, IScalar< T2 >, IScalar< T3 >, FnWhere > | IScalar = where(IScalar, IScalar, IScalar) |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpLeftShift > | ILattice << ILattice |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpLeftShift > | ILattice << IScalar |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpLeftShift > | IScalar << ILattice |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpRightShift > | ILattice >> ILattice |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpRightShift > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpRightShift > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpMod > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpMod > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpMod > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseXor > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseXor > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpBitwiseXor > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseAnd > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseAnd > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpBitwiseAnd > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpBitwiseOr > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpBitwiseOr > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpBitwiseOr > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpLT > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpLT > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpLT > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpLE > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpLE > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpLE > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpGT > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpGT > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpGT > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpGE > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpGE > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpGE > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpEQ > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpEQ > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpEQ > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpNE > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpNE > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpNE > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpAnd > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpAnd > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpAnd > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, OpOr > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, OpOr > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, OpOr > | |
| CUnaryReturn< ILattice< T, N >, FnGetSite > | Dest [some type] = source [some type] |
| CUnaryReturn< ILattice< T, N >, FnSum > | |
| CUnaryReturn< ILattice< T, N >, FnGlobalMax > | |
| CUnaryReturn< ILattice< T, N >, FnGlobalMin > | |
| CUnaryReturn< ILattice< T, N >, FnNorm2 > | |
| CUnaryReturn< ILattice< T, N >, FnLocalNorm2 > | |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, FnInnerProduct > | IScalar = InnerProduct(adj(ILattice)*ILattice) |
| CBinaryReturn< ILattice< T1, N >, ILattice< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, FnInnerProduct > | IScalar = InnerProduct(adj(ILattice)*IScalar) |
| CBinaryReturn< ILattice< T1, N >, IScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, FnInnerProduct > | IScalar = InnerProduct(adj(IScalar)*ILattice) |
| CBinaryReturn< IScalar< T1 >, ILattice< T2, N >, FnLocalInnerProduct > | |
| CTrinaryReturn< ILattice< T1, N >, ILattice< T2, N >, ILattice< T3, N >, FnWhere > | ILattice = where(ILattice, ILattice, ILattice) |
| CTrinaryReturn< ILattice< T1, N >, ILattice< T2, N >, IScalar< T3 >, FnWhere > | ILattice = where(ILattice, ILattice, IScalar) |
| CTrinaryReturn< ILattice< T1, N >, IScalar< T2 >, ILattice< T3, N >, FnWhere > | ILattice = where(ILattice, IScalar, ILattice) |
| CTrinaryReturn< ILattice< T1, N >, IScalar< T2 >, IScalar< T3 >, FnWhere > | ILattice = where(ILattice, IScalar, IScalar) |
| CTrinaryReturn< IScalar< T1 >, ILattice< T2, N >, ILattice< T3, N >, FnWhere > | ILattice = where(IScalar, ILattice, ILattice) |
| CTrinaryReturn< IScalar< T1 >, ILattice< T2, N >, IScalar< T3 >, FnWhere > | ILattice = where(IScalar, ILattice, IScalar) |
| CTrinaryReturn< IScalar< T1 >, IScalar< T2 >, ILattice< T3, N >, FnWhere > | ILattice = where(IScalar, IScalar, ILattice) |
| CTextReader | Text input class |
| CTextBufferReader | Text buffer input class |
| CTextFileReader | Text file input class |
| CTextWriter | Text output base class |
| CTextBufferWriter | Text buffer output class |
| CTextFileWriter | Text output class |
| CBinaryReader | Binary input base class |
| CBinaryBufferReader | Binary buffer input class |
| CBinaryFileReader | Binary file input class |
| CBinaryWriter | Binary writer base class |
| CBinaryBufferWriter | Binary buffer output class |
| CBinaryFileWriter | Binary file output class |
| CBinaryReaderWriter | Binary input/output base class |
| CBinaryBufferReaderWriter | Binary buffer input/ouput class |
| CBinaryFileReaderWriter | Binary file input/output class |
| CArchivGauge_t | NERSC Archive gauge field header |
| CMapFunc | MapFunc |
| CArrayMapFunc | ArrayMapFunc |
| CMapObject | A wrapper over maps |
| CMapObjectDisk | A wrapper over maps |
| CMapObjectDiskMultiple | Class that holds multiple DBs. Can only be used in a read-only mode |
| CMapObjectMemoryIterator | Iterator for a MapObject |
| CMapObjectMemory | A wrapper over maps |
| CMapObjectNull | A wrapper over maps |
| Cmulti1d | Container for a multi-dimensional 1D array |
| Cmulti2d | Container for a multi-dimensional 2D array |
| Cmulti3d | Container for a multi-dimensional 3D array |
| Cmulti4d | Container for a multi-dimensional 4D array |
| Cmulti5d | Container for a multi-dimensional 5D array |
| CmultiNd | Container for a generic N dimensional array |
| CFnSpinProject | |
| CFnSpinReconstruct | |
| CFnQuarkContractXX | |
| CFnSum | |
| CFnGlobalMax | |
| CFnGlobalMin | |
| CFnIsNan | |
| CFnIsInf | |
| CFnIsFinite | |
| CFnIsNormal | |
| CFnNorm2 | |
| CFnInnerProduct | |
| CFnInnerProductReal | |
| CFnSumMulti | |
| CFnNorm2Multi | |
| CFnInnerProductMulti | |
| CFnInnerProductRealMulti | |
| CFnGetSite | |
| CFnPeekSite | |
| CFnPokeSite | |
| CFnPeekColorMatrix | Structure for extracting color matrix components |
| CFnPeekColorVector | Structure for extracting color vector components |
| CFnPeekSpinMatrix | Structure for extracting spin matrix components |
| CFnPeekSpinVector | Structure for extracting spin vector components |
| CFnPokeColorMatrix | Structure for inserting color matrix components |
| CFnPokeColorVector | Structure for inserting color vector components |
| CFnPokeSpinMatrix | Structure for inserting spin matrix components |
| CFnPokeSpinVector | Structure for inserting spin vector components |
| COpGammaConstMultiply | |
| COpMultiplyGammaConst | |
| COpGammaTypeMultiply | |
| COpMultiplyGammaType | |
| COpGammaConstDPMultiply | |
| COpMultiplyGammaConstDP | |
| COpGammaTypeDPMultiply | |
| COpMultiplyGammaTypeDP | |
| CCreateLeaf< GammaType< N > > | |
| CLeafFunctor< GammaType< N >, ElemLeaf > | |
| CLeafFunctor< GammaType< N >, EvalLeaf1 > | |
| CCreateLeaf< GammaConst< N, m > > | |
| CLeafFunctor< GammaConst< N, m >, ElemLeaf > | |
| CLeafFunctor< GammaConst< N, m >, EvalLeaf1 > | |
| CCreateLeaf< GammaTypeDP< N > > | |
| CLeafFunctor< GammaTypeDP< N >, ElemLeaf > | |
| CLeafFunctor< GammaTypeDP< N >, EvalLeaf1 > | |
| CCreateLeaf< GammaConstDP< N, m > > | |
| CLeafFunctor< GammaConstDP< N, m >, ElemLeaf > | |
| CLeafFunctor< GammaConstDP< N, m >, EvalLeaf1 > | |
| COpAdjMultiply | |
| COpMultiplyAdj | |
| COpAdjMultiplyAdj | |
| CFnTraceMultiply | |
| CFnTraceColorMultiply | |
| CFnTraceSpinMultiply | |
| CFnTraceSpinOuterProduct | |
| CFnTraceSpinQuarkContract13 | |
| CCreateLeaf< OScalar< T > > | |
| CCreateLeaf< OLattice< T > > | |
| CLeafFunctor< OScalar< T >, ElemLeaf > | |
| CLeafFunctor< OScalar< T >, EvalLeaf1 > | |
| CLeafFunctor< OLattice< T >, EvalLeaf1 > | |
| CWordType< OScalar< T > > | |
| CWordType< OLattice< T > > | |
| CSinglePrecType< OScalar< T > > | |
| CDoublePrecType< OScalar< T > > | |
| CSinglePrecType< OLattice< T > > | |
| CDoublePrecType< OLattice< T > > | |
| CInternalScalar< OScalar< T > > | |
| CInternalScalar< OLattice< T > > | |
| CPrimitiveScalar< OScalar< T > > | |
| CPrimitiveScalar< OLattice< T > > | |
| CLatticeScalar< OScalar< T > > | |
| CLatticeScalar< OLattice< T > > | |
| CRealScalar< OScalar< T > > | |
| CRealScalar< OLattice< T > > | |
| CUnaryReturn< OScalar< T1 >, Op > | |
| CUnaryReturn< OLattice< T1 >, Op > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, Op > | |
