13:41 <gonidelis[m]> hkaiser: sory for asking again but I am still finding hard to comprehend these 2 lines. https://github.com/STEllAR-GROUP/hpx/blob/bf14e935d138fdeadaf04a6459fcd30fa5fb170d/libs/algorithms/tests/regressions/iter_sent.hpp#L28-L29 . I get that you pass a data type and a const value (of the corresponding data type) as template arguments. And you create a private `state` variable of the data-type that you've passed. So the

13:41 <gonidelis[m]> constructor inherits (???) `state(initialState)` which in your reduce_3641 example I reckon is `int64_t(0)`. But what does that inheritance actual mean? And why is your constructor's argument inside curly brackets (https://github.com/STEllAR-GROUP/hpx/blob/a04b8c1753679f83936791a694a428f1cbf29358/libs/algorithms/tests/regressions/reduce_3641.cpp#L23) instead of like `Iterator<std::int64_t, 100>{0}`? (I apologize for

13:41 <gonidelis[m]> using kind of a dummy derminology but a lot of these are quite new to me)

13:42 <gonidelis[m]> instead of like `Iterator<std::int64_t, 100>(0)` ^^

13:45 <K-ballo> the list after `:` in a constructor is a mem-init-list, where bases and members are initialized

13:46 <K-ballo> it's not the same `:` from inheritance

13:47 <hkaiser> gonidelis[m]: I'm in a meeting right now, will get back to you later

13:47 <K-ballo> https://en.cppreference.com/w/cpp/language/constructor

13:50 <gonidelis[m]> hkaiser: sure... no worries. K-ballo thank you very much. let me check it ;)

13:51 <hkaiser> gonidelis[m]: there are youtube videos about uniform initialization, watch those

13:52 <hkaiser> read about how objects are initialized, how class members are initialized etc.

13:53 <gonidelis[m]> will do

18:01 <hkaiser> weilewei: do we have the meeting today?

18:59 <diehlpk_work_> hkaiser, do we meet now?

19:02 <hkaiser> diehlpk_work_: yes

19:02 <diehlpk_work_> Zoom?

19:03 <hkaiser> diehlpk_work_: https://lsu.zoom.us/j/3340410194