Todo List

File Filter.hpp

Expand as here https://stackoverflow.com/questions/41723704/how-to-filter-a-stdinteger-sequence

Member FORWARD_IS_ALIASING_TO_PAIR_OF_REFS

enforce cehck only with TensClass

Member FORWARD_IS_ALIASING_TO_REFS

enforce cehck only with TensClass

Member IS_ALIASING_ACCORDING_TO_POINTER (_p)

This is mostly broken

File Memory.hpp

: implement memory pool and cacher

Member NNARY_SMET_GOES_INSIDE (EXT_FUN,NNARY_SMET, INT_FUN)

we need to implement the same check done for CANCEL_DUPLICATED_NNARY_SMET_CALL

Member PROVIDE_MERGEABLE_COMPS_ACCORDING_TO_TWO_REFS

check that this is general enough... probably not

Member PROVIDE_POS_OF_TCS_IN_RES_TK_AND_MERGED_DELIMS_FOR_REF (ID)

Add some more explenation...

File Reference.hpp

This should be the place where the instantiation depending on the cost of the expression is made

Member SMET_GOES_ON_LHS (LHS_FUN,SMET)

why can't we make only const & on rhs?

we need to enforce SmET

Member STATIC_ASSERT_IS_SMET (...)

add costRead

add costEval

add isAliasing

Member SUNphi::_Indexer< IDyn, TensKind< H, Oth... > >::index (const DynSizes< NTotDyn > &dynSizes, const int in, const Head &head, const Tail &...tail)

fix the int types

Member SUNphi::Adder< _Refs >::Tk

Improve, the return type could be decided studying what suits best the computational

Member SUNphi::asMutable (const T &v) noexcept

Check that the "dangling reference forbidding" below, currently not working, is not actually necessary

Member SUNphi::Binder< TG, _Refs >::Binder (SMET &&smet, int id)

add check on SMET

Member SUNphi::DynSizes

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

the array must be replaced with a tuple, whose types must be deduced when instatiating the struct, such that int or long int or whatever is appropriately used!

Member SUNphi::MulAdder< _Refs >::Tk

fixit

Member SUNphi::Reference

add functionality as in Eigen

Member SUNphi::RelBinder< _BoundType, _BoundToType, _Ad, _Refs >::RelBinder (SMET &&smet, _Ad &&adapter)

add check on SMET

Class SUNphi::ScalarWrapper< _Fund, _Refs >

Check what happens if called with a SmET

Member SUNphi::ScalarWrapper< _Fund, _Refs >::ScRef

explain

Class SUNphi::TensKind< T >::_firstVectorizingComp< F, Pos, InVectorizingSize, IsLastCheckable, NextPos, G, Size, OutVectorizingSize, EnoughToVectorize, CompIsVectorizing, FallBack >

Add a lenghty description, this is a complicated piece of code! The scope is not immediate to get

Member SUNphi::TensKind< T >::firstVectorizingComp

Add the possibility that the accumulated size is more than needed, so we can split the outermost component to allow for other kind of optimization

Include a variation of the vectorization according to the kind of SIMD vector

Class SUNphi::TensStor< TK, T >

many things, including considering a static storage if size is small and statically known

Member SUNphi::TensStor< TK, T >::TensStor (const TensStor &oth)

improve memcpy, this could be parallelized in many ways, we have to implement memory manager soon