| CTrinaryReturn< OScalar< T1 >, OScalar< T2 >, OScalar< T3 >, Op > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, Op > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, Op > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, Op > | |
| CTrinaryReturn< OLattice< T1 >, OLattice< T2 >, OLattice< T3 >, Op > | |
| CTrinaryReturn< OLattice< T1 >, OScalar< T2 >, OLattice< T3 >, Op > | |
| CTrinaryReturn< OLattice< T1 >, OLattice< T2 >, OScalar< T3 >, Op > | |
| CTrinaryReturn< OScalar< T1 >, OLattice< T2 >, OLattice< T3 >, Op > | |
| CTrinaryReturn< OScalar< T1 >, OScalar< T2 >, OLattice< T3 >, Op > | |
| CTrinaryReturn< OScalar< T1 >, OLattice< T2 >, OScalar< T3 >, Op > | |
| CTrinaryReturn< OLattice< T1 >, OScalar< T2 >, OScalar< T3 >, Op > | |
| CUnaryReturn< OScalar< T >, FnPeekSite > | |
| CUnaryReturn< OScalar< T >, FnSum > | |
| CUnaryReturn< OScalar< T >, FnSumMulti > | |
| CUnaryReturn< OScalar< T >, FnNorm2 > | |
| CUnaryReturn< OScalar< T >, FnGlobalMax > | |
| CUnaryReturn< OScalar< T >, FnGlobalMin > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, FnInnerProduct > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, FnInnerProductReal > | |
| CUnaryReturn< OScalar< T >, FnLocalNorm2 > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, FnLocalColorInnerProduct > | |
| CBinaryReturn< GammaConst< N, m >, OScalar< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< OScalar< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, OScalar< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< OScalar< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, OScalar< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< OScalar< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, OScalar< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< OScalar< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CUnaryReturn< OScalar< T >, OpNot > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpLT > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpLE > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpGT > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpGE > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpEQ > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpNE > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpAnd > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpOr > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpLeftShift > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpRightShift > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpModAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< OScalar< T1 >, OScalar< T2 >, OpRightShiftAssign > | |
| CTrinaryReturn< OScalar< T1 >, OScalar< T2 >, OScalar< T3 >, FnColorContract > | |
| CUnaryReturn< OLattice< T >, FnGetSite > | |
| CUnaryReturn< OLattice< T >, FnPeekSite > | |
| CUnaryReturn< OLattice< T >, FnSum > | |
| CUnaryReturn< OLattice< T >, FnGlobalMax > | |
| CUnaryReturn< OLattice< T >, FnGlobalMin > | |
| CUnaryReturn< OLattice< T >, FnSumMulti > | |
| CUnaryReturn< OLattice< T >, FnNorm2 > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, FnInnerProduct > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, FnInnerProductReal > | |
| CUnaryReturn< OLattice< T >, FnLocalNorm2 > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, FnLocalColorInnerProduct > | |
| CBinaryReturn< GammaConst< N, m >, OLattice< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< OLattice< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, OLattice< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< OLattice< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, OLattice< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< OLattice< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, OLattice< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< OLattice< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CUnaryReturn< OLattice< T >, OpNot > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpLT > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpLE > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpGT > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpGE > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpEQ > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpNE > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpAnd > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpOr > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpLeftShift > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpRightShift > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpAddAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpSubtractAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpDivideAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpModAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< OLattice< T1 >, OLattice< T2 >, OpRightShiftAssign > | |
| CTrinaryReturn< OLattice< T1 >, OLattice< T2 >, OLattice< T3 >, FnColorContract > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, FnInnerProduct > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, FnInnerProductReal > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, FnInnerProduct > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, FnInnerProductReal > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, FnLocalColorInnerProduct > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, FnLocalColorInnerProduct > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpLT > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpLE > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpGT > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpGE > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpEQ > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpNE > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpAnd > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpOr > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpLeftShift > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpRightShift > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpModAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< OLattice< T1 >, OScalar< T2 >, OpRightShiftAssign > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpLT > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpLE > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpGT > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpGE > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpEQ > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpNE > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpAnd > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpOr > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpLeftShift > | |
| CBinaryReturn< OScalar< T1 >, OLattice< T2 >, OpRightShift > | |
| CUnaryReturn< OScalar< T >, FnGetSite > | Dest [some type] = source [some type] |
| CQDPSubTypeTrait< OScalar< T > > | |
| CQDPSubTypeTrait< OLattice< T > > | |
| CWordType< OSubScalar< T > > | |
| CWordType< OSubLattice< T > > | |
| CSinglePrecType< OSubScalar< T > > | |
| CSinglePrecType< OSubLattice< T > > | |
| CDoublePrecType< OSubScalar< T > > | |
| CDoublePrecType< OSubLattice< T > > | |
| Cu_arg | User argument for the evaluate function: |
| Cuser_arg | User argument for the evaluate function: |
| CFnMap | |
| CMap | General permutation map class for communications |
| CArrayMap | Array of general permutation map class for communications |
| CBiDirectionalMap | BiDirectional of general permutation map class for communications |
| CArrayBiDirectionalMap | ArrayBiDirectional of general permutation map class for communications |
| CWordType< PColorMatrix< T1, N > > | |
| CSinglePrecType< PColorMatrix< T1, N > > | |
| CDoublePrecType< PColorMatrix< T1, N > > | |
| CInternalScalar< PColorMatrix< T, N > > | |
| CPrimitiveScalar< PColorMatrix< T, N > > | |
| CLatticeScalar< PColorMatrix< T, N > > | |
| CUnaryReturn< PColorMatrix< T1, N >, Op > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, Op > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, Op > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, Op > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, OpAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, OpAddAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, OpSubtractAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, OpMultiplyAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, OpAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PColorMatrix< T, N >, FnTrace > | |
| CUnaryReturn< PColorMatrix< T, N >, FnRealTrace > | |
| CUnaryReturn< PColorMatrix< T, N >, FnImagTrace > | |
| CUnaryReturn< PColorMatrix< T, N >, FnSumMulti > | |
| CUnaryReturn< PColorMatrix< T, N >, FnNorm2 > | |
