GitLab

Implemented --build-dir option making it possible to have multiple external builds configured differently sharing the same source

2. Changed function_timers and print_timers to use stack rather than heap

made summation permutation check if only one of matched groups is antisymmetric, and unpack if so

Added proper diagonal rescaling and integrated it into contractions so they no longer need to be unpacked for preserved and summed SY groups.

Also made contraction unfold_broken_sym compare symmetries rather than check with respect to only NS

1. Added capability (via constructor) to repack tensor data into a different packed symmetric layout without doing the normal symmetrization permutations that happen during sum
2. Fixed bug associated with C["ij"]=A["ij"]*B["ijkl"] where C and A are SY and B is fully NS.
3. Getting (2) to work in parallel required resolving a bug associated with desymmetrization (in the two unfold_broken_Sym functions), which were changing symmetry without changing sym_table, and as a result yielding extra mapping restrictions.

The bug fix to (3) might improve performance generally.

corrected support for user-defined types. Changed conversions from Pair<dtype> to char* to be alignment safe

Made redistribution benchmark do corrrectness checking and output all data into files for each kernel

Separated the different redistribution versions into a header that can be instantiated with different ifdefs/namespaces for redistribution benchmarking

Fixed a bug involving multipel reads/writes to/from the same (or symmetrically equivallent) index.  Added a bool that allows read_all to unpack tensor (off by default).

added limits include to set.h, changed configure check for C++11, and took out a zero_out_padding call that looks like it was left over from debugging

Added permutations of physical topology to topovec. Fixed bug in peel_torus. Got bench_redistribution running

Renived sym3, which only makes sense when without sym sum, updated from v1.0 interface to namespace interface in examples/tests/studies, got fast algorithms working