►Nblitz | |
C_bz_ArrayExpr | |
C_bz_ArrayExprBinaryOp | |
C_bz_ArrayExprConstant | |
C_bz_ArrayExprQuaternaryOp | |
C_bz_ArrayExprReduce | |
C_bz_ArrayExprTernaryOp | |
C_bz_ArrayExprUnaryOp | |
C_bz_ArrayWhere | |
C_bz_FunctorExpr | |
C_bz_FunctorExpr2 | |
C_bz_FunctorExpr3 | |
C_bz_meta_bitwidth | This metaprogram returns the number of bits necessary to fit the specified number |
C_bz_meta_bitwidth< 0, L > | |
C_bz_meta_tv2Assign | |
C_bz_meta_tv2Assign< 0, 0 > | |
C_bz_returntype | |
C_bz_StencilExpr | |
C_tm_evaluator | The _tm_evaluator class has a bool template argument that is used to select code paths at compile time |
C_tm_evaluator< true, N_rows, N_columns > | Specialization of the _tm_evaluator class for false template arguments |
C_tv_evaluator | The _tv_evaluator class has a bool template argument that is used to select code paths at compile time |
C_tv_evaluator< true, N_length > | Specialization of the _tv_evaluator class for false template arguments |
CAdd | |
CArray | Declaration of class Array, the "Swiss army knife" of Blitz expression template classes |
CArrayIndexMapping | |
CArrayIterator | |
CBitwiseAnd | |
CBitwiseNot | |
CBitwiseOr | |
CBitwiseXor | |
Cbounds | |
CConstArrayIterator | |
CConstPointerStack | |
CDivide | |
CEqual | |
CETBase | |
CFastArrayCopyIterator | |
CFastArrayIterator | |
CFastTM2CopyIterator | |
CFastTM2Iterator | |
►CFastTM2IteratorBase | |
CSliceInfo | |
Ctvresult | For an iterator, the vectorized result for width N is always a TinyVector<T_numtype, N> |
CFastTV2CopyIterator | |
CFastTV2Iterator | |
►CFastTV2IteratorBase | |
CSliceInfo | |
Ctvresult | For an iterator, the vectorized result for width N is always a TinyVector<T_numtype, N> |
CGreater | |
CGreaterOrEqual | |
►CIndexPlaceholder | |
CSliceInfo | |
Ctvresult | The vectorized return type for an IndexPlaceholder should be some form of range, but that's not useful since a vectorized TinyVector assignment can not contain index placeholders |
CIndirectArray | |
CLess | |
CLessOrEqual | |
►CLeviCivita | |
CSliceInfo | |
CListInitializationSwitch | |
CListInitializer | |
CLogicalAnd | |
CLogicalNot | |
CLogicalOr | |
CMemoryBlock | |
CMemoryBlockReference | |
CMinMaxValue | |
CModulo | |
CMultiply | |
CNotEqual | |
CprettyPrintFormat | |
►CRange | |
CSliceInfo | |
Ctvresult | The vectorized return type for a Range should be another range, but that's not useful since a vectorized TinyVector assignment can not contain index placeholders |
CRectDomain | |
CReduceAll | |
CReduceAny | |
CReduceCount | |
CReduceFirst | |
CReduceLast | |
CReduceMax | |
CReduceMaxIndex | |
CReduceMaxIndexVector | |
CReduceMean | |
CReduceMin | |
CReduceMinIndex | |
CReduceMinIndexVector | |
CReduceMinMax | |
CReduceProduct | |
CReduceSum | |
CShiftLeft | |
CShiftRight | |
CsimdTypes | Helper class that defines the width of the simd instructions for a given type |
CSubtract | |
CTinyMatrix | |
CTinyVector | The TinyVector class is a one-dimensional, fixed length vector that implements the blitz expression template machinery |
CTinyVector< T, 0 > | |
CUnaryMinus | |
CUnaryPlus | |
CVector | |
►Nranlib | |
CBeta | |
CChiSquare | |
CDiscreteUniform | |
CExponential | |
CExponentialUnit | |
CF | |
CGamma | |
CindependentState | |
CIRNGWrapper | |
CIRNGWrapper< IRNG, independentState > | |
CIRNGWrapper< IRNG, sharedState > | |
►CMersenneTwister | |
CBitMixer | |
Cmt_state | |
CMersenneTwisterCreator | This class creates MersenneTwisters with different parameters indexed by and ID number |
CNormal | |
CNormalUnit | |
CsharedState | |
CUniform | |
CUniformClosed | |
CUniformClosed< double, IRNG, stateTag > | |
CUniformClosed< float, IRNG, stateTag > | |
CUniformClosed< long double, IRNG, stateTag > | |
CUniformClosedOpen | |
CUniformClosedOpen< double, IRNG, stateTag > | |
CUniformClosedOpen< float, IRNG, stateTag > | |
CUniformClosedOpen< long double, IRNG, stateTag > | |
CUniformOpen | |
CUniformOpenClosed | |