| CUnaryReturn< PColorMatrix< T, N >, FnLocalNorm2 > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnTraceMultiply > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnTraceMultiply > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnTraceMultiply > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnInnerProduct > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnInnerProductReal > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnLocalInnerProductReal > | |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnLocalInnerProductReal > | |
| CUnaryReturn< PColorMatrix< T, N >, FnTraceColor > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, FnTraceColorMultiply > | PScalar = traceColorMultiply(PColorMatrix,PColorMatrix) |
| CBinaryReturn< PColorMatrix< T1, N >, PScalar< T2 >, FnTraceColorMultiply > | PScalar = traceColorMultiply(PColorMatrix,PScalar) |
| CBinaryReturn< PScalar< T1 >, PColorMatrix< T2, N >, FnTraceColorMultiply > | |
| CUnaryReturn< PColorMatrix< T, N >, FnTransposeColor > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnOuterProduct > | PColorMatrix = outerProduct(PColorVector, PColorVector) |
| CUnaryReturn< PColorMatrix< T, N >, FnPeekColorMatrix > | Extract color matrix components |
| CTrinaryReturn< PColorMatrix< T1, N >, PColorMatrix< T2, N >, PColorMatrix< T3, N >, FnColorContract > | |
| CWordType< PColorVector< T1, N > > | |
| CSinglePrecType< PColorVector< T1, N > > | |
| CDoublePrecType< PColorVector< T1, N > > | |
| CInternalScalar< PColorVector< T, N > > | |
| CPrimitiveScalar< PColorVector< T, N > > | |
| CLatticeScalar< PColorVector< T, N > > | |
| CUnaryReturn< PColorVector< T1, N >, Op > | |
| CBinaryReturn< PScalar< T1 >, PColorVector< T2, N >, Op > | |
| CBinaryReturn< PColorMatrix< T1, N >, PColorVector< T2, N >, Op > | |
| CBinaryReturn< PColorVector< T1, N >, PScalar< T2 >, Op > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, Op > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, OpAssign > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, OpAddAssign > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, OpSubtractAssign > | |
| CBinaryReturn< PColorVector< T1, N >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PColorVector< T1, N >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PColorVector< T, N >, FnSumMulti > | |
| CUnaryReturn< PColorVector< T, N >, FnNorm2 > | |
| CUnaryReturn< PColorVector< T, N >, FnLocalNorm2 > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnLocalInnerProductReal > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnLocalColorInnerProduct > | PScalar = localColorInnerProduct(PColorVector,PColorVector) |
| CUnaryReturn< PColorVector< T, N >, FnPeekColorVector > | Extract color vector components |
| CTrinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, PColorVector< T3, N >, FnColorContract > | |
| CBinaryReturn< PColorVector< T1, N >, PColorVector< T2, N >, FnColorVectorContract > | |
| CBinaryReturn< PColorVector< T1, 3 >, PColorVector< T2, 3 >, FnColorCrossProduct > | Contraction for color vectors |
| CBinaryReturn< GammaConst< N, m >, PScalar< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< PScalar< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, PScalar< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< PScalar< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, PScalar< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< PScalar< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, PScalar< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< PScalar< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CWordType< PMatrix< T1, N, C > > | |
| CSinglePrecType< PMatrix< T1, N, C > > | |
| CDoublePrecType< PMatrix< T1, N, C > > | |
| CInternalScalar< PMatrix< T, N, C > > | |
| CPrimitiveScalar< PMatrix< T, N, C > > | |
| CLatticeScalar< PMatrix< T, N, C > > | |
| CUnaryReturn< PMatrix< T, N, C >, OpIdentity > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpAddAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpSubtractAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PMatrix< T, N, C >, OpUnaryPlus > | |
| CUnaryReturn< PMatrix< T, N, C >, OpUnaryMinus > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpAdd > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpAdd > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpAdd > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpSubtract > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpSubtract > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpSubtract > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpAdjMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpMultiplyAdj > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpAdjMultiplyAdj > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpMultiply > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpAdjMultiply > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpMultiplyAdj > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, OpAdjMultiplyAdj > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpAdjMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpMultiplyAdj > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, OpAdjMultiplyAdj > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, OpDivide > | |
| CUnaryReturn< PMatrix< T1, N, C >, FnIsNan > | Isnan |
| CUnaryReturn< PMatrix< T1, N, C >, FnIsInf > | Isinf |
| CUnaryReturn< PMatrix< T1, N, C >, FnIsNormal > | Isnormal |
| CUnaryReturn< PMatrix< T1, N, C >, FnIsFinite > | Isfinite |
| CUnaryReturn< PMatrix< T, N, C >, FnAdjoint > | |
| CUnaryReturn< PMatrix< T, N, C >, FnConjugate > | |
| CUnaryReturn< PMatrix< T, N, C >, FnTranspose > | |
| CUnaryReturn< PMatrix< T, N, C >, FnTrace > | |
| CUnaryReturn< PMatrix< T, N, C >, FnRealTrace > | |
| CUnaryReturn< PMatrix< T, N, C >, FnImagTrace > | PScalar = Im(Trace(PMatrix)) |
| CUnaryReturn< PMatrix< T, N, C >, FnTraceColor > | PMatrix = traceColor(PMatrix) [this is an identity in general] |
| CUnaryReturn< PMatrix< T, N, C >, FnTraceSpin > | PMatrix = traceSpin(PMatrix) [this is an identity in general] |
| CUnaryReturn< PMatrix< T, N, C >, FnTransposeColor > | PMatrix = transposeColor(PMatrix) [ this is an identity in general] |
| CUnaryReturn< PMatrix< T, N, C >, FnTransposeSpin > | PMatrix = transposeSpin(PMatrix) [ this is an identity in general] |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnTraceMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, FnTraceMultiply > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, FnTraceMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnTraceColorMultiply > | PMatrix = traceColorMultiply(PMatrix,PMatrix) [the trace is an identity in general] |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, FnTraceColorMultiply > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, FnTraceColorMultiply > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnTraceSpinMultiply > | PMatrix = traceSpinMultiply(PMatrix,PMatrix) [the trace is an identity in general] |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, FnTraceSpinMultiply > | |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, FnTraceSpinMultiply > | |
| CUnaryReturn< PMatrix< T, N, C >, FnReal > | PMatrix = Re(PMatrix) |
| CUnaryReturn< PMatrix< T, N, C >, FnImag > | PMatrix = Im(PMatrix) |
| CUnaryReturn< PMatrix< T, N, C >, FnTimesI > | PMatrix = i * PMatrix |
| CUnaryReturn< PMatrix< T, N, C >, FnTimesMinusI > | PMatrix = -i * PMatrix |
| CUnaryReturn< PMatrix< T, N, C >, FnGetSite > | Dest [some type] = source [some type] |
| CUnaryReturn< PMatrix< T, N, C >, FnPeekColorVector > | Extract color vector components |
| CUnaryReturn< PMatrix< T, N, C >, FnPeekColorMatrix > | Extract color matrix components |
| CUnaryReturn< PMatrix< T, N, C >, FnPeekSpinVector > | Extract spin vector components |
| CUnaryReturn< PMatrix< T, N, C >, FnPeekSpinMatrix > | Extract spin matrix components |
| CUnaryReturn< PMatrix< T, N, C >, FnPokeColorMatrix > | Insert color vector components |
| CUnaryReturn< PMatrix< T, N, C >, FnPokeSpinMatrix > | Insert spin vector components |
| CUnaryReturn< PMatrix< T, N, C >, FnNorm2 > | |
| CUnaryReturn< PMatrix< T, N, C >, FnLocalNorm2 > | |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnInnerProduct > | PScalar = innerProduct(PMatrix,PMatrix) |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnLocalInnerProduct > | PScalar = localInnerProduct(PMatrix,PMatrix) |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, FnLocalInnerProduct > | PScalar = localInnerProduct(PMatrix,PScalar) |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, FnLocalInnerProduct > | PScalar = localInnerProduct(PScalar,PMatrix) |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnInnerProductReal > | PScalar = innerProductReal(PMatrix,PMatrix) |
| CBinaryReturn< PMatrix< T1, N, C >, PMatrix< T2, N, C >, FnLocalInnerProductReal > | PScalar = innerProductReal(PMatrix,PMatrix) |
| CBinaryReturn< PMatrix< T1, N, C >, PScalar< T2 >, FnLocalInnerProductReal > | PScalar = localInnerProductReal(PMatrix,PScalar) |
| CBinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, FnLocalInnerProductReal > | PScalar = localInnerProductReal(PScalar,PMatrix) |
| CTrinaryReturn< PScalar< T1 >, PMatrix< T2, N, C >, PMatrix< T3, N, C >, FnWhere > | PMatrix<T> = where(PScalar, PMatrix, PMatrix) |
| CWordType< PScalar< T > > | |
| CSinglePrecType< PScalar< T > > | |
| CDoublePrecType< PScalar< T > > | |
| CInternalScalar< PScalar< T > > | |
| CRealScalar< PScalar< T > > | |
| CPrimitiveScalar< PScalar< T > > | |
| CLatticeScalar< PScalar< T > > | |
| CUnaryReturn< PScalar< T1 >, Op > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, Op > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpModAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpRightShiftAssign > | |
| CUnaryReturn< PScalar< T >, OpNot > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpLeftShift > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpRightShift > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpLT > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpLE > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpGT > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpGE > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpEQ > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpNE > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpAnd > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, OpOr > | |
| CUnaryReturn< PScalar< T1 >, FnIsNan > | Isnan |
| CUnaryReturn< PScalar< T1 >, FnIsInf > | Isinf |
| CUnaryReturn< PScalar< T1 >, FnIsNormal > | Isnormal |
| CUnaryReturn< PScalar< T1 >, FnIsFinite > | Isfinite |
| CTrinaryReturn< PScalar< T1 >, PScalar< T2 >, PScalar< T3 >, FnColorContract > | Dest = colorContract(Qprop1,Qprop2,Qprop3) |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnColorVectorContract > | Dest = colorVectorContract(Qvec1,Qvec2) |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnColorCrossProduct > | Dest = colorCrossProduct(Qvec1,Qvec2) |
| CUnaryReturn< PScalar< T >, FnSum > | |
| CUnaryReturn< PScalar< T >, FnSumMulti > | |
| CUnaryReturn< PScalar< T >, FnNorm2 > | |
| CUnaryReturn< PScalar< T >, FnLocalNorm2 > | |
| CUnaryReturn< PScalar< T >, FnGlobalMax > | |
| CUnaryReturn< PScalar< T >, FnGlobalMin > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnInnerProduct > | PScalar<T> = InnerProduct(adj(PScalar<T1>)*PScalar<T2>) |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnInnerProductReal > | PScalar<T> = InnerProductReal(adj(PMatrix<T1>)*PMatrix<T1>) |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< PScalar< T1 >, PScalar< T2 >, FnLocalColorInnerProduct > | PScalar<T> = localColorInnerProduct(adj(PScalar<T1>)*PScalar<T2>) |
| CTrinaryReturn< PScalar< T1 >, PScalar< T2 >, PScalar< T3 >, FnWhere > | PScalar<T> = where(PScalar, PScalar, PScalar) |
| CWordType< PSeed< T1 > > | |
| CSinglePrecType< PSeed< T1 > > | |
| CDoublePrecType< PSeed< T1 > > | |
| CInternalScalar< PSeed< T > > | |
| CPrimitiveScalar< PSeed< T > > | |
| CLatticeScalar< PSeed< T > > | |
| CBinaryReturn< PSeed< T1 >, PSeed< T2 >, OpAssign > | |
| CBinaryReturn< PSeed< T1 >, PSeed< T2 >, OpEQ > | |
| CBinaryReturn< PSeed< T1 >, PSeed< T2 >, OpNE > | |
| CBinaryReturn< PSeed< T1 >, PSeed< T2 >, OpMultiply > | PSeed<T> = PSeed<T> * PSeed<T> |
| CBinaryReturn< PSeed< T1 >, PSeed< T2 >, OpBitwiseOr > | |
| CBinaryReturn< PSeed< T1 >, PScalar< T2 >, OpBitwiseOr > | |
| CBinaryReturn< PSeed< T1 >, PScalar< T2 >, OpLeftShift > | |
| CUnaryReturn< PSeed< T >, FnSeedToFloat > | Dest [float type] = source [seed type] |
| CUnaryReturn< PSeed< T >, FnGetSite > | Dest [some type] = source [some type] |
| CWordType< PSpinMatrix< T1, N > > | |
| CSinglePrecType< PSpinMatrix< T1, N > > | |
| CDoublePrecType< PSpinMatrix< T1, N > > | |
| CInternalScalar< PSpinMatrix< T, N > > | |
| CPrimitiveScalar< PSpinMatrix< T, N > > | |
| CLatticeScalar< PSpinMatrix< T, N > > | |
| CUnaryReturn< PSpinMatrix< T1, N >, Op > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, Op > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, Op > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, Op > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, OpAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, OpAddAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, OpSubtractAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, OpMultiplyAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, OpAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnTrace > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnRealTrace > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnImagTrace > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnSumMulti > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnNorm2 > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnLocalNorm2 > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnTraceMultiply > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnTraceMultiply > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnTraceMultiply > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnInnerProduct > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnInnerProductReal > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnLocalInnerProductReal > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnLocalInnerProductReal > | |
| CBinaryReturn< GammaConst< N, m >, PSpinMatrix< T2, N >, OpGammaConstMultiply > | |
| CBinaryReturn< PSpinMatrix< T2, N >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, PSpinMatrix< T2, N >, OpGammaTypeMultiply > | |
| CBinaryReturn< PSpinMatrix< T2, N >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, PSpinMatrix< T2, N >, OpGammaConstDPMultiply > | |
| CBinaryReturn< PSpinMatrix< T2, N >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, PSpinMatrix< T2, N >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< PSpinMatrix< T2, N >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnTraceSpin > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnTraceSpinMultiply > | TraceSpinMultiply(source1,source2) |
| CBinaryReturn< PSpinMatrix< T1, N >, PScalar< T2 >, FnTraceSpinMultiply > | PScalar = traceSpinMultiply(PSpinMatrix,PScalar) |
| CBinaryReturn< PScalar< T1 >, PSpinMatrix< T2, N >, FnTraceSpinMultiply > | |
| CUnaryReturn< PSpinMatrix< T, N >, FnTransposeSpin > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinMatrix< T2, N >, FnLocalColorInnerProduct > | PScalar = localColorInnerProduct(PSpinMatrix,PSpinMatrix) |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnOuterProduct > | PSpinMatrix = outerProduct(PSpinVector, PSpinVector) |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnTraceSpinOuterProduct > | PScalar = traceSpinOuterProduct(PSpinVector, PSpinVector) |
| CUnaryReturn< PSpinMatrix< T, N >, FnPeekSpinMatrix > | Extract spin matrix components |
| CBinaryReturn< PSpinMatrix< T1, 4 >, PSpinMatrix< T2, 4 >, FnTraceSpinQuarkContract13 > | |
| CUnaryReturn< PSpinVector< T1, N >, FnIsNan > | Isnan |
| CUnaryReturn< PSpinVector< T1, N >, FnIsInf > | Isinf |
| CUnaryReturn< PSpinVector< T1, N >, FnIsNormal > | Isnormal |
| CUnaryReturn< PSpinVector< T1, N >, FnIsFinite > | Isfinite |
| CTrinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, PSpinVector< T3, N >, FnWhere > | PSpinVector<T> = where(PScalar, PSpinVector, PSpinVector) |
| CWordType< PSpinVector< T1, N > > | Specialization of primitive spin Vector class for 4 spin components |
| CSinglePrecType< PSpinVector< T1, N > > | |
| CDoublePrecType< PSpinVector< T1, N > > | |
| CInternalScalar< PSpinVector< T, N > > | |
| CPrimitiveScalar< PSpinVector< T, N > > | |
| CLatticeScalar< PSpinVector< T, N > > | |
| CUnaryReturn< PSpinVector< T1, N >, Op > | |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, Op > | |
| CBinaryReturn< PSpinMatrix< T1, N >, PSpinVector< T2, N >, Op > | |
| CBinaryReturn< PMatrix< T1, N, C1 >, PSpinVector< T2, N >, Op > | |
| CBinaryReturn< PSpinVector< T1, N >, PScalar< T2 >, Op > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, Op > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, OpAssign > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, OpAddAssign > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, OpSubtractAssign > | |
| CBinaryReturn< PSpinVector< T1, N >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PSpinVector< T1, N >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PSpinVector< T, N >, FnSumMulti > | |
| CUnaryReturn< PSpinVector< T, N >, FnNorm2 > | |
| CUnaryReturn< PSpinVector< T, N >, FnLocalNorm2 > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnInnerProduct > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnLocalInnerProduct > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnInnerProductReal > | |
| CBinaryReturn< PSpinVector< T1, N >, PSpinVector< T2, N >, FnLocalInnerProductReal > | |
