![]() ![]() This is only the first page of Rei Sawatari's story. Meanwhile, our protagonist has to somehow gather up the courage to confess his feelings to one of the other heroines. That is how their bizarre three-way relationship came to be. Moved by the strange girl and her determination, he decides to do everything in his power to make her second confession succeed. In contrast, Rei is only able to confess his feelings with the help of his pocket watch - something he admits himself. Naturally, it took her everything she had and more just to work up the courage to convey her feelings. Not only is Miu painfully shy, but luck never seems to be on her side. as Rei waltzed in at the worst possible moment. Suzuki Miu, a first-year girl, was right in the middle of confessing her feelings to his best friend. He was greeted by a scene he never expected. Turning back time to see for himself what in the world happened, he frantically made his way up to the roof and threw open the door. Panicked screams erupted, as her innards splattered on the pavement. One after another, he would confess to these girls to gauge their interest in him, before using the power of his pocket watch to turn back time.Īn ingenious strategy that is virtually free of risk.Ī girl falls to her death from the school rooftop. PrologueUnbeknownst to his fellow classmates, Rei Sawatari has spent his years putting together a list of cute girls. ![]() Thus marks the beginning of his ridiculous school rom-com adventure. a boy who wields his time-traveling powers to indulge in fun adventures, talk to cute girls, and maybe even find a girlfriend. Should he be so inclined to, he could even save the world.īut what's the point in doing something so cliché and grandiose? There's no telling what he could accomplish if he manages to make good use of his newfound potential. Convenient as that might sound, with five measly minutes, it's not exactly easy to make the most of it. It's an ability he can use as many times as he wants. 'The power to go five minutes back in time.' He inherited one very important heirloom from his late grandfather: a single pocket watch that grants him a mysterious power. and you can convert between them using std::chrono::clock_cast.About This Game PrefaceNext in line to manage a multi-million dollar corporation is our protagonist, Rei Sawatari. ![]() like all chrono clocks this clock has it's own type-safe family of time_points, with its own convenience template type alias called utc_time. however in c++20 there is another chrono clock that does include leap seconds in its count: std::chrono::utc_clock. with system_clock, unix time is specified (you know you aren't counting leap seconds). If you need to cover leap seconds, it is unspecified but common that time_t does not (typically it is unix time). the logical algebra of time_points and durations is checked for you at compile-time. It inherits this limitation from strptime which its specification depends on. But its fatal flaw is that its interface parses into std::tm which is limited to seconds precision. ![]() but you can add a time_point and any duration. std::gettime was a great step forward in C++11. adding two time_point's does not compile. the chrono library catches such logic bugs at compile-time. however adding two points in time is not logical (while subtracting them is). for example you can add two time_t's and it compiles. Time_t is typically just a 32 or 64 bit signed integral. system_clock::period is the same std::ratio as system_clock::time_point::period and represents a compile-time fraction of a second from one tick to the next. the exact precision is not specified, but it is documented within the api so you can discover it at compile-time or run-time. system_clock::time_point typically has a precision that is millions or billions finer than that. Though unspecified, time_t typically has a precision of seconds. in contrast no c or c++ standard specifies the epoch of time_t, though using unix time is common practice, and specified by posix. Time_point's based on system_clock have a well-defined epoch (in c++20) which is also a de-facto standard in c++17: it counts time since 00::00:00 utc, excluding leap seconds. I recommend std::chrono::system_clock::time_point over std::time_t: the above is the exact same type as the milliseconds precision time_point created before.Īlso, is std::chrono::time_point even the recommended way to represent "instants" in time? or should std::time_t be preferred? Sys_time is just a template type alias for the system_clock family of time_points at any precision. This is easier/simpler: std::chrono::system_clock::time_point tp ![]()
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