.toc() on a
timer that was already stopped would cause a signed integer overflow.
This a minor change in CppTimer as well as
Rcpp::Timer.stop() method of Rcpp::Timer now
returns a data.frame with the results. This is useful if
you want to set auto return to false and manually handle the results. It
is also possible to call aggregate() and access the public
variable data of Rcpp::Timer.
data is a map containing the results (Names, Mean, Standard
Deviation, Count). Look into the implementation of stop()
in “inst/rcpptimer.h” to see how this works.tic(), toc() and
ScopedTimer() have default values now.print.rcpptimer method to print the results of a
timer object. Timings will be scaled to a more readable unit
(e.g. milliseconds, seconds, minutes, hours) when appropriate..toc() was called more than
once.CppTimer to
Timer as it is R-specific.?rcpptimer).CppTimer
classRcpp::CppTimer::ScopedTimer class. This can be
used to time the lifespan of an object until it goes out of scope. This
is useful for timing the duration of a function or a loop. The
fibonacci example was updated to use this new class.toc() statement).tic() statement
was found.verbose parameter to the Timer class
to control whether above warnings should be printed or not (defaults to
true).toc() was called without
matching tic().
reset() method which was not working properly in
some cases where timers spread out over multiple methods.Timer class. They
were not working properly in the previous version.This is the initial release of rcpptimer. It is based on
RcppClock but contains a number of improvements:
tic and toc instead of
tick and tock to be consistent with R’s
tictoc package