| CBinaryReturn< GammaConst< N, m >, PSpinVector< T2, N >, OpGammaConstMultiply > | |
| CBinaryReturn< GammaType< N >, PSpinVector< T2, N >, OpGammaTypeMultiply > | |
| CBinaryReturn< GammaConstDP< N, m >, PSpinVector< T2, N >, OpGammaConstDPMultiply > | |
| CBinaryReturn< GammaTypeDP< N >, PSpinVector< T2, N >, OpGammaTypeDPMultiply > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProject > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir0Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir1Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir2Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir3Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir0Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir1Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir2Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinProjectDir3Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstruct > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir0Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir1Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir2Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir3Plus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir0Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir1Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir2Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnSpinReconstructDir3Minus > | |
| CUnaryReturn< PSpinVector< T, N >, FnPeekSpinVector > | Extract spin vector components |
| CWordType< PVector< T1, N, C > > | |
| CSinglePrecType< PVector< T1, N, C > > | |
| CDoublePrecType< PVector< T1, N, C > > | |
| CInternalScalar< PVector< T, N, C > > | |
| CPrimitiveScalar< PVector< T, N, C > > | |
| CLatticeScalar< PVector< T, N, C > > | |
| CUnaryReturn< PVector< T1, N, C >, Op > | |
| CBinaryReturn< PScalar< T1 >, PVector< T2, N, C >, Op > | |
| CBinaryReturn< PMatrix< T1, N, C1 >, PVector< T2, N, C2 >, Op > | |
| CBinaryReturn< PVector< T1, N, C >, PScalar< T2 >, Op > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, Op > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, OpAssign > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, OpAddAssign > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, OpSubtractAssign > | |
| CBinaryReturn< PVector< T1, N, C >, PScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< PVector< T1, N, C >, PScalar< T2 >, OpDivideAssign > | |
| CUnaryReturn< PVector< T1, N, C >, FnIsNan > | Isnan |
| CUnaryReturn< PVector< T1, N, C >, FnIsInf > | Isinf |
| CUnaryReturn< PVector< T1, N, C >, FnIsNormal > | Isnormal |
| CUnaryReturn< PVector< T1, N, C >, FnIsFinite > | Isfinite |
| CUnaryReturn< PVector< T, N, C >, FnNorm2 > | |
| CUnaryReturn< PVector< T, N, C >, FnLocalNorm2 > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, FnInnerProduct > | PScalar<T> = InnerProduct(adj(PVector<T1>)*PVector<T1>) |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, FnLocalInnerProduct > | |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, FnInnerProductReal > | PScalar<T> = InnerProductReal(adj(PVector<T1>)*PVector<T1>) |
| CBinaryReturn< PVector< T1, N, C >, PVector< T2, N, C >, FnLocalInnerProductReal > | |
| CTrinaryReturn< PScalar< T1 >, PVector< T2, N, C >, PVector< T3, N, C >, FnWhere > | PVector<T> = where(PScalar, PVector, PVector) |
| CMakeReturn | |
| CCreateLeaf< QDPExpr< T, C > > | |
| CForEach< QDPExpr< T, DTag >, FTag, CTag > | |
| CCombine1< Reference< A >, Op, OpCombine > | |
| CCombine2< Reference< A >, Reference< B >, Op, OpCombine > | |
| CCombine2< Reference< A >, B, Op, OpCombine > | |
| CCombine2< A, Reference< B >, Op, OpCombine > | |
| CCombine3< Reference< A >, B, C, Op, OpCombine > | |
| CCombine3< A, Reference< B >, C, Op, OpCombine > | |
| CCombine3< A, B, Reference< C >, Op, OpCombine > | |
| CCombine3< Reference< A >, Reference< B >, C, Op, OpCombine > | |
| CCombine3< A, Reference< B >, Reference< C >, Op, OpCombine > | |
| CCombine3< Reference< A >, B, Reference< C >, Op, OpCombine > | |
| CCombine3< Reference< A >, Reference< B >, Reference< C >, Op, OpCombine > | |
| CQIOStringTraits | QIO Type and precision strings |
| CQIOStringTraits< OLattice< T > > | Partial(?) Specialisation for OLattice Objects |
| CQIOStringTraits< OScalar< T > > | Partial(?) Specialisation for OScalar Objects |
| CQIOStringTraits< multi1d< OLattice< T > > > | Partial(?) Specialisation for OLattice Objects |
| CQIOStringTraits< multi1d< OScalar< T > > > | Partial(?) Specialisation for OScalar Objects |
| CNumSpins | |
| CNumSpins< RScalar< T > > | |
| CNumSpins< RComplex< T > > | |
| CNumSpins< PSpinVector< T, N > > | |
| CNumSpins< PSpinMatrix< T, N > > | |
| CNumSpins< PColorVector< T, N > > | |
| CNumSpins< PColorMatrix< T, N > > | |
| CNumSpins< T1< T2 > > | |
| CNumColors | |
| CNumColors< RScalar< T > > | |
| CNumColors< RComplex< T > > | |
| CNumColors< PSpinVector< T, N > > | |
| CNumColors< PSpinMatrix< T, N > > | |
| CNumColors< PColorVector< T, N > > | |
| CNumColors< PColorMatrix< T, N > > | |
| CNumColors< T1< T2 > > | |
| CQDPFileReader | QIO class |
| CQDPFileWriter | QIO writer class |
| CUnaryReturn< QDPType< T1, C1 >, Op > | |
| CBinaryReturn< QDPType< T1, C1 >, QDPType< T2, C2 >, Op > | |
| CTrinaryReturn< QDPType< T1, C1 >, QDPType< T2, C2 >, QDPType< T3, C3 >, Op > | |
| CCreateLeaf< QDPType< T, C > > | |
| CLeafFunctor< QDPType< T, C >, ElemLeaf > | |
| CLeafFunctor< QDPType< T, C >, EvalLeaf1 > | |
| CWordType< RScalar< T > > | |
| CWordType< RComplex< T > > | |
| CSinglePrecType< RScalar< T > > | |
| CSinglePrecType< RComplex< T > > | |
| CDoublePrecType< RScalar< T > > | |
| CDoublePrecType< RComplex< T > > | |
| CInternalScalar< RScalar< T > > | |
| CInternalScalar< RComplex< T > > | |
| CPrimitiveScalar< RScalar< T > > | |
| CPrimitiveScalar< RComplex< T > > | |
| CLatticeScalar< RScalar< T > > | |
| CLatticeScalar< RComplex< T > > | |
| CRealScalar< RScalar< T > > | |
| CRealScalar< RComplex< T > > | |
| CUnaryReturn< RScalar< T1 >, Op > | |
| CUnaryReturn< RComplex< T1 >, Op > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, Op > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, Op > | |
| CBinaryReturn< RScalar< T1 >, RComplex< T2 >, Op > | |
| CBinaryReturn< RComplex< T1 >, RScalar< T2 >, Op > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpAddAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpSubtractAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpDivideAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpModAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpRightShiftAssign > | |
| CTrinaryReturn< RScalar< T1 >, RScalar< T2 >, RScalar< T3 >, FnColorContract > | |
| CBinaryReturn< GammaConst< N, m >, RScalar< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< RScalar< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, RScalar< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< RScalar< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, RScalar< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< RScalar< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, RScalar< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< RScalar< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CBinaryReturn< GammaConst< N, m >, RComplex< T2 >, OpGammaConstMultiply > | |
| CBinaryReturn< RComplex< T2 >, GammaConst< N, m >, OpMultiplyGammaConst > | |
| CBinaryReturn< GammaType< N >, RComplex< T2 >, OpGammaTypeMultiply > | |
| CBinaryReturn< RComplex< T2 >, GammaType< N >, OpMultiplyGammaType > | |
| CBinaryReturn< GammaConstDP< N, m >, RComplex< T2 >, OpGammaConstDPMultiply > | |
| CBinaryReturn< RComplex< T2 >, GammaConstDP< N, m >, OpMultiplyGammaConstDP > | |
| CBinaryReturn< GammaTypeDP< N >, RComplex< T2 >, OpGammaTypeDPMultiply > | |
| CBinaryReturn< RComplex< T2 >, GammaTypeDP< N >, OpMultiplyGammaTypeDP > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpAddAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpSubtractAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpMultiplyAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpDivideAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpModAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpBitwiseOrAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpBitwiseAndAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpBitwiseXorAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpLeftShiftAssign > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, OpRightShiftAssign > | |
| CTrinaryReturn< RComplex< T1 >, RComplex< T2 >, RComplex< T3 >, FnColorContract > | |
| CUnaryReturn< RScalar< T >, OpNot > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpLeftShift > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpRightShift > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpLT > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpLE > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpGT > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpGE > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpEQ > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpNE > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpAnd > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, OpOr > | |
| CUnaryReturn< RScalar< T >, FnTrace > | |
| CUnaryReturn< RScalar< T >, FnRealTrace > | |
| CUnaryReturn< RScalar< T >, FnImagTrace > | |
| CUnaryReturn< RScalar< T >, FnSum > | |
| CUnaryReturn< RScalar< T >, FnGlobalMax > | |
| CUnaryReturn< RScalar< T >, FnGlobalMin > | |
| CUnaryReturn< RScalar< T >, FnSumMulti > | |
| CUnaryReturn< RScalar< T >, FnNorm2 > | |
| CUnaryReturn< RScalar< T >, FnLocalNorm2 > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnInnerProduct > | RScalar<T> = InnerProduct(adj(RScalar<T1>)*RScalar<T2>) |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnInnerProductReal > | RScalar<T> = InnerProductReal(adj(PMatrix<T1>)*PMatrix<T1>) |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnLocalColorInnerProduct > | RScalar<T> = localInnerProduct(adj(RScalar<T1>)*RScalar<T2>) |
| CTrinaryReturn< RScalar< T1 >, RScalar< T2 >, RScalar< T3 >, FnWhere > | RScalar<T> = where(RScalar, RScalar, RScalar) |
| CUnaryReturn< RComplex< T >, FnTrace > | |
| CUnaryReturn< RComplex< T >, FnRealTrace > | |
| CUnaryReturn< RComplex< T >, FnImagTrace > | |
| CUnaryReturn< RComplex< T >, FnReal > | |
| CUnaryReturn< RComplex< T >, FnImag > | |
| CBinaryReturn< RScalar< T1 >, RScalar< T2 >, FnCmplx > | RComplex<T> = (RScalar<T> , RScalar<T>) |
| CUnaryReturn< RScalar< T >, FnTimesI > | |
| CUnaryReturn< RScalar< T >, FnTimesMinusI > | |
| CUnaryReturn< RComplex< T >, FnSum > | |
| CUnaryReturn< RComplex< T >, FnSumMulti > | |
| CUnaryReturn< RComplex< T >, FnNorm2 > | |
| CUnaryReturn< RComplex< T >, FnLocalNorm2 > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, FnInnerProduct > | RComplex<T> = InnerProduct(adj(RComplex<T1>)*RComplex<T2>) |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, FnLocalInnerProduct > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, FnInnerProductReal > | RScalar<T> = InnerProductReal(adj(RComplex<T1>)*RComplex<T1>) |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, FnLocalInnerProductReal > | |
| CBinaryReturn< RComplex< T1 >, RComplex< T2 >, FnLocalColorInnerProduct > | RComplex<T> = localColorInnerProduct(adj(RComplex<T1>)*RComplex<T2>) |
| CTrinaryReturn< RScalar< T1 >, RComplex< T2 >, RComplex< T3 >, FnWhere > | RComplex<T> = where(RScalar, RComplex, RComplex) |
| CTrinaryReturn< RScalar< T1 >, RComplex< T2 >, RScalar< T3 >, FnWhere > | RComplex<T> = where(RScalar, RComplex, RScalar) |
| CTrinaryReturn< RScalar< T1 >, RScalar< T2 >, RComplex< T3 >, FnWhere > | RComplex<T> = where(RScalar, RScalar, RComplex) |
| CSumMultiOLatticeThreadArgs | Multi1d<OScalar> dest = sumMulti(OLattice,Set) |
| CForEach< UnaryNode< FnMap, A >, EvalLeaf1, CTag > | |
| CUnaryReturn< int, FnSeedToFloat > | |
| CUnaryReturn< int, FnSum > | |
| CUnaryReturn< int, FnGlobalMax > | |
| CUnaryReturn< int, FnGlobalMin > | |
| CUnaryReturn< int, FnSumMulti > | |
| CUnaryReturn< int, FnNorm2 > | |
| CBinaryReturn< int, int, FnInnerProduct > | |
| CUnaryReturn< int, FnLocalNorm2 > | |
| CBinaryReturn< int, int, FnLocalInnerProduct > | |
| CBinaryReturn< int, int, FnLocalColorInnerProduct > | |
| CTrinaryReturn< bool, int, int, FnWhere > | |
| CUnaryReturn< float, FnSum > | |
| CUnaryReturn< float, FnGlobalMax > | |
| CUnaryReturn< float, FnGlobalMin > | |
| CUnaryReturn< float, FnSumMulti > | |
| CUnaryReturn< float, FnNorm2 > | |
| CBinaryReturn< float, float, FnInnerProduct > | |
| CUnaryReturn< float, FnLocalNorm2 > | |
| CBinaryReturn< float, float, FnLocalInnerProduct > | |
| CBinaryReturn< float, float, FnLocalColorInnerProduct > | |
| CTrinaryReturn< bool, float, float, FnWhere > | |
| CUnaryReturn< double, FnSum > | |
| CUnaryReturn< double, FnGlobalMax > | |
| CUnaryReturn< double, FnGlobalMin > | |
| CUnaryReturn< double, FnSumMulti > | |
| CUnaryReturn< double, FnNorm2 > | |
| CBinaryReturn< double, double, FnInnerProduct > | |
| CUnaryReturn< double, FnLocalNorm2 > | |
| CBinaryReturn< double, double, FnLocalInnerProduct > | |
| CBinaryReturn< double, double, FnLocalColorInnerProduct > | |
| CTrinaryReturn< bool, double, double, FnWhere > | |
| CBinaryReturn< int, int, OpAssign > | |
| CBinaryReturn< int, int, OpAddAssign > | |
| CBinaryReturn< int, int, OpSubtractAssign > | |
| CBinaryReturn< int, int, OpMultiplyAssign > | |
| CBinaryReturn< int, int, OpDivideAssign > | |
| CBinaryReturn< int, int, OpModAssign > | |
| CBinaryReturn< int, int, OpBitwiseOrAssign > | |
| CBinaryReturn< int, int, OpBitwiseAndAssign > | |
| CBinaryReturn< int, int, OpBitwiseXorAssign > | |
| CBinaryReturn< int, int, OpLeftShiftAssign > | |
| CBinaryReturn< int, int, OpRightShiftAssign > | |
| CBinaryReturn< float, float, OpAssign > | |
| CBinaryReturn< float, float, OpAddAssign > | |
| CBinaryReturn< float, float, OpSubtractAssign > | |
| CBinaryReturn< float, float, OpMultiplyAssign > | |
| CBinaryReturn< float, float, OpDivideAssign > | |
| CBinaryReturn< float, float, OpModAssign > | |
| CBinaryReturn< float, float, OpBitwiseOrAssign > | |
| CBinaryReturn< float, float, OpBitwiseAndAssign > | |
| CBinaryReturn< float, float, OpBitwiseXorAssign > | |
| CBinaryReturn< float, float, OpLeftShiftAssign > | |
| CBinaryReturn< float, float, OpRightShiftAssign > | |
| CBinaryReturn< double, double, OpAssign > | |
| CBinaryReturn< double, double, OpAddAssign > | |
| CBinaryReturn< double, double, OpSubtractAssign > | |
| CBinaryReturn< double, double, OpMultiplyAssign > | |
| CBinaryReturn< double, double, OpDivideAssign > | |
| CBinaryReturn< double, double, OpModAssign > | |
| CBinaryReturn< double, double, OpBitwiseOrAssign > | |
| CBinaryReturn< double, double, OpBitwiseAndAssign > | |
| CBinaryReturn< double, double, OpBitwiseXorAssign > | |
| CBinaryReturn< double, double, OpLeftShiftAssign > | |
| CBinaryReturn< double, double, OpRightShiftAssign > | |
| CBinaryReturn< bool, bool, OpAssign > | |
| CTrinaryReturn< float, float, float, FnColorContract > | |
| CSingleThreaded | |
| CLock | |
| CCreateUsingNew | |
| CCreateUsingMalloc | |
| CCreateStatic | |
| CMaxAlign | |
| CDefaultLifetime | |
| CPhoenixSingleton | |
| CSingletonWithLongevity | |
| CNoDestroy | |
| CSingletonHolder | |
| CSimpleScalar< float > | |
| CSimpleScalar< int > | |
| CSimpleScalar< double > | |
| CSimpleScalar< bool > | |
| CInternalScalar< float > | |
| CInternalScalar< int > | |
| CInternalScalar< double > | |
| CInternalScalar< bool > | |
| CPrimitiveScalar< float > | |
| CPrimitiveScalar< int > | |
| CPrimitiveScalar< double > | |
| CPrimitiveScalar< bool > | |
| CLatticeScalar< float > | |
| CLatticeScalar< int > | |
| CLatticeScalar< double > | |
| CLatticeScalar< bool > | |
| CRealScalar< int > | |
| CRealScalar< float > | |
| CRealScalar< double > | |
| CCreateLeaf< int > | |
| CCreateLeaf< float > | |
| CCreateLeaf< double > | |
| CCreateLeaf< bool > | |
| CCreateLeaf< OScalar< IntReal32 > > | |
| CCreateLeaf< OScalar< IntReal64 > > | |
| CCreateLeaf< OScalar< IntInteger > > | |
| CCreateLeaf< OScalar< IntBoolean > > | |
| CSSEVec | |
| CStandardInputStream | StandardInputStream class |
| CStandardOutputStream | StandardOutputStream class |
| CStopWatch | |
| CSetFunc | SetMap |
| CSubset | Subsets - controls how lattices are looped |
| CSet | Set - collection of subsets controlling which sites are involved in an operation |
| CQDPSubTypeTrait | |
| CSinglePrecType< REAL32 > | |
| CSinglePrecType< REAL64 > | |
| CDoublePrecType< REAL32 > | |
| CDoublePrecType< REAL64 > | |
| CDoublePrecType< multi1d< T > > | |
| CNoComplex | Construct primitive type of input but always RScalar complex type |
| CZero | Simple zero tag |
| CWord | Word class - builtin machine word type |
| CReal32 | Real32 word class - builtin machine word type over flow |
| CReal64 | Real64 word class - wrapper over builtin double type |
| CInteger32 | Integer32 word class - wrapper over builtin integer type |
| CLogical | Logical class - wrapper over builtin boolean type |
| CWordType< Real32 > | |
| CWordType< Real64 > | |
| CWordType< Integer32 > | |
| CWordType< unsigned int > | |
| CWordType< unsigned long > | |
| CSinglePrecType< Real32 > | |
| CSinglePrecType< Real64 > | |
| CSinglePrecType< float > | |
| CSinglePrecType< double > | |
| CDoublePrecType< Real32 > | |
| CDoublePrecType< Real64 > | |
| CDoublePrecType< float > | |
| CDoublePrecType< double > | |
| CBinaryReturn< Real32, Real32, Op > | |
| CBinaryReturn< Real32, Real32, OpAssign > | |
| CXMLReader | XML reader class |
| CXMLWriter | Metadata output class |
| CXMLBufferWriter | Writes XML metadata to a buffer |
| CXMLFileWriter | Writes XML metadata to a file |
| CXMLArrayWriter | Writes metadata to an array which serves as a handle for another XML object |
| CFnAdjMultSprojDir0Plus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir0Plus > | |
| CFnAdjMultSprojDir0Minus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir0Minus > | |
| CFnAdjMultSprojDir1Plus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir1Plus > | |
| CFnAdjMultSprojDir1Minus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir1Minus > | |
| CFnAdjMultSprojDir2Plus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir2Plus > | |
| CFnAdjMultSprojDir2Minus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir2Minus > | |
| CFnAdjMultSprojDir3Plus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir3Plus > | |
| CFnAdjMultSprojDir3Minus | |
| CBinaryReturn< PScalar< ColMat >, Spin4, FnAdjMultSprojDir3Minus > | |
| CBinaryReturn< QDPType< PScalar< ColMat >, OScalar< PScalar< ColMat > > >, QDPType< Spin2, OScalar< Spin2 > >, OpMultiply > | |
| CBinaryReturn< QDPType< PScalar< ColMat >, OLattice< PScalar< ColMat > > >, QDPType< Spin2, OLattice< Spin2 > >, OpMultiply > | |
| CFnSReconDir0MinusProd | Reconstruct Dir0Minus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir0MinusProd > | |
| CFnSReconDir0PlusProd | Reconstruct Dir0Plus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir0PlusProd > | |
| CFnSReconDir1MinusProd | Reconstruct Dir1Minus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir1MinusProd > | |
| CFnSReconDir1PlusProd | Reconstruct Dir1Plus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir1PlusProd > | |
| CFnSReconDir2MinusProd | Reconstruct Dir2Minus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir2MinusProd > | |
| CFnSReconDir2PlusProd | Reconstruct Dir2Plus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir2PlusProd > | |
| CFnSReconDir3MinusProd | Reconstruct Dir3Minus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir3MinusProd > | |
| CFnSReconDir3PlusProd | Reconstruct Dir3Plus Fused |
| CBinaryReturn< PScalar< T1 >, PSpinVector< T2, N >, FnSReconDir3PlusProd > | |
| CUnaryReturn< Spin4, FnSpinProjectDir0Minus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir0Plus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir1Minus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir1Plus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir2Minus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir2Plus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir3Minus > | |
| CUnaryReturn< Spin4, FnSpinProjectDir3Plus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir0Minus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir0Plus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir1Minus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir1Plus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir2Minus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir2Plus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir3Minus > | |
| CUnaryReturn< Spin2, FnSpinReconstructDir3Plus > | |
| Cordered_fused_spin_proj_user_arg | |
| Cunordered_fused_spin_proj_user_arg | |
| Cordered_fused_spin_recon_user_arg | |
| Cunordered_fused_spin_recon_user_arg | |
| Cordered_spin_project_user_arg | |
| Cunordered_spin_project_user_arg | |
| Cordered_vaxpy3_user_arg | |
| Cunordered_vaxpy3_y_user_arg | |
| Cunordered_vaxpy3_z_user_arg | |
| Cordered_vaxmy3_user_arg | |
| Cunordered_vaxmy3_y_user_arg | |
| Cunordered_vaxmy3_z_user_arg | |
| Cordered_vscal_user_arg | |
| Cunordered_vscal_user_arg | |
| Cordered_vaxpby3_user_arg | |
| Cunordered_vaxpby3_user_arg | |
| Cordered_vaxmby3_user_arg | |
| Cunordered_vaxmby3_user_arg | |
| Cordered_vaypx3_g5_user_arg | |
| Cunordered_vaypx3_g5_y_user_arg | |
| Cunordered_vaypx3_g5_z_user_arg | |
| Cordered_vadd3_g5_user_arg | |
| Cunordered_vadd3_g5_user_arg | |
| Cordered_vaxpy3_g5_user_arg | |
| Cunordered_vaxpy3_g5_user_arg | |
| Cordered_vscal_g5_user_arg | |
| Cunordered_vscal_g5_user_arg | |
| Cordered_vaxpby3_g5_user_arg | |
| Cunordered_vaxpby3_g5_user_arg | |
| Cordered_scal_g5_user_arg | |
| Cunordered_scal_g5_user_arg | |
| Cordered_xOpayz_g5_user_arg | |
| Cunordered_xOpayz_g5_user_arg | |
| Cordered_axOpbyz_g5_user_arg | |
| Cunordered_axOpbyz_g5_user_arg | |
| Cordered_xOpayz_ig5_user_arg | |
| Cunordered_xOpayz_ig5_y_user_arg | |
| Cunordered_xOpayz_ig5_z_user_arg | |
| Cordered_vcscal_user_arg | |
| Cunordered_vcscal_user_arg | |
| Cordered_vcaxpy3_user_arg | |
| Cunordered_vcaxpy3_y_user_arg | |
| Cunordered_vcaxpy3_z_user_arg | |
| Cordered_vcaxmy3_user_arg | |
| Cunordered_vcaxmy3_user_arg | |
| Cordered_vcaxpby3_user_arg | |
| Cunordered_vcaxpby3_user_arg | |
| Cordered_vcaxmby3_user_arg | |
| Cunordered_vcaxmby3_user_arg | |
| Cordered_linalg_user_arg | User argument for the evaluate function in the ordered situation |
| Cunordered_linalg_user_arg | User argument for the evaluate function in the unordered situation |
| Cordered_sse_vaxOpy3_user_arg | |
| Cunordered_sse_vaxOpy3_y_user_arg | |
| Cunordered_sse_vaxOpy3_z_user_arg | |
| Cordered_sse_vOp_user_arg | |
| Cunordered_sse_vOp_y_user_arg | |
| Cunordered_sse_vOp_z_user_arg | |
| Cordered_sse_vscal_user_arg | |
| Cunordered_sse_vscal_user_arg | |
| Cordered_sse_vaxOpby3_user_arg | |
| Cunordered_sse_vaxOpby3_user_arg | |
| Cordered_sse_norm_single_user_arg | |
| Cordered_sse_vaxOpy4_double_user_arg | |
| Cunordered_sse_vaxOpy4_double_user_arg | |
| Cordered_sse_vaxOpyz4_double_user_arg | |
| Cunordered_sse_vaxOpyz4_double_user_arg | |
| Cordered_sse_vscal4_double_user_arg | |
| Cunordered_sse_vscal4_double_user_arg | |
| Cordered_sse_vaxOpby4_double_user_arg | |
| Cordered_sse_vaxOpbyz4_double_user_arg | |
| Cunordered_sse_vaxOpbyz4_double_user_arg | |
| Cordered_norm_double_user_arg | |
| Cordered_inner_product_double_user_arg | |
| Cordered_sse_fused_spin_proj_user_arg | |
| Cunordered_sse_fused_spin_proj_user_arg | |
| Cordered_sse_spin_project_user_arg | |
| Cunordered_sse_spin_project_user_arg | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir0Plus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir0Minus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir1Plus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir1Minus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir2Plus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir2Minus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir3Plus > | |
| CBinaryReturn< PScalar< ColMat32 >, Spin4_32, FnAdjMultSprojDir3Minus > | |
| CBinaryReturn< QDPType< PScalar< ColMat32 >, OScalar< PScalar< ColMat32 > > >, QDPType< Spin2_32, OScalar< Spin2_32 > >, OpMultiply > | |
| CBinaryReturn< QDPType< PScalar< ColMat32 >, OLattice< PScalar< ColMat32 > > >, QDPType< Spin2_32, OLattice< Spin2_32 > >, OpMultiply > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir0Minus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir0Plus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir1Minus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir1Plus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir2Minus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir2Plus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir3Minus > | |
| CUnaryReturn< Spin4_32, FnSpinProjectDir3Plus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir0Minus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir0Plus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir1Minus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir1Plus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir2Minus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir2Plus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir3Minus > | |
| CUnaryReturn< Spin2_32, FnSpinReconstructDir3Plus > | |
| CAndCombine | |
| CBinaryNode | |
| CBinaryReturn | |
| CBinaryReturn< T1, T2, OpAddAssign > | |
| CBinaryReturn< T1, T2, OpAnd > | |
| CBinaryReturn< T1, T2, OpAssign > | |
| CBinaryReturn< T1, T2, OpBitwiseAndAssign > | |
| CBinaryReturn< T1, T2, OpBitwiseOrAssign > | |
| CBinaryReturn< T1, T2, OpBitwiseXorAssign > | |
| CBinaryReturn< T1, T2, OpDivideAssign > | |
| CBinaryReturn< T1, T2, OpEQ > | |
| CBinaryReturn< T1, T2, OpGE > | |
| CBinaryReturn< T1, T2, OpGT > | |
| CBinaryReturn< T1, T2, OpLE > | |
| CBinaryReturn< T1, T2, OpLeftShift > | |
| CBinaryReturn< T1, T2, OpLeftShiftAssign > | |
| CBinaryReturn< T1, T2, OpLT > | |
| CBinaryReturn< T1, T2, OpModAssign > | |
| CBinaryReturn< T1, T2, OpMultiplyAssign > | |
| CBinaryReturn< T1, T2, OpNE > | |
| CBinaryReturn< T1, T2, OpOr > | |
| CBinaryReturn< T1, T2, OpRightShift > | |
| CBinaryReturn< T1, T2, OpRightShiftAssign > | |
| CBinaryReturn< T1, T2, OpSubtractAssign > | |
| CCombine1 | |
| CCombine1< A, Op, OpCombine > | |
| CCombine1< A, Op, TreeCombine > | |
| CCombine2 | |
| CCombine2< A, B, Op, NullTag > | |
| CCombine2< A, B, Op, OpCombine > | |
| CCombine2< A, B, Op, TreeCombine > | |
| CCombine2< bool, bool, Op, AndCombine > | |
| CCombine2< bool, bool, Op, OrCombine > | |
| CCombine2< int, int, Op, NullCombine > | |
| CCombine2< int, int, Op, SumCombine > | |
| CCombine3 | |
| CCombine3< A, B, C, Op, OpCombine > | |
| CCombine3< A, B, C, Op, TreeCombine > | |
| CCreateLeaf | |
| CCreateLeaf< Expression< T > > | |
| CDecrementLeaf | |
| CDeReference | |
| CDeReference< Reference< T > > | |
| CDereferenceLeaf | |
| CEvalLeaf1 | |
| CEvalLeaf2 | |
| CEvalLeaf3 | |
| CEvalLeaf4 | |
| CEvalLeaf5 | |
| CEvalLeaf6 | |
| CEvalLeaf7 | |
| CExpression | |
| CFnAdjoint | |
| CFnArcCos | |
| CFnArcSin | |
| CFnArcTan | |
| CFnArcTan2 | |
| CFnCeil | |
| CFnChiralProjectMinus | |
| CFnChiralProjectPlus | |
| CFnCmplx | |
| CFnColorContract | |
| CFnColorCrossProduct | |
| CFnColorVectorContract | |
| CFnConjugate | |
| CFnCos | |
| CFnExp | |
| CFnFabs | |
| CFnFloor | |
| CFnFmod | |
| CFnHypCos | |
| CFnHypSin | |
| CFnHypTan | |
| CFnImag | |
| CFnImagTrace | |
| CFnLdexp | |
| CFnLocalColorInnerProduct | |
| CFnLocalInnerProduct | |
| CFnLocalInnerProductReal | |
| CFnLocalNorm2 | |
| CFnLog | |
| CFnLog10 | |
| CFnOuterProduct | |
| CFnPow | |
| CFnQuarkContract12 | |
| CFnQuarkContract13 | |
| CFnQuarkContract14 | |
| CFnQuarkContract23 | |
| CFnQuarkContract24 | |
| CFnQuarkContract34 | |
| CFnReal | |
| CFnRealTrace | |
| CFnSeedToFloat | |
| CFnSin | |
| CFnSpinProjectDir0Minus | |
| CFnSpinProjectDir0Plus | |
| CFnSpinProjectDir1Minus | |
| CFnSpinProjectDir1Plus | |
| CFnSpinProjectDir2Minus | |
| CFnSpinProjectDir2Plus | |
| CFnSpinProjectDir3Minus | |
| CFnSpinProjectDir3Plus | |
| CFnSpinReconstructDir0Minus | |
| CFnSpinReconstructDir0Plus | |
| CFnSpinReconstructDir1Minus | |
| CFnSpinReconstructDir1Plus | |
| CFnSpinReconstructDir2Minus | |
| CFnSpinReconstructDir2Plus | |
| CFnSpinReconstructDir3Minus | |
| CFnSpinReconstructDir3Plus | |
| CFnSqrt | |
| CFnTan | |
| CFnTimesI | |
| CFnTimesMinusI | |
| CFnTrace | |
| CFnTraceColor | |
| CFnTraceSpin | |
| CFnTranspose | |
| CFnTransposeColor | |
| CFnTransposeSpin | |
| CFnWhere | |
| CForEach | |
| CForEach< BinaryNode< Op, A, B >, FTag, CTag > | |
| CForEach< Expression< T >, FTag, CTag > | |
| CForEach< Reference< T >, FTag, CTag > | |
| CForEach< TrinaryNode< Op, A, B, C >, FTag, CTag > | |
| CForEach< UnaryNode< Op, A >, FTag, CTag > | |
| CForEachInOrder | |
| CForEachInOrder< BinaryNode< Op, A, B >, FTag, VTag, CTag > | |
| CForEachInOrder< Reference< T >, FTag, VTag, CTag > | |
| CForEachInOrder< TrinaryNode< Op, A, B, C >, FTag, VTag, CTag > | |
| CForEachInOrder< UnaryNode< Op, A >, FTag, VTag, CTag > | |
| CIncrementLeaf | |
| CLeafFunctor | |
| CLeafFunctor< Scalar< T >, DecrementLeaf > | |
| CLeafFunctor< Scalar< T >, DereferenceLeaf > | |
| CLeafFunctor< Scalar< T >, EvalLeaf1 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf2 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf3 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf4 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf5 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf6 > | |
| CLeafFunctor< Scalar< T >, EvalLeaf7 > | |
| CLeafFunctor< Scalar< T >, IncrementLeaf > | |
| CLeafFunctor< T, DecrementLeaf > | |
| CLeafFunctor< T, IncrementLeaf > | |
| CMakeReturn | |
| CNullCombine | |
| CNullTag | |
| COpAdd | |
| COpAddAssign | |
| COpAnd | |
| COpAssign | |
| COpBitwiseAnd | |
| COpBitwiseAndAssign | |
| COpBitwiseNot | |
| COpBitwiseOr | |
| COpBitwiseOrAssign | |
| COpBitwiseXor | |
| COpBitwiseXorAssign | |
| COpCast | |
| COpCombine | |
| COpDivide | |
| COpDivideAssign | |
| COpEQ | |
| COpGE | |
| COpGT | |
| COpIdentity | |
| COpLE | |
| COpLeftShift | |
| COpLeftShiftAssign | |
| COpLT | |
| COpMod | |
| COpModAssign | |
| COpMultiply | |
| COpMultiplyAssign | |
| COpNE | |
| COpNot | |
| COpOr | |
| COpRightShift | |
| COpRightShiftAssign | |
| COpSubtract | |
| COpSubtractAssign | |
| COpUnaryMinus | |
| COpUnaryPlus | |
| COrCombine | |
| Cordered_axOpbyz_g5_user_arg | |
| Cordered_fused_spin_proj_user_arg | |
| Cordered_fused_spin_recon_user_arg | |
| Cordered_inner_product_double_user_arg | |
| Cordered_linalg_user_arg | User argument for the evaluate function in the ordered situation |
| Cordered_norm_double_user_arg | |
| Cordered_scal_g5_user_arg | |
| Cordered_spin_project_user_arg | |
| Cordered_sse_fused_spin_proj_user_arg | |
| Cordered_sse_fused_spin_recon_user_arg | |
| Cordered_sse_norm_single_user_arg | |
| Cordered_sse_spin_project_user_arg | |
| Cordered_sse_vaxOpby3_user_arg | |
| Cordered_sse_vaxOpby4_double_user_arg | |
| Cordered_sse_vaxOpbyz4_double_user_arg | |
| Cordered_sse_vaxOpy3_user_arg | |
| Cordered_sse_vaxOpy4_double_user_arg | |
| Cordered_sse_vaxOpyz4_double_user_arg | |
| Cordered_sse_vOp_user_arg | |
| Cordered_sse_vscal4_double_user_arg | |
| Cordered_sse_vscal_user_arg | |
| Cordered_vadd3_g5_user_arg | |
| Cordered_vaxmby3_user_arg | |
| Cordered_vaxmy3_user_arg | |
| Cordered_vaxpby3_g5_user_arg | |
| Cordered_vaxpby3_user_arg | |
| Cordered_vaxpy3_g5_user_arg | |
| Cordered_vaxpy3_user_arg | |
| Cordered_vaypx3_g5_user_arg | |
| Cordered_vcaxmby3_user_arg | |
| Cordered_vcaxmy3_user_arg | |
| Cordered_vcaxpby3_user_arg | |
| Cordered_vcaxpy3_user_arg | |
| Cordered_vcscal_user_arg | |
| Cordered_vscal_g5_user_arg | |
| Cordered_vscal_user_arg | |
| Cordered_xOpayz_g5_user_arg | |
| Cordered_xOpayz_ig5_user_arg | |
| CPromote | |
| CPromote< bool, bool > | |
| CPromote< bool, char > | |
| CPromote< bool, double > | |
| CPromote< bool, float > | |
| CPromote< bool, int > | |
| CPromote< bool, long > | |
| CPromote< bool, short > | |
| CPromote< char, bool > | |
| CPromote< char, char > | |
| CPromote< char, double > | |
| CPromote< char, float > | |
| CPromote< char, int > | |
| CPromote< char, long > | |
| CPromote< char, short > | |
| CPromote< double, bool > | |
| CPromote< double, char > | |
| CPromote< double, double > | |
| CPromote< double, float > | |
| CPromote< double, int > | |
| CPromote< double, long > | |
| CPromote< double, short > | |
| CPromote< float, bool > | |
| CPromote< float, char > | |
| CPromote< float, double > | |
| CPromote< float, float > | |
| CPromote< float, int > | |
| CPromote< float, long > | |
| CPromote< float, short > | |
| CPromote< int, bool > | |
| CPromote< int, char > | |
| CPromote< int, double > | |
| CPromote< int, float > | |
| CPromote< int, int > | |
| CPromote< int, long > | |
| CPromote< int, short > | |
| CPromote< long, bool > | |
| CPromote< long, char > | |
| CPromote< long, double > | |
| CPromote< long, float > | |
| CPromote< long, int > | |
| CPromote< long, long > | |
| CPromote< long, short > | |
| CPromote< short, bool > | |
| CPromote< short, char > | |
| CPromote< short, double > | |
| CPromote< short, float > | |
| CPromote< short, int > | |
| CPromote< short, long > | |
| CPromote< short, short > | |
| CReference | |
| CScalar | |
| CSumCombine | |
| CTagVisitor | |
| CTreeCombine | |
| CTrinaryNode | |
| CTrinaryReturn | |
| CUnaryNode | |
| CUnaryReturn | |
| CUnaryReturn< T, OpNot > | |
| CUnaryReturn< T2, OpCast< T1 > > | |
| Cunordered_axOpbyz_g5_user_arg | |
| Cunordered_fused_spin_proj_user_arg | |
| Cunordered_fused_spin_recon_user_arg | |
| Cunordered_linalg_user_arg | User argument for the evaluate function in the unordered situation |
| Cunordered_scal_g5_user_arg | |
| Cunordered_spin_project_user_arg | |
| Cunordered_sse_fused_spin_proj_user_arg | |
| Cunordered_sse_fused_spin_recon_user_arg | |
| Cunordered_sse_spin_project_user_arg | |
| Cunordered_sse_vaxOpby3_user_arg | |
| Cunordered_sse_vaxOpbyz4_double_user_arg | |
| Cunordered_sse_vaxOpy3_y_user_arg | |
| Cunordered_sse_vaxOpy3_z_user_arg | |
| Cunordered_sse_vaxOpy4_double_user_arg | |
| Cunordered_sse_vaxOpyz4_double_user_arg | |
| Cunordered_sse_vOp_y_user_arg | |
| Cunordered_sse_vOp_z_user_arg | |
| Cunordered_sse_vscal4_double_user_arg | |
| Cunordered_sse_vscal_user_arg | |
| Cunordered_vadd3_g5_user_arg | |
| Cunordered_vaxmby3_user_arg | |
| Cunordered_vaxmy3_y_user_arg | |
| Cunordered_vaxmy3_z_user_arg | |
| Cunordered_vaxpby3_g5_user_arg | |
| Cunordered_vaxpby3_user_arg | |
| Cunordered_vaxpy3_g5_user_arg | |
| Cunordered_vaxpy3_y_user_arg | |
| Cunordered_vaxpy3_z_user_arg | |
| Cunordered_vaypx3_g5_y_user_arg | |
| Cunordered_vaypx3_g5_z_user_arg | |
| Cunordered_vcaxmby3_user_arg | |
| Cunordered_vcaxmy3_user_arg | |
| Cunordered_vcaxpby3_user_arg | |
| Cunordered_vcaxpy3_y_user_arg | |
| Cunordered_vcaxpy3_z_user_arg | |
| Cunordered_vcscal_user_arg | |
| Cunordered_vscal_g5_user_arg | |
| Cunordered_vscal_user_arg | |
| Cunordered_xOpayz_g5_user_arg | |
| Cunordered_xOpayz_ig5_y_user_arg | |
| Cunordered_xOpayz_ig5_z_user_arg | |
1.